ML18150A438

Emergency Exercise Manual Vols 1 & 2. W/One Oversize Encl

ML18150A438
Person / Time
Site:	Surry
Issue date:	08/29/1991
From:	VIRGINIA POWER (VIRGINIA ELECTRIC & POWER CO.)
To:
References
NUDOCS 9211200106
Download: ML18150A438 (888)

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POWER 1 SURRY POWER STATION AUGUST 27~'2*8, AND 29, 1991 EMERGENCY EXERCISE r,,* EXERCISE MANUAL

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VIRGINIA POWER SURRY POWER STATION AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE FOREWORD j This exercise package was developed to provide the basis for the conduct of a simulated radiological accident at Surry Power Station

• located in Surry County, Virginia through which the capabilities and effectiveness of the Virginia Power Emergency Response Plans can be evaluated. The exercise controllers and observers will use this package to initiate, control, and evaluate the activities of the exercise participants.

Virginia Power approves this document as the standard for conduct in performance*of the August 27, 28, and 29, 1991 Surry Emergency Exercise. l..

VIRGINIA POWER Volume I : Plume Pathway SURRY POWER STATION AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE TABLE OF CONTENTS

1. Introduction

2. Travel Information 3 .. Emergency Response Facilities

4. Termination Criteria

5. References

_6. conduct Guidelines and Information

       *7. Assumptions

8. Objectives

9. Scope

10. simulations 11~ Participants

12. Narrative

13. Initial Conditions

14. Time Line

15. Multi-Function Messages/Data

16. Operations Messages/Data

17. Damage Control Messages/Data

18. Radiological Monitor Messages/Data

19. Radiological Isotopic Messages/Data

20. Radiological In-Plant Messages/Data

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     *21. Radiological on-site Messages/Data

22. Chemistry Messages/Data

23. Medical Messages/Data

24. Fire Messages/Data'

-* 25. 26. 27. security Messages/Data Media Messages/Data Rumor Control Messages/Data

28. critique Process and Forms

29. critique Report and Disposition Volume II: Ingestion Pathway

1. Event Description

2. Radiological Off-Site Messages/Data

3. Maps and Deposition Footprint

4. Ground Deposition (Chronology)

5. Vegetation Activity Messages/Data

6. Soil Activity Messages/Data

7. Milk Activity Messages /Data

• 8.

9* Waterways Messages/Data Fly-Over Messages/Data

VIRGINIA POWER

• SURRY POWER STATION AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE INTRODUCTION

VIRGINIA POWER SORRY POWER STATION AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE. INTRODUCTION In the interest of verifying that the health and safety of the general public surrounding Surry Power station (SPS) are protected from an accident at this facility, it is necessary for Virginia Power to periodically conduct emergency exercises. This exercise, scheduled to be conducted on August 27, 28, and 29, 1991, will require the mobilization of state and local personnel and resources. Exercise "participants" will not have prior knowledge of the nature of the simulated incident. The exercise will allow Virginia Power emergency response personnel to demonstrate the emergency response activities assigned to them by the current emergency preparedness plans and procedures. This package was developed to assist the exercise controllers and observers in the conduct and evaluation of the exercise. Furthermore, this package contains the information and data necessary to. properly conduct the exercise in an efficient and coordinated manner

• VIRGINIA POWER
• SURRY POWER STATION AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE TRAVEL INFORMATION

ROUTES TO SURRY POWER STATION B"i AIR: Patrick Henry International Airport, Newport News

• B"i BUS:

Norfolk International Airport, Norfolk Byrd International Airport, Richmond Direct service by Greyhound and Trailways to Richmond, Newport News, Williamsburg, and Norfolk. BY CAR: Refer to the maps on the ~ollowing pages. Approximate driving distances to the station are: 30 miles from Newport News, 60 miles from Norfolk, and 60 miles from Richmond. B"i TRAIN: AMTRAK has rail connections to Richmond, Newport News, and Williamsburg

• NEARBY ACCOMODATIONS Surry (Approximately 13 miles from the station)

The Surry House Motel Ajacent to restaurant Hwy #10, 294-3191 Smithfield (Approximately 20 miles from the station) Smithfield Station Restaurant and Lounge 415 Church Street, 357-7700 Newport News (Hotels approximately 30-40 miles from the station) King James Motor Hotel Restaurant and Lounge 6045 Jefferson Blvd, 245-2801 Intersection of Routes 143, 258 Holiday Inn of Newport News Restaurant and Lonuge 6128 Jefferson Blvd, 826-4500 Ramada Inn Restaurant and Lounge 950 J. Clyde Morris Blvd, 599-4460

• Intersection of Route 17 and I-64 Williamsburg (Approximately 20 miles by ferry and 70 miles using shortest road/bridge network) approximately Patrick Henry Inn York and Page Streets, 229-9540 Holiday Inn - East Travel Lodge and Restaurant 814 Capitol L&ndin9 Road, 229-0200 Days Inn - Downtown Travel Lod99 and Restaurant 902 Richmond Road, 229-5060 Ramada Inn - East Travel Lod9e and Restaurant 351 York Street, 229*4100 Ramada Inn - West Travel Lodge and Restaurant 3052 Richmond Road, 565-2000

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VIRGINIA POWER

• SURRY POWER STATION AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE EMERGENCY RESPONSE
• FACILITIES
• DIAGRAMS OF FACILITIES Control Room and Control Room Annex Simulator Control Room Technical Support Center Operational Support Center Local Emergency Operations Facility Corporate Emergency Response Center Local Media Center

SURRY POWER STATION CONTROL ROOM

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fESTRXM LIBRARY/ fECOAOS Bl>-E~MQfTENANCE DIRECTOR SEM

• STATION EMERGENCY MANAGER RAD- RADIOlOGICM. ASSESSMENT DIRECTOR EOO
• EMER'iENCY OPERATKH, OIECTOA EPC-BE&NCVPRXEDlffS OOCHlNATOR EID* EMERa:NCY TECHNCAI.. OH:CTOA EC - EMERGENCY OOMMJNICATOR EAD
• EMERGENCY ADMINISTRATIVE DIRECTOR

• • OPERATIONAL SUPPORT CENTER

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• CONTROL AREA~.

CONTROL POINT 3rd FLOOR MAINTtNANCt BUILDING

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• CORPORATE EMERGENCY RESPONSE CENTER INNSBROOK TECHNICAL CENTER, GROUND FLOOR
• SOUTHWEST CONFERENCE ROOM 0 cx:N=Efea Fa:>>-4 E CQffFENCE RXM C SACK-UP EOf. (PLANIDESIGWCONSTRUCTION ANO TECHNICAL SUPPORT AREA)

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VIRGINIA POWER

• SURRY POWER STATION AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE TERMINATION CRITERIA

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE EXERCISE TERMINATION CRITERIA The exercise may be terminated under the following circumstances:

1. If all emergency response actions have been completed in accordance with the scenario sequence. *

2. If actual plant emergency conditions develop coincident with the exercise.

3. If an actual off-site emergency occurs which impacts the response actions of exercise participants.

In the event of 11 2 11 occurring, the following actions will be taken: ( a) The Shift Supervisor will contact the Station Emergency Manager (SEM) and inform him of plant status. (b) The SEM will inform the Recovery Manager (RM) of the plant status. The RM will inf arm the participants in the LEOF and the Corporate Response Manager of plant status and exercise status .

• (c)

(d) The Shift Supervisor will, at his discretion or direction of the SEM,

• announce over the Gai-tronics that* the exercise has been terminated or suspended.

The termination/suspension message will be followed immediately by an announcement concerning the "real" emergency. (e) The Drill Manager and/or Lead Controller will direct exercise termination/suspension actions of the controllers and observers. In the event of 11 3 11 occurring, the following actions should be taken: (a) The affected off-site agencies should establish direct contact with the station Emergency Manager (SEM). (b) The SEM will make necessary notifications and contact representatives of federal, state and local agencies in the LEOF affected by the emergency. (c) A coordinated decision by the SEM and the Recovery Manager will be made in conjunction with the participating off-site authorities concerning the continuation of the exercise. *

(d) If the exercise is terminated/suspended, the SEM will ensure an announcement is made .. (e) If the exercise is terminated/suspended, the Drill Manager and/or Lead Controller will direct exercise termination/suspension actions of the controllers and observers. (f) If the exercise is to continue without involvement of the affected federal, state or local agencies, the Drill Manager and/or Lead Controller will inform the controllers and observers of the changes and actions

     . required to restore the exercise sequence .

VIRGINIA POWER

• SURRY POWER STATION AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE TERMINATION CRITERIA

VIRGINIA POWER SURRY POWER STATION AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE EXERCISE TERMINATION CRITERIA The exercise may be terminated under the following circumstances:

1. If all emergency response actions have been completed in accordance with the scenario sequence.

2. If actual plant emergency conditions develop coincident with*

the exercise. 3,. If an actual off-site emergency occurs . which impacts the response actions of exercise participants. In the event of 11 2 11 occurring, the following actions will be taken: (a) The Shift Supervisor will contact the Station Emergency Manager (SEM) and inform him of plant status. (b) The SEM will inform the Recovery Manager (RM) of the* plant status. The RM will inform the participants in the LEOF and the Corporate Response Manager of plant status and*exercise status .

• (c)

(d) The Shift supervisor will, at his discretion or direction of the SEM, announce over the Gai-tronics that the* exerci,se has been terminated or suspended. The termination/suspension message will be followed* immediately by an announcement concerning the "real"

• emergency.

(e) The Drill Manager and/or Lead Controller will direct exercise termination/suspension actions of the controllers and observers. ln the event of 11 3 11 occurring, the following' actions should be taken:

      , ( a)  The affected off-site agencies should establish direct

• contact with the station Emergency Manager (SEM).

(b) The SEM will make necessary notifications and contact representatives of federal, state and local agencies in the LEOF affected by the emer,gency. (c) A coordinated decision by the SEM and the Recovery Manager will be made i.n conjunction with the participating off-site authorities concerning the continuation of the exercise .

(d) If the exercise is terminated/suspended, the SEM will ensure an announcement is made . (e) If the exercise is terminated/suspended, the Drill Manager and/or Lead Controller will direct exercise termination/suspension actions of the controllers and observers. (f) If the exercise is to continue without involvement of the affected federal, state or local agencies, the Drill Manager and/or Lead Controller will inform the controllers and observers of the changes and actions required to restore the exercise sequence .

VIRGINIA POWER

• SURRY POWER STATION AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE REFERENCES

VIRGINIA POWER SURRY POWER STATION AUGUST 27 28, AND 29, 1991 EMERGENCY EXERCISE REFERENCES

1. Corporate Emergency Response Plan

2. Corporate Plan Implementing Procedures

3. Surry Power station Emergency Plan

4. Surry Power Station Emergency Plan Implementing Procedures

5. Surry Power Station Updated Final Safety Analysis Report

6. NUREG 0654/FEMA-REP-1, Revision 1, Criteria for Preparation and Evaluation of Radiological Emergency Response Plans and Prepar~dness in Support of Nuclear Power Plants *

7. NUREG/CR-3365, Report to the NRC on Guidance for Preparing Scenarios for Emergency Preparedness Exercises at Nuclear Generating stations

8. Federal Emergency Management Agency Guidance Memorandum EX-3, Managing Pre-Exercise Activities and Post-Exercise Meetings

• 9.

10. 11. WASH-1400, Reactor Safety study NUREG/CR-1918, Dose Rate Conversion Exposure to Photons and Electrons I Factors for External Reg Guide 1. 109, Calculations of Annual Dose to

• Man from Routine Releases of Reactor for the Purpose of Evaluation Compliance with 10CFRSO, Appendix I

12. Reg Guide 1.111, Methods of Estimating Atmospheric Transport and Dispersion of Gaseous Effluents in Routing Releases from Light-Water Cooled Reactors

VIRGINIA POWER

• SURRY POWER STATION AUGUST 27, 28-, AND 29, 1991 EMERGENCY EXERCISE CONDUCT GUIDELINES &

INFORMATION

VIRGINIA POWER SURRY POWER STATION AUGUST 27, 28, AND 29, ~991 EMERGENCY EXERCISE CONDUCT GUIDELINES AND INFORMATION INDEX

1. Exercise Controller Assignments

2. Exercise Observer Assignments

3. Control Cell Assignments

4. Precautions and Limitations

5. Controller and Observer Instructions and Rules

6. Participant Instructions and Rules

VIRGINIA POWER SURRY POWER STATION AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE EXERCISE CONTROLLER ASSIGNMENTS Drill*Manager Health Physics J.E. Collins Lead: R. Spivey Asst: c. Folz Lead controller Asst: w.c. Meck Asst: B. Fisher W.R. Madison Asst: J. Sukowsky Asst: o. Peden Control Room simulator Asst: *B. Cambell Asst: D. Linn Lead: W.H. Neidermeyer Asst: TBD Data: T.N. Ferrando Sim Op: TBD security Operations Field Lead: J. curling Lead: TBD Asst: M. Pitman Asst: TBD Asst: TB.D Asst: TBD Lead: W.F. Renz Technical support center Asst: G.N. Keeney Data: TBD Lead:. J.H. Lusher Asst: J.D. Rayman Data: S.H. Varner Operational support center Lead: B. McBride Asst: T.J. Szymanski Lead: J.W. Ogren Data: T.O. Thompson Asst: R.F. Meyers Asst: J.C. Hodges Asst: TBD Asst: TBD Asst: S.D. Woodyard Asst: TBD Asst: TBD Asst: TBD Chemistry Lead: TBD Asst: D.A . Schweickert

VIRGINIA POWER SURRY POWER STATION AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE OBSERVERS control Room simulator Lead: B.C. Delamorton Lead: M.A. Smith Asst: R.E. Beckwith Operations Field JPIC/RUMOR CONTROL Lead: M.J. Randolph Lead: T.J. Coombs Technical support center Local Media Center Lead:* *s.A. Harrison Asst: W.H. Robinson Lead: TBD operational support Center Lead: S.M. Wood Asst: V. Volgesang,,Jr. Asst: TBD Chemistry

• Lead:

Lead: Asst: J.H. Horton Health Physics I.R. Seybold L.T. Banks Asst: E.A. Schnell Security Lead: R.I. Morgan Lead: J.A. Artigas Asst: D.R. Mcciure

VIRGINIA POWER SURRY POWER STATION AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE EXERCISE CONTROL CELL ASSIGNMENTS ENS communicator B.J. Slone State and Local communicator W.J. Leonard HPN communicator G.E. Pederson Vendor R.L. Tynan

• Media TBD Rumor Control TBD

VIRGINIA POWER SURRY POWER STATION AUGUST 27, 28, AND 29, 1991 EMERGENCY.EXERCISE PRECAUTIONS AND LIMITATIONS This section provides information relating to the rules and guidelines to be followed throughout the conduct of this exercise. Prior to initiation of the exercise, a pre-exercise briefing will be held to review the entire exercise process with all the exercise controllers and observers.

1. If an actual emergency situation develops during the conduct of this exercise, all activities related to the exercise will be suspended or terminated. It is the responsibility of any ex~rcise controller, observer or participant, that becomes aware of an actual emergency, to suspend exercise response in their area and inform the Drill Manager and/or Lead Controller. Upon notification of an actual emergency, the Drill Manager and/or Lead Controller will notify all controllers of the situation and the appropriate actions to perform.

2. If an exercise controller or observer witnesses an exercise participant attempt to perform an action which would, in.the opinion of the controller or observer, place an individual or component in an unsafe condition, the controller or observer is responsible for terminating the unsafe activity immediately. Upon termination of the activity, the controller or observer is responsible for informing the Drill Manager and/or the Lead Controller of the activity terminated. The Drill Manager and/or Lead Controller will determine if the exercise or any portion of the exercise should be suspended or terminated.

3. Actual plant operating systems, valves, breakers or controls are not to be manipulated. Fire hoses may be pulled but NOT pressurized.

Controllers stationed at areas vital to maintaining station operation must be especially aware and take extra precautions in issuing messages or giving instructions regarding scenario events.

4. All exercise related repair activities will be simulated with extreme caution emphasized around operating equipment.

5. All communications relating to the exercise must begin and end with "This Is A Drill." If a controller or observer witnesses a participant not following this practice, remind the individual of the need to follow this procedure .

6. If the exercise events require response by motor vehicle, all normal motor vehicle operating laws must be adhered to *

7. Exercise participants are expected to inject as much realism into the exercise as is consistent with its safe performance; however, caution must be used to prevent over reaction.

8. Exercise controllers and observers must exercise caution to assure that any non-participating individuals observing exercise activities or overhearing exercise communications are not misled into.believing that an actual emergency exists.

9. Exercise controllers must ensure that observers and evaluators do not inject events into the exercise without prior approval by the Drill Manager and/or Lead Controller .

VIRGINIA POWER

                        '*SORRY POWER STATION AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE CONTROLLER AND OBSERVER INSTRUCTIONS AND RULES This section provides information relating to the instructions and rules to be followed by the controllers and observers throughout the conduct of this exercise.

Instructions:

1. Personnel are assigned as controllers and observers at all key functional areas, including the various in-plant and field teams. The controllers will control and monitor the exercise and the observers will evaluate the participant and controller performance during the exercise.

2. The in-plant controllers will be coordinated by the Lead Controller, located in the Control Room Simulator, via designated lead controllers in each functional area. Off-site field team controllers wi-11 be .coordinated by the Health Physics controller, located in the Local Emergency Operations Facility. The Drill Manager is responsible for the overall conduct of the exercise.

3. The Control Room Simulator (CRS), in conjunction with message and data forms, will be used to initiate, alter and complete the exercise scenario events. The CRS will be run live-time to create plant operational data. However, in case of CRS failure and to supplement CRS data, selected controllers will*

use message and data forms to initiate scenario events and to trigger participant response actions. Three kinds of messages will be used: Scenario Used to provide hypothesized information to the participants to cause participant actions and also, to provide information to participants in response to their

          . actions.

Contingency Used at the discretion of a controller to prompt the participants to perform the major actions expected of them to meet the exercise objectives. Also used to maintain scenario continuity and schedule .

Blocking

• Used to prevent participant actions which would alter continuity of the scenario time-line.

Messages and data will be presented to the designated exercise participants at the time specified on the message or data form. The controllers must provide any clarification necessary to ensure the participant understands the message and/or data. Controllers will not provide information to the participants regarding scenario development or problem resolution. The participants are expected to obtain information through their organization and exercise their own judgement in determining response actions and resolving problems. In the event of incorrect or incomplete response, or the participant indicates a lack of knowledge as to how to proceed, the controller will prompt the individual with the necessary instructions and the observer must note the deficiency on the critique form.

4. Controllers will have the time related plant and radiological parameter data of the exercise scenario. This information will be issued only to the participants normally having access to the information.

5. Some exe+cise participants may insist that certain parts of the scenario are unrealistic. The controllers and observers have the authority, with approval of the Drill Manager and/or Lead Controller, to clarify questions regarding scenario content. In some cases, it may be necessary to exercise "controller's prerogative" to preserve the continuity and objectives of the exercise.

6. The controller organization communication system will . be tested prior to commencing the exercise.

7. To ensure that messages and data are delivered at the appropriate times, controllers will synchronize their watches prior to commencing the exercise.

8. Participants are not allowed to introduce items into the exercise scenario.

9. Upon exercise termination, return all exercise manuals to the Lead Controller.

10. Upon exercise termination, return all controller and observer badges to the Lead Controller.

11. There are no breaks scheduled in the exercise. Participants, controllers and observers should be relieved to eat as time permits *

12. The lead observer and controller in each functional area must attend the post-exercise critique session to provide their comments to the Lead Controller.

Rules:

1. Know the overall controller and observer organizations.

2. Identify the participants by name and their emergency response position.

3. Wear your controller or observer badge at all times to identify yourself to the participants.

4. Know the location of the communication system you will use to communicate with the controller organization.

5. Position yourself to maximize your effectiveness in issuing scenario information or observing the participants.

6. Know what the participants' response actions should be based on the scenario events.

7. Keep the play on schedule based on the time-line.

8. Deliver messages and data on time .

9. If the exercise is off schedule or if in doubt about what to do, call the Lead Controller or Drill Manager for advice. If necessary, intervene with participant actions to put the participants back on the exercise schedule.

10 * .Area lead controllers must keep the Drill Manager informed of the participants' response actions.

11. Allow the participants reasonable flexibility to perform functions to demonstrate their skill, knowledge and initiative.

12. Identify the federal evaluators and ensure they are aware of your actions and those of the participants (especially those actions which demonstrate exercise objectives).

13 . Be at your assigned post well in advance of any expected participant response actions or as directed by the Lead Controller and/or Drill Manager.

14. The observers need to make notes on good and bad points of participants' actions. Use the Critique Forms.

15. The observers need to keep a chronological record of events in their assigned area *

16. Controllers and observers, even though exempt from exercise scenario related protective measures, must observe all normal station protective measure requirements.

17. The lead observers in each functional area must ensure that the participants in their area sign an attendance form.

18. Follow all normal station safety rules. Remember, safety takes precedence over all other requirements.

Don'ts

1. Don't leave your assigned post unless authorized by the Drill Manager and/or Lead Controller.

2. Don't prompt participants to take actions.

3. Don't coach the participants.

4. Don't allow external influences to distract the participants

• VIRGINIA POWER SURRY POWER STATION AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE PARTICIPANT INSTRUCTIONS AND RULES This section provides information relating to the instructions and rules to be followed by the participants throughout the conduct of this exercise. Prior to initiation of the exercise, all participants (at least the leaders of the participating groups) must read and follow these rules. This is important to the successful demonstration of emergency response capabilities.

1. When the exercise initiates, identify the controllers, observers, and evaluators in your area of participation (they will be wearing identification badges).

2. Identify yourself as a participant by name and function to the controllers and observers. Emergency response position badges will be available to identify many of the key positions in some of the facilities.

3. Perform all actions, as though it were a real emergency, in accordance with emergency plan and procedures. Unless otherwise directed by a controller, DO NOT simulate your actions. If directed to simulate an action, explain to the observer the process of performing the action .

4. Ensure the controllers, observers, and evaluators are aware of your actions. Speak out loud and identify your key actions and decisions and do not assume that a simulated or unobserved action worked. This may seem artificial; however, it is essential to the conduct and evaluation of the exercise.

5. If you need clarification concerning scenario information or your extent of play, ask the controller. Remember the controller can not provide you information considered to be prompting or coaching but can clarify information.

6. Controllers will periodically issue messages or instructions designed to initiate response actions. You must accept and respond to these messages immediately because they are essential to successful performance of the exercise.

7. If a controller intervenes in your activities, it is for a good reason. Unless safety is a concern, follow the controller's directions at all times. This is essential to the overall success of the exercise.

8. If you disagree with a controller, ask him to reconsider the request or information provided. Remember though, the controller's word is final .

9. Respond to controller, observer and evaluator questions *

10. Do not accept messages or instructions from federal evaluators.

If evaluators want to initiate participant actions, they must work through the controller organization.

11. As an exercise participant,. you must follow all exercise related radiological conditions as though they were real. Unless otherwise directed by a controller, you must exercise related protective measures.

12. Exercise controllers, observers, and evaluators are exempt from following protective measures established by the events of the exercise. Do not allow their exemption to confuse you or cause you to act unwisely.

13. If you are entering normal nuclear station radiological controlled areas, observe all rules and procedures. No one is exempt from normal station radiological practices and procedures.

NOTE: UNLESS AUTHORIZATION IS GRANTED BY THE PROPER AUTHORITY, DO NOT ENTER ANY TYPE OF RADIATION AREA FOR PURPOSES OF THIS EXERCISE. FOLLOW ALARA PRINCIPLES.

14. Use status boards, logs, etc., according to procedure to document your actions and reports to your co-participants. This is very important in demonstrating your response actions *

15. Do not enter into casual conversations with anyone. Act out your response actions in the same professional manner as you would in a real emergency.

16. Begin and end all communications relating to the exercise with "This is a Drill." This is essential to prevent non-participating organizations from believing a real emergency exists.

17. Unless directed to do so by a controller, do not use real-time plant data.

18. Follow all normal station safety practices.

19. If the exercise events requires you to operate a motor vehicle, follow all motor vehicle operation regulations.

20. Emergency exercises often times reveals deficiencies in emergency plans, procedures, training or equipment. Document the deficiency items as you identify them during the conduct of the exercise.

21. After the exercise is terminated, area critiques will be conducted. Provide your identified deficiencies and other feedback to the lead observer in your area. Your input is critical to the overall evaluation of the exercise

• VIRGINIA POWER
• SURRY POWER STATION AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE ASSUMPTIONS

VIRGINIA POWER SURRY POWER STATION AUGUST 27, 28 1 AND 29 1 1991 EMERGENCY EXERCISE ASSUMPTIONS An emergency exercise requires that significant effort be put forth in research and development to ensure that the events depicted are as realistic and credible as possible. To create an exercise scenario two event categories are considered, human error and equipment malfunction. Human error is the easiest and more flexible category to identify in a scenario; however, no one likes to assume they will make a mistake, especially one which would cause significant plant damage or off-site consequences. This does not, however, preclude using this means to provide input into the scenario, since the possibility for human error does exist based on the amount of human judgement involved in implementing emergency response actions for off-normal plant conditions. Equipment malfunction is difficult to incorporate into a scenario, especially where it is needed to cause plant damage that creates a serious problem to the off-site environment. This is true because of the designed reliability and redundancy of safety systems installed at nuclear power facilities. The Updated Final Safety Analysis Report provides the analyzed capabilities of plant systems to maintain control over radioactive material within the plant during off-normal plant incidents. Thus, to incorporate equipment malfunctions into a scenario, assumptions must be made which are not consistent with design and analysis data. Additionally, the public's perception of an exercise scenario occasionally leads them to believe that these events are probable. It must be known that if a sequence of events presented in this scenario were possible, an Unreviewed Safety Question would exist and actions would be taken to rectify the situation. Thus, in order to achieve a sequence of events to force participant actions to meet the objectives of an exercise, many improbable events must be factored in and assumptions made. The following list includes the assumptions used to create this exercise scenario *

                                                                       --~

VIRGINIA POWER SURRY POWER STATION AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE ASSUMPTIONS

1. Initial conditions list the starting point for all system parameters and conditions.

2. The simulator model contains the correct information to emulate current Unit 1 conditions, except as identified in number 1 above.

3. Scenario times are based on scenario development simulator runs. The exercise times may differ due to being live on the simulator and having the Operations Crew react to the simulated malfunctions.

4. Values for data will be identified as "<" a value if the parameter is between the last mark on the gage and 11 0 11 *

5. Diesels are secured with in less than fifteen minutes (15) from the time that they started.

6. Initial ventilation flow is 106,000 cfm .

7. Post safety injection ventilation is 76,000 cfm.

8. Trend analysis was applied to data post 1403.

9. Once Steam Generator pressure decreases to less than 175 PSIG then the steam driven AFW Pump will be secured.

10. Hydrogen Recombiner is not placed in service within the day 1 time frame.

11. Ingestion Pathway Assumptions

a. Scenario

Description:

The source term for all Ingestion Pathway data is identical with the Plume Exposure Pathway data. Migration of the fuel gap plenum activity proceeds in accordance with the WASH-1400 assumptions of 100% Noble Gasses, 50% of the Halogens, and 1% of the particulates becoming available for release to the containment. The offsi te release mix with the exception of the particulate component is consistent with Surry Power Station UFSAR Core Damage Assessment ratios for the failures .

b. Ground Deposition *calculations and Assumptions:

• The source term and meteorological conditions selected for this scenario provides sufficient deposits to meet the Milk Thyroid emergency PAG for radioiodine out to a distance of 14 miles (centerline data) and the preventive PAG out to 44 miles. A "HOT SPOT" beyond the evacuation zone,for particulate and radioiodine deposition sufficient to exceed the PAG for relocation (2000 mrem/yr) occurs from 6. o - 8. o miles due to precipitation at those locations.

For computational purposes the following assumptions were utilized:

1) Radioiodine deposition:

a) A ground level release model is utilized. b)

• A deposition velocity of o. o1 Meters/ Second was utilized.

c) Radioiodine deposition was calculated in accordance with Reg. Guide 1.109 equation c-7 parameters as follows: di{r,8} = {5.7E+l} {Si} {r,8} {Qi}

• di{r,}

Si {r,8} is the total (rate adjusted) deposition of radioiodine on the ground at location (r,8) adjusted to µCi/Square Meter is the relative deposition considering depletion and decay in transit to location (r,e), established at 0.01 M/S. 1 5.7 x 10 is the number of µCi per Ci divided by the number of hours per year (8760) multiplied by the fraction of elemental iodine (0.5) for the release model. Qi is the release rate for the radioiodine of interest (adjusted to Ci/second).

2) Particulate deposition:

a) A ground level release model is used. b) For computational purposes, a deposition velocity of 0.01 M/S was utilized

• c) Particulate deposition was calculated in accordance with Reg. Guide 1.109 equation C-6 parameters as follows:

di{r,9} is the total rate (adjusted) deposition of particles on the ground at location (r,9), adjusted to µCi/square meter. Si{r,9} is the relative deposition, considering depletion and decay in transit. 1.14 x 10+ 2 is the number of µCi per Ci divided by the number of hours per year (8760). Qi is the release rate for the particulate of interest ( adjusted to Ci/sec). d) For "washout" attributed to precipitation, a factor of 50 X was applied to the deposition at the point of interest (affected areas) and a linear relationship was assumed between the "Hot Spot" precipitate deposition factors and plume depletion factors beyond the "Hot Spot" for subsequent downwind deposition calculations. From these linear assumptions, conversion factors were developed and applied to deposition tables calculated using "dry _deposition" velocities to reflect the effect of plume depletion due to upwind rainout.

c. Surface Contamination Level Values:

Count-rate instrument readings were developed for the Ludlum E-520 equipped with the HP-270 probe (30mg/square centimeter density) which serves as the State of Virginia principal field contamination monitoring instrument. Conversion factors for the probe were derived from USAEC Report HW-70935, Conversion of Survey Meter Readings to Concentration and from IAEA Report #152, Evaluation of Radiation Emergencies and Accidents. 300 CPM/µCi/square meter at 1 centimeter 1200 CPM/Mrem/Hr at 1 centimeter Conversion factors were developed and applied to the ground deposition tables for the purpose of deriving soil activity. An areal soil density value of 2250 kilograms per cubic meter for the regional clay soil was utilized for the surface activity to mass ratios. The conversation factors applied to the deposition tables are as follows:

5.0 cm sampling depth - µCi/kg= {µCi/square meter)/{0.05) {2250) The following data represents average {ba*ckground) activity per kilogram of regional soil and is presented here for reference only: K-40 10062 pCi/kg Cs-137 453 Pei/kg Ra-226 1868 pCi/kg Sr-90 87.7 pCi/kg Th-228 1318 pCi/kg All soil masses represent dry weight sample analysis. Cs and Sr activity is attributed to atmospheric weapons testing. *

d. Vegetation Activity Determination Calculations utiiized were derived from FDA 82-8196 and Reg. Guide 1.109 and include the following assumptions:

All vegetation masses are assumed as fresh weight. For narrow-leaf forage {eg. pasture grasses) an areal production mass of 1.25 kg per square meter is assumed. For broad-leaf forage or row-crop produce an areal production mass of 2.0 kg per square meter is assumed. Day two (2) vegetation samples exhibit exterior contamination at the appropriate decayed and*weathered values for location {r,8)

• Day three {3) samples exhibit decayed and weathered contamination values and reflect metabolic assimilation

{capture) of contaminants via the appropriate elemental transfer coefficients referenced in Reg. Guide 1. 109, Table E-1, for each nuclide of interest. Weathering factors corresponding to a 14 day half-life derived from Reg. Guide 1.109 were applied to the Day Two (2) and Day Three (3) Ground Deposition Tables at 18 and 48 hours decay respectively, to derive vegetative surface contamination levels. Weathering of contaminants on vegetative surfaces have therefore been included in calculations. Weathering Factors applied: Tl/2 = 0.002 Day 2 = Day 1 + 18 hours= 0.9437 Day 3 = Day 1 + 48 hours= 0.906

e. Milk Activity Determinations:

Calculational assumptions for cow milk was derived from FDA 82-8196 and Reg. Guide 1.109. For computational purposes, the following conversation factors, standards, and assumptions were utilized:

{di}{RFf}{UAF}{CFni}{TCi} = µCi/1

• {µCi/l}{CFthy}

di RFi

                          = Milk Thyroid Annual Dose Estimate is the deposition of nuclide i is the forage retention factor for nuclide i UAF   for the cow equates to 45 square M CFni is the decay adjusted conversion factor for nuclide i TCi   is the stable element transfer coefficient for nuclide i CFthy       is the Infant thyroid    dose   conversion factor for I-131 All forage was derived from the deposition tables.

For Day 2, morning milk samples, it is assumed that 30% of ingested activity within 10 miles of the station from day 1 was metabolized to the morning milk. For Day Two (2) evening milk samples it is assumed that 80% of material ingested during Day Two (2) pasturing of animals was metabolized in accordance with appropriate

• transfer coefficients to the evening milk.

For Day Three(3), morning milk samples will exhibit peak activity as a result of ingestion of Day Two (2) and evening of Day Two (2) milk operations pasturing. Data table calculations do not account for animals on stored feed and it is assumed, for purposes of this exercise, that no such recommendation was issued to Producers.

f. Annual Whole Body Exposure Calculations From Ground Deposition The isotopic values for these calculations were derived directly from Day Two ( 2) decay corrected Deposition Tables. The dose-rate conversion .factors from D. c.

Kocher (1982, Dose-Rate Conversion Factors For External Exposure to Photons and Electrons) were applied for the calculation of the annual dose tables and graphs due to Annual Whole Body Exposure Calculations grouud deposition. Sufficient ground deposition at the area about 6.0 - 8.0 miles downwind (centerline) was applied to ensure exceeding the relocation PAG whe:n considered for the combined isotopic mix *

g. surface Waterways and Lakes:

• h.

All reservoir water activity is below the LLD for all nuclides. Personnel and Equipment Contamination A removable surface contamination (smearable) conversion factor of 10% of deposited activity was selected for use in assigning personnel or equipment contamination levels following contact with surface deposited activity. Contamination levels were derived by computing the total activity per square meter and applying dimension analysis to yield dpm per 100 square centimeters. An efficiency of 4% was assumed for the Ludlum HP-270 probe in converting activity to counts per minute per 100 square centimeter sampled area (smear). This was derived by assuming a 10% efficiency for the 15 square centimeter surface area probe and applying a surface ratio to the 6 .-s square centimeter open window detection surface area of the cylindrical probe. For computational purposes and to maintain consistency with practices for personnel monitoring, it is assumed that all contamination surveys were conducted without Beta shielding.

i. Laboratory Analysis:

The State of Virginia utilizes a di vision of Consolidated Laboratories for its routine environmental sample analysis. The Laboratory also would provide analytical support during a radiological emergency. The Laboratory has the following minimum analytical capability at the lower limits of detection (LLD) indicated for the sample types of interest during this exercise: Strontium samples Sr - 89 4.0 pCi/1 Sr - 90 1.4 pCi/1 Sodium Iodide/Germanium Detector analysis I - 131 7.0 pCi/1 I - 133 7~0 pCi/1 Cs - 134 10.0 pCi/1 Cs - 137 9.0 pCi/1 All liquid sample analysis is performed on Na! detectors. Soil sample, environmental air sample analysis, etc. is performed utilizing a germanium detector. The State maintains a mobile laboratory equipped to perform environmental analysis of field samples during an emergency. The mobile lab utilizes Na! and Germanium detectors and is capable of performing a range of analysis similar to that of the contract laboratory with

• the exception of liquid scintillation. In addition to

field analytical support, the mobile lab is utilized to work in concert with field monitoring teams to rapidly process field samples for identifying and isolating areas of elevated activity following area sampling. Note: Due to chemical separation complexity and the amount of time necessary to allow for yttrium ingrowth to produce a strontium analysis, results of samples will not be provided.

j. TLD Readings:

In the Surry Power Station environs, the State of Virginia utilizes the CaFI2:Mn Type TLDs. Data will be available to support the collection, processing, and recording of environmental TLD readings. The strategy for changeout and collection of TLDs following plume passage would be to commence with stations in the affected areas and to quickly process chips for a preliminary evaluation of population whole body exposure estimates. There are twelve fixed stations, each equipped with three calcium-fluoride8bulbs which have a detection range of< 0.1 -

1. 0 X 10 mR.

The state Division of Radiological Health utilizes the Victoreen model 2810 TLD reader process and read TLDs on a quarterly basis. For purposes of this exercise, it is

• k.

assumed that the Mobile Laboratory will be equipped with the capability to process TLDs in the field following plume passage, therefore, data has been generated to support TLD collection and readout. Air sample Stations: The State of Virginia maintains two fixed stations for continuous air sampling in the Surry Power station Environs. Neither station is located within the affected areas downwind.

12. Plume Pathway Assumptions The source term for the Day 1 Plume Exposure Pathway Release originates following a LOCA and the pre-requisite transients and failures postulated from the Operational Package. In order to achieve the desired plume exposure characteristics, exposure rates, and ground deposition to coincide with Protective Action Guidelines for these medias. The efficiency of the emergency filtration was reduced to 92% from 99% *

a. Assumptions

• 1) 2)

3) Ventilation Vent exhaust flow rate is 76,000 CFM. Emergency filtration design efficiency derived from the SPS UFSAR, assumed at 92% efficiency. Exhausted (post-filtration) iodine concentration: 3.15E+5 µ.Ci/sec.

4) Release duration 13260 seconds.

b. Meteorology

1) Meteorology leading up to the event postulates a 60% chance of thunder storms.

2) Winds are variable out of the North from 5-10 mph.

c. Plume exposure rate calculations Due to the unique release mix and characteristics (Iodine) and the absence of Noble Gases normally assumed in default release models, radiation monitoring instrumentation will indicate lower values for gross activity over those actually postulated. The following Beta/Gamma energies were utilized for ion chamber Geiger-Mueller region instrumentation response determinations:

Isotope Gamma energy in Mev Beta energy in Mev I-131 3.90E-1 1.82E-1 I-132 7.23E-1 4.90E-1 I-133 5.93E-1 4.06E-1 I-134 8.50E-1 6.lOE-1 I-135 1.20E+O 3.68E-1 Total ave: 0.731 Mev 0.418 Mev [(2.22E+6 dpm) (1 µCi-) (60 min) (0.418 Mev) (1 IP) (0.77) (1 µ.ci-/min) (min) (hr) (Dis) (3.4E-5 Mev) ( 1 ESU ) (1 R/cc) l = ( 605.6 R/hr/2 * ) = 302.8 R/hr (2. 082E+9 IP/cc) (1 ESU) ( (2.22e+6 dpm) (1 µCi-) (60 min) (0.731 Mev) (.23) ( lµCi-/min) (min) (hr) (Dis) (1 ESU ) (1 R/cc) ] = (168.9 R/hr) (1/2) = 79.1 R/hr (2.082E+9 IP/cc) (1 ESU) B-Gamma ratios= 302.8 = 3.83 79.1

d) Monitoring Team Sample Calculations

• 1) Air sample field analysis data was generated using the following assumptions and calculations:

(a) Isotopic concentrations per cubic meter were determined as a function of downwind distance dispersion (X/Q) and the release rate for the isotope of interest. (b) A standard sample volume of 10 cubic feet is assumed corresponding to 283, 200 cm being collected per sample obtained. (e) For the Silver Zeolite cartridge, a collection efficiency of 99% is assumed. (f) RM-14 or equivalent count-rate instrument coupled with a thin window pancake probe (HP-210 or HP-260) is assumed to be utilized. A detection efficiency of 10% is assigned for this typ' probe assuming a window surface area of 15 cm NOTE:

• 2'1l' geometry.

(g) Calculation equation:

• [ ( uci-/m

( m ) 3

                  )    (

3 ( 1E+6cc) (0.1 detection eff) (ft ) (0.99)] = 3 lm ) (28.3~0 cc) (10 ft ) (2.22E+6 dpm) (Stnd sx) ( µCi-) CPM/sx -> (Silver Zeolite Cart)

e. Ground deposition and contamination level determinations.

Ground deposition levels were determined in accordance with the methods described in the Ingestion Pathway portion of this package. Please see that section for the description of calculations and assumptions utilized. For purposes of assigning contamination levels to personnel or equipment which was exposed either during plume passage or as a result of entering a contaminated region following plume passage and subsequent deposition, a transfer conversion factor of 10% of the activity levels per cubic meter (for plume immersion without protection) or per square meter (for contaminated surfaces following plum passage) was applied for Controller use in assigning contamination levels to unprotected personnel and/ or equipment. Data tables generated to support this application also take into consideration the RM-14 with HP-210 or equivalent survey probe efficiency for purposes of contamination surveys

• following exposure to such an environment.

~ - -

f. Thyroid Dose Calculations

**            Data tables were generated for the purpose of assigning thyroid dose following unprotected (eg. sans appropriate respiratory protection)     exposure to the plume during passage. This is principally oriented toward the Field Monitoring Teams but also applies to the personnel staffing the LEOF if the ventilation system in that facility. If prophylactic methods are simulated (i.e KI administration, SCBA usage, respirators with the GMR type filtration canisters, etc.) then no thyroid exposure should be assigned until body burden analysis is undertaken.

g. TLD stations Data tables will be available to support the changeout and annealing of environmental TLDs for Day 2 activities.

The data is computed by determining the average daily exposure to the TLDs from REMP Report records, then ascertaining the changeout frequency and periods, and finally applying the appropriate exposure as a result of plume passage as determined by "G" above.

h. Data tables were generated to support count-rate instrument values for approach to plume boundaries. The data sets were derived from percent gradients across the

• plume from the 50% isodose concentration out to background levels. The isodose gradients were derived from the plume exposure rate gradient tables. In accordance with Virginia Power methodologies, a conversion factor of 10, 000/Mr/hr was applied to the exposure rate tables to generate the count-rate table data.

13. Plant Radiological and Chemistry Assumptions

a. Source Term Assumptions

1) 85% clad failure (UFSAR Table 15 .1-5) = 85% gap activity in core released to RCS.

2) Released to sump; 0% Noble gases, 50% Iodides, and 1% Particulate

3) Total iodides in gap= 1.59E+6 Curies 50% Iodides in sump = 7.95E+5 curies

4) Containment sump volume= l.5E+9 cc

5) 7.95E+5 Curies = 5.3E-4 Ci/cc (sump activity) 1.5E+9 cc

6) Shine from containment, Released to containment atmosphere, 100% Noble gases 25% Iodides 0%

Particulate

7) Total Noble gases in gap= 1.75E+6 curies 25% Iodides in gap = 3.98E+5 Curies

8) Containment free volume = 5.21E+10 cc

9) 2.15E+6 curies= 3.36E-5 Ci/cc 5.21E+10 cc +7.64E-6 Ci/cc 4.12E-5 Ci/cc (containment atmosphere activity)

10) RCS activity released to RCS 100% Noble gases, 50% Iodides, 1% Particulate

11) Total Noble gases in gap = 1. 75E+6 Curies 50% Iodides in gap = 7.95E+5 curies

12) RCS volume= 2.65E+8 cc

13) 2.55E6+Ci = 6.60E-3 Ci/cc Noble gases 2.65E+8 cc +3.00E-3 Ci/cc Iodides 9.60E-3 Ci/cc (RCS activity)

VIRGINIA POWER

• SURRY POWER STATION AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE OBJECTIVES

VIRGINIA POWER SURRY POWER STATION AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE OBJECTIVES

SUMMARY

The purpose of this exercise is to demonstrate the adequacy of the Surry Power Station Emergency Plan, the Corporate Emergency Response Plan, and associated implementing procedures. The objectives of this Emergency Exercise are to demonstrate by actual performance a number of key emergency preparedness functions as they relate to the Surry Power Station Emergency Plan.* The simulated accident will involve: emergency classification, notifications of company and off-site organizations, simulated actions to correct the emergency condition, and initiation of accident assessment and protective actions as necessary to cope with the event. The event will include a simulated off-site radiological release and ground deposition to support a combined plume and ingestion pathway exercise. The attached objectives, as numbered in the Virginia Power Nuclear Emergency Preparedness six Year Plan, will be demonstrated as applicable to the schedule provisions of this plan. As applicable to the events developed by the exercise scenario, the Surry Power station and Corporate Emergency Response Facilities (ERF) will be activated. Each ERF staff will demonstrate functions described in the implementing procedures. Emergency response functions which are impractical to demonstrate will be simulated. A matrix is provided which indicates the objectives and the Virginia Power Emergency Response Facilities/Groups where they will be demonstrated. The Control Room Simulator will be used in lieu of the actual Station Control Room. The following is a list of Corporate and Station Facilities and Groups with their names or acronyms: (1) Control Room Simulator (CRS) (2) Technical Support Center (TSC) (3) Operational Support Center (OSC) (4) Local Emergency Operations Facility (LEOF) (5) Corporate Emergency Response Center (CERC) (6) Joint Public Information Center (JPIC) (7) Local Media Center (LMC) (8) Health Physics (HP) (9) Security (10) Chemistry

VIRGINIA POWER SURRY POWER STATION AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE OBJECTIVES The following objectives establish the scope of the August 27, 28, and 29, 1991 Emergency Exercise. The objectives ensure that required events are included in the exercise scenario and establish appropriate exercise evaluation criteria.

1. Demonstrate the ability to analyze station conditions, assess Emergency Action Level ( EAL) parameters, and classify the emergency.

The CRS and TSC ERO will demonstrate this objective by initiation and use of EPIP-1.01 and appropriate operational procedures. Status forms detailing radiological monitor and operational data may be issued at periodic intervals to facilitate conduct of the scenario. The ability to acquire data using the Emergency Response Computer System ( ERCS) or by back-up methods will be demonstrated in appropriate facilities.

2. Demonstrate the ability to notify, mobilize, and sustain the Surry Power Station and corporate Emergency Response Organizations.

The CRS staff, station Security, and Corporate Security will notify and mobilize the Emergency Response Organizations. Station ERO notification will be conducted in accordance with the appropriate station EPIP's. Corporate Security will initiate their Emergency Notification Procedure to call out the corporate ERO. Sustain continuous response capability will be demonstrated by the TSC, LEOF, CERC, and JPIC by formulating shift relief rosters. In addition, the process for obtaining logistical and technical support for the Emergency Response personnel may be demonstrated.

3. Demonstrate the ability to notify the state and local governments and the NRC within established time constraints.

The CRS, TSC, and LEOF ERO will demonstrate this objective by providing up-to-date information to federal, state, and local governments within required time limits .

a* State and Local Government Notification Information for these notifications will be identified and recorded by an Emergency Communicator (EC) on EPIP-

2. 01, Attachment 1 (Report of Emergency to State and Local Governments), and Attachment 2 (Report - of Radiological Conditions to the State)

• Upon approval by the Station Emergency Manager ( SEM) or the Recovery Manager (RM), the EC will transmit the information to the state and/or local governments.

The start time for completing the 15-minute initial notification will commence

• when the SEM declares the emergency classification. Follow-up communications will be maintained using EPIP-2.01, Attachment 1, and will occur at about 30 minute intervals or as conditions change.

As conditions warrant, the ability to transmit Protective Action Recommendations (PARs) to the State will be demonstrated in accordance with EPIP-1. 05 and appropriate notification procedures. The EC will transmit the initial Report of Radiological Conditions (EPIP-2.01, Attachment 2) to the state fallowing data assimilation, recording, and approval. Follow-up notifications on radiological conditions will occur at about 30 minute intervals or as conditions change. The SEM retains responsibility for state and local government notifications until the LEOF is activated. Following LEOF activation, responsibility for notification is transferred to the Recovery Manager (RM) *

b. NRC Notification Information for these notifications will be identified and recorded by the EC on EPIP-2.02, Attachment 1 (NRC Event Notification Worksheet), Attachment 2, (NRC Emergency Communicator Log), and EPIP-4. 03, Attachment 1 (HPN Communications). Upon approval by the SEM, the ECs will transmit the information to the NRC.

The start time for completing the 1-hour initial notification commences when the SEM declares the emergency classification. The initial notification will be performed from the CRS. Following initial notification and unless directed otherwise, the EC will maintain continuous communications with NRC Operations to transmit plant condition changes. Communication dialogue highlights will be documented

• Responsibility for NRC Notifications in accordance with EPIP-2.02 will remain with the TSC ERO. Responsibility for Health Physics Network (HPN) communications will be transferred to the LEOF following activation of that facility.

4. Demonstrate the ability to conduct assembly and accountability of personnel within the Protected Area.

The Station Security Staff will demonstrate this objective in accordance with EPIP-5. 09 and EPIP-5. 03. Also, to support the overall accountability process, the Assembly Area Leaders will perform area accountability in accordance with EPIP-5. 03, Attachment 1 (Personnel Accountability).

5. Demonstrate the ability to assemble, dispatch, and control on-site emergency teams to perform response activities.

As appropriate, the CRS, TSC, and osc staffs will demonstrate this objective by dispatching and controlling teams in response to scenario events within the Station Protected Area. Also, the ability to brief emergency teams and establish appropriate protective measures and communications will be demonstrated. Prior to Emergency Response Facility activation, the CRS staff will demonstrate this objective by initiating applicable procedures. Following facility activation, the TSC and OSC staffs will demonstrate this objective by implementing EPIP-3.02, EPIP-3.03, and EPIP-5.08.

6. Demonstrate the ability to assess conditions and implement appropriate protective measures for emergency response personnel, including site access control, contamination control, exposure control, use of protective devices and, as appropriate, the process for authorization of potassium iodide (KI) administration.

This objective will be demonstrated through an interface among the CRS, TSC, and osc ERO in which the TSC staff will monitor and authorize protective measures for site access, contamination control, and exposure control. The TSC organization, via the Radiation Protection Supervisor (RPS) located in the Health Physics area, will dispatch and direct monitoring teams within the bounds of the site property per EPIP-4. 01 and EPIP-4. 02 and associated procedures to assess radiological conditions. Protective measures appropriate for conditions will be developed and/or implemented for emergency response personnel. Security will implement access control measures in accordance with EPIP-5.09 and EPIP-5.04 *

• The osc staff and other site personnel will implement any necessary actions associated with protective equipment requirements and in-plant access control.

If necessary, in response to scenario events, the CRS and/or TSC and osc staffs will demonstrate the process for requesting and authorizing exposure extensions, to include emergency exposure authorization in accordance with EPIP-4.01, EPIP-4.04, and EPIP-5.06. Also, if necessary, the TSC staff will demonstrate the KI authorization process per EPIP-4.01 and EPIP-5.07. If necessary, in response to scenario events, the TSC will demonstrate the planning and notification processes for protective measures and evacuating non-essential personnel in accordance with EPIP-4.07 and EPIP-5.05.

7. Demonstrate the ability to develop appropriate Off-site Protective Action Recommendations (PARs) based on assessment of plant conditions and off-site dose projections and/or measurements.

As appropriate, this objective will be demonstrated by the SEM from the TSC or by the RM in the LEOF. The TSC and LEOF organizations will monitor plant conditions and perform off-site dose projections to support formulation of PARs

• Responsibility for PAR development is transferred to the LEOF following activation of that facility.

Radiological parameter data generated during the development of this scenario may be artificially elevated and may not represent the degree of fuel failure and radiological release commensurate with the plant dynamic events. This may be necessary to demonstrate this exercise objective.

8. Demonstrate the ability to perform off-site dose assessment.

As appropriate, this objective will be demonstrated by the TSC and LEOF staffs. The ability to perform initial dose assessment will be demonstrated through the implementation of EPIP-4.01 and associated dose assessment procedures. Field monitoring teams will be dispatched per EPIP-4. 01, EPIP-

4. 02, and associated procedures to support the dose assessment effort. As appropriate, these teams will be directed by the RPS and/or the TSC and LEOF staffs.

9. As appropriate, demonstrate the ability of Health Physics and Chemistry to conduct radiological monitoring activities, including exposure rate surveys, sample collection, and sample analysis

• As required, radiological monitoring, sampling, and analysis for in-plant and/or on-site activities will be initiated in accordance with EPIP-4.02. Post Accident Sampling activities may be performed in accordance with EPIP-4.22 and EPIP-4.23.

The field monitoring teams will perform radiological monitoring activities in accordance with EPIP-4.03, EPIP-4.15 and EPIP-4.16. Reactor coolant and/or containment samples may be obtained utilizing the High Radiation Sampling System (HRSS). Radiological data necessary to test response and monitoring capabilities will be provided by the controller during sample collection. Isotopic analysis data will be provided following demonstration of proper sample preparation and upon expiration of spectrum collection and analysis times.

10. Demonstrate the ability to effectively activate the emergency response facilities and associated emergency response processes.

Activation of facilities and emergency processes by the TSC, osc, LEOF, CERC, JPIC, and the LMC, will be demonstrated in accordance with the appropriate procedures. OSC evacuation and relocation will be demonstrated. As appropriate, activation of emergency processes will be demonstrated by Health Physics, Chemistry and Security *

11. Demonstrate that facility layout and equipment support emergency response activities in each facility.

This objective will be demonstrated in the CRS, TSC, osc, LEOF, CERC, JPIC, and LMC. In addition, Security, Health Physics and Chemistry facilities will demonstrate this objective.

12. Demonstrate the ability to establish and maintain effective communications.

The CRS, TSC, OSC, LEOF, CERC, JPIC, LMC staffs, and Field Teams will demonstrate this objective. In addition, Security, Health Physics and Chemistry facilities will demonstrate this objective. Use of backup communications systems will only be demonstrated if primary communications fail.

13. Demonstrate the ability to maintain command and control of the emergency response effort.

The SEM will demonstrate on-site emergency response command and control from the CRS and TSC. The RM will demonstrate command and control of the emergency response effort associated with the LEOF upon activation of that facility. The SEM will ensure personnel within the Protected Area are informed of emergency event status by the use of emergency alarms and the plant paging system (Gai-tronics). Remaining site personnel will be notified by other verbal communication methods. All announcements should be preceded and terminated with the phrase: "This is a drill." The CRS, TSC, and LEOF ERO will demonstrate the ability to transfer appropriate command and control functions.

a. The CRS functions that will transfer to the TSC include:

(1) Notifications to the state, local governments, and NRC. (2) Determining the emergency classification. (3) Authorizing emergency exposures.

b. The TSC functions that will transfer to the LEOF are:

( 1) Notifications to the state and local governments and to the NRC via the HPN. (2) Developing and transmitting PARs to the state .

• 14. Demonstrate the ability to coordinate preparation, review and release of timely and accurate information to the public.

The CERC, JPIC, LEOF, and LMC staffs will demonstrate this objective. Press releases will be prepared and edited at the CERC and transmitted to the LEOF for technical review. Following approval by the RM and/or the Corporate Response Manager, the process for issuing press releases will be demonstrated. The JPIC Director will be cognizant of all press releases and make them available to the media in the JPIC and LMC.

15. Demonstrate the ability to establish and operate rumor control functions.

Public Affairs will demonstrate this objective by establishing an emergency hotline in accordance with CPIP-2ol. Questions will be called into the Public Information Room requiring response.

16. Demonstrate the ability to provide basic life support and to package and transport a contaminated injured person to an off-site medical facility

• This objective will be demonstrated by the First Aid Team implementing procedures appropriate for the victim's level of injury and by Radiological Protection employing the necessary radiological controls in accordance with EPIP-5.01 and EPIP-4.20 to remove the victim from the accident scene.

As necessary, Station Security will implement applicable sections of EPIP-5.01 to summons off-site support. An off-site rescue unit will demonstrate the ability to respond to the station. The contaminated injured person will be transported to an off-site facility.

17. Demonstrate the ability to respond to, control and mitigate the consequences of a fire.

This objective will not be demonstrated during this exercise.

18. Demonstrate the ability to establish a Recovery Organization and to develop a Recovery Plan.

This objective will be demonstrated by the SEM and RM by implementing EPIP-6.01 to develop both a Recovery Organization and Plan to return the Plant to a normal status.

19. Demonstrate the ability to conduct a self-critique and to identify areas for improvement.

The CRS, TSC, OSC, LEOF, CERC, JPIC, LMC, Security, Chemistry, and Health Physics will conduct a self-critique to identify weaknesses and improvement items

• SURRY POWER STATION AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE OBJECTIVES DEMONSTRATION MATRIX I I 1 2 I3 I I5 I I7 I 4 6 8 I 9 I 10 I 11 I 12 I 13 I 14 I 15 I 16 I 17 I 18 I 19 I CRS X X X X X X X X X X X
• X osc X X X X X X X
• X TSC X X X X X X X X X X X X X
• X LEOF X X X X X X X X X X
• X X CERC X X X X X
• X JPIC X X X X X X
• X X

LMC X X X X SECURITY X X X X X X X

• X HP X X X X X X X X X X

CHEMISTRY X X X X X *

• DENOTES NON-DEMONSTRATION

__ J

• VIRGINIA POWER SURRY POWER STATION AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE SCOPE

VIRGINIA POWER SURRY POWER STATION AUGUST 27, 28 1 AND 29, 1991 EMERGENCY EXERCISE EXERCISE SCOPE Virginia Electric and Power Company will demonstrate its ability to implement both the corporate and Surry Power Station Emergency Plans on August 27, 28, and 29, 1991. The purpose of this exercise is to activate and evaluate major portions of the Surry Emergency Plan, associated implementing procedures, and selected portions of the Corporate Emergency Response Plan in accordance with 10CFR50.47(b) (14), and to support the implementation of state and local governments emergency response plans as required by the Federal Emergency Management Agency. This ingestion pathway exercise will be held in conjunction with emergency response demonstrations by the Commonwealth of Virginia and several local governments. The list of participants includes 21 state agencies, 40 local governments, 4 volunteer organizations, 2 federal agencies, special facilities, the state of North Carolina Division of Emergency Management and Virginia Power. The exercise will demonstrate that those individuals and agencies assigned responsibilities in a radiological emergency are capable of providing the necessary protective measures to ensure the health

• and safety of the public in the event of an accident at Surry Power station.
• The exercise will demonstrate responses to the emergency classes, commensurate with the stated exercise objectives, established by NUREG-0654, Criteria for Preparation and Evaluation of Radiological Emergency Response Plans Preparedness in Support of Nuclear Power Stations. Free play is encouraged and controllers will only interfere with participants' responses if the exercise lags behind schedule, if emergency response personnel take inappropriate actions to carry them to the next event, or if action is taken that would correct the expected simulated response earlier than scheduled by the scenario.

At no time will the exercise be permitted to interfere with the safe operation of the station. Station management may, at their discretion, suspend the exercise for any period of time necessary to ensure this goal. Exercise participants will not have prior knowledge of the simulated incident, except the exercise date *

• VIRGINIA POWER SURRY POWER STATION AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE SIMULATIONS

VIRGINIA POWER SURRY POWER STATION AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE SIMULATIONS Simulations of certain actions will occur where and when it is impractical or not possible to perform the actions for purposes of this exercise. so that the scenario events will allow the participants to fulfill the requirements of the exercise objectives, the actual times required to perform some of the actions may also be extended or compressed. The following list includes those actions which may be simulated:

1. Procurement of food for emergency personnel.

2. Procurement of additional personnel or equipment for field monitoring activities and in-plant support.

3. Manipulation of actual plant controls and equipment.

4. Use of full protective clothing and respiratory protection equipment outside the Radiological Control Area, with the exception of cotton inserts and gloves *

• 5. Collection of plant and radiological status information from plant parameter indicators and the Emergency Response Computer System (ERCS). Plant and Radiological Status sheets and scenario messages will be available at all locations having access to the ERCS, i.e., CRS, TSC, LEOF, and CERC. However, participants will demonstrate the ability to access data using the ERCS.

6. Entrance into actual contaminated, high radiation, or extreme high radiation areas to simulate repair of damaged equipment or conduct surveys.

7. Issue and distribution of potassium iodide (KI). The process for authorization will be demonstrated.

a. Establishing and maintaining contact with the NRC via the ENS and HPN communications networks. Except for the initial and termination call via the ENS or commercial line, a Controller will serve as the NRC, unless the NRC requests open line communications.

9. If and when required, participants are expected to don SCBA units. Wearing of the facepiece may be simulated; however, the participant must initially describe how to obtain, don and use the equipment. Wearing of facepieces for other types of

• respiratory protection may be simulated.
• 10.

11. If required, fire fighting activities will be simulated, except for donning protective equipment, pulling hoses (hoses are not to be pressurized), preparing extinguishing equipment for use, entry strategies, and stationing firewatches. site evacuation. The process for making notifications for site evacuation will be demonstrated. This simulation does not affect the evacuation of the osc, which will be demonstrated.

12. The Control Room Simulator will be used as the Control Room rather than the actual Control Room.

13. Press releases to the Associated Press and United Press International. The process for press releases will be demonstrated.

14. Plastic protective clothing will be simulated, if Health Physics requires donning of said clothing .

• . VIRGINIA POWER SURRY POWER STATION AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE
• PARTICIPANTS

VIRGINIA POWER SURRY POWER STATION AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE PARTICIPANTS The following organizations, agencies, and political subdivisions are scheduled to participate in the Surry Power Station Emergency Exercise: A. Virginia Power

1. Innsbrook Technical Center, Glenn Allen

2. Surry Power station B. State Agencies, Commonwealth of Virginia

1. Agencies to include:

a. Agriculture and Consumer Services, Department of

b. Air Pollution Control, Department of

c. Attorney General, Office of the

• d.

e. Conservation and Recreation, Department of (Division of Parks) Corporation Commission, State

f. Corrections, Department of

g. Emergency Services, Department of

h. Forestry, Department of

i. Game and Inland Fisheries, Department of

j. General Services, Department of (Division of Consolidated Laboratory Services)

k. Health, Department of (Bureau of Radiological Health, Division of Emergency Medical Services and Water Supply Engineering)

1. Housing and Community Development, Department of

m. Marine Resources Commission

n. Mental Health, Mental Retardation and Substance

• Abuse Services, Department of
• o.

p. q. r. Military Affairs, Department of Motor Vehicles, Department of Social Services, Department of State Police, Department of

s. Transportation, Department of

t. Virginia Cooperative Extension Service

u. Water Control Board, Virginia

c. Local Governments

1. Risk-Area Jurisdictions (10-Mile EPZ):

a. Isle of Wight County

b. James city County

c. Newport News City

d. Surry County

e. Williamsburg City

f. York county

2. Host-Area Jurisdictions:

• a.

b. c. d. Charles City county Hampton. city New Kent County Poquoson City

3. Ingestion Pathway Counties Cities Accomack Chesapeake Dinwiddie Colonial Heights Gloucester Franklin Henrico Hopewell King and Queen Norfolk King William Petersburg Lancaster Portsmouth Mathews Suffolk Middlesex Virginia Beach Northampton Northumberland Prince George Richmond Southampton Sussex

• D. Federal Agencies 1.

2. Federal Emergency Management Agency Federal Regional Assistance Committee {RAC Team)

3. U.S. Department of Energy

4. U.S. Nuclear Regulatory Commission

5. U.S. Department of Commerce, National Weather Service E. Special Facilities

1. Medical College of Virginia Hospital

2. Chippokes State Park

3. Eastern State Hospital

4. College of William and Marry

5. Busch Gardens

6. Colonial National Historic Park

• F.

7. Surry Rescue Squad Volunteer Organizations

1. Civil Air Patrol {CAP), Virginia Wings

2. Radio Amateur Civil Emergency Services {RACES)

3. American Red Cross

4. Salvation Army G. Adjacent States

1. North Carolina Division of Emergency Management

• VIRGINIA POWER SURRY POWER STATION AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE MULTI-FUNCTION
• MESSAGES/DATA
• NUMBER blank MULTI-FUNCTION MESSAGES TABLE OF CONTENTS CONTENT Timeline/objective changes TIME as needed blank Message changes/additions as needed 1 CRS phone numbers beginning 2 Controller net set-up beginning 3 ENS communications as needed 4 HPN communications as needed 5 Material requisitioners as needed 6 Earthquake information as needed 7 System Ops status as needed 8 System Operations - Controller as needed 9 Weather forecast post CERC act.
• 10 11 12 OBE earthquake Epicenter and magnitude Minor earthquake 0931 post 0931 1032 13 Epicenter and magnitude post 1032 14 DBE earthquake 1117 15 Epicenter and magnitude post 1117 16 Site evacuation as needed 17 SAE contingency 1137 18 SAE contingency 1137 19 GE contingency 1238 20 GE contingency 1238 21 PAR issuance contingency GE +15 22 Termination 1515
• 23 Termination 1515

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, ARD 29, 1991 EMERGENCY EXERCISE MESSAGE NO:

c:::J SCENARIO MESSAGE TO: c:::J CONTINGENCY MESSAGE TO: c:::] BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Use only if the "Time Line" or "Objectives" would be altered. TIME:

                          '!'HIS IS A DRILL For purposes of maintaining the Time Line and/or supporting the Objectives of this exercise, DO or DO NOT (circle one) perform the following action (Controller write in):

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE MESSAGE NO:

[:] SCENARIO MESSAGE TO: c:::J CONTINGENCY MESSAGE TO: c:::J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Use as required for message changes or additions. Ensure Lead Controller approves prior to issuance. TIME: THIS IS A DRILL

• For purposes of the drill use the following information (Controller write in):
• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AllD 29, 1991 EHERGEBCY EXERCXSB MESSAGE NO: MF-1 Ill SCENARIO MESSAGE TO: ALL PARTICIPANTS

[:] CONTINGENCY MESSAGE TO: [:] BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Ensure that the lead participants in each area receive this information. TIME: Beginning of exercise THIS IS A DRILL For purposes of this exercise the actual Control Room will not participate. When communicating with the control Room

• you will need to communicate with the Simulator using the appropriate automatic ring-down circuits or the following phone numbers:

PBX Extensions: 62 62 or or 365 365

                                   - 2237 -
                                   - 2238 -

UNIT 1 ss UNIT 2 ss 62 or 365 - 2239 - UNIT 1 CRO 62 or 365 - 2240 - OTHER 62 or 365 - 2284 - OPS FIELD (ANNEX) OPX Extension: 81 - 273 - 3840 Commercial: 804 - 357 - 4290 804 - 357 - 3184 + EXT. All Station alarms and the Gai-Tronics system are operable from the Simulator Control Room *

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AND 29, 1991 EMERGEHCY EXERCISE MESSAGE NO: MF-2 Ill SCENARIO MESSAGE TO: LEAD CONTROLLER r:::J CONTINGENCY MESSAGE TO:

r:::J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Perf arm at the indicated time. TIME: Prior to the start of the drill THIS IS A DRILL Lead Controller set up the controller net at this time .

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, ARD 29, 1991 EMERGENCY EXERCISE MESSAGE NO: MF-3 Ill SCENARIO MESSAGE TO: NRC ENS COMMUNICATORS r::::J CONTINGENCY MESSAGE TO:

r::::J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Provide when needed. TIME: When making notifications THIS IS A DRILL Except for the initial and termination report, contact with the NRC via the ENS phone will be simulated . Make the simulated notifications to the NRC using a normal phone to one of the following numbers: 81 - 2780 or 804 - 273 - 2780

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE MESSAGE NO: MF-4 1111 SCENARIO MESSAGE TO: HPN COMMUNICATOR

[::I CONTINGENCY MESSAGE TO: [::I BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Provide as necessary. TIME: When making HPN notifications THIS IS A DRILL For purposes of this exercise, calls to the NRC via the HPN phone will be simulated

• Make HPN notifications using a normal phone to the one of the following numbers:

81 - 3699 or 804 - 273 - 3699

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, ARD 29, 1991 EMERGENCY EXERCISE MESSAGE NO: MF-5 1111 SCENARIO MESSAGE TO: MATERIAL REOUISITIONERS c::::J CONTINGENCY MESSAGE TO:

c::::J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Provide as necessary. TIME: When contacting vendors THIS IS A DRILL For purposes of this exercise, actual calls to Virginia Power locations or vendors to obtain parts and material will be simulated. Make the requests using a normal phone to the one of the following numbers: 81 - 3703 or 804 - 273 - 3703

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, ABD 29, 1991 EMERGENCY EXERCISE MESSAGE NO: MF-6 Ill SCENARIO MESSAGE TO: CONTROLLER c:::J CONTINGENCY MESSAGE TO:

r::::J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Provide as necessarv. the Control Cell is called NOT the National Earthquake information center. TIME: When contacting National Earthquake information THIS IS A DRILL

• For purposes of this exercise, actual calls regarding National Earthquake information will be simulated.

Make the requests using a normal phone to the one of the following numbers: 81 - 3703 or 804 - 273 - 3703

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, A!1D 29, 1991 EMERGEBCY EXERCISE MESSAGE NO: MF-7 Ill SCENARIO MESSAGE TO: SYSTEM OPS STATUS

[:I CONTINGENCY MESSAGE TO: [:I BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Provide as necessary. TIME: When contacting System Operations THIS IS A DRILL For purposes of this exercise, actual calls to Virginia Power System Operations to obtain status will be simulated

• Make the requests using a normal phone to the one of the following numbers:

81 - 3703 or 804 - 273 - 3703

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, A!ID 29, 1991 EMERGENCY EXERCISE MESSAGE NO: MF-8 1111 SCENARIO MESSAGE TO: SYSTEM OPS STATUS CONTROLLER

[:] CONTINGENCY MESSAGE TO: [:] BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue data, as necessary. to control evolutions concerning system Operations. TIME: AS NEEDED THIS IS A DRILL

1. The earthquake(s) have not disturbed the grid.

2. The grid status is stable.

3* Units 1 and 2 are being taken off the line for inspection *

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, ARD 29, 1991 EKERGEHCY EXERCISE MESSAGE NO: MF-9 Ill SCENARIO MESSAGE TO: MET CONTROLLER

[:] CONTINGENCY MESSAGE TO: [:] BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Provide the following to the Meteorological Department as today's weather forecast for Surry county. TIME: AFTER CERC ACTIVATED THIS IS A DRILL

• The weather forecast for this exercise is as follows:

Surry County and surrounding areas:

1. Daytime high 88 degrees fahrenheit and overnight low in the mid 60's.

2. Partly cloudy with a 60% chance of rain.

3* scattered showers in the PM.

4. Winds from the NNW at 5 miles per hour.

5* Regional stability class "E".

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AllD 29, 1991 EMERGENCY EXERCISE MESSAGE NO: MF-10 1111 SCENARIO MESSAGE TO: ALL PARTICIPANTS

[:] CONTINGENCY MESSAGE TO: c:J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue at the indicated time. TIME: 0931

                         'l'BIS IS A DRILL You have just sensed ground and structure movement (trembling) .

• 'l'BIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE MESSAGE NO: MF-11 1111 SCENARIO MESSAGE TO: CONTROLLER r::J CONTINGENCY MESSAGE TO:

r::J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Only issue data, as necessary, for inquiries about the earthquakes. Do not give out the message (paper) only give out the information. This message may be used by the Control Cell and or the State of Virginia. as needed. TIME: POST 0931

• 1.

THIS IS A DRILL The earthquake epicenter is located 15 miles due east of Virginia Beach, Virginia. Longitude= 75 degrees 45 minutes, Latitude= 37 degrees O minutes. 2* The magnitude is 2.5 on the Richter scale.

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE MESSAGE NO: MF-12 1111 SCENARIO MESSAGE TO: ALL PARTICIPANTS c:::J CONTINGENCY MESSAGE TO:

c:::J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue at the indicated time. TIME: 1032 THIS IS A DRILL You have just sensed ground and structure movement (trembling) *

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AliD 29, 1991 EMERGENCY EXERCISE MESSAGE NO: MF-13 Ill SCENARIO MESSAGE TO: CONTROLLER l::J CONTINGENCY MESSAGE TO:

c:::J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Only issue data. as necessary. for inquiries about the earthquakes. Do not give out the message (paper) only give out the information. This message may be used by the Control Cell and or the State of Virginia, as needed. TIME: POST 1032

• 1.

THIS IS A DRILL The earthquake epicenter is located 15 miles due east of Virginia Beach, Virginia. Longitude= 75 degrees 45 minutes, Latitude= 37 degrees o minutes. 2* The magnitude is 1.7 on the Richter scale.

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AllD 29, 1991 EKERGEBCY EXERCISE MESSAGE NO: MF-14 1111 SCENARIO MESSAGE TO: ALL PARTICIPANTS r:::::J CONTINGENCY MESSAGE TO:

[:] BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue at the indicated time. TIME: 1117 THIS IS A DRILL You have just sensed ground and structure movement (trembling) *

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE MESSAGE NO: MF-15 Ill SCENARIO MESSAGE TO: CONTROLLER l::::J CONTINGENCY MESSAGE TO:

l::::J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Only issue data. as necessary. for inquiries about the earthquakes.. Do not give out the message (paper) only give out the information. This message may be used by the Control Cell and or the State of Virginia. as needed. TIME: POST 1117

• 1.

THIS IS A DRILL The earthquake epicenter is located 15 miles due east of Virginia Beach, Virginia. Longitude= 75 degrees 45 minutes, Latitude= 37 degrees O minutes. 2* The magnitude is 4.1 on the Richter scale.

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AJIJ> 29, 1991 EMERGENCY EXERCISE MESSAGE NO: MF-16 1111 SCENARIO MESSAGE TO: CONTROLLER

[:] CONTINGENCY MESSAGE TO: [:] BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: TSC Lead Controller to issue as necessary. when evacuation process of the site is to be conducted. TIME: WHEN NEEDED THIS IS A DRILL

• For the purposes of today's exercise make all phone calls and plant announcements, as required by procedures. When making said phone calls and announcements DO NOT physically evacuate. I repeat, DO NOT physically evacuate. Modify message content of phone calls and announcements to ensure no physical evacuation *
• THXS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, ARD 29, 1991 EMERGENCY EXERCISE MESSAGE NO: MF-17

[:] SCENARIO MESSAGE TO: II CONTINGENCY MESSAGE TO: SEM c::J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: TSC Lead Controller, qi ve this message to the SEM only if the action has not been taken or is not being taken. TIME: 1137 THIS IS A DRILL Declare a "Site Area Emergency" per EPIP-1. 01, {Tab L-1), due to an Earthquake greater than DBE levels .

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, ARD 29, 1991 EHERGENCY EXERCISE MESSAGE NO: MF-18 c::::J SCENARIO MESSAGE TO:

1111 CONTINGENCY MESSAGE TO: SEM c:J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: TSC Lead Controller C qi ve this message to the SEM only if the action has not been taken or is not being taken. TIME: 1137 THIS IS A DRILL Declare a "Site Area Emergency" per EPIP-1. 01, (Tab B-2), due to RCS leak rate exceeding makeup capacity *

• THIS :IS A DRILL

VffiGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, ABD 29, 1991 EMERGENCY EXERCISE MESSAGE NO: MF-19

[:] SCENARIO MESSAGE TO: 1111 CONTINGENCY MESSAGE TO: SEM [:] BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: TSC Lead Controller I qi ve this message to the SEM only if PASS sample results are known. the action has not been taken or is not being taken. and the Lead Controller requests this message be given. TIME: 1238, AS DIRECTED BY THE LEAD CONTROLLER THIS IS A DRILL Declare a "General Emergency" per EPIP-1. 01, (Tab B-10), due to loss of 2 of 3 fission product barriers with the potential loss of the 3rd barrier *

• THIS IS A DRJ:LL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, ARD 29, 1991 EKER.GERCY EXERCISE MESSAGE NO: MF-20 c:::::J SCENARIO MESSAGE TO:

Ill CONTINGENCY MESSAGE TO: SEM c:::::J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: TSC Lead Controller, qi ve this message to the SEM only if the action has not been taken or is not being taken. and the Lead Controller requests this message be issued. TIME: 1238, AS DIRECTED BY THE LEAD CONTROLLER THIS IS A DRILL Declare a "General Emergency" per EPIP-1.01, (Tab E-1), due to projected or actual site boundary doses exceed 2 REM whole body or 12 REM thyroid exposure *

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, Al1D 29, 1991 EIIERGEKCY EXERCISE MESSAGE NO: MF-21 r:::J SCENARIO MESSAGE TO:

II CONTINGENCY MESSAGE TO: RM c:::J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: If a PAR is not issued or being issued per EPIP-1.05. provide the following. TIME: Within 15 minutes of GE declaration THIS IS A DRILL Issue a PAR to the state per EPIP-1.05 Attachment 1 .

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, ABD 29, 1991 EHERGEBCY EXERCISE MESSAGE NO: MF-22

 ~      SCENARIO MESSAGE TO:    LEAD CONTROLLER

[:] CONTINGENCY MESSAGE TO: [:] BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Make the following announcement on the Gai-Tronics at the time indicated. Make the announcement twice. TIME: 1515 THIS IS A DRILL

• This is a drill.

Day one activities of this exercise are terminated except

  . for on-site Recovery.

on-site Recovery meeting will commence at 1530 in the LEOF. All lead observers conduct area critiques with participants at 1600 with the exception of those personnel attending the recovery meeting. Participants must turn in all procedures and exercise documentation to their area lead controller. Restore the Emergency Response Facilities in accordance with procedures. This is a drill. NOTE: Remember to call the LMC and let them know that the exercise is terminated *

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AID) 29, 1991 EMERGENCY EXERCISE MESSAGE NO: MF-23 Ill SCENARIO MESSAGE TO: LEAD CONTROLLER c::J CONTINGENCY MESSAGE TO:

c::J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Make the following announcement in the LEOF at the time indicated. Make the announcement twice. TIME: 1515 THIS IS A DRILL

• This is a drill.

Day one activities of this exercise are terminated except for on-site Recovery. on-site Recovery meeting will commence at 1530 in the LEOF. Recovery participants area critique will start after the meeting is completed. The area critique for all other LEOF participants will start at 1600. Participants must turn in all procedures and exercise documentation to their area lead controller. Restore the Emergency Response Facilities in accordance with procedures. This is a drill *

• THIS IS A DRILL
• VIRGINIA POWER SURRY POWER STATION AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE OPERATIONS
• MESSAGES/DATA
• NUMBER 1

OPS MESSAGES TABLE OF CONTENTS CONTENT Blocking reactor trip TIME as needed 2 NQUE contingency 0910 3 QBE earthquake 0931 4 QBE earthquake annunciator 0931 5 AP-37 contingency data (QBE) post 0931 6 National Earthquake informatiom as needed 7 Alert contingency 0951 8 Minor earthquake 1032 9 Minor earthquake annunciator 1032 10 AP-37 contingency data (minor) post 1032

• 11 Loose parts annunciator 1032 12 Letdown/rad annunciators 1032 13 Letdown/rad values post 1032 14 Rad annunciators 1033 15 Rad values post 1033 16 Rad annunciator 1036 17 Rad values post 1036 18 Rad annunciators 1046 19 Rad values post 1046 20 Rad annunciators 1054 21 Rad values post 1054 22 DBE earthquake 1117 23 DBE earthquake ann~nciator 1117 I -
• 24 Rad annunciators 1117
• NUMBER 25 OPS MESSAGES TABLE OF CONTENTS (cont.)

Rad values CONTENT TIME post 1117 26 AP-37 contingency data (DBE) post 1117 27 lJ 480 V bus annunciator post 1117 28 Rx and turbine trip annunciators 1120 29 SI alarms and annunciators 1121 30 SR energizes 1134 31 CLS alarms and annunciators 1218 32 1-CS-P-lA status 1218 33 1-RS-P-lA status post 1218 34 1-RS-P-2A status post 1218 35 Rad annunciators 1219 36 Rad values post 1219 37 Rad annunciators 1220 38 Rad values post 1220 39 Rad annunciators 1221 40 Rad values post 1221 41 Rad annunciators 1222 42 Rad values post 1222 43 Rad annunciators 1223 44 Rad values post 1223 45 Rad annunciators 1226 46 Rad values post 1226 47 CS/RS spray system status as needed, 1445 48 Hydrogen Recombiner block as needed

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, Al1D 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-1

[:] SCENARIO MESSAGE TO: c::J CONTINGENCY MESSAGE TO: Ill BLOCKING MESSAGE TO: SS/CRO CONTROLLER INSTRUCTIONS: Issue only if needed. TIME: AS NEEDED THIS IS A DRILL For purposes of this exercise DO NOT trip the reactor *

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-2 i:] SCENARIO MESSAGE TO:

Ill CONTINGENCY MESSAGE TO: SHIFT SUPERVISOR c:::J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Provide to the ss only if the action has not been taken or is not being taken. Issue only with the authorization of the Lead Controller. TIME: 0910 THIS XS A DRILL

• Declare a "NOTIFICATION OF UNUSUAL EVENT" per EPIP-1.01 (Tab F-1), due to transportation of contaminated injured individual to an off-site facility .
• THIS XS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AKI> 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-3 1111 SCENARIO MESSAGE TO: SS/CRO/OPERATOR c::::J CONTINGENCY MESSAGE TO:

c::::J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue at the indicated time. TIME: 0931 THIS IS A DRILL You have just sensed ground and structure movement (trembling) .

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AID) 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-4 11111 SCENARIO MESSAGE TO: CRO/SRO l:::J CONTINGENCY MESSAGE TO:

l:::J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: If simulator fails. issue at the indicated time. TIME: 0931 THIS IS A DRILL Receive the following Annunciator 7E (ACCELEROGRAPH UNIT OPER)

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, A!1D 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-5 c:J SCENARIO MESSAGE TO:

11111 CONTINGENCY MESSAGE TO: SRO/CRO [:] BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue data, as necessary. when AP-37 step 8 is completed. Note: Only issue if Annex provides wrong data. TIME: POST 0931 THIS IS A DRILL

• AP - 37 step 8 results of seismic data analysis are

     .09 g's .

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AIID 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-6 Ill SCENARIO MESSAGE TO: CONTROLLER c:J CONTINGENCY MESSAGE TO:

c:J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Provide as necessarv, the Control Cell is called NOT the National Earthquake information center. TIME: When contacting National Earthquake information THIS IS A DRILL

• For purposes of this exercise, actual calls regarding National Earthquake information will be simulated.

Make the requests using a normal phone to the one of the following numbers: 81 - 3703 or 804 - 273 - 3703

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, Al1D 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-7

[:] SCENARIO MESSAGE TO: 1111 CONTINGENCY MESSAGE TO: SEM c::J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue at the indicated time if the action has not been taken or is not being taken. and with Lead Controller concurrence. TIME: 0951 THIS IS A DRILL

• Declare an "ALERT" per EPIP - 1.01, (Tab L-2), due to an earthquake greater than OBE levels .
• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-8 Ill SCENARIO MESSAGE TO: CRO/SRO/BKBD OPERATOR

[:] CONTINGENCY MESSAGE TO: [:] BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue at the indicated time. THIS IS A DRILL You have just sensed ground and structure movement (trembling) .

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, ABD 29, 1991 EHERGEHCY EXERCISE MESSAGE NO: OPS-9 1111 SCENARIO MESSAGE TO: BKBD OPERATOR

[:] CONTINGENCY MESSAGE TO: [:] BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: If simulator fails, issue at the indicated time. TIME: 1032 THIS IS A DRILL Receive the following Annunciator 7E (ACCELEROGRAPH UNIT OFER)

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, A!1D 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-10 c::J SCENARIO MESSAGE TO:

Ill CONTINGENCY MESSAGE TO: SRO/CRO r:::J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue data. as necessary. when AP-37 step 8 is completed. Note: Only issue if Annex provides wrong data. TIME: POST 1032 THIS IS A DRILL

• AP - 37 step 8 results of seismic data analysis are

     .05 g's .

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, ARD 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-11 1111 SCENARIO MESSAGE TO: SRO/CRO l:::J CONTINGENCY MESSAGE TO:

[:] BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: If simulator fails, issue at the indicated time. TIME: 1032 THIS IS A DRILL

• Receive annunciator lF (LOOSE PARTS UNIT 1)
• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-12 11111 SCENARIO MESSAGE TO: BKBD OPERATOR c::J CONTINGENCY MESSAGE TO:

c::J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: If simulator fails or cannot model, issue at the indicated time. TIME: 1032 THIS IS A DRILL

1. Manipulator Crane RMS-162 is in Alert and HI HI Alarm.

2. General Area RMS-163 is in Alert and HI HI Alarm.

3. Incore Room RMS-164 is in Alert and HI HI Alarm.

4. Letdown CH-118 is in Alert.

5* Letdown CH-119 is in Alert.

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, ARD 29, 1991 EHERGEBCY EXERCISE MESSAGE NO: OPS-13 1111 SCENARIO MESSAGE TO: BKBD OPERATOR r:::J CONTINGENCY MESSAGE TO:

c:J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue upon investigation of listed rad alarms. TIME: POST 1032

                           '!'HIS IS A DRILL Manipulator crane RMS-162 indicates 3050 mR/hr.

1.

2. General Area RMS-163 indicates 2420 mR/hr.

3. Incore Room RMS-164 indicates 126 mR/hr.

4. Letdown RM-CH-118 indicates 1.83 E 4 cpm.

5* Letdown RM-CH-119 indicates 2.12 E 4 cpm.

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, ABD 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-14 Ill SCENARIO MESSAGE TO: BKBD OPERATOR 1::::1 CONTINGENCY MESSAGE TO:

1::::1 BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: If simulator fails or cannot model, issue at the indicated time. TIME: 1033 THIS IS A DRILL

1. Containment Air (Part) RMS-159 is in Alert and HI HI Alarm.

2. Containment Air (GAS) RMS-160 is in Alert.

3. Letdown CH-118 is in HI HI Alarm.

4* Letdown CH-119 is in HI HI Alarm.

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-15 Ill SCENARIO MESSAGE TO: BKBD OPERATOR

[:] CONTINGENCY MESSAGE TO: [:] BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue upon the investigation of listed rad alarms. TIME: POST 1033 THIS IS A DRILL

1. Containment Air (Part) RMS-159 indicates > 1 E 6 cpm .

2. Containment Air (GAS) RMS-160 indicates 1.3 E 5 cpm.

3. Letdown CH-118 indicates 2.75 E 5 cpm.

4. Letdown CH-119 indicates 3.17 E 5 cpm .

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-16 1111 SCENARIO MESSAGE TO: BKBD OPERATOR

 ~      CONTINGENCY MESSAGE TO:
 ~      BLOCKING MESSAGE TO:

CONTROLLER INSTRUCTIONS: If simulator fails or cannot model, issue at the indicated time. TIME: 1036 THIS IS A DRILL Containment Air (GAS) RMS-160 is in Alert and HI HI Alarm .

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-17 Ill SCENARIO MESSAGE TO: BKBD OPERATOR

[:] CONTINGENCY MESSAGE TO: [:] BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue upon the investigation of listed rad alarms. TIME: POST 1036 THIS IS A DRILL Containment Air {GAS) RMS-160 indicates 5.18 E 5 cpm .

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AJID 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-18 1111 SCENARIO MESSAGE TO: BKBD OPERATOR l::J CONTINGENCY MESSAGE TO:

l::J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: If simulator fails or cannot model. issue at the indicated time. TIME: 1046 THIS IS A DRILL High Range (outside) RMS-161 is in Alert *

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AND *29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-19 Ill SCENARIO MESSAGE TO: BKBD OPERATOR c:J CONTINGENCY MESSAGE TO:

c:J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue upon the investigation of listed rad alarms. TIME: POST 1046 THIS IS A DRILL High Range (outside) RMS-161 indicates 10.3 mR/hr *

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-20 1111 SCENARIO MESSAGE TO: BKBD OPERATOR c:::J CONTINGENCY MESSAGE TO:

c:::J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: If simulator fails or cannot model, issue at the indicated time. TIME: 1054 THIS IS A DRILL High Range (outside) RMS-161 is in HI HI Alarm *

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, ARD 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-21 Ill SCENARIO MESSAGE TO: BKBD OPERATOR c:J CONTINGENCY MESSAGE TO:

c:J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue upon the investigation of listed rad alarms. TIME: POST 1054 THIS IS A DRILL High Range (outside) RMS-161 indicates 15.4 mR/hr .

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AllD 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-22 1111 SCENARIO MESSAGE TO: SS/CRO/OPERATOR

[:] CONTINGENCY MESSAGE TO: [:] BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue at the indicated time. TIME: 1117 THIS IS A DRILL You have just sensed ground and structure movement (trembling) .

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-23 Ill SCENARIO MESSAGE TO: CRO/SRO

 ~     CONTINGENCY MESSAGE TO:
 ~     BLOCKING MESSAGE TO:

CONTROLLER INSTRUCTIONS: If simulator fails, issue at the indicated time. TIME: 1117 THIS IS A DRILL Receive the following Annunciator 7E (ACCELEROGRAPH UNIT OPER)

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, A!1D 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-24 Ill SCENARIO MESSAGE TO: BKBD OPERATOR r:::J CONTINGENCY MESSAGE TO:

r:::J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: If simulator fails or cannot model, issue at the indicated time. TIME: 1117 THIS IS A DRILL

1. High Range RMS-127 is in Alert.

2. High Range RMS-128 is in Alert.

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-25

 ~        SCENARIO MESSAGE TO:   BKBD OPERATOR 1::::1   CONTINGENCY MESSAGE TO:

1::::1 BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue upon the investigation of listed rad alarms. TIME: POST 1117 THIS IS A DRILL High Range RMS-127 indicates 246 R/hr. 1. 2* High Range RMS-128 indicates 245 R/hr.

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, ARD 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-26

[:] SCENARIO MESSAGE TO: Ill CONTINGENCY MESSAGE TO: SRO/CRO [:] BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue data, as necessary, when AP-37 step 8 is completed. Note: Only issue if Annex provides wrong data. TIME: POST 1117 THIS IS A DRILL

• AP - 37 step 8 results of seismic data analysis are

   .2 g's .

• THIS IS A DRILL

VffiGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-27 1111 SCENARIO MESSAGE TO: CRO/SRO

[:] CONTINGENCY MESSAGE TO: l::::J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: If simulator fails, issue at the indicated time. TIME: 1117 THIS IS A DRILL Receive the following annunciator: KH5 (EMERG BUS lJ NORM SUP AUTO TRIP)

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-28 1111 SCENARIO MESSAGE TO: CRO/SRO

[] CONTINGENCY MESSAGE TO: [] BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: If simulator fails, issue at the indicated time. TIME: 1120 THIS IS A DRILL Normal reactor and turbine trip annunciators are

• received .
• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-29 Ill SCENARIO MESSAGE TO: CRO/SRO r::J CONTINGENCY MESSAGE TO:

c:::J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: If simulator fails, issue at the indicated time. TIME: 1121 THIS IS A DRILL Normal alarms and annunciators associated with SI initiation are received .

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-30 1111 SCENARIO MESSAGE TO: CRO/SRO c::J CONTINGENCY MESSAGE TO:

[:] BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: If simulator fails. issue at the indicated time. TIME: 1134 THIS IS A DRILL Source Range energizes: peaks and indicates 4 N31 = 4 X 10 4 N32 = 3 X 10

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AID) 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-31 Ill SCENARIO MESSAGE TO: CRO/SRO I:] CONTINGENCY MESSAGE TO:

I:] BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: If simulator fails, issue at the indicated time. THIS IS A DRILL Annunciators and alarms for HI HI CLS actuation are

• received *
• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, Alm 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-32 Ill SCENARIO MESSAGE TO: CRO/SRO r::J CONTINGENCY MESSAGE TO:

r::J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: If simulator fails, issue at the indicated time. TIME: 1218 THIS IS A DRILL 1-CS-P-lA red indicating light is lit . Flow= O gpm. Pump amps= 130 .

• THIS IS A DRILL

VffiGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-33

 ~       SCENARIO MESSAGE TO:    CRO/SRO 1::::1  CONTINGENCY MESSAGE TO:

1::::1 BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: If simulator fails and pump is automatically or manually attempted to start. issue as needed. TIME: POST 1218, AS NEEDED THIS IS A DRILL

• 1.

2. 3. 1-RS-P-lA indicating lights are green and amber. Pump amps= o. Pump discharge pressure= O psig.

4. Receive annunciator:

AD8 (RS PP lA LOCKOUT OR OL TRIP)

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, ARD 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-34 1111 SCENARIO MESSAGE TO: CRO/SRO

[:] CONTINGENCY MESSAGE TO: c:::J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: If simulator fails and pump is automatically or manually attempted to start, issue as needed. TIME: POST 1218, AS NEEDED THIS IS A DRILL

• 1.

2. 3. 1-RS-P-2A indicating lights are green and amber. Pump amps= o. Pump discharge pressure= o psig.

4. Receive annunciator AH7 (RS PP 2A LOCKOUT OR OL TRIP)

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, ARD 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-35 Ill SCENARIO MESSAGE TO: BKBD OPERATOR c:::J CONTINGENCY MESSAGE TO:

c:::J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: If simulator fails or cannot model. issue at the indicated time. TIME: 1219 THIS IS A DRILL Victoreen (Particulate) GW-101 Alert and HI HI 1* Alarm.

2. Victoreen (Gas) GW-102 is in Alert.

3. NRC (Gas) GW-122 is in Alert.

4. KAMAN GW-130-1 is in Alert.

5. KAMAN VG-131-1 is in Alert and HI HI Alarm.

6. Drum Area RMS-155 is in Alert and HI HI Alarm.

7. Sample Room RMS-156 is in Alert and HI HI Alarm.

8. Aux Bldg Central VG-109-5 is in Alert and HI HI Alarm.

9. Aux Bldg General VG-109-7 is in Alert and HI HI Alarm.

10. Aux Bldg Central VG-110-5 is in Alert and HI HI Alarm.

11. Aux Bldg General VG-110-7 is in Alert and HI HI Alarm.

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-36 Ill SCENARIO MESSAGE TO: BKBD OPERATOR c:::J CONTINGENCY MESSAGE TO:

c:::J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue upon the investigation of listed rad alarms. TIME: POST 1219 THIS IS A DRILL Victoreen (Particulate) GW-101 indicates 1.22 1. E 5 cpm.

2. Victoreen (Gas) GW-102 indicates 1.35 cpm.

3. NRC (Gas) GW-122 indicates .144 mR/hr.

4. KAMAN GW-130-1 indicates 1.49 E 3 uCi/sec, 1.01 E -2 uCi/sec.

5. KAMAN VG-131-1 indicates 6.07 E 5 uCi/sec, 1.69 E -2 uCi/cc.

6. Drum Area RMS-155 indicates 284 mR/hr.

7. Sample Room RMS-156 indicates 271 mR/hr.

8. Aux Bldg Central VG-109-5 indicates 1.98 E 5 cpm.

9. Aux Bldg General VG-109-7 indicates 2.09 E 5 cpm.

10. Aux Bldg Central VG-110-5 indicates 2.44 E 5 cpm.

11. Aux Bldg General VG-110-7 indicated 2.25 E 5 cpm.

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, A!1D 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-37 Ill SCENARIO MESSAGE TO: BKBD OPERATOR

[:] CONTINGENCY MESSAGE TO: [:] BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: If simulator fails or cannot model, issue at the indicated time. THIS IS A DRILL Victoreen (GAS) GW-102 is in Alert and HI HI 1. Alarm .

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-38 Ill SCENARIO MESSAGE TO: BKBD OPERATOR

[:] CONTINGENCY MESSAGE TO: [:] BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue upon the investigation of listed rad alarms. TIME: POST 1220 THIS IS A DRILL Victoreen (GAS) GW-102 indicates 3.01 E 5 cprn. 1.

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AHD 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-39 11111 SCENARIO MESSAGE TO: BKBD OPERATOR l:::J CONTINGENCY MESSAGE TO:

[:] BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: If simulator fails or cannot model. issue at the indicated time. TIME: 1221 THIS IS A DRILL High Range RMS-127 is in HI HI Alarm. 1.

2. High Range RMS-128 is in HI HI Alarm.

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-40 Ill SCENARIO MESSAGE TO: BKBD OPERATOR c:::J CONTINGENCY MESSAGE TO:

[:] BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue upon the investigation of listed rad alarms. TIME: POST 1221 THIS IS A DRILL

1. High Range RMS-127 indicates 4150 R/hr.

2. High Range RMS-128 indicates 4150 R/hr.

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, ARD 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-41 Ill SCENARIO MESSAGE TO: BKBD OPERATOR

[:] CONTINGENCY MESSAGE TO: [:] BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: If simulator fails or cannot model. issue at the indicated time. THIS IS A DRILL KAMAN VG-131-2 is in Alert. 1. 2* VG-123 is in Alert.

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AHD 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-42 II SCENARIO MESSAGE TO: BKBD OPERATOR l::J CONTINGENCY MESSAGE TO:

l::J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue upon the investigation of listed rad alarms. TIME: POST 1222 THIS IS A DRILL

1. KAMAN VG-131-2 indicates 3.45 E 6 uci/sec, 9.63 E -2 uci/cc.

2* VG-123 indicates .223 mR/hr.

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-43 11111 SCENARIO MESSAGE TO: BKBD OPERATOR r:::J CONTINGENCY MESSAGE TO:

r::::J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: If simulator fails or cannot model, issue at the indicated time. TIME:* 1223 THIS IS A DRILL

1. NRC (GAS) GW-122 is in HI HI Alarm.

• 2. KAMAN (GAS) GW-130-1 is in HI HI Alarm.
• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-44 1111 SCENARIO MESSAGE TO: BKBD OPERATOR

[:] CONTINGENCY MESSAGE TO: [:] BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue upon the investigation of listed rad alarms. TIME: POST 1223 THIS IS A DRILL NRC (GAS} GW-122 indicates 1.18 rnR/hr. 1.

2. KAMAN (GAS} GW-130-1 indicates 1.21 E 4 uCi/sec, 8.26 E -2 uCi/cc *

• THIS IS A DRILL

VffiGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, ARD 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-45 1111 SCENARIO MESSAGE TO: BKBD OPERATOR 1::::1 CONTINGENCY MESSAGE TO:

1::::1 BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: If simulator fails or cannot model, issue at the indicated time. TIME: 1226 THIS IS A DRILL

1. KAMAN VG-131-2 is in HI HI Alarm.

• 2* VG-123 is in HI HI Alarm.
• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-46 Ill SCENARIO MESSAGE TO: BKBD OPERATOR r::J CONTINGENCY MESSAGE TO:

r::J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue upon the investigation of listed rad alarms. TIME: POST 1226 THIS IS A DRILL KAMAN VG-131-2 indicates 8.9 E 6 uCi/sec, 2.48 1. E -1 uci/cc. 2* VG-123 indicates .54 rnR/hr.

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-47 Ill SCENARIO MESSAGE TO: CONTROLLER

[:] CONTINGENCY MESSAGE TO: [:] BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: If simulator fails. issue when repairs are in effect to put containment or recirc spray pump back in service. TIME: 1445, as needed THIS IS A DRILL

• 1.

2. 3. Indicating red light is lit. Pump amps are normal. (CS= 305, RS= 300) Discharge pressure is normal. 4* Containment pressure is decreasing.

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, ARD 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPS-48 c:::::J SCENARIO MESSAGE TO:

c::J CONTINGENCY MESSAGE TO: Ill BLOCKING MESSAGE TO: CRO/SRO CONTROLLER INSTRUCTIONS: If recombiner is attempted to be put into service, then block the process of establishing the recombiner being put in service. TIME: AS NEEDED THIS IS A DRILL

• Your actions are acknowledged. For purposes of today's exercise DO NOT put the hydrogen recombiner in service *
• THIS IS A DRILL

THIS IS A DRILL

                                                                                             . m t Data Sheet - Surry Power Station Message No.

Unit No.

• POW28 Primary Plant Secondarv Plant Time '

a83o Engineered Safeguards RCS Pressure Steam Generator Parameters Charging HHSI Pumps HHSI Flow (GPM PZR ~~~"!) PSIG PZR Level 5~  % A B C "A"~ Avail oos Th Tc WR -~"-1. PSIG CHG Flow t.s GPM NA Level 'IJ '/l '13  % "B" Run a OOS A 0 0 WR Level 4,7 4,1 ~1  % "C" Run (@a]) OOS B 0 0 NA .,,ooo PSIG LTDN Flow J? GPM Pressure ~y~ ~c+i+ 8'1~ PSIG C Q 0 RVLIS PZR Rellef Tank AFW Flow D Q 0 GPM Dynamic Hd ~~,  % Press \\\- PSIG MS Flow "a .1, 'f. 1o'- ,3'." ~ 1'2.'- :J.f.'1-11>,. Norm HHSI HDR Total FT-1943 0 GPM Full Range -  % Temp 89 OF PPH 0 Narrow Range -  % Level JD  % Condenser Vacuum Cond. "A" /.o In Hg Alternate HHSI HDR Total FT-1940 GPM CORE Exit T/Cs (Avg 5 HI) RCS Subcoollng Cond. "B" l.o In Hg Low-Head SI Pumps LHSI Flow (GPM) lD1..1 OF -3Z. OF "A" Run <&iIJ) OOS "A" 0 Auxlllary Feedwater Pumps "B" Run@ OOS "B" 0 WR Loop Temperatures FW-P-2 Run (&aiD OOS A B C FW-P-3A Run <&§D OOS Spray Systems Disch. Pressure (PSIG) Th C. 0'3 ~Q3 <.oi FW-P-38 R u n ~ OOS CS-P-1A Run ~ oos Q Tc s '-1.\.\. Si~ s*~ Condensate Storage Tanks CS-P-18 Run~ OOS CS A B 0 RX Coolant Pumps PWR Range NIS CN-TK-1 ~lo  % "A"@© Avail OOS Avg lOQ  % CN-TK-2 8to  % RS-P-1A Run~ OOS IRS A 0 "B" 0 Avail OOS CN-TK-3 C/Z..  % RS-P-18 Run~ OOS B 0 "C" (BiEb Avail OOS Electrlcal Distribution Inter Range NIS Source Range NIS RS-P-2A Run ~ OOS ORS A 0 Emergency Dlesels RS-P-28 Run ~ OOS B 0 N35: qll ,c;-1 amps N31: riA cps #1 Run (Ava)b OOS

              -,t                              WJA,                                                                               RWST Level      9 tJ     %     CAT Level     /DO           %

N3S: 8 KfO amps* N32: cps #2 Run(!~~ OOS Containment Sump #3 Run ~§Th OOS Emergency Ventllatlon Systems ) q,(o NA Level In Emergency Bus Supply VS-F-58A Run Q OOS WR Level 0 Ft H:@ EOG DEAD VS-F-588 Run OOS Temperature 10S OF J: ~ EOG DEAD Primary Vent Stack Flow

                                                                                                                                                           /0 fol 000                cfm Reserve Station Service Supply Containment Bulldlng WR Press          q:3        PSIA   Temperature      II~         OF A:(swv]b BACKFEED DEAD                                        Cont. lsol. Phase Part. Press       't.o~      PSIA    Hydrogen Cone. i-. ~     %

B : ~ BACKFEED DEAD I II Ill C:(s'?!v~ BACKFEED DEAD Form No. 7273BB(Jan 91) THIS IS A DRILL

THIS IS A DRILL

• nt Data Sheet - Surry Power Station Message No.

Unit No. I

• POW28 Time 06'1./-5
• .. *::.*.':- *::.::.c:-.** .... .* ..* Primary Plant ,*., **{*.: .. .. .... * .: .. Secondarv Plant Enalneered Safeguards RCS Pressure Steam Generator Parameters Charging HHSI Pumps HHS! Flow (GPM PZR cil~3~ PSIG PZR Level 5lo  % A B C " A * ~ Avail oos Th Tc 43 'f3 4-3 Q WR NR

                 ~al\t 2 ,ooo PSIG PSIG CHG Flow LTDN Flow
                                                                             !Q lo 11 GPM GPM NR Level WR Level    6'7              ,1                  b1.
                                                                                                                                                                           "8" Run~ OOS
                                                                                                                                                                           *c*  Run  (AvaTI) oos A

8 Q Q 0 Pressure B.16 8 'f.'5 B~3 PSIG C Q () RVUS PZR Rellef Tank AFWFlow 0 0 0 GPM Dynamic Hd ~01  % Press l~ PSIG MS Flow 3b"-I~ lti' 0 Full Range --  % Temp as

                                                                                ]Q OF Condenser Vacuum

5. ,lo "'t:. -3'.. S'l..ifi' PPH Norm HHSI HDR Total FT-1943 Alternate HHSI HDR Total FT-1940 0 GPM GPM Narrow Range  % Level  %

Cond. *A* l* 0 In Hg ' CORE ExH T/Cs (Avg 5 HI) RCS Subcoollng /. 0 Low-Head SI Pumps LHSI Flow (GPM) Cond. "B" In Hg b"Z.\ OF .32 Of "A" R u n ~ OOS "A* Q Auxlllary Feedwater Pumps WR Loop Temperatures "B" Run {AvalD OOS *s* Q FW-P-2 R u n ~ OOS A B C FW-P-3A Run ~f!) OOS loo'! cPo3 t,io.3 Spray Systems Disch. Pressure (PSIG) Th s~~ s~~ 5~4-FW-P-38 Run caiaib OOS CS-P-1A Run Q OOS CS A Q Tc Q Condensate Storage Tanks CS-P-18 R u n ~ OOS 8 RX Coolant Pumps PWR Range NIS CN-TK-1 ~b  %

*A* (Byo) Avail OOS                                            Avg }00                          %         CN-TK-2       f3<o        %                                      RS-P-1A R u n ~ OOS               IRS A        Q

• s*@ Avail oos CN-TK-3 ~"Z-  % RS-P-18 Run {Ava!D OOS B 0

*c* ~                        Avail OOS                                                                                   Electrlcal Distribution Inter Range NIS                                                 Source Range NIS RS-P-2A Run~ OOS                  ORS A          0 Emergency Dlesels N35:

N3S: 9 )( 10~ 8 lC IO

                                 ...          amps amps*

N31: N32: NA NA cps cps

                                                                                                          #1  Run~ OOS
                                                                                                          #2 R u n ~ OOS RS-P-28 Run~ OOS RWSTLevel         r~        %

8 CAT Level 0 lQQ  % Containment Sump #3 R u n ~ OOS Emergency VentllaUon Systems ) NA Level L\,.(o In Emergency Bus Supply VS-F-58A Run (Aval) OOS WR Level Q H: ~ EDG DEAD Ft VS-F-588 Run a_yaD oos Temperature I0 8 OF J: EDG DEAD Primary Vent Stack Flow I O(p 1 ODO cfm Containment Bulldlng Reserve Station Service Supply WR Press 9 ."3 PSIA Temperature IILJ OF A: 8 BACKFEED DEAD Cont. laol. Phase Part.Press 9.04- PSIA Hydrogen Cone. ti A  % B : ~ BACKFEED DEAD I II Ill C : ~ BACKFEED DEAD Form No. 727388(Jan 1111 THIS IS A DRILL

VIRGIN~ ....wER THIS IS A DRILL

                                                                                                        . n t Data Sheet - Surry Power Station Message No.

Unit No. I

• POW28 Time 0900

  *:* * ..**                   Primary Plant                                                     Secondary Plant                                     Engineered Safeguards RCS Pressure                                                                Steam Generator Parameters                            Charging HHSI Pumps                   HHSI Flow (GPM, PZR :;)..';).3~              PSIG         PZR Level    5"1         %                       A                  B           C        "A* (§i)  Avail OOS                      Th           Tc WR          a.-~'2.          PSIG         CHG Flow     (.fo         GPM    NR Level    '4l              ':J.3       ':J. I:, %     "B" Run~ OOS                       A    0           0 NA          ~1000            PSIG         LTDN Flow
                                                        -,-,         GPM    WR Level    '-1               (p7        "7       %     "C* Run  ~ii) OOS                  8    0           n Pressure  8 Y~               8.Y.;      i~~       PSIG                                     C    Q           D RVUS                                            PZR Relief Tank                                                          Q AFWFlow        O                 0                GPM Dynamic Hd              lb]            %        Press    I 't        PSIG MS Flow $.I, -Y.ID 6         3.t_ ~,~' 3,lz.'i.1~'                                                0 Full Range                 --          %       Temp      se
                                                          ,o         OF Condenser Vacuum PPH   Norm HHSI HOR Total FT-1943 Alternate HHSI HOR Total FT-1940          a GPM GPM Narrow Range                           %        Level                %                     ,. 0 Cond. *A*                     In Hg                 '

CORE Exit T/Cs (Avg 5 HI) RCS Subcoollng £.0 Low-Head SI Pumps LHSI Flow (GPM) Cond. "B" In Hg C&,, \ OF 31. OF "A" R u n ~ OOS "A" 0 Auxiliary Feedwater Pumps "B" R u n ~ OOS "B" Q WR Loop Temperatures FW-P-2 Run G(yajb OOS A B C FW-P-3A Run Ga© OOS Spray Systems Disch. Pressure (PSIG) Th loO"!i (S>03 loo~ FW-P-38 Run ~ OOS CS-P-1A Run@ oos CS A 0 s~~ SL\* 'S "\\.\ Tc Condensate Storage Tanks CS-P-18 Run ~ OOS B 0 RX Coolant Pumps PWR Range NIS CN-TK-1 Cf le,  %

 *A* Avail OOS                                  Avg too         %       CN-TK-2       B(Q            %                          RS-P-1A R u n ~ OOS            IRS A       0
 *e~              Avail   oos                                             CN-TK-3       Cf Z..         %                          RS-P-18 Run     9oos               B        0
 *c~              Avail   oos                                                               Electrical Distribution Inter Range NIS                                 Source Range NIS RS-P-2A R u n ~ OOS            ORS A        0 Emergency Diesels N35:         Cbto"'                                     tlA                                                                        RS-P-28 Run ~ OOS                    B     0 amps               N31:                 cps   #1  R u n ~ OOS N36: j3 'l,t6"'              amps*              N32:    "'Jt,..      cps   #2 R u n ~ OOS RWST Level     911       %     CAT Level      l'2Q         %

Containment Sump #3 Run ~oos Emergency Ventllatlon Systems ) NR Level 'l,.(o In Emergency Bus Supply VS-F-58A R u n ~ OOS 0 H:~EDG DEAD WR Level Ft VS-F-588 Run ~ OOS Temperature lOS OF J: {ii§S) EOG DEAD Primary Vent Stack Flow /01.s, 1 ooo cfm Containment Bulldlng Reserve Station Service Supply

• WR Press 9.~ PSIA Temperature II~ OF A : ~ BACKFEED DEAD Cont. lsol. Phase Part.Press 9.o~ PSIA Hydrogen Cone. N h  % B: ~ BACKFEED DEAD I II Ill C: ~ BACKFEED DEAD Fonn No. 727388(Jan 111)

THIS IS A DRILL

• *1. IIIRGINII.. ~

THIS IS A DRILL

                                                                                                             . n t Data Sheet - Surry Power Station Message No.

Unit No. ,

• POW28 Time. O 9IS

                        .. . Primary Plant                                                              Secondarv Plant                                      Engineered Safeguards RCS Pressure                                                                   Steam Generator Parameters                                 Charging HHSI Pumps                    HHSI Flow (GPM PZR    2215                  PSIG         PZR Level     S° lo           %                          A              B           C           "A*@!} Avail OOS                          Th           Tc CHG Flow       ~S'             GPM   NA Level  _cl,"-").____        '13          'f.:i     %    "B" Run~ ODS                         A   0            0 WR    ~a."'3                 PSIG                                                          ~7 LTON Flow

__;c~-- 7h GPM WR Level ---'------ lo7  % "C" R u n 9 OOS B 0 0 NA } lOoo PSIG Pressure 8~ B~s- PSIG C 0 0 RVUS PZR Rellef Tank 0 o GPM AFWFlow r. DynamlcHd 101  % PSIG MS Flow 3-fo~lo"' 3. ,1-.to'- ____0__ GPM __...a..;........_ _ Press l'I' PPH Norm HHSI HOR Total FT-1943 Full Range ----% Temp-6..... 8___ 0 F Alternate HHSI HOR Total FT-1940 0 GPM Narrow Range - - - - % Level _ 7 _o___  % Condenser Vacuum Cond. *A* /. 0 In Hg CORE Exit T/Cs (Avg 5 HI) RCS Subcoollng Cond. *e* ____ / __. 0______ In Hg Low-Head SI Pumps LHSI Flow (GPM) (pZ.1 OF 3-Z.. OF "A* Run~ OOS *A" 0 Auxlllary Feedwater Pumps WR Loop Temperatures

                                                                                                                                           *e*  Run~        oos                   "B"     0 FW-P-2      Run ~ OOS A                            B                    C                 FW-P-3A Run             ~ OOS t,o},              '7o3                                                                               Spray Systems                   Disch. Pressure (PSIG)

Th c.ao3 Tc ~'41:\ FW-P-31;1 Run ~ OOS CS-P-1A Run '61P OOS CS A 0 0 RX Coolant Pumps PWR Range NIS CN-TK-1 ,(o Condensate Storage Tanks CS-P-18 Run~ OOS RS-P-1A Run ~ OOS B

• A * ~ Avail OOS Avg 100  % CN-TK-2 8Co  % IRS A 0

 *e* (6in Avail oos                                                             CN-TK-3         qz..          %                            RS-P-18 Run ~ OOS                    B       0
 *c*(&ab Avail oos                                                                                  Electrlcal Distribution Inter Range NIS                                 Source Range NIS               Emergency Dlesels RS-P-2A Run     9      OOS      ORS A -~0_ __

N35: 1)(Ip-# amps N31: NA cps RS-P-28 Run~~ OOS B __ 0'-----

                                                                                #1 Run~ OOS N36:  !, "t lo 4              amps*             N32:      NA              cps RWST Level       9R       %      CAT Level      /OD          %
                                                                                #2 Run~ OOS Containment Sump                                                               #3 Run @val) OOS                                           Emergency Ventilation Systems )

NRLevel 'i:*1 In Emergency Bua Supply VS-F-58A Run ~ OOS

• WR Level _0.;;;..___ H: ~ EOG DEAD Ft VS-F-588 Run ~ OOS Temperature _I._0.....8_____ ° F J: ~ EOG DEAD Reserve Station Service Supply Primary Vent Stack Flow IO <e ~ 0 0 0 cfm Containment Building WR Press _9._._3__ PSIA Temperature __._l__l'l.____ OF A: ~ BACKFEED DEAD Cont. lsol. Phase Part. Press 9 *0 + PSIA Hydrogen Cone. tlA  % B: ~ BACKFEED DEAD I II Ill C: ~ BACKFEED DEAD Fonn No. 727388(Jan 91)

THIS IS A DRILL '

                                                                                                                                                                                                           .__J

THIS IS A DRILL

                                                                                                  . n t Data Sheet - Surry Power Station Message No .

Unit No. I

• POW28 Time 0930 Primary Plant Secondary Plant Engineered Safeguards RCS Pressure Steam Generator Parameters Charging HHSI Pumps HHSI Flow (GPM PZR ~;13~ PSIG PZR Level Sb  % A B C "A"<i§} Avail OOS Th Tc

      ;}.;J. l/.3                                                         NR Level   ~3              '1 "!. 4-3      %    "B" R u n ~ OOS                     A    Q            0 WR                        PSIG         CHG Flow     "h              GPM WR Level b1             Cs>l       ~"7         *c*  Run  goos                      B    Q            0 NR      ) /0()()          PSIG         LTDN Flow    7ft,            GPM                                                 %

Pressure ~4:l\- 8'-tS S~4 PSIG C 0 0 RVLIS PZR Rellef Tank 0 AFW Flow O t, 0 GPM

                       /()7                         LY:                                                           vo"'                                               0 Dynamic Hd                          %        Press                   PSIG MS Flow 3.& ~lb           3-~°l.lOb 3.IP            Norm HHSI HDR Total FT-1943                           GPM PPH Full Range                          %       Temp    88              OF Alternate HHSI HDR Total FT-1940         0             GPM Narrow Range                        %        Level   za              %

Condenser Vacuum Cond. "A" l-0 In Hg ' CORE ExH T/Cs (Avg 5 HI) RCS Subcoollng ( .o Low-Head SI Pumps LHSI Flow (GPM) Cond. "B" In Hg (Q Z. I OF 32 OF "A" Run O.yaj]) OOS "A" 0 Auxiliary Feedwater Pumps

                                                                                                                             *s* Run~OOS                           "B"     0 WR Loop Temperatures                                                       FW-P-2     Run   (Avatt) OOS A                       B                  C FW-P-3A Run       ~ oos                           Spray Systems                   Disch. Pressure (PSIG)

Th b03 >OJ bQI FW-P-38 Run ~ OOS 5_'11/ 6tif- SY'I CS-P-1A Run~ OOS CS A 0 Tc Condensate Storage Tanks CS-P-18 RunQ OOS B 0 RX Coolant Pumps PWR Range NIS CN-TK-1 ~~  % "A"(a'ya) Avail OOS Avg LOO  % CN-TK-2 Sb  % RS-P-1A Run 9 OOS IRS A 0

• s* ~ Avail oos CN-TK-3 q2  % RS-P-18 Run E!b OOS B 0
• c* Avail oos Electrlcal DlstrlbuUon Inter Range NIS Source Range NIS Emergency Dlesels AS-P-2A Run ~ OOS ORS A 0 N35: q :i: ~ oi amps N31: tJA cps #1 Run@]) OOS RS-P-28 Run val OOS B {)

N36: ca.s 1.\o'\ amps* N32: tJ-A cps #2 Run~OOS RWST Level 98  % CAT Level lQ 0.  % Containment Sump #3 R u n ~ OOS Emergency Ventilation Systems ) NR Level WR Level

                ~-"

0 In Ft Emergency Bus Supply H: (BSS) EDG DEAD VS-F-58A Run 9 VS-F-588 Run Q\valO OOS oos Temperature IO 8 OF J: ~ EOG DEAD Reserve Station Service Supply Primary Vent Stack Flow toto.Ooo J cfm Containment Building WR Press . C\ l PSIA Temperature llLf OF A: ~ BACKFEED DEAD Cont. lsol. Phase Part. Press '\-Qi PSIA Hydrogen Cone. t.11..  % B: ~ BACKFEED DEAD I II Ill C: WY BACKFEED DEAD Fonn No. 727388(Jan 91) THIS IS A DRILL

VIRGIIIIIA. .NEIi THIS IS A DRILL

                                                                                                         . n t Data Sheet - Surry Power Station Message No.

Unit No. ,

• POW28 Time 091f'5

                      ....* Prlmarv Plant                                                         Secondarv Plant                                      Engineered Safeguards RCS Pressure                                                                 Steam Generator Parameters                            Charging HHSI Pumps                     HHSI flow (GPMJ PZR     ~31:>             PSIG       PZR Level 51                    %                       A                           C         "A"{§ Avail OOS                             Th           Tc CHG Flow---'(p=--1-- GPM               NA Level    4].                          ~~       %    "B" Run~ OOS                          A    0            e, WR      o.).Ul..t         PSIG LTDN Flow      IJ                 GPM  WR Level
                                                                                         ~1
                                                                                       --=~--                         12,      %    "C" Run   ([vaJD OOS                  B 0          ~

NA ) I OoQ PSIG Pressure 0 ~':> e~ PSIG C 0 l"I, RVUS PZR Rellef Tank O 0 I OJ 'f AFW Flow G, GPM DynamlcHd Press I PSIG MS Flow '3. Ii. Y.I #' 0

                         --                                                                                          3-t-~tl PPH
                  -'-':...L---      %                                                                                               Norm HHSI HDR Total FT-1943                             GPM Full Range       ----%                    Temp      88                 °F Condenser Vacuum Alternate HHSI HDR Total FT-1940            Q           GPM Narrow Range - - - - %                     Level _7....,0.....___ _ %

Cond. "A" __1_.o__ 1n Hg ' CORE ExH T/Cs (Avg 5 HI) RCS Subcoollng __ f _.0_ _ In Hg Low-Head SI Pumps LHSI flow (GPM) (pl.\ OF 3:Z,.. °F "A" R u n ~ OOS *A" 0 Auxiliary Feedwater Pumps "B" Run~ OOS "B" 0 WR Loop Temperatures FW-P-2 Run (§'iiib OOS Th A

       "90'.)

FW-P-3A Run 9 OOS Spray Systems Disch. Pressure (PSIG) FW-P-3B Run @an> OOS CS-P-1A Run ~ OOS CSA __ 0___ Tc Ai~q Condensate Storage Tanks CS-P-18 Run~ OOS B Q RX Coolant Pumps PWR Range NIS CN-TK-1 q(o  %

• A * ~ Avall OOS

                                                     ,oo                                                                            RS-P-1A Run ~ OOS                 IRS A ___0=-----

Avg  % CN-TK-2 gL,  %

 *s*@        Avail     oos                                                   CN-TK-3    ___,,'"""i"'---- %                          RS-P-1B Run      {Avai]) OOS          B       0
 *c* Q       Avail     oos                                                                    Electrlcal Distribution Inter Range NIS                            Source Range NIS RS-P-2A Run ~ OOS                 ORS A   _..;:aOc;,.____

Emergency Dlesels RS-P-2B Run ~ OOS B __O...___ _ N35: q 'f. ai't amps N31: NA cps #1 Run~ OOS N36: 9,C,"'flO

                 *"t amps*           N32:

Ultt.

                                                  ----cps                    #2 Run    Q         oc.:;:

RWST Level '18  % CAT Level /00  % Containment Sump #3 Run @i) OOS Emergency Ventllatlon Systems ) NA Level ""-1 In Emergency Bus Supply VS-F-58A Run ~~ OOS WR Level _ .....Q_ __ Ft H @ EDG DEAD VS-F-58B Run ~ OOS Temperature _\"""0_5 ___ 0 F J: ~ EOG DEAD Reserve Station Service Supply Primary Vent Stack Flow / O~I /)I)() cfm Containment Building WR Press '\ * "3 PSIA Temperature 11 lf: oF A: {[wv,g) BACKFEED DEAD Cont. lsol. Phase Part. Press CL 9 4 PSIA Hydrogen Cone. N f\  % B: ~ BACKFEED DEAD II Ill C : ~ BACKFEED DEAD Form No. 727388(Jan 91) THIS IS A DRILL

THIS IS A DRILL

• nt Data Sheet - Surry Power Station Message No.

Unit No. I

• POW28 Time 1000

                    . Primary Plant

• Secondary Plant Engineered Safeguards RCS Pressure Steam Generator Parameters Charging HHSI Pumps HHSI Flow (GPM, PZR '2.l.l~ PSIG PZR Level 5lo  % A B C "A"@a> Avail OOS Th Tc WR n'\'3 PSIG CHG Flow u,(p GPM NA Level 43 43 4J  % "8" Run~ OOS A 0 0 Co] lo? lo1 0 0 NA } lOOO PSIG LTDN Flow t<o GPM WR Level  % *c* Run@oos 8 Pressure ~4q. B~~ 6'. q.~ PSIG C 0 0 RVUS PZR Rellef Tank AFWFlow 0 b Q Q DynamlcHd lOJ  % Press ,q PSIG MS Flow 3::k )l.,C> 3.ip\tl~ J.jp). lt)c, GPM Norm HHSI HDR Total FT-1943 0 GPM Full Range Narrow Range Temp Level 88 JO OF

                                                             %                    ,.o Condenser Vacuum PPH Alternate HHSI HDR Total FT-1940           0            GPM Cond. "A"                    In Hg                    '

CORE Exit T/Cs (Avg 5 HI) RCS Subcoollng Low-Head SI Pumps LHSI Flow (GPM) Cond. "8" l*O In Hg lo"Z..\ OF l'Z.. OF "A" Run~ OOS "A" Q Auxlllary Feedwater Pumps Q "8" Run~ OOS "8" WR Loop Temperatures FW-P-2 Run (Avajl) OOS A B C FW-P-3A Run ~ OOS l!,ol. Spray Systems Disch. Pressure (PSIG) Th <..o) {203 FW-P-3B Run <Eii!l> oos CS-P-1A Run ~ OOS CS A 0 Tc s ""\.\ SUc~ s 't'i Condensate Storage Tanks CS-P-18 Run ~ OOS 8 0 RX Coolant Pumps PWR Range NIS CN-TK-1 ~b  % "A"~ Avail OOS Avg loo  % Bb RS-P-1A Run@ OOS IRS A 0 CN-TK-2  %

• 0* (aiD Avail oos CN-TK-3 ct z.  %

RS-P-18 Run <&ill> OOS 8 0

• c*@ Avail oos Electrlcal Distribution RS-P-2A Run~ OOS ORS A 0 Inter Range NIS Source Range NIS Emergency Diesels 0

N35: q,~ lD~ amps N31: NA cps #1 Run B o o s RS-P-28 Run~ OOS 8 N36: I ,S I: 16~ amp:: N32: NA cps #2 Run jII> OOS RWST Level '18  % CAT Level lD.D.  % Containment Sump #3 Run @!J> OOS Emergency Ventllatlon Systems ) NA Level 4."'7 In Emergency Bus Supply VS-F-58A Run ~ OOS 0 H: ~EDG DEAD WR Level Ft VS-F-588 Run ~ OOS Temperature 108 OF J: (@) EDG DEAD Primary Vent Stack Flow JO(o/)I)" cfm Reserve Station Service Supply

• Containment Bulldlng WR Press q.1. PSIA Temperature n+ OF A: ~WYD) 8ACKFEED DEAD Cont. lsol. Phase Q.O't Hydrogen Cone. IJA 8: @:_WY]) BACKFEED DEAD I II Ill Part.Press PSIA  %

C : ~ BACKFEED DEAD F01m No. 72738B(Jan e1 I THIS IS A DRILL

  -~~

• VIRGIII!,..,_ .JWER

                                                                                                              . n t Data Sheet - Surry Power Station Message No.

• POW28 THIS IS A DRILL Unit No. 1 Time 10/5 Prlmarv Plant Secondarv Plant . Engineered Safeguards RCS Pressure Steam Generator Parameters Charging HHSI Pumps HHSI Flow (GPM PZR  ;\~~!> PSIG PZR Level S7  % A B C "A*(w Avail OOS Th Tc

,. a.'l z. CHG Flow---"(o-'p;.,____ GPM NR Level 4~ 4 "!. 4~  % "B" Run~ OOS A e ('}

WR PSIG NR } 1000 PSIG LTON Flow ] C, GPM WR Level _,(e.._'1--,--

                                                                                                                ~1               %    *c*  Run   9     oos                B    0           ~

Pressure ~ ':\~ PSIG C Q C, RVUS PZR Rellef Tank 0

                                                          ,1                    AFW Flow                 r.                      GPM Dynamic Hd         -LO]--- %               Press ....;...I:,....___ _ PSIG MS Flow ~-lo~ll>"'                                                                                 0
                    ---- %                 Temp -'8,,._8;;:;.__ _ o F PPH  Norm HHSI HOR Total FT-1943                           GPM Full Range Narrow Range - - - - %  -                  Level ---=1=0___ %

Condenser Vacuum Cond. "A" /. 0 In Hg ' Alternate HHSI HOR Total FT-1940 0 GPM CORE Exit T/Cs (Avg 5 HI) RCS Subcoollng Low-Head SI Pumps LHSI Flow (GPM) Canel. "B" --=-f._,0___ In Hg (,,1.1 OF 31 °F "A" Run~ OOS "A" a Auxiliary Feedwater Pumps "B" Run~ OOS "B" 0 WR Loop Temperatures FW-P-2 Run OOS A B C FW-P-3A Run (!§Ib OOS G:>03 b03 Spray Systems Disch. Pressure (PSIG) Th C.0'3 FW-P-38 Run @b OOS CS-P-1A Run ~ OOS CS A 0 Tc 54-'t Condensate Storage Tanks CS-P-18 Run ~ OOS B 0 RX Coolant Pumps PWR Range NIS CN-TK-1 _q__ fo.___ %

• A * ~ Avall OOS Avg I 00  % CN-TK-2 _B. .lo"'---

                                                                                                     .         %                       RS-P-1A Run~ OOS               IRS A       0
 *s*~        Avall     oos                                                      CN-TK-3    _'f....l..
                                                                                                  ........__ %                         RS-P-18 Run~ OOS                   B        0
 *c~Avall              oos                                                                          Electrlcal Distribution Inter Range NIS                            Source Range NIS                    Emergency Diesels RS-P-2A Run~ OOS               ORS A         0 N35:   1XIO"             amps              N31:      N.A                   cps                                                        RS-P-28 Run ~ OOS                    B       0 g         _q                                                             #1 Run~ OOS
                                                                                                                                                                                    /00 N36:*~~,o                amps ,            N32:     NA                     cps #2 Run    9             OOS RWST Level        *      %     CAT Level                   %

Containment Sump #3 Run (!vii) OOS Emergency Ventilation Systems ) NA Level 'I-,, In Emergency Bus Supply VS-F-58A Run @) OOS O H : ~ EOG DEAD WR Level Ft VS-F-588 Run ~ OOS Temperature I 08 °F J: ~ EOG DEAD Reserve Station Service Supply Primary Vent Stack Flow / 0 hJ 000 cfm Containment Building WR Press 'J. '3 PSIA Temperature __..1..... 1+..___ oF A : ~ BACKFEED DEAD Cont. lsol. Phase Part. Press '\ 'O ':\: PSIA Hydrogen Cone. N ,,..  % B: ~ BACKFEED DEAD I II Ill C: WY BACKFEED DEAD Fonn No. 727388(Jan 1111 THIS IS A DRILL

THIS IS A DRILL

                                                                                                     . n t Data Sheet - Surry Power Station Message No.

Unit No. /

• POW28 Time ,o~O Prlmarv Plant .. Secondarv Plant Engineered Safeguards RCS Pressure Steam Generator Parameters Charging HHSI Pumps HHSI Flow (GPM WR

      - -~~~

PZR ).'l. NA 7c.ot>o l'\ PSIG PSIG PSIG PZR Level CHG Flow LTDN Flow b~- % (pfA 11 GPM GPM NA Level 4A

                                                                                      --'""3__

67 WR Level -=-'---- Pressure 84-S

                                                                                                       ',f 3>

B

                                                                                                                    -"'~3__

C

                                                                                                                    ....;;:b:....;.7_ _
                                                                                                                       ,~~

PSIG uA* n Avail OOS "B" Run~ OOS "C* Run~ OOS A B o C 0 Th O Tc _.;:.o_~ t:) 0 RVUS PZR Rellef Tank O _ \0"7___ % AFWFlow b 0 GPM Dynamic Hd Full Range ----% -- Press _\;.,.e'\:.,___ _ PSIG MS Flow 3 .b Ma I& Temp .....;;;_B___ o F Level _)._O___ % Condenser Vacuum

                                                                                                                     '3. b'1,IO'°       PPH  Norm HHSI HDR Total FT-1943 Alternate HHSI HDR Total FT-1940 0

_0_.___ GPM GPM Narrow Range - - - - % Cond. *A* _,_._o_ _ In Hg CORE ExH T/Cs (Avg 5 HI) RCS Subcoollng Low-Head SI Pumps LHSI Flow (GPM) Cond. *s" I, 0 In Hg _C._"L_I_ _ o F 31 °F "A" R u n ~ OOS "A" 0 Auxlllary Feedwater Pumps "B" R u n ~ OOS "B" 0 WR Loop Temperatures FW-P-2 Run Q OOS A C FW-P-3A Run ~ oos Th (5)03. loo"! Spray Systems Disch. Pressure (PSIG) FW-P-3B Run ~ OOS CS-P-1A Run~ OOS CS A 0 Tc S':\'l - Condensate Storage Tanks CS-P-1B Run !I> OOS B 0 RX Coolant Pumps PWR Range NIS CN-TK-1 _<f...,.b~-- %

• A*~Avall OOS Avg 1(>0  % CN-TK-2 --"8""'fo___  % RS-P-1A Run@> OOS IRS A 0
• s*<ff§) Avail oos CN- TK-3 _'t___2______  % RS-P-1B Run~ OOS B 0
• c*( Avail oos Electrical Distribution Inter Range NIS Source Range NIS Emergency Dlesels RS-P-2A Run fill) OOS ORS A 0 N35: Cf l,. cP't amps N31: NA cps RS-P-2B Run~ OOS B 0

                                                                            #1  Run~ OOS
                 *'t                                                                                                                                          9.S.                           LOO N36: ~.S)' ( O                 amps .           N32:       NA           cps  #2 Run    Q         OOS RWSTLevel                 %      CAT Level                   %

Containment Sump #3 Run~ OOS Emergency Ventllatlon Systems ) NA Level _'t_,1___ In Emergency Bus Supply VS-F-58A Run ~ oos WR Level _O _ __ Ft H:@ EDG DEAD VS-F-588 Run GD> OOS

                                     °                                      J: ~ EDG DEAD I

Temperature .....l.... 0....,.8.....___ F Reserve Station Service Supply Primary Vent Stack Flow / 0 <:, ; 0 0 0 cfm Containment Bulldlng WR Press q ."l PSIA Temperature \l 4: ** A, BACKFEED DEAD Cont. lsol. Phase Part. Press q .o4' PSIA Hydrogen Cone. W  % B: SWY BACKFEED DEAD I II Ill C: SWY BACKFEED DEAD Fann No. 72738B(Jan 111) THIS IS A DRILL

THIS IS A DRILL

                                                                                                  . n t Data Sheet - Surry Power Station Message No .

Unit No. I

• POW28 Time 1033

.*:.                    .. Primary Plant                                                      Secondary Plant                               :      Engineered Safeguards RCS Pressure                                                               Steam Generator Parameters                             Charging HHSI Pumps                   HHSI Flow (GPM, PZR      ~-;).~,           PSIG          PZR Level    Sio         %                        A             B             C          "A"~ Avail OOS                            Th             Tc WR      a.a. \\         PSIG          CHG Flow      CoS         GPM NR Level   '-\3            'tJ          4:3        %    u9* R u n ~ OOS                     A   0              0 WR Level C.1           C.1           <D7       %    *c*  Run~        oos                B    0              0 NR ): lOOO                 PSIG           LTDN Flow     l].        GPM Pressure    B4t            S't~          Bi~       PSIG                                     C    0              0 RVUS                                           PZR Rellef Tank                          0              0            0 AFWFlow                                            GPM Dynamic Hd             \01             %        Press     \~        PSIG MS Flow '! .Co '#-Id'      3 b'1:,_1D'° 3.1, 'bla'°      Norm HHSI HDR Total FT-1943                0            GPM Full Range                -            %       Temp      S8        OF PPH 0

Narrow Range -  % Level "10  % Condenser Vacuum Cond. *A* l-0 In Hg ' Alternate HHSI HDR Total FT-1940 GPM CORE ExH T/Cs (Avg 5 HI) RCS Subcoollng Cond. u9* \ .O Low-Head SI Pumps LHSI Flow (GPM) In Hg (oz.\ OF J1. Of "A" Run §1) OOS "A" 0 Auxlllary Feedwater Pumps "B" R u n ~ OOS *e* ~ WR Loop Temperatures FW-P-2 Run ~ OOS (:,Q3 A

                              <.,o3 B

(pc,3 C FW-P-3A Run ~ OOS Spray Systems Disch. Pressure (PSIG) Th FW-P-38 Run ~ OOS ~ OOS 0 Tc S4~ S~"'\ &LI:~ CS-P-1A Run CS A Condensate Storage Tanks CS-P-18 R u n ~ OOS B 0 RX Coolant Pumps PWR Range NIS CN-TK-1 'llo  % " A " ~ Avail OOS Avg lOO  % CN-TK-2 8<o  % RS-P-1A Run@ OOS IRS A 0 "B" ~ Avail OOS CN-TK-3 'I z..  % RS-P-18 Run 8 OOS B 0 "C" @ Avail OOS Electrlcal Distribution Inter Range NIS ... RS-P-2A R u n ~ OOS ORS A 0 Source Range NIS Emergency Diesels RS-P-28 R u n ~ OOS B 0 N35: ~l, u;'t amps N31: .JA cps #1 Run ~oos c; _q ii lO.Q. N36: I*  ::f.tO amps* N32: tv-4 cps #2 Run ~oos RWSTLevel  % CAT Level  % Containment Sump #3 Run~ OOS Emergency Ventllatlon Systems ) NA Level "-*1 In Emergency Bus Supply VS-F-58A Run 0 OOS 0 H : ~ EDG DEAD WR Leval Ft VS-F-588 Run ~ OOS Temperature lOS OF J: ~ EDG DEAD Reserve Station Service Supply Primary Vent Stack Flow /Ofo 1 Qpo cfm Containment Bulldlng WR Press ~-3 PSIA Temperature IIL4- OF A : ~ BACKFEED DEAD Cont. lsol. Phase Part. Press C\ *O 't PSIA Hydrogen Cone. N:A  % B: ~ BACKFEED DEAD I II Ill C: BACKFEED DEAD FDffll No. 727388(Jan 91) THIS IS A DRILL

THIS IS A DRILL

                                                                                          . n t Data Sheet - Surry Power Station Message No.

Unit No. I

• POW28 Time 10 4-LI Primary Plant Secondary Plant ... Engineered Safeguards RCS Pressure Steam Generator Parameters Charging HHSI Pumps HHSI Flow (GPM PZR ~'2."!.~ PSIG PZR Level ss  % A B C "A"~ Avail oos Th Tc WR NR

    ~"'~
    ~1000 PSIG PSIG C~GFlow LTDN Flow rs
                                             ]~

GPM GPM NR Level WR Level

                                                                           '*"3 u1
                                                                                            ~3
                                                                                           ~]

L\"3.

                                                                                                        ~1 12,~~
                                                                                                                          "B" Run ~ OOS "C" Run~ OOS A

B 0 0 0 0 Pressure '8.Ui:~ ~"\~ PSIG C 0 0 RVUS PZR Relief Tank 0 0 0 lD1 AFW Flow <<. GPM DynamlcHd Full Range -- Press Temp 69 PSIG MS Flow '3 .i..--.,o OF 3-C.\I ,of# J. ,. .. ,cJt, PPH Norm HHSI HOR Total FT-1943 0 GPM Condenser Vacuum Alternate HHSI HOR Total FT-1940 D GPM Narrow Range  % Level 10  % Cond. "A" 1. O In Hg ' CORE Exit T/Cs (Avg 5 HI) RCS Subcoollng 1.0 Low-Head SI Pumps LHSI Flow (GPM) Cond. "B" In Hg (D't' OF .3'L Of "A" Run@!) OOS "A" 0 Auxiliary Feedwater Pumps 0 "B" Run~ OOS "B" WR Loop Temperatures FW-P-2 Run @fill) OOS A B C

     <..o3             (oo3,               bD'.!>              FW-P-3A Run         Q      oos                             Spray Systems                    Disch. Pressure (PSIG)

Th FW-P-3B Run ~ OOS 0 Tc

     <":,~'\           ~~~                 sqq                                                                            CS-P-1A Run@ OOS                 CS A Condensate Storage Tanks                                   CS-P-1B Run@Doos                     B         Q RX Coolant Pumps                      PWR Range NIS             CN-TK-1        qi.,         %

"A"~ Avail OOS Avg lQO  % CN-TK-2 8~  % RS-P-1A R u n ~ OOS IRS A 0

• s*<liu?, Avail OOS ~'Z. RS-P-18 Run @ii):) OOS B .0 CN-TK-3  %
• c* @i:b Avail oos Electrical Distribution Inter Range NIS Source Range NIS Emergency Diesels RS-P-2A Run §II> OOS ORS A Q RS-P-2B Run ~ OOS B C,

      !:i Ii~                                   )JA                      Q N35:

N36: l":HI -~ amps amps* N31: N32: wl\ cps cps

                                                               #1  Run
                                                               #2 Run~ OOS OOS RWST Level     ~          %     CAT Level      102           %

NR Level Containment Sump In

                                                               #3 Run~ OOS Emergency Bus Supply Emergency Ventilation Systems )

VS-F-58A R u n ~ OOS WR Level Q Ft H:@ EOG DEAD VS-F-58B Run i]l) OOS Temperature 19~ OF J: @ EOG DEAD Primary Vent Stack Flow b, 000 cfm Containment Building Reserve Station Service Supply WR Press 9 A* PSIA Temperature 114" OF A: ~ BACKFEED DEAD Cont. lsol. Phase Part.Press

             ,.01        PSIA    Hydrogen Cone.     ~A     % B : ~ BACKFEED DEAD I     II    Ill C: ~ BACKFEED DEAD Fonn No. 727388(Jan fil1)

THIS IS A DRILL

THIS IS A DRILL

                                                                                                       .'1t Data Sheet - Surry Power Station Message No.

Unit No. /

• POW28 Time /0 5q

                     . .. Primary Plant                                                           Secondarv Plant                                        Engineered Safeguards RCS Pressure                                                                    Steam Generator Parameters                             Charging HHSI Pumps                          HHSI Flow (GPM PZR   "21. '! '3          PSIG        PZR Level S(o                     %                       A              B            C          "A"@ Avail OOS                                    Th           Tc WR 'l '2. q.-z.           PSIG        CHG Flow-I    q---                 GPM   NR Level ---~--"3_ _         't)          43       %    "B" Run   Q       OOS                   A 0                  t')

NR } lOOO PSIG LTDN Flow 4-S GPM C,j WR Level - - ' - - - - C.] Co1  % "C" Run~ OOS B 0 ("\ Pressure 8 ,n 84-l- B~"!> PSIG C 0 0 RVUS PZR Relief Tank O Q 0 DynamlcHd lOJ  % 4- AFW Flow lo GPM Press_,.,,......._ _ PSIG MSFlow 3.C.KtO  ::5..t,ilo* 3.(Q~l{).(o Norm HHSI HOR Total FT-1943 ~O_ _ GPM

                         -                Temp BB                       OF PPH Full Range Narrow Range
                                   %       Level         '70             %

Condenser Vacuum Cond. *A" _,_.o ___ In Hg Alternate HHSI HOR Total FT-1940 0 GPM CORE Exit T/Cs (Avg 5 Hij RCS Subcoollng Low-Head SI Pumps LHSI Flow (GPM) Cond. "B" I *0 In Hg foZ.I OF 32.. °F "A" Run~ OOS "A" C, Auxiliary Feedwater Pumps "B" Run Q.vaJD OOS "B" 0 WR Loop Temperatures FW-P-2 Run ~ OOS A C L,O~ FW-P-3A Run ~ OOS Spray Systems Disch. Pressure (PSIG) Th l:,o 1. FW-P-3B Run ~ OOS CS-P-1A Run (@ OOS CSA -~0~-- Tc SL\\\, Condensate Storage Tanks CS-P-1B Run ~ OOS B a RX Coolant Pumps PWR Range NIS CN- TI<-1 'Slo  %

• A * ~ Avail OOS Avg '}Cf  % CN-TK-2 8 (o  % RS-P-1A Run @!) OOS IRS A 0
• s* ii) Avail oos CN-TK-3 tz..  % RS-P-18 Run~ OOS B 0
• c* (&ii) Avail OOS Electrlcal Distribution Inter Range NI~., Source Range NIS Emergency Diesels RS-P-2A Run @I!) OOS ORS A_~Q _ __

N35: 'S, f" itt I amps N31: ""'"'.........a..A_ _ _ cps RS-P-2B Run ~ OOS B 0

           . :..,J                                                            #1  Run~ OOS N36:   8, .J Kt4

• amps . N32: NA cps #2 Run~ OOS RWST Level 'II  % CAT Level loo  %

Containment Sump #3 Run~ OOS Emergency Ventilation Systems ) NR Level §.to In Emergency Bus Supply VS-F-58A Run ~ OOS

                * ?.                                                          H: ~ EOG DEAD WR Level                       Ft                                                                                                       VS-F-58B Run      @~ID  OOS Temperature        IO')           OF                                           J: ~ EOG DEAD Reserve Station Service Supply Primary Vent Stack Flow--...   '-=o_lo_,.,,...,t)O_O_* cfm Containment Building WR Press         'I* fo         PSIA   Temperature               ll11-      OF A: ~ BACKFEED DEAD                                      Cont. lsol. Phase

~-Press

                ~-O'lo         PSIA    Hydrogen Cone. N~                   % B: ~ BACKFEED DEAD                                       I     II    Ill C: ~ BACKFEED DEAD Fonn No. 727388(Jan 81)

THIS IS A DRILL

                                                                                              . n t Data Sheet - Surry Power Station Message No.

• POW28 THIS IS A DRILL Unit No. I Time 11()9

 ,* ,*                *. Primary Plant

• Secondary Plant Engineered Safeguards RCS Pressure Steam Generator Parameters Charging HHSI Pumps HHSI Flow (GPM PZR ~~~ PSIG PZR Level S"3  % A B C "A"{ayo) Avail OOS Th Tc WR ~o.~'3 PSIG CHG Flow ' 2. f GPM NA Level ... 1. Y> 43  % "B" Run~ OOS A 0 0

                                                    ~'\             WR Level    C..7             Co7          l91        %    *c*  Run~         oos                B     0           0 NA ">tooo                PSIG         LTDN Flow               GPM Pressure   CZ,"\ IQ         ii~2          ~4:b       PSIG                                      C     0           0 RVUS                                        PZR Rellef Tank                                                      0 AFWFlow         0             0                      GPM 101                             \4 DynamlcHd
                                  %        Press 8S PSIG MS Flow 3-S 1'.10 OF
                                                                                          '°  3,Hnf         3.1:i)l lO'° PPH  Norm HHSI HOR Total FT-1943                0            GPM Full Range Narrow Range Temp Level
                                                    ,o        %

Condenser Vacuum 1.0 Alternate HHSI HDR Total FT-1940 0 GPM Cond. "A" In Hg ' CORE Exit T/Cs (Avg 5 HI) RCS Subcoollng I ,0 Low-Head SI Pumps LHSI Flow (GPM) Cond. "B" In Hg c.r.o OF .32. OF "A" Run~ OOS "A" 0 Auxlllary Feedwater Pumps "B" Run {Ava~ OOS "B" Q WR Loop Temperatures FW-P-2 Run afu OOS A B C FW-P-3A Run ~ OOS Spray Systems Disch. Pressure (PSIG) Th too-,. c,,o '3 (,zo 3 FW-P-3B Run Q OOS CS-P-1A Run (Aval!) OOS CS A C) Tc

        ':>4.4-              s"'~                S~4-B         0 Condensate Storage Tanks                                   CS-P-1B Run@aJD OOS RX Coolant Pumps                            PWR Range NIS            CN-TK-1         ~(o         %

"A"~ Avall OOS Avg 98  % CN-TK-2 Slo  % RS-P-1A Run~ OOS IRS A 0 "B" Caui) Avail OOS CN-TK-3 ~'Z.  % RS-P-1B Run~ OOS B 0 "C" ~ Avail OOS Electrlcal Distribution Inter Range NIS_ '/ Source Range NIS Emergency Diesels RS-P-2A Run Q OOS ORS A 0 0 N35: 6.1./K111 amps N31: NA cps #1 Run~ OOS RS-P-2B Run~ OOS

                                                                                                                                              't8 B

lDQ. N36: 7- 9 Xlt>S" amps . N32: NA cps #2 Run~ OOS RWSTLevel  % CAT Level  % Containment Sump #3 Run i[I> OOS Emergency Ventllatlon Systems ) NA Level I.to In Emergency Bus Supply VS-F-58A Run~ OOS

                 ,3                                                 H : ~ EOG DEAD WR Level                      Ft                                                                                                VS-F-58B Run ~ OOS 10~                                             J: ~ EDG DEAD I

Temperature OF Primary Vent Stack Flow IOl.,(U:J.0 cfm Containment Building Reserve Station Service Supply WR Press Part.Press

                 ~.(o
                 ~-01 PSIA PSIA Temperature Hydrogen Cone.
                                                      "~Nb      OF A:

B: WY BACl<FEED DEAD BACKFEED DEAD Cont. lsol. Phase I II Ill C: WY BACKFEED DEAD Fonn No. 727388(Jan 91) THIS IS A DRILL

THIS IS A DRILL

• nt Data Sheet - Surry Power Station Message No.

Unit No. I

• POW28 Time 1111

                     . . Prlmarv Plant                                                       Secondary Plant                                     Engineered Safeguards RCS Pressure                                                                Steam Generator Parameters                          Charging HHSI Pumps                    HHSI Flow (GPM.

PZR .l \,~ PSIG PZR Level L\1  % A B C "A" Avail OOS Th Tc WR '2. 'LOS PSIG CHG Flow } I SO GPM NR Level 43 ~] jJ  % *s* <Sui) Avail oos A 0 0 WR Level Co1 (.7 "91  % *c* Run ~oos B 0 l) NR l 1000 PSIG LTDN Flow 't6 GPM Pressure ~~o 8~1 9c;o PSIG C Q 0 RVUS PZR Rellef Tank Q t) 0 AFWF'low GPM

                                                     \"\

DynamlcHd 101

                        --         %        Press 88 PSIG OF MS Flow 3 -C:J"- 10'°   ~-S~10'-     3.~x..,ofo PPH   Norm HHSI HOR Total FT-1943             0             GPM Full Range                          %       Temp                                                                                 Alternate HHSI HOR Total FT-1940         ()           GPM Narrow Range                        %        Level 10            %

Condenser Vacuum Cond. "A" I, o In Hg ' CORE ExH T/Cs (Avg 5 HI) RCS Subcoollng Lo Low-Head SI Pumps LHSI Flow (GPM) Canel. "B" In Hg Co20 OF c2 2 OF "A" Run ({'~ OOS *A" 0 Auxlllary Feedwater Pumps WR Loop Temperatures "B" Run Avail (QQID *s* 0 FW-P-2 Run ~ OOS A B C FW-P-3A Run ~ OOS Spray Systems Disch. Pressure (PSIG) 1h tao~ too"!. <oo'3 FW-P-3B Run ~ oos CS-P-1A Run Q OOS CS A 0 Tc j'I-S ~~~ ~~s Condensate Storage Tanks CS-P-1 B Run Avail ~ B 0 RX Coolant Pumps PWR Range NIS CN-TK-1 'Uo  % "A"~ Avail OOS Avg '18  % B~ RS-P-1A Run~ OOS IRS A 0 CN-TK-2  %

• s* fau?b Avail oos CN-TK-3 ~'Z..  % RS-P-1B Run Avail <mis> B 0
• c*<:iI[ti Avail oos Electrical Distribution RS-P-2A Run~OOS ORS A 0 Inter Range NIS Source Range NIS Emergency Dlesels N35: a

       -* 'J},a-"         amps              N31:   Nii,,..          cps   #1 RS-P-2B Run Avail    (QQS}           B      0 Run~ OOS

7. f X,,~ RWST Level 'f i I a.a N36: amps* N32: ti~ cps #2 Run 0> OOS  % CAT Level  %

Containment Sump #3 Run @!!) OOS Emergency Ventllatlon Systems ) NR Level I z. In Emergency Bus Supply VS-F-58A Run ~ OOS WR Level

• Co Ft H: ~ EOG DEAD VS-F-58B Run @) OOS Temperature I "Z.o OF J: ~ EOG DEAD Reserve Station Servtce Supply Primary Vent Stack Flow lO. la,> QDO cfm Containment Bulldlng WR Press C\. Cf PSIA Temperature 11] OF A: ~ BACKFEED DEAD Cont. lsol. Phase Part.Press 't. 'Z. PSIA Hydrogen Cone. pf 1'  % B: ~ BACKFEED DEAD I II Ill C: SWY BACKFEED DEAD Form No. 727388(Jan 1111 THIS IS A DRILL

                                                                         -*         THIS IS A DRILL
                                                                                                    . n t Data Sheet - Surry Power Station Message No.

Unit No. I

• POW28 Time 111.0

                          .* Primary Plant

• Secondary Plant Engineered Safeguards RCS Pressure Steam Generator Parameters Charging HHSI Pumps HHSI Flow (GPM PZR \ <\ 481.\ PSIG PZR Level e,.O  % A B C
• A " ~ Avail OOS Th Tc WR 'l.oo~ PSIG CHG Flow 14\.\ GPM NR Level sq "3 CJ 3't  % "B"~ Avail oos A 0 0 lolo Cdo la(p 0 0 NR ") I QOC> PSIG LTDN Flow 2o GPM WR Level  % "C" Run~ OOS B Pressure ft'{~ qo1 goQ PSIG C 0 0 RVUS PZR Relief Tank 0 0 0 AFW Flow lo GPM Dynamic Hd lOJ  % Press rt PSIG MS Flow l,l,X IQ 1-i!~B~<o 1. I,, 'J. .,_il'I PPH 0 Full Range -  % Temp 8'B OF Norm HHSI HDR Total FT-1943 0

GPM Narrow Range

                            -        %       Level 70              %

Condenser Vacuum Alternate HHSI HOR Total FT-1940 GPM Cond. *A" *9 In Hg ' CORE ExH T/Cs (Avg 5 HI) RCS Subcoollng Cond. *s" .9 In Hg Low-Head SI Pumps LHSI Flow (GPM) h/8 OF c?O OF "A" Run Q OOS "A" 0 Auxlllary Feedwater Pumps WR Loop Temperatures "B" Run Avail @ "B" 0 FW-P-2 Run ~oos A B C FW-P-3A Run ~ OOS sq~ Spray Systems Disch. Pressure (PSIG) Th s~~ SC\~ FW-P-38 Run ~ OOS CS-P-1A Run ~ oos 0 Tc s~, S\.\f, s~, CS A Condensate Storage Tanks CS-P-18 Run Avail @ B 0 RX Coolant Pumps PWR Range NIS CN-TK-1 'tlo  %

• A * ~ Avail OOS Avg 0  % BS RS-P-1A Run CAvaij) OOS IRS A 0 CN-TK-2  %
• s~ Avail OOS ~1.. RS-P-18 Run Avail@ B 0 CN-TK-3  %
• c~ Avail oos Electrlcal Distribution RS-P-2A Run CAval~ OOS ORS A 0 Inter Range NIS Source Range NIS Emergency Dlesels N35: "-*'!'"_,-"'

N36: (p .o X/4) amps amps* N31: N32:

                                                     ,.,NA,..         cps cps
                                                                            #1   Run~ OOS
                                                                            #2 Run~ OOS RWSTlevel
                                                                                                                                                           ,9 RS-P-28 Run Avail@

B CAT Level 0

                                                                                                                                                                                          ,o~           %

Containment Sump #3 Run~ OOS Emergency Ventllatlon Systems ) 18,i NR Level In Emergency Bus Supply VS-F-58A Run 9 OOS H: ~ EOG DEAD WR Level ' *"l,.. Ft VS-F-588 Run ~ OOS Temperature I?. 'J OF J: ~ EDG DEAD Reserve Station Service Supply Primary Vent Stack Flow lD. (Q., QQQ cfm Containment Building WR Press 10,8 PSIA Temperature l 't ';3 OF A: (swv}) BACKFEED DEAD Cont. lsol. Phase Part. Press

                  ,o     .o~      PSIA    Hydrogen Cone.       "~       % B: ~ BACKFEED DEAD                                               I     II    Ill C: SWYD BACKFEED DEAD Form No. 727388(Jan 1111 THIS IS A DRILL

THIS IS A DRILL

• nt Data Sheet - Surry Power Station Message No.

Unit No. I

• POW28 Time 11 'l,. I Primary Plant
• Secondary Plant Engineered Safeguards RCS Pressure Steam Generator Parameters Charging HHSI Pumps HHSI Flow (GPM PZA 111'4 PSIG PZA Level I~  % A B C "A"~ Avail OOS Th Tc WA ~ooi PSIG CHG Flow ,qo GPM NA Level lg L, H2  % "B"~ Avail oos A 0 0 "10 <.:- I 0 C, NR ) 1000 PSIG LTDN Flow z.o GPM WA Level CD\  % "C" Run~ OOS B Pressure ID~1.. IQ) I IQlQ PSIG C 0 0 RVUS PZR Rellef Tank ~~a AFWFlow 350 3SQ GPM DynamlcHd \Q)  % Press l\\: PSIG MS Flow .. I~ lb~ ,8 '1-l~II 0

                      -                           s~           OF

• S"f:.10.~ PPH Norm HHSI HDA Total FT-1943 GPM Full Range Narrow Range Temp Level :Jo  %

Condenser Vacuum

• lo '

Alternate HHSI HDA Total FT-1940 C2 GPM Cond. "A" In Hg CORE ExH T/Cs (Avg 5 HI) RCS Subcoollng *lo Low-Head SI Pumps LHSI Flow (GPM) Cond. *a* In Hg

  ~bO         OF                           &:,b          Of                                                                    "A*Avall       oos                       "A" [   6 Auxlllary Feedwater Pumps "B" Run Avall   @>                        "B"      0 WR Loop Temperatures                                                   FW-P-2 ~ Avail OOS Th    ~,, A
                           'ii, I B

c;,1 C FW-P-3A~ Avail OOS Spray Systems Disch. Pressure (PSIG) Tc I:,~ S(o'3 S5$ FW-P-31,=l~ Avail oos CS-P-1A Run 9 OOS CS A 0 Condensate Storage Tanks CS-P-1 B Run Avall @ B 0 RX Coolant Pumps PWR Range NIS CN-TK-1 C\S  % "A"~ Avail OOS Avg 0  % CN-TK-2 ge:,  % RS-P-1A Run~ OOS IRS A Q

• s*@!b Avail oos ~?. RS-P-18 Run Avail~ B 0 CN-TK-3  %
• c*~ Avall OOS Electrlcal Distribution Inter Range NIS Source Range NIS Emergency Dlesels RS-P-2A Run Soos ORS A 0

                                                  >JA                                                                          RS-P-28 Run Avall ~                      B       0 N35:    $KIO            amps              N31:                   cps   #1 Avail OOS N36:

Si{(J- 1 amps* N32: WA cps RWSTLevel i6.  % CAT Level lOO  %

                                                                      #2 Run~ OOS Containment Sump                                                       # 3  Avail      oos                                    Emergency Ventilation Systems )

NA Level 18*~ In Emergency Bus Supply VS-F-58A ~ Avail oos

             \ ,"?..                                                  H : ~ EDG DEAD WR Level                    Ft                                                                                                  VS-F-588   ~ Avail     oos Temperature      \ 'Z. 3       OF                                      J: (@      EDG DEAD Reserve Station Service Supply                          Primary Vent Stack Flow     z1i,,.. 1Jao.                cfm Containment Building WR Press      ,o.j           PSIA    Temperature       I Z.3       OF A:  ~ BACKFEED DEAD                                      Cont. laol. Phase DEAD Part. Press    10-15         PSIA     Hydrogen Cone.
                                                         "'"'     % B : ~ BACKFEED C : ~ BACKFEED DEAD
                                                                                                                              !)     II   Ill Fonn No. 727388(Jan 91)

THIS IS A DRILL

THIS IS A DRILL

• nt Data Sheet - Surry Power Station Message No.

Unit No. I

• POW28 Time II Z1,

 . *.                 . Primary Plant                                                    Secondarv Plant                                             Engineered Safeauards RCS Pressure                                                         Steam Generator Parameters                                    Charging HHSI Pumps                       HHSI Flow (GPM]

PZR WR ,,i~s

         ~eo,          PSIG PSIG PZR Level CHG Flow I

g GPM NR Level A

                                                                                  \ "1             IS B              C IS c.-z.
                                                                                                                                   " A * ~ Avail OOS us*@ Avail OOS                         A Th 0         ~IJ NR     }1000            PSIG          LTDN Flow     D         GPM    WR Level   lJ, "Z..

Pressure I b'+O Co "3. HHe'> I Q'l..t. PSIG uc* Run~ OOS S C 0 0 dt"

                                                                                                                                                                                         ;J" RVUS                                       PZR Rellef Tank                                       '550           ~?0 AFW Flow    '3 SO                                        GPM I D"1                          l '+                                                      * 'Z.. ~ ll)ft,                                                 l 31, Dynamic Hd Full Range              --         %

Press Temp 88 70 PSIG OF MS Flow 0 Condenser Vacuum 0 PPH Norm HHSI HDR Total FT-1943 Alternate HHSI HDR Total FT-1940 0 GPM GPM Narrow Range  % Level  % * <.o Cond. "A* In Hg ' CORE Exit T/Cs (Avg 5 HI) RCS Subcoollng . fD Low-Head SI Pumps LHSI Flow (GPM) Cond. us* In Hg 552. OF 2/ OF Auxlllary Feedwater Pumps uA*~ Avail OOS "A" ~a

                                                                                                                                   *s* Run Avail ~                          *s*      0 WR Loop Temperatures                                                 FW-P-2 ~ Avail OOS A                        B                 C              FW-P-3A~ Avail OOS                                             Spray Systems                    Disch. Pressure (PSIG)

Th ss~ ~5~ S5"9 FW-P-3S ~ Avail OOS ~ oos Tc ss l S54 sso CS-P-1A Run CS A C> Condensate Storage Tanks CS-P-1S Run Avail {QQ§) S 0 RX Coolant Pumps PWR Range NIS CN-TK-1 ,11-  % "A90:!un) Avail OOS Avg Q  % CN-TK-2 85  % RS-P-1A Run~ OOS IRS A 0

• s*@ Avail oos CN-TK-3 ~'Z..  % RS-P-1S Run Avan@ S .o
• c* ~ Avail oos Electrlcal Distribution Inter Range NIS Source Range NIS Emergency Dlesels RS-P-2A Run~ OOS ORS A o N35: Z ,;{'~.,

N36: Z-~~lti 7 amps amps* N31: N32: "'"' NA cps cps

                                                                    #1 ~ Avail OOS
                                                                    #2 Run    Q         OOS RS-P-2S Run Avail RWST Level     98 S

CAT Level 0

                                                                                                                                                                                     ,o~          %

Containment Sump #3 ~ Avail OOS Emergency Ventllatlon Systems ) NA Level WR Level

              'I~,'L lri Ft Emergency Bus Supply H: <ii§)   EDG DEAD VS-F-58A ~ Avail VS-F-58S    @

oos Avail OOS Temperature 1'2. ~ OF J: @ EDG DEAD Primary Vent Stack Flow l{JJ,, l){)Q cfm Containment Bulldlng Reserve Station Service Supply l'A~ OF A: Ciiii) SACKFEED DEAD Cont. lsol. Phase WR Press Part.Press " 10, '3 PSIA PSIA Temperature Hydrogen Cone. ft!~  % S: @f) SACKFEED DEAD C : ~ BACKFEED DEAD ti) II Ill Fonn No. 727388(Jan 111) THIS IS A DRILL

• VIRGINIA * .ANER THIS IS A DRILL
• nt Data Sheet - Surry Power Station Message No.

Unit No. I

• POW28 Time IIZ3

                    ..* Prlmarv Plant .*.                                             Secondarv Plant                                          Engineered Safeguards RCS Pressure                                                     Steam Generator Parameters                               Charging HHSI Pumps                        HHSI Flow (GPM PZR    I 8'1*         PSIG        PZR Level       0      %                       A                  B            C          "A*~ Avail       oos                         Th           Tc GPM    NA Level   20                   l'I        'Z. 1,.  %      "B" (fID!) Avail oos                   A

() .25 WR lB~~ PSIG CHG Flow Q Co "1,. ZS" NA PSIG LTDN Flow D GPM WR Level C.3 C.1-t  % *c* Run~ oos B 0 21CQ2 Pressure ll.>l~ I Oltl: I Ol,."t. PSIG C Q 25 RVLIS PZR Rellef Tank "'S.'50 3.'SO AFW~low 3So GPM Dynamic Hd lO]  % Press l~ PSIG 0 0 /3~ Full Range --  % Temp 8S

                                                  -ro OF MS Flow Condenser Vacuum 0                   PPH    Norm HHSI HDR Total FT-1943 Alternate HHSI HDR Total FT-1940            0 GPM GPM Narrow Range                   %        Level              %                     ,(p Cond. "A*                     In Hg                   '

CORE ExH T/Cs (Avg 5 HI) RCS Subcoollng .(o Low-Head SI Pumps LHSI Flow (GPM) Cond. "B" In Hg 5S2, OF 70 OF "A" @ Avail OOS "A" .;l.;\. Auxlllary Feedwater Pumps "B" Run Avail ~ "B" 0 WR Loop Temperatures FW-P-2 ~ Avail OOS A B C FW-P-3A ~ Avail oos 1h ss, $51 SSI

                                                                             @£!)             oos Spray Systems                      Disch. Pressure (PSIG) t;So                 S':>I              sso FW-P-3B             Avail                                  CS-P-1A Run      Q       OOS      CS A          0 Tc Condensate Storage Tanks                                   CS-P-1 B Run Avail       ~             B         0 RX Coolant Pumps                         PWR Range NIS           CN-TK-1      ~'3             %
 " A * ~ Avail OOS                        Avg   0         %       CN-TK-2      ss              %                             RS-P-1A Run~ OOS                  IRS A          C)
 "B" (R'un') Avail OOS                                            CN-TK-3       tz..           %                             RS-P-1B Run Avail@                     B        *D
 *c*@        Avail   oos                                                          Electrical Distribution Inter Range NIS                          Source Range NIS RS-P-2A Run      @       OOS      ORS A           D Emergency Dlesels N35:

6 XIO

              ~,

amps N31: WA cps RS-P-2B Run Avail ~ B Q

                                                                  #1@ Avail OOS 8 x,o- 8                                ti A                                                                         RWST Level       ~8         %     CAT level      100           %

N36: amps* N32: cps #2 Run~ OOS Containment Sump #3~Avall OOS Emergency Ventilation Systems ) NR Level WR Level

                ,.~

11\. I 12'3 In Ft Emergency Bus Supply H:@EDG DEAD (l!§§) EDG VS-F-SBA VS-F-58B

                                                                                                                                        ~ Avail
                                                                                                                                         @      Avail oos oos k'i Temperature                   OF                                 J:                 DEAD Containment Bulldlng Reserve Station Service Supply                            Primary Vent Stack Flow              ,

7l,,aaa cfm WR Press ll, -z. PSIA Temperature 12.<o OF BACKFEED DEAD Cont. lsol. Phase Part.Press I0-14-1 PSIA Hydrogen Cone. NA  % B: WY BACKFEED DEAD ti> II Ill C: D BACKFEED DEAD Fonn No: 72738B(Jan 1111 THIS IS A DRILL

                                                                 -*         THIS IS A DRILL
                                                                                                 . n t Data Sheet - Surry Power Station Message No.

Unit No. I

• POW28 Time JI~~

Primary Plant . Secondary Plant Engineered Safeguards RCS Pressure Steam Generator Parameters Charging HHSI Pumps HHSI Flow (GPM PZR l~?.q PSIG PZR Level 0  % A B C "A"~ Avail OOS Th Tc WR tB'+I PSIG CHG Flow 0 GPM NR Level clY ;l '-t ~.4  % "B" (M Avail OOS A 0 25 NR )IOOQ PSIG LTDN Flow 0 GPM WR Level Co':\ Coy C.03  % uc* Run 9 OOS B () )..S Pressure Hf3Y lO~I l DZ. f PSIG C 0 ~s RVLIS PZR Relief Tank \11 AFW Flow f (. f I~ i GPM Dynamic Hd l01  % Press I~ PSIG 0 ,l'I.ID(&, / 3/o 0 Norm HHSI HOR Total FT-1943 Full Range -  % Temp BS OF MS Flow PPH 0 GPM Narrow Range -  % Level

                                                  ...,0       %

Condenser Vacuum Jo ' Alternate HHSI HOR Total FT-1940 GPM Cond. "A" In Hg CORE Exit T/Cs (Avg 5 HI) RCS Subcoollng Cond. "B" . lo In Hg Low-Head SI Pumps LHSI Flow (GPM)

 ..5.Sl       OF                           71            OF                                                                    "A"  @    Avail OOS                  *A" ~ol Auxiliary Feedwater Pumps "B" Run Avail ~                      "B"      0 WR Loop Temperatures                                                 FW-P-2 (Ru6) Avail           oos A                       B                   C FW-P-3A    (ffiin}     Avail OOS Th    5i0                     sso               sso                  FW-P-3B ~

Spray Systems Disch. Pressure (PSIG)

                                                                                                                                               ~

Tc SSo s""~ 15\\~ Avail OOS Condensate Storage Tanks CS-P-1A Run CS-P-1 B Run Avall @ oos CS A B Q 0 RX Coolant Pumps PWR Range NIS CN-TK-1 ~1.  %

• A* Avail OOS Avg 0  % CN-TK-2 85  % RS-P-1A Run~ OOS IRS A ()
• s* ~ Avail oos CN-TK-3 't'Z..  % RS-P-18 Run Avail@ B 0 uc* ~ Avail OOS Electrlcal Distribution RS-P-2A Run~ OOS ORS A c:,

Inter Range NIS Source Range NIS Emergency Diesels

          )l _,

N35: 3./ /t, WA cps RS-P-2B Run Avail ~ B 0 amps N31: #1 ~ Avail OOS 8 'ti IQQ N36: Ji/9-Containment Sump amps* N32:

                                                 "'"         cps    #2 Run~ OOS
                                                                    #3 ~ Avall OOS RWST Level               %

Emergency Ventilation Systems ) CAT Level  % NR Level \C\,"3 In Emergency Bus Supply VS-F-58A ~ Avail OOS I,?.. H: ~ EDG DEAD WR Level Ft VS-F-58B ~ Avail OOS Temperature I Z. '+ Containment Building OF J:@ EOG DEAD Reserve Station Servtce Supply Primary Vent Stack Flow z,.* QQtl cfm WR Press \ I, '3 PSIA Temperature t Z.7 OF A: (§wvlJ> BACKFEED DEAD Cont. lsol. Phase

                                                                % B: ~ BACKFEED DEAD
             \0. ec,                 Hydrogen Cone. ti 1'.                                                                    j)

Part.Press PSIA II Ill C: ~ BACKFEED DEAD Form No. 727388(J111191) THIS IS A DRILL

  -~~

• VIRGINb.. .-,WER

                                                                                                .,nt Data Sheet - Surry Power Station Message No .

• POW28 THIS IS A DRILL Unit No. I Time ll 2. S Primary Plant Secondarv Plant Engineered Safeguards RCS Pressure Steam Generator Parameters Charging HHSI Pumps HHSI Flow (GPM PZR \ 'b-Z.'"1 PSIG PZR Level 0  % A B C "A"~ Avail OOS Th Tc WR \ ~:}~ PSIG CHG Flow 0 GPM NR Level ;l..., ~9 ;2.1  % "B" @ Avail OOS A 0 Z5 WR Level (pq (pS (o3

                                                                                                                      %     *c*  Run~         oos                     B 0             ZS NR ), l00-0            PSIG         LTDN Flow        0        GPM Pressure I Q'l..S           \O?.Jo       101,'3 PSIG                                            C Q             25 RVUS                                     PZR Relief Tank AFW Flow I O "1             ac.'+          ~lo  GPM DynamlcHd            \01          %      Press    I '+         PSIG                 0               0            0         Norm HHSI HDR Total FT-1943                    (37           GPM Full Range             ---        %      Temp     es          OF MS Flow Condenser Vacuum PPH Alternate HHSI HOR Total FT-1940               0             GPM Narrow Range                      %      Level     70          %

Cond. "A" . ta In Hg ' CORE ExH T/Cs (Avg 5 HI) RCS Subcoollng .(o Low-Head SI Pumps LHSI Flow (GPM) Cond. "B" In Hg

   .S $" I        OF                        73             OF                                                               " A " ~ Avail OOS                            "A"  .2~

Auxiliary Feedwater Pumps WR Loop Temperatures "B" Run Avall @§) "B" 0 FW-P-2 ~ Avail OOS S~o A B

                              ':)'SO            SSc, C              FW-P-3A    il>      Avail OOS                       Spray Systems                       Disch. Pressure (PSIG)

Th FW-P-38 @!!) Avail OOS CS-P-1A Run Q oos CS A 0 Tc '5 '\-1\ S\-C\ S~'\ Condensate Storage Tanks CS-P-18 Run Avall ~ B Q RX Coolant Pumps PWR Range NIS CN-TK-1 91  %

 "A"~ Avail OOS                            Avg  O             %       CN-TK-2         85         %

RS-P-1A R u n ~ OOS IRS A D

 *e* ~        Avall    oos                                            CN-TK-3 q-1,.       %                          RS-P-18 Run Avall        ~                B        .o "C" ~ Avall OOS                                                                       Electrlcal Distribution Inter Range NIS                           Source Range NIS           Emergency Diesels RS-P-2A Run      Q        OOS      ORS A            0 N35: J'ii.u;'g           amps             N31:     N'A         cps   #1 ~ Avail OOS RS-P-28 Run Avail        (QQ§)              B       0 N36: 3 Xt{

a amps* N32: NA cps #2 Run~ OOS RWST Level 't 8  % CAT Level lOQ  % Containment Sump #3 <mill) Avall OOS Emergency Ventllatlon Systems ) NA Level \'\ *"t In Emergency Bus Supply VS-F-58A ~ Avall oos WR Level '. 'a. Ft H: @§§) EOG DEAD VS-F-588 ~ Avail OOS J: ~ EOG DEAD Temperature

                   i           OF Reserve Station Service Supply Primary Vent Stack Flow         7fJJ1.I QOO                cfm Containment Bulldlng WR Press       11.-+           PSIA   Temperature    f "2.S      OF A:  ~ BACKFEED DEAD                                   Cont. lsol. Phase
                 ,g.1                  Hydrogen Cone. ~~          % B: ~ BACKFEED DEAD Part. Prass                    PSIA                                                                                       J)     II   Ill C:(§VVY~ BACKFEED DEAD Form No. 727388(Jan 91)

THIS IS A DRILL

THIS IS A DRILL

• nt Data Sheet - Surry Power Station Message No .

Unit No. I

• POW28 Time 11 '"l.. to

• ... Primary Plant -*- Secondary Plant

• Engineered Safeguards RCS Pressure Steam Generator Parameters Charging HHSI Pumps HHSI Flow (GPM PZR \~ ,(d WR I~)~

PSIG PSIG PZR Level CHG Flow Q 0 GPM NA Level 30 A

                                                                                                          .33 e

z,CotC "A*<§:o Avail OOS "B" ID> Avail OOS A 0 Th 25 Tc z er NA }LOOO PSIG LTDN Flow 0 GPM WR Level L,4 lo$  % "C" Run@ OOS B 0 Pressure I o'Z. Y: IQ~, IO?..I PSIG C 0 Z'S' RVUS PZR Rellef Tank AFW Flow I 'l.. g 1"30 I '3 I GPM DynamlcHd lOJ  % Press I~ PSIG I 37 Full Range --  % Temp 08

                                                     'J. 0 OF MS Flow Condenser Vacuum Q                Q           Q    PPH   Norm HHSI HDR Total FT-1943 Alternate HHSI HOR Total FT-1940                    0 GPM GPM Narrow Range                          %        Level                %

Cond. "A" .s In Hg ' CORE ExH T/Cs (Avg 5 HI) RCS Subcoollng Cond. *s* .s In Hg Low-Head SI Pumps LHSI Flow (GPM) S~Q OF 73 OF "A"C§Zm Avail OOS "A"  ;;t 1.. Auxiliary Feedwater Pumps "B" Run Avail ~ "B" 0 WR Loop Temperatures FW-P-2 (Byo) Avail OOS A B C FW-P-3A ~ Avail OOS Spray Systems Disch. Pressure (PSIG) Th S~'\ '5~~ 5~~ FW-P-3B ~ Avail OOS CS-P-1A Run ~ OOS CS A 0 Tc ':1"=6 54-6 S~Q Condensate Storage Tanks CS-P-18 Run Avail ~ B Q RX Coolant Pumps PWR Range NIS CN-TK-1 q1  % "A*@ij) Avail OOS Avg 0  % 55 RS-P-1A Run~ OOS IRS A 0 CN-TK-2  %

• e* ~ Avail OOS CN-TK-3 't"Z.  % RS-P-1B Run Avail~ B 1')
• c* (aim) Avail OOS Electrical Distribution RS-P-2A Run ~ OOS ORS A 0 Inter Range NIS Source Range NIS Emergency Diesels N35: 1. 'lt.108 t,JA RS-P-2B Run Avail ~ B 0 amps N31: cps #1 @a) Avail OOS N36: z. 1~108 amps* N32: NA. cps #2 Run ~oos RWST Level 'i7  % CAT Level 100  %

Containment Sump #3 ~ Avail OOS Emergency Ventilation Systems )

               ,q.s NA Level I, ""t.

In Emergency Bus Supply H: {a§) EOG DEAD VS-F-58A Avail OOS WR Level Ft VS-F-588 <J:iw} Avail OOS Temperature 12.1 OF J: ~ EDG DEAD Reserve Station Service Supply Primary Vent Stack Flow Zf.e. QOO j cfm Containment Building WR Press I1.fo PSIA Temperature Ii<t OF A: ~ BACKFEED DEAD Cont. lsol. Phase Part.Press 10,9 PSIA Hydrogen Cone. ti A  % B : ~ BACKFEED DEAD [D II Ill C:~WYP,) BACKFEED DEAD Fonn No. 727388(Jan 01) THIS IS A DRILL

THIS IS A DRILL

• 1t Data Sheet - Surry Power Station Message No.

Unit No. I

• POW28 Time 11~7

                  . Primary Plant                                                 Secondarv Plant                                       Engineered Safeguards RCS Pressure                                                     Steam Generator Parameters                           Charging HHSI Pumps                     HHSI Flow (GPM A               B            C          "A"~ Avail OOS                            Th             Tc PZR    '8'2.a       PSIG         PZR Level     0        %

0 ).~ WR \&'t() PSIG CHG Flow 0 GPM NR Level 3'1 ~~ SI  % "B" ~ Avail OOS A Co2 G,S o4 0 {. '(' NR 2 IQQO PSIG LTDN Flow 0 GPM WR Level o/o *c* Run~ oos B Pressure IO'L3 lO?../ I ~Z. I PSIG C 0 i< RVUS PZR Relief Tank l "30 AFW Flow I ?. 1 30 GPM DynamlcHd lOJ  % Press t':t PSIG 0 /36 Full Range --  % Temp 88 Jo OF MS Flow Condenser Vacuum 0 Q PPH Norm HHSI HDR Total FT-1943 Alternate HHSI HDR Total FT-1940 0 GPM GPM Narrow Range  % Level  % Cond. *A" . ,; In Hg ' CORE Exit T/Cs (Avg 5 HQ RCS Subcoollng Cond. *e* *S In Hg Low-Head SI Pumps LHSI Flow (GPM) sso OF 7$ Of " A * ~ Avail OOS "A" 2~ Auxlllary Feedwater Pumps

                                                                                                                      *e*  Run Avall  @§)                    "B"      C>

WR Loop Temperatures FW-P-2 ~ Avall OOS S"' q A sq9 B sq~ C FW-P-3A Avall OOS Spray Systems Disch. Pressure (PSIG) Th FW-P-31:;J ~ Avall OOS CS-P-1A Run~ OOS CS A 0 Tc 5 48 S~!a li48 Condensate Storage Tanks CS-P-1 B Run Avall ~ B 0 RX Coolant Pumps PWR Range NIS CN-TK-1 ~o  % 0

• A* Avall OOS Avg  % CN-TK-2 8S  % RS-P-1A Run@ij)oos IRS A 0
• e*~ Avall oos CN-TK-3 ~t  % RS-P-1B Run Avall ~ B 0
• c*§ Avall oos Electrlcal Distribution RS-P-2A Run ~ OOS ORS A 0 Inter Range N~S Source Range NIS Emergency Dlesels N35: f}Ui amps N31: wA cps #1 Giim) Avail OOS RS-P-2B Run Avall ~ B 0 100 N36: f.S lC/o 9 amps* N32: wA cps RWST Level Cf 1  % CAT Level  %

                                                               #2 Run~ OOS Containment Sump                                                #3@Avall OOS                                          Emergency Ventllatlon Systems )

NA Level* }'i.<o In Emergency Bus Supply VS-F-58A ~ Avall OOS WR Level 1.'3 Ft H:@ EDG DEAD VS-F-588 Run Avall OOS Temperature its OF J:@ EDG DEAD Reserve Station Service Supply Primary Vent Stack Flow Z~,> /JOQ. cfm Containment Bulldlng WR Press ll.1 PSIA Temperature l 3 Z.. OF A: ~ BACKFEED DEAD Cont. lsol. Phase 11.0 Hydrogen Cone. WA B: ~ BACKFEED DEAD [) II Part.Press PSIA  % Ill C: ~ BACKFEED DEAD Fenn No. 72738B(Jan 91) THIS IS A DRILL

I/IRGINb.. JWEII THIS IS A DRILL

                                                                                                       . n t Data Sheet - Surry Power Station Message No.

Unit No. I

• POW28 Time wz.e

                 - - - . . _.

• Primary Plant - .. - . Secondary Plant Engineered Safeguards RCS Pressure Steam Generator Parameters Charging HHSI Pumps HHSI Flow (GPM PZR 1830 PSIG PZR Level 0  % A B C *N(!§j) Avail OOS Th Tc WR l 8 4'\ PSIG CHG Flow Q GPM NR Level 31 '3 't 3L\  % "B" (!!yj) Avail OOS A

() :i~ NR ) lOOo PSIG LTDN Flow Q. GPM WR Level fo':> b(o lolo  % *c* Run~ oos B 0 z.r; Pressure lO't.l ,oz.o \0?.'i- PSIG C 6 z.< RVUS PZR Rellef Tank

                                                           ,y                 AFWFlow 1~0           1"31           rz.~    GPM DynamlcHd              107              %        Press                PSIG                  0              0            0            Norm HHSI HDR Total FT-1943                I   3to Full Range                -             %       Temp   88            OF MS Flow                                           PPH 0

GPM Narrow Range -  % Level 20.  % Condenser Vacuum Cond. *A* .s In Hg ' Alternate HHSI HDR Total FT-1940 GPM CORE ExH T/Cs (Avg 5 HI) RCS Subcoollng *S Low-Head SI Pumps LHSI Flow (GPM) Cond. "B" In Hg

   ~S"o           OF                                 73         OF                                                                    "A"(§b) Avail OOS                        "A"     22 Auxiliary Feedwater Pumps WR Loop Temperatures "B" Run Avail    @                       "B"     0 FW-P-2     ~ Avail OOS Th A
        ~ Y:~                        s~~

B s~, C FW-P-3A FW-P-3B (liyj) Cauo) Avail OOS Avail OOS Spray Systems CS-P-1A Run ~ OOS Disch. Pressure (PSIG) CS A 0 Tc SY.B 5118 S46 Condensate Storage Tanks CS-P-1B Run Avall (QQS) B 0 RX Coolant Pumps PWR Range NIS CN-TK-1 9Q  %

 *A"<§a) Avall OOS                                Avg     0          %                        85                                      RS-P-1A R u n ~ OOS                IRS A        0 CN-TK-2                    %
 "B"~ Avail OOS                                                               CN-TK-3 qz.         %                            RS-P-1B Run Avail~                     B        0
 *c*@        Avail OOS                                                                         Electrlcal Distribution Inter Range NI! ,

Source Range NIS RS-P-2A R u n ~ OOS ORS A 0 Emergency Diesels N35: S'.()(/0 amps N31: "fA cps #1 Avail OOS RS-P-2B Run Avall @ B 0 N36: $JI. I ,r ~ NA RWST Level 'f 7  % CAT Level iQO  % amps* N32: cps #2 Run (§fill> OOS Containment Sump #3 @, Avall OOS Emergency Ventllatlon Systems ) NR Level \ ,. 8 Emergency Bus Supply

                \ .'3 In                                                                                                VS-F-58A     @     Avall OOS WR Level                           Ft                                        H: ~       EDG DEAD VS-F-58B ~ Avall OOS Temperature          \ 2.(p           OF                                     J: ~       EDG DEAD Reserve Station Service Supply                          Primary Vent Stack Flow       Zfa.aaQ i                    cfm Containment Bulldlng
               \\.8                                          13'3        OF A:   (swvo) BACKFEED         DEAD                         Cont. lsol. Phase WR Press                             PSIA     Temperature Part.Press
                \   \.,              PSIA     Hydrogen Cone. ti.A     % B: ~ BACKFEED DEAD                                        :i)    II    Ill C:(§_~ BACKFEED DEAD Foon No. 727388(Jan 91)

THIS IS A DRILL

, ~ IIIRGl/11.... ,WEIi THIS IS A DRILL

                                                                                                     . n t Data Sheet - Surry Power Station Message No.

Unit No. I

• POW28 Time 112 'i

                       .

• Primary Plant Secondary Plant Engineered Safeguards RCS Pressure Steam Generator Parameters Charging HHSI Pumps HHSI Flow (GPM PZR 18~0 WR I fl&&-'Z.

PSIG PSIG PZR Level CHG Flow C 0  % GPM NR Level 3~ A B 4-'Z. :s"" C "A"~ Avail OOS "B" Avail OOS A 0 Th

z¥ NR ) 1000 PSIG LTDN Flow t! GPM WR Level lo~ l,lc tos  % "C" Run ~~~ OOS B 0 7.~

Pressure \ t) \ '\ } D\ (\ \lll,.0 PSIG C 0 Z! RVUS DynamlcHd ,~1  % PZR Relief Tank Press IL.t' PSIG AFW Flow C.. S O 0

                                                                                                        <:S'O 0

( ,s-r) 0 GPM

                                                                                                                                                                            /36 Full Range              -           %       Temp    88              OF MS Flow                                          PPH   Norm HHSI HDR Total FT-1943 0

GPM Narrow Range -  % Level 70  % Condenser Vacuum Cond. *A* .s In Hg ' Alternate HHSI HOR Total FT-1940 GPM CORE Exit T/Cs (Avg 5 HI) RCS Subcoollng Cond. "B" .~ In Hg Low-Head SI Pumps LHSI Flow (GPM) 5So OF 23 OF "A"@Avail OOS "A" ;J J. Auxiliary Feedwater Pumps "B" Run Avall ~ "B" 0 WR Loop Temperatures FW-P-2 ~ Avail OOS A B C FW-P-3A @g Avail oos S4Cf Spray Systems Disch. Pressure (PSIG) Th Si9 5~~ FW-P-3B ~ Avall OOS CS-P-1A Run ~ OOS CS A 0 Tc S&l-8 '54-8 5~8 Condensate Storage Tanks CS-P-1B Run Avail@ B 0 RX Coolant Pumps PWR Range NIS CN-TK-1 8~  %

*A*@ Avail OOS                               Avg    0              %       CN-TK-2      85            %                           RS-P-1A Run~ OOS                 IRS A         0

• s*(Iiyi) Avall oos CN-TK-3 92.  % RS-P-18 Run Avall@ B 0
• c*~ Avall oos Electrlcal Distribution RS-P-2A Run8oos ORS A 0 Inter Range NIS Source Range NIS Emergency Diesels N-A RS-P-28 Run Avail@ B 0 N35: l"l.10' amps N31: cps #1 Avail OOS

                                                                                                                                                 'lJ N36:   /.5~1G'f             amps*             N32:   NI\              cps   #2 Run    @!!I>    OOS RWST Level               %       CAT Level       IQQ           %
                                                                           #3 @a, Avall OOS Containment Sump NR Level        ',.,

1-"3 In Emergency Bus Supply H@EDG DEAD Emergency Ventilation Systems ) VS-F-58A ~ Avall OOS WR Level Ft VS-F-588 §} Avall OOS Temperature I "Z.1 OF J:@EDG DEAD Reserve Station Service Supply Primary Vent Stack Flow ,

                                                                                                                                                             ]fl,, QQQ                   cfm Containment Building WR Press           \I *6          PSIA   Temperature      l '3 If       OF A : ~ BACKFEED DEAD                                    Cont. lsol. Phase Part.Press

11. I PSIA Hydrogen Cone.  !'IA  % B: ~ BACKFEED DEAD J) II Ill C : ~ BACKFEED DEAD No. 727388(Jwi 91 I THIS IS A DRILL Fonn

J 1' I

                                                                                            "*I
                                                                                                   . n t Data Sheet - Surry Power Station Message No.

• POW28 THIS IS A DRILL Unit No. I Time 1130

.*.. **                ..* Primary Plant                                                     Secondary Plant                                    Engineered Safeguards RCS Pressure                                                               Steam Generator Parameters                          Charging HHSI Pumps                    HHSI Flow (GPM PZR       18 SI             PSIG         PZR Level      I         %                       A              B              C      "A"  Q     Avail OOS                       Th          Tc NR Level   ~\              4~          "'!. 8   %    *s* b     Avail oos                 A 0            ~S' WR         1B~3             PSIG         CHG Flow     0             GPM
                                                                                                    \o(o NR       ) 1000             PSIG         LTDN Flow    C             GPM   WR Level    lola                         \o                                               0          ZS" PSIG                                      C RVLIS                                         PZR Rellef Tank AFWFlow (SO                  <~o        <'S'o   GPM DynamlcHd Full Range Narrow Range j()7 Press Temp Level  7b
                                                    .BB PSIG OF MS Flow       0 Condenser Vacuum
                                                                                         ,5 0              0  PPH Norm HHSI HOR Total FT-1943 Alternate HHSI HDR Total FT-1940 13, 0

GPM GPM Cond. *A* In Hg CORE ExH T/Cs (Avg 5 HI) RCS Subcoollng Cond. *s* .s In Hg Low-Head SI Pumps LHSI Flow (GPM) ss:o OF '13 Of Auxiliary Feedwater Pumps "A* ~ Avall OOS *A" 21.

                                                                                                                              "B" Run Avall ~                        "B"       0 WR Loop Temperatures                                                      FW-P-2    (aw3)     Avall OOS A                        B                 C FW-P-3A ~ Avail OOS                                  Spray Systems                    Disch. Pressure (PSIG) 1h       S-j:ct                   s~~               Si!f FW-P-38 ~ Avall OOS Tc sq,g                     ;rre              S4'!                                                                       CS-P-1A R u n ~ OOS              CS A         0 Condensate Storage Tanks                             CS-P-18 Run Avall@§)                 B         D.

RX Coolant Pumps PWR Range NIS CN-TK-1 Sq  % ()

• A * ~ Avall OOS Avg  % CN-TK-2 85  % RS-P-1A RunQoos IRS A 0
• s*~ Avall oos CN-TK-3 G\ 2.-  % RS-P-18 Run Avall@§) B D
• c* <Bio Avall oos Electrlcal Distribution Inter Range NIS Source Range NIS RS-P-2A Run@!) OOS ORS A Q Emergency Diesels N35: 6-7 X/0 - '" amps N31: W/. cps #1 ~ Avall OOS RS-P-28 Run Avall@ B o N36: f:a.S~16'0 amps . N32: tJ A,. cps #2 R u n ~ OOS RWST Level ~7  % CAT Level IOQ  %

Containment Sump # 3 ~ Avail OOS Emergency Ventllatlon Systems ) NA Level z.o In Em~cy Bus Supply VS-F-58A @:IT) Avail OOS I,~ H: EDG DEAD WR Level (§1}

                    l.,

Ft VS-F-588 Avall OOS Temperature OF J: (@ EOG DEAD Primary Vent Stack Flow 76,0QO cfm Containment Building Reserve Station Service Supply

• WR Press 11.CJ PSIA Temperature 131.\ OF A: ~ BACKFEED DEAD Cont. lsol. Phase Part.Press

                   ,,. ,c.        PSIA    Hydrogen Cone. t:J.A    % B:  ~ BACKFEED              DEAD
                                                                                                                              ~     II    Ill C:       D BACKFEED DEAD FOlm No. 727388(Jan 91)

THIS IS A DRILL

THIS IS A DRILL

• nt Data Sheet - Surry Power Station Message No.

Unit No. Time I

• POW28 II 3Z..

Primary Plant Secondary Plant Engineered Safeguards RCS Pressure Steam Generator Parameters Charging HHSI Pumps HHSI Flow (GPM; PZR \~ 3'3 PSIG PZR Level ~  % A B C " A ~ Avail OOS Th Tc a, NR Level ~~ \\;J ~ "'l- % *s~ Avail oos A 0 ,JS' WR 'i~~ PSIG CHG Flow GPM NR 710" PSIG LTDN Flow (;J GPM WR Level lo\.<< \al. le~  % *c* Run@!) oos B 0 .;is-Pressure \Dl..'"\. \bl..~ uz?..~ PSIG C 0 2~ RVUS PZR Reller Tank AFWFlow (50 <..<O <. ~o GPM Dynamic Hd 107  % Press IS PSIG 0 0 0 ,s!" Full Range - Temp 88 OF MS Flow PPH Norm HHSI HOR Total FT-1943 0 GPM Narrow Range -  %

                                     %        Level    J../        %

Condenser Vacuum Cond. "A" .s In Hg ' Alternate HHSI HOR Total FT-1940 GPM CORE Exit T/Cs (Avg 5 HI) R_t::S Subcoollng Cond. "B"

                                                                                          ,S         In Hg Low-Head SI Pumps                        LHSI Flow (GPM)

S50 OF Z3 OF Auxlllary Feeclwater Pumps "A" <§9 Avall OOS "A" d2.

                                                                                                                              "B" Run Avall     ~                      "B"    0 WR Loop Temperatures                                                      FW-P-2 ~           Avail OOS A                         B                    C             FW-P-3A~ Avail OOS 1h    s L\-C,                    sq.3                 S~C\                                                                     Spray Systems                     Disch. Pressure (PSIG)

FW-P-3B ~ Avail OOS* CS-P-1A Run Q OOS CS A 0 Tc sq.~ SI\'~ 5 "'8 Condensate Storage Tanks CS-P-18 Run Avall @ B Q RX Coolant Pumps PWR Range NIS CN-TK-1 88  % "A@Avall OOS Avg 0  % CN-TK-2 Bij.  % RS-P-1A RunQoos IRS A Q

• s*(iii} Avail OOS CN-TK-3 ~z.  % RS-P-1B Run Avall ~ B 0
• c*~ Avail oos Electrical Distribution RS-P-2A Run@oos ORS A 0 Inter Range NIS _ 10 Source Range NIS Emergency Diesels (Q'§§)

N~: N36:

        'l: ~

lo .S II'.

                  ~IQ amps
                  ,o'o      amps .

N31: N32:

                                                       ,J,..

NA cps cps

                                                                         #1 ~      Avail OOS
                                                                         #2 Run~ OOS RS-P-28 Run Avall RWSTLevel         21        %

B CAT Level 0 LD. /J.  % Containment Sump #3@Avall OOS Emergency Ventllatlon Systems ) NR Level ~o.'3 In Emergency Bus Supply VS-F-58A ~ Avall OOS

                   ,. '3                                                 H :  EOG DEAD WR Level                         Ft                                                                                            VS-F-588        u  Avail OOS Temperature            I'?. 8       CF                                    J : ~ EOG DEAD Containment Bulldlng WR Press Part. Press I 'Z.

11. '3 PSIA PSIA Temperature Hydrogen Cone.

1347 ti.A% OF

t!

Reserve Station Service Supply C: WY BACKFEED DEAD B: SWYD BACKFEED DEAD BACKFEED DEAD Primary Vent Stack Flow Cont. lsol. Phase

                                                                                                                              ~     II    Ill 7lo6 000

• cfm THIS IS A DRILL Fonn No. 727388(Jan 91)

VIRGINIA. .,#ER

                                                                  -*         THIS IS A DRILL

• nt Data Sheet - Surry Power Station Message No.

Unit No. I

• POW28 Time 1131./-

Primary Plant .. Secondarv Plant Engineered Safeguards RCS Pressure Steam Generator Parameters Charging HHSI Pumps HHSI Flow (GPM PZR 18Z..9 PSIG PZR Level 5  % A B C "N (Bill) Avail OOS Th Tc WR 1Sl\O PSIG CHG Flow 0 GPM NR Level "'"'\ so  %  % "B" Avall OOS A 0 2s

        ) lOOO                                       0               WR Level lolt              Ce.,           toto   %     *c*  Run~         oos                   B    0          ZS' NA                       PSIG        LTDN Flow               GPM Pressure \ Q ?. '-         101.&         'O?."L  PSIG                                          C   Q           i~

RVUS PZR Rellef Tank AFW Flow <. SO <. 'S"O ~ c;-o GPM DynamlcHd \07  % Press \ S PSIG 0 0 0 Norm HHSI HDR Total FT-1943 t '56_ GPM

                       ,..                                           MS Flow                                          PPH Full Range                         %      Temp   @8          OF                                                                                                         0 Narrow Range           -           %       Level   JI         %

Condenser Vacuum Cond. *A* ,S In Hg ' Alternate HHSI HDR Total FT-1940 GPM CORE Exit T/Cs (Avg 5 HI) RCS Subcoollng

                                                                            *s*        .s                                   Low-Head SI Pumps                         LHSI Flow (GPM) s-so        OF                           73          Of Cond.                       In Hg "A" caiD   Avall OOS                      "A"    zz, Auxlllary Feedwater Pumps "B" Run Avall   (gos)                     "BR    Q WR Loop Temperaturee                                                FW-P-2     ~ Avall OOS A                      B                  C             FW-P-3A    <Bill)   Avall OOS                          Spray Systems                      Disch. Pressure (PSIG)

Th Sso s:~o SSC> Tc S>> 4~ S4~ Sil-Cf FW-P-38 {M Avall OOS CS-P-1A Run 8 OOS CS A 0 Condensate Storage Tanks CS-P-18 Run Avall ~ B 0 RX Coolant Pumps PWR Range NIS CN-TK-1 ~9  %

 *A*WYD) Avall OOS                          Avg    0         %       CN-TK-2       85           %                           RS-P-1A Run ~vai) OOS              IRS A         0 "B*(aujj) Avail OOS                                                 CN-TK-3       fl-          %                           RS-P-18 Run Avall@                      B         0
 *c*~         Avail OOS                                                               Electrical Distribution RS-P-2A R u n ~ OOS                ORS A          0 Inter Range NIS                            Source Range NIS
                -,~                                                  Emergency Dlesels RS-P-2B Run Avail       @                 B      0 N35:    ZKIQ              amps             N31:  '/X/6 "'I    cps   #1  Run~OOS N36: ,. &

f ,o amps* N32: 1x,, 4 cps #2 R u n ~ OOS RWST Level 'f ~  % CAT Level lQO.  % Containment Sump #3 R u n ~ OOS Emergency Ventllatlon Systems ) 21 Emergency Bus Supply NA Level In VS-F-S8A ~ Avail oos WR Level I,) Fi H:@ EDG DEAD VS-F-588 Avail OOS Temperature 1i~ OF J:@EDG DEAD Primary Vent Stack Flow 7ftJ1 o"a cfm Containment Bulldlng Reserve Station Service Supply ' WR Press Part. Press 1i.. I II ' '31 PSIA PSIA Temperature Hydrogen Cone. '""NA OF A : ~ BACKFEED DEAD B: C: WY

                                                                        ~~g)

BACKFEED DEAD BACKFEED DEAD Cont. lsol. Phase tD II Ill Fonn No. 727388(Jan 111) THIS IS A DRILL

I ' THIS IS A DRILL

                                                                                                     . n t Data Sheet - Surry Power Station Message No.

Unit No. I

• POW28 Time 111./ I

 .. .*: ..:             **.. Prlmarv Plant

• Secondarv Plant Engineered Safeguards RCS Pressure Steam Generator Parameters Charging HHSI Pumps HHSI Flow (GPM t,9(o 14- A B C " N ~ Avail oos Th Tc PZR WR ng~

PSIG PSIG PZR Level CHG Flow 0 GPM NA Level s 2. Slf +s  % "B"@ Avail OOS A 0 1! WR Level C,b C'o(e G,S o/o "C" Run iJl> OOS B 0 IS' NA } 1000 PSIG LTDN Flow 0 GPM Pressure IQ"'° lb4f IQZ.3 PSIG C 0 IS' RVUS PZR Rellef Tank 0 0 <SO AFWFlow GPM Dynamic Hd (01  % Press IS PSIG 0 0 0 Norm HHSI HOR Total FT-1943 Do GPM Full Range --  % Temp 87 OF MS Flow PPH 0 Narrow Range CORE Exit T/Cs (Avg 5 HI)

                                       %        Level 11 RCS Subcoollng Condenser Vacuum Cond. *A*        .~

4-{" In Hg ' Alternate HHSI HOR Total FT-1940 Low-Head SI Pumps LHSI Flow (GPM) GPM Cond. "B" In Hg SS3 OF Ir."" OF "A"~ Avail oos "A" 22. Auxlllary Feedwater Pumps WR Loop Temperatures "B" Run Avall @ "B" 0 FW-P-2 (aw> Avall OOS A B C FW-P-3A (ayo) Avall OOS Spray Systems Disch. Pressure (PSIG) Th s~z. SS'Z.. S':>>1. G Tc S'S?.. 5 'S?. SS' I FW-P-3E;l Avail oos CS-P-1A Run 8 OOS CS A 0 Condensate Storage Tanks CS-P-18 Run Avall@ B Q RX Coolant Pumps PWR Range NIS CN-TK-1 87  % C) s( RS-P-1A RunQ OOS IRS A Q

• A*@a) Avall OOS Avg  % CN-TK-2  %
• s*~ Avall oos CN-TK-3 't-Z.  % RS-P-18 Run Avall~ B 0
• c*@ Avall oos Electrlcal Distribution Inter Range NI,, Source Range NIS Emergency Dlesels RS-P-2A Run EE)oos ORS A 0 RS-P-28 Run Avall@ B 0 N35:

1 I. 7 t/tf

                    . ,,     amps               N31:    2x10"'

Z'l.1111,, cps #1 Run~ OOS RWST Level 'lo  % CAT Level lQtl  % N36:

• 7~ '" amps . N32: cps #2 Run~ OOS Containment Sump #3 Run ~oos Emergency Ventllatlon Systems )

NA Level ~\~'\- In Emergency Bus Supply VS-F-58A ~ Avall oos WR Level 1.1: Ft H : ' I EOG DEAD VS-F-588 Q Avall OOS Temperature 30Q OF J: EOG DEAD 71.,QOO Containment Bulldlng 1~1 Reiatlon SMVlce Supply Primary Vent Stack Flow I cfm WR Press 1~.s PSIA Temperature OF A: WY BACKFEED DEAD Cont. lsol. Phase Part. Press 1\.& PSIA Hydrogen Cone. NA  % B: BACKFEED DEAD [) II Ill C: WY BACKFEED DEAD Form No. 727388(J1111111) THIS IS A DRILL

                                                                            -*         THIS IS A DRILL
                                                                                                         . n t Data Sheet - Surry Power Station Message No.

Unit No. I

• POW28 Time /I 5(o

   .* ..    .- ..: .  * *. *** .

• Prlmarv Plant Secondarv Plant *. Engineered Safeguards RCS Pressure Steam Generator Parameters Charging HHSI Pumps HHSI Flow (GPM ll PZR WR ,,~

11-z.1 PSIG PSIG PZR Level CHG Flow 0 GPM NA Level WR Level

                                                                                            +i.

lp-S A B 4-"7 37 c.~ C

                                                                                                                                   *A*<J3uij) Avail OOS "8"
                                                                                                                                   *c*

Clim) Run~ Avail OOS oos A 8 0 Th 751 7-8 Tc NA 21QQO PSIG LTDN Flow C> GPM qt,, ca ql,, Pressure 91~ PSIG cQ 28 RVUS PZR Rellef Tank AFWFlow <5o <.<O (~O GPM DynamlcHd 101  % Press r{ PSIG 0 0 /~-Z. C) Norm HHSI HOR Total FT-1943 GPM MS Flow PPH Full Range  % Temp 81 OF Alternate HHSI HOR Total FT-1940 Q GPM 73 Condenser Vacuum NanowRange  % Level Cond. *A* .. s In Hg ' CORE ExH T/Cs (Avg 5 HI) RCS Subcoollng Cond. *0* .s In Hg Low-Head SI Pumps LHSI Flow (GPM) S'lS OF 70 Of

• A * ~ Avail OOS "A" ZZ-WR Loop Temperatures Auxlllary Feedwater Pumps

                                                                                                                                   *0* Run Avail       @                       "8"     0 FW-P-2    {BYr)     Avail OOS A                            B                  C                                   Avail OOS Th        '-""~

s ~3, S44 SL\~ 5~!:§: S43 FW-P-3A@ FW-P-38 ~ Avail OOS ' Spray Systems CS-P-1A Run 9 OOS Disch. Pressure (PSIG) CS A 0 Tc Condensate Storage Tanks CS-P-18 Run Avail (92§} 8 Q RX Coolant Pumps PWR Range NIS CN-TK-1 BLJ  %

• A*~ Avail OOS Avg C!  % CN-TK-2 8S  % RS-P-1A Run ('fva!.!) OOS IRS A 0
• 0 * ~ Avail oos CN-TK-3 qz  % RS-P-18 Run Avail@§) 8 Q
• c*@ Avail oos Electrlcal Distribution 0

                                                                                        <a RS-P-2A R u n 8 OOS                   ORS A Inter Range NIS                                      Source Range NIS           Emergency Diesels RS-P-28 Run Avan@                           8     0 N35:        ~ l Xl"-                amps             N31: 1,ix1t.'-       cps
         <             _,,                          N32: I' '2 ,o  I>~
                                                                               #1 Run             OOS RWST Level      'f '/          %      CAT Level      iQO           %

N36:IX111 amps* cps #2 Run val OOS Containment Sump #3 Run~ OOS Emergency Ventilation Systems ) NA Level ~'l..S In Emergency Bus Supply VS-F-58A ~ Avail oos WR Level LS Ft H:@ EOG DEAD VS-F-588 @ Avail OOS Temperature 1"11 OF J: ~ EDG DEAD Primary Vent Stack Flow 2&>>,* QQO cfm Containment Building R~tatlon Service Supply WR Press ll PSIA Temperature l'+fA OF A: SWY_D 8ACKFEED DEAD Cont. lsol. Phase Part. Press 11* -i.& PSIA Hydrogen Cone. NA  % 8:("SWYD) BACKFEED DEAD tD II Ill C: (SWYD) BACKFEED DEAD Form No. 727388(Jan 1111 THIS IS A DRILL

THIS IS A DRILL

                                                                                                                 . n t Data Sheet - Surry Po~er Station Message No.

Unit No. I

• POW28 Time 11-0'1,
  • '.***-._.,... : **... :. :. Primary Plant Secondary Plant Engineered Safeguards RCS Pressure Steam Generator Parameters Charging HHSI Pumps HHSI Flow (GPM PZR /.. l]O Q PSIG PZR Level Ii..  % A B C "A*~ Avail OOS Th Tc NR Level '40 q. "'5, 5'3  % *s*@ Avail oos A 0 (1 WR l10S PSIG CHG Flow 0 GPM WR Level lo 'S C,~ e,-,  % *c* Run~ oos B Q 11 NR } 11:zQO PSIG LTDN Flow 0 GPM Pressure ~j\ ~T2. ~~3 PSIG C () 17 RVUS PZR Rellef Tank AFWrlow (SO c:::.~o <'S"O GPM DynamlcHd 9:D  % Press Ila PSIG 0 91 Full Range --  % Temp 8Co J'f-OF MS Flow 0 Condenser Vacuum 0 PPH Norm HHSI HDR Total FT-1943 Alternate HHSI HDR Total FT-1940 Q GPM GPM Narrow Range  % Level  %

Cond. *A" .s In Hg ' CORE ExH T/Cs (Avg 5 HI) RCS Subcoollng Cond. "B" .s In Hg Low-Head SI Pumps LHSI Flow (GPM) s'l3 OF '7 () Of " A " § Avall oos "A" 0 Auxiliary Feedwater Pumps "B" Run Avall ~ "B" 0 WR Loop Temperatures FW-P-2 (Bw) Avall oos A B C FW-P-3A ~ Avail oos 5'3~ S'3 I Sll-"t. Spray Systems Disch. Pressure (PSIG) Th S4\ FW-P-3B ~ Avail oos CS-P-1A Run EJ)oos CS A 0 Tc s "3,"3 S"'3..., Condensate Storage Tanks CS-P-18 Run Avall @§) B () RX Coolant Pumps PWR Range NIS CN-TK-1 a-z.  %

*A* Run               0          OOS                    Avg      0                %                  s(                                    RS-P-1A Run~OOS                 IRS A       0 CN-TK-2                  %
*s* Run~ OOS                                                                             CN-TK-3     ~1.          %                        RS-P-18 Run Avall@                  B        0
*c*@ Avail oos                                                                                          Electrlcal Distribution 0

Inter Range NIS _,, Source Range NIS Emergency Diesels RS-P-2A RunQ.vajJ) OOS ORS A a N35: !l x.1°.,,

                  < 14
                               ,,     amps              N31:    l ..,j_lb.._
                                                                         ...       cps   #1  Rune OOS RS-P-28 Run Avail RWST Level      , 3       %

B CAT Level 100  % N36: amps* N32: lX/4 cps #2 Run~ OOS Containment Sump #3 Run~ OOS Emergency Ventilation Systems ) NR Level Z.3 In Emergency Bus Supply

                         ,.s                                                                                                               VS-F-58A(ffiy Avail     oos H : ~ EDG DEAD WR Level                                  Ft                                                                                               VS-F-588 ~ Avail OOS Temperature                    l~l           OF                                          J: ~ EDG DEAD Reserve Station Service Supply                    Primary Vent Stack Flow       ,

Zla.QQO cfm Containment Building WR Press 1'3,Lt PSIA l emperature 11.\- 1 OF A : ~ BACKFEED DEAD Cont. lsol. Phase

                          ,i. .,                                             fl.A     % B : ~ BACKFEED DEAD Part.Press                                 PSIA     Hydrogen Cone.

C : ~ BACKFEED DEAD

                                                                                                                                           ©     II    Ill Foon No. 727388(Jan 91)

THIS IS A DRILL

• *1. VIRGINIA ...AMER

                                                                    -*         THIS IS A DRILL

• nt Data Sheet - Surry Power Station Message No.

Unit No.

• POW28 I

Time l'Z.IY

                    . , Primary Plant                                                   Secondary Plant                                       Engineered Safeguards RCS Pressure                                                           Steam Generator Parameters                        Charging HHSI Pumps                         HHSI Flow (GPM
       < 1'100                                                                                                                 C@n>

PZR WR 11..1"- PSIG PSIG PZR Level CHG Flow 0 GPM NR Level ~C\ A 38 Co-, B l\-0 lo'o C

                                                                                                                           "A"        Avail OOS "B" ~ Avail OOS                          A    Q Th
                                                                                                                                                                                   .=13 33 Tc 2: LOgo         PSIG        LTDN Flow      0             GPM WR Level -,c,                                 %     *c*  Run9oos                             B Q NA Pressure , 'l. 8        ,2.4           e~s                                                                  33 RVUS                                   PZR Rellef Tank AFWFlow     SI           < ,s"O       <~0 PSIG GPM C
                                                                                                                                                                        "177 DynamlcHd          ""\
                                %       Press      Ho 8Co PSIG OF MS Flow       0             b             0   PPH   Norm HHSI HDR Total FT-1943                                GPM Full Range Narrow Range        -          %

Temp Level ]~  % Condenser Vacuum Cond. "A" .s In Hg ' Alternate HHSI HDR Total FT-1940 Q GPM CORE Exit T/Cs (Avg 5 HI) RCS Subcoollng Cond. "B"

                                                                                       .5        In Hg Low-Head SI Pumps                           LHSI Flow (GPM) 530           OF                         7l             OF                                                              "A"  Q     Avail OOS                       "A"       0 Auxlllary Feedwater Pumps "B" Run Avail    ~                         "B"       0 WR Loop Temperatures                                                  FW-P-2 ~ Avail OOS A                     B                    C                FW-P-3A@i) Avail OOS                               Spray Systems                       Disch. Pressure (PSIG) 1h    ~09                  So9               s z.<t Sl~                  ~\~                'S' Z.8 FW-P-3B ~ Avail OOS                                 CS-P-1A Run      0       OOS       CS A           0 Tc Condensate Storage Tanks                            CS-P-1B Run Avail@§)                     B        0 RX Coolant Pumps                        PWR Range NIS                 CN-TK-1     ao           %
 "A" Run~ OOS                            Avg C,
                                                               %       CN-TK-2     gs           %                          RS-P-1A Run S o o s                IRS A          0 "B" Run    iib    OOS                                                CN-TK-3
                                                                                    '12.        %                          RS-P-1B Run Avail@                       B       .o
 *c*@'!)    Avail oos                                                                 Electrlcal Distribution RS-P-2A Run (6.vajj) OOS           ORS A           C)

Inter Range NIS _,, Source Range NIS Emergency Dlesels RS-P-2B Run Avail@ B 0 N35: < /JI.to_,, amps N31: f.1'J1ol cps #1 Run~ OOS

                                                                                                                                                                              /0(;!_

f, i,, ~ 1" 1 RWST Level CJ Z  % CAT Level  % N36: < 1 X JO amps

• N32: cps #2 Run ii) OOS Containment Sump #3 Run~ OOS Emergency Ventllatlon Systems )

NA Level '2 '?.A* In Emergency Bus Supply VS-F-58A ~ Avail OOS

                \,(o                                                   H : © EDG DEAD WR Level                   Ft                                                                                             VS-F-58B     @      Avail OOS Temperature       If!         OF                                      J : ~ EDG DEAD 7Ca.QQ0 Containment Building WR Press Part.Press 13 .-s~

11..es PSIA PSIA Temperature Hydrogen Cone. I C:, '2 NA OF A: B: t~ Reserve Station Service Supply WY BACKFEED DEAD BACKFEED DEAD Primary Vent Stack Flow Cont. lsol. Phase (i) II Ill

• cfm C: ~ BACKFEED DEAD Fonn No. 727388(Jan 91)

THIS IS A DRILL

I . I' , THIS IS A DRILL

• nt Data Sheet - Surry Power Station Message No.

Unit No. I POW28 Time f 1,,/ ~ Primary Plant Secondary Plant Engineered Safeguards RCS Pressure Steam Generator Parameters Charging HHSI Pumps HHSI Flow (GPMJ PZR ~ IJDO PSIG PZR Level z.  % 4-0 A 38 B 3q_ C

• A * ~ Avail OOS Th 33 Tc WR l'=>>gq PSIG CHG Flow 0 GPM NA Level  % "B" {§!) Avail OOS A ~

Co~ NA RVUS "l <<000 PSIG LTDN Flow 0 PZR Relief Tank GPM WR Level Pressure CJ,1 1 "l.."'t. '°'

                                                                                              ,z..o       8So
                                                                                                          < S't)

PSIG

                                                                                                                       *c*  Run  'fil!) oos                 B C

0 0 33 j'~ AFW Flow S 'l.. ~So GPM 41 lla Dynamic Hd Full Range --  % Press Temp 8(o llf PSIG OF MS Flow 0 Condenser Vacuum 0 0 PPH Norm HHSI HDR Total FT-1943 Alternate HHSI HDR Total FT-1940 rBL 0 GPM GPM Narrow Range  % Level  % Cond. *A"

                                                                                 .~            In Hg                '

CORE Exit T/Cs (Avg 5 HI) RCS Subcoollng Cond. "B" . s. In Hg Low-Head SI Pumps LHSI Flow (GPM) 528'. OF ZQ OF "A" Avail OOS "A" 0 Auxiliary Feedwater Pumps 0 "B" Run Avall ~ "B" WR Loop Temperatures FW-P-2 @!i) Avall OOS A D C SoB 521 FW-P-3A @a> Avall OOS Spray Systems Disch. Pressure (PSIG) SOi Th SH, 4:il] 52,J FW-P-38 !i> Avall OOS CS-P-1A Run ( ~ OOS CS A 0 Tc 0 Condensate Storage Tanks CS-P-18 Run Avall@ B RX Coolant Pumps PWR Range NIS CN-TK-1 '7 ~  %

• A* Run~ OOS Avg Q  % CN-TK-2 85  % RS-P-1A Run ~oos IRS A 0
• s* Run~ oos CN-TK-3 92..  % RS-P-18 Run Avall@ B 0
• c* (§ij) Avail OOS Electrlcal Distribution RS-P-2A Run ~v~ ORS A Q Inter Range NIS _,, Source Range NIS I

Emergency Diesels OOS B 0 N35: SIU~ amps N31: 9.i~~ cps #1 Run~ OOS RS-P-28 Run Avail@

        ~l ~,o-                              f.~XJ~'      cps RWST Level      4' Z.      %     CAT Level        IQ~         %

N36: amps* N32: #2 Run~ OOS Containment Sump #3 Run @!) OOS Emergency Ventllatlon Systems ) NA Level ~"3. ii- In Emergency Bus Supply VS-F-58A ~ Avail OOS WR Level I*'° Ft H:~EDG DEAD VS-F-588@ Avail OOS 11.\'t J: ~ EDG DEAD I Temperature OF Reserve Station Service Supply Primary Vent Stack Flow zea.aaa

• cfm Containment Building WR Press

            ,., .(o'3       PSIA    Temperature     IS2       OF A:           BACKFEED DEAD                           Cont. lsol. Phase Part. Press I'~.q'f:         PSIA     Hydrogen Cone. NI\     %

B: BACKFEED DEAD [) II Ill C: BACKFEED DEAD Fonn No. 727388(Jan 911 THIS IS A DRILL

THIS IS A DRILL

• mt Data Sheet - Surry Power Station Message No.

Unit No. I POW28 Time Ill~

                   * . Primary Plant

• Secondarv Plant Enalneered Safeguards RCS Pressure Steam Generator Parameters Charging HHSI Pumps HHSI Flow (GPMJ PZR WR

     <.noo 1ss, PSIG PSIG PZR Level CHG Flow     0 0            %

GPM NR Level 1k) A se B

                                                                                                            '38 C
                                                                                                                        "A*<i "B"    u Avail OOS Avail OOS                 A     0 Th 3"lf WR Level   b'1            ~]           <oS  %     *c* Run~ oos                         B 0             3'1 NA    J.1000           PSIG         LTDN Flow    0              GPM Pressure  10 S           107          834'  PSIG                                       C 0             3 t.J RVUS                                     PZR Rellef Tank AFWFlow 5 3              <So          <~    GPM DynamlcHd            L\,o         %      Press  l le             PSIG               0             0            0         Norm HHSI HDR Total FT-1943               196          GPM Full Range            --          %      Temp    8lo
                                                ,"'l..

OF MS Flow Condenser Vacuum PPH Alternate HHSI HDR Total FT-1940 0 GPM Narrow Range  % Level  % Cond. "A" -~ In Hg ' CORE ExH T/Cs (Avg 5 HI) RCS Subcoollng Cond. *s* -~ In Hg Low-Head SI Pumps LHSI Flow (GPM) 527 OF '10 Of "A"~ Avail OOS "A" a Auxiliary Feedwater Pumps "B" Run Avail @s) "B" 0 WR Loop Temperatures FW-P-2 ~ Avail OOS A B C FW-P-3A ~ Avail OOS Th so~ So(o SUo Spray Systems Disch. Pressure (PSIG) FW-P-38 ~ Avail OOS CS-P-1A Run ~ OOS CS A 2) 51 'S" SHo S'Ua Tc Condensate Storage Tanks CS-P-18 Run Avail @ B Q RX Coolant Pumps PWR Range NIS CN-TK-1 11  %

• A* Run @!b OOS Avg 0  % CN-TK-2 8~  % RS-P-1A Run Q OOS IRS A Q
• s* Run~ oos CN-TK-3 q~  % RS-P-18 Run Avail~ B 0
• c*@§)Avall oos Electrical Distribution Inter Range NIS , _, Source Range NIS Emergency Diesels RS-P-2A Run Q OOS ORS A 0 N35: </ X/0 amJ.;S N31: C/.lj_'i,_1(1, 1

cps #1 RunQoos RS-P-28 Run Avail @ B a N36: S 1 ~'1.

               ,/I amps .            N32: f-3~lo.'          cps   #2 Run~ OOS RWST Level       'I 2.     %     CAT Level      10D         %

Containment Sump #3 Run@p OOS Emergency Ventllatlon Systems ) NA Level ~3-5 In Emergency Bus Supply VS-F-58A {§jj) Avail oos

             \ .(o                                                    H : ~ EDG DEAD WR Level                     Ft                                                                                          VS-F-588 ~ Avail OOS Temperature        '~~          OF                                     J : ~ EDG DEAD 71a. QQO Primary Vent Stack Aow                                cfm Containment Bulldlng                                                   Reserve Station Service Supply

• WR Press 1'3-15 PSIA Temperature 153 OF A: @I) BACKFEED DEAD Cont. lsol. Phase Part.Press 11-0lo PSIA Hydrogen Cone. NA  %

B: <'.sMD) BACKFEED DEAD tD II Ill C: ~ BACKFEED DEAD Form No. 727388(JM 91) THIS IS A DRILL

THIS IS A DRILL

• nt Data Sheet - Surry Power Station Message No.

Unit No. Time I

• POW28 IZ/1

         ..               Primary Plant                                                    Secondary Plant                                    Engineered Safeguards RCS Pressure                                                              Steam Generator Parameters                        Charging HHSI Pumps                      HHSI Flow (GPM PZR     < I "l 0<>        PSIG         PZR Level     ()          %                       A               B           C

• A * ~ Avail OOS Th Tc PSIG 0 NA Level "4 I "38 38  % *e*@ Avail oos A 0 J!,

WR l'S"l-°' CHG Flow GPM 3S NA 2U2QQ PSIG LTDN Flow 0 GPM WR Level teB lo7 (p(c, % *c* Run Q oos B 0 Pressure fo9~ lD9.] 8l?. PSIG C 0 35 RVUS DynamlcHd 4)  % PZR Relief Tank Press \le PSIG AFWFlow 51.. .(."'O .(SO 0 GPM ,,, Full Range --  % Temp Blo

                                                    ,q.

OF MS Flow 0 Condenser Vacuum 0 PPH Norm HHSI HDR Total FT-1943 Alternate HHSI HDR Total FT-1940 0 GPM GPM Narrow Range  % Level  % Cond. *A" .~ In Hg ' CORE ExH T/Cs (Avg 5 HI) s.;;1 s OF RCS Subcoollng 70 Of eonc:1. *s* . " In Hg Low-Head SI Pumps "A" ~ Avail OOS LHSI Flow (GPM)

                                                                                                                                                                    "A"     lJ WR Loop Temperatures Auxlllary Feedwater Pumps FW-P-2            Avail OOS "B" Run Avail     §                      *e*     ()

A B C FW-P-3A {§a, Avail OOS sos Scil'fo Spray Systems Disch. Pressure (PSIG) Th So~ FW-P-3e ~ Avail OOS ~ OOS Tc 45 l':I

                               ~*~                45,t                                                                     CS-P-1A Run                        CS A         0 Condensate Storage Tanks                           CS-P-1B Run Avan@                      B        0 RX Coolant Pumps                             PWR Range NIS               CN-TI<-1       11          %

• A* Run @!> OOS Avg 0  % CN-TI<-2 S=>  % RS-P-1A Run{&aiD OOS IRS A 0
• e* Run~ oos CN-TK-3  % RS-P-1B Run Avan@ B D
• c*@ Avail oos Electrlcal Distribution RS-P-2A Run ~ OOS ORS A 0 Inter Range NIS _,, Source Range NIS Emergency Diesels

                                                                                                                                                    §                      0 N35:      <1"1,I*_,,      amps               N31:  9. 3)(/QI '     cps   #1 Run~ OOS RS-P-2B Run Avail                       B N36: <l"gJO                                  N32: '/. 2 >< /0      cps RWST Level        ~ Z.       %     CAT Level IQQ               %

amps* #2 R u n ~ OOS Containment Sump #3 Run Ava OOS Emergency Ventllatlon Systems ) 21.(o Emergency Bus Supply NR Level In VS-F-58A ~ Avail OOS WR Level

                 \ .lo        Ft                                        H : ~ EDG DEAD                                     VS-F-58B        u   Avail OOS Temperature           l~C:>>       OF                                     J: R        EDG DEAD
                                                                                                                                                         ]fa, QOO Containment Bulldlng                                                     Reserve Station Service Supply                     Primary Vent Stack Flow

• cfm 11-85 ,sq ~

WR Press Part.Press

               ,,.,~           PSIA PS:A Temperature Hydrogen Cone.      NA.

OF A: B: WY BACKFEED DEAD BACKFEED DEAD Cont. lsol. Phase

                                                                                                                           ©     II    Ill C: ~ BACKFEED DEAD Fonn No. 727388(Jan 1111 THIS IS A DRILL

THIS IS A DRILL

                                                                                                    . ' n t Data Sheet - Surry Power Station Message No .

Unit No.

• POW28 Time 11,18 Primary Plant Secondary Plant Ennlneered Safeguards RCS Pressure PZR <tiOO WR l~1't PSIG PSIG PZR Level CHG Flow 0

0 GPM Steam Generator Parameters NA Level A ll,1.. 3't B

                                                                                                                  '31 C
                                                                                                                              "A" i Charging HHSI Pumps "B" Ru Avail OOS Avail OOS                  A HHSI Flow (GPM 0

Th

                                                                                                                                                                                    ~'I Tc NA     ) lOOO            PSIG            LTDN Flow        0        GPM    WR Level   ~8                (o1         fo"i  %     *c*  Run  ID]) oos                  B 0              ~9 Pressure   eo,ez            '28'-4       80:z  PSIG                                       cO               'S't RVUS
                            ...               PZR Rellef Tank AFWFlow     <~O             <~D         <~"    GPM DynamlcHd                             %        Press      Bo        PSIG MS Flow       0                0          0    PPH   Norm HHSI HDR Total FT-1943              3;2').         GPM Full Range Narrow Range
                           ~5 IDO Temp Level
                                                        ,~

8<o OF Condenser Vacuum Cond. "A" .~ In Hg ' Alternate HHSI HOR Total FT-1940 () GPM CORE Exit T/Cs (Avg 5 H!} RCS Subcoollng Cond. "B" . ,{; In Hg Low-Head SI Pumps LHSI Flow (GPM) S03 OF -zo Of Auxlllary Feedwater Pumps "A"~ Avail OOS "A" zz "B" Run Avail ~ "B" Q WR Loop Temperatures FW-P-2 ~ Avail OOS A B C FW-P-3A ~ Avail OOS Spray Systems Disch. Pressure (PSIG) 1h 5or S'D3 52.l. FW-P-3B @[!) Avail OOS CS-P-1A Run Avail@ CS A 0 Tc SIi SIi 5~ Condensate Storage Tanks CS-P-1B Run Avail@ B 0 RX Coolant Pumps PWR Range NIS CN-TK-1 ,s  % (') 8S RS-P-1A Run "A" R u n ~ OOS Avg  % CN-TK-2  % IRS A Q

• s* Run 9 oos CN-TK-3

                                                                                       ~z            %

Affil~ RS-P-18 Run Avail 00 B 0

• c* Run ~~ oos Electrical Distribution Inter Range NIS Source Range NIS RS-P-2A Aun AvaJI~ ORS A 0 Emergency Dlesels

             'I. ** ,

N35: <. 1 Jl>

       < I "!..ID
                   .,,   amps                 N31:

N32: 9 '/ 101 9.9 x,o' cps #1 ~ Avail OOS RS-P-2B Run Avail 00 RWSTLevel qz.  % B CAT Leval 0 28  % N36: amps* cps #2 Run~ OOS Containment Sump # 3 ~ Avail OOS Emergency Ventllatlon Systems ) NA Level ~s., In Emergency Bus Supply VS-F-58A ~ Avail oos

                 ,. 8 WR Level IJ]

Ft OF H:{Bs§) EOG DEAD J: ~ EOG DEAD VS-F-58B Avail OOS Temperature Primary Vent Stack Flow zt,,<< '2QD cfm Containment Bulldlng Reserve Station Service Supply

• WR Press zsA PSIA Temperature 2~0 OF A : ~ BACKFEED DEAD Cont. lsol. Phase Part. Press ) I a. S PSIA Hydrogen Cone. J/A  % B: ~ BACKFEED DEAD I II @)

C: SWY BACl<FEED DEAD THIS IS A DRILL FOlln No. 727388(Jan 1111

THIS IS A DRILL

• nt Data Sheet - Surry Power Station Message No .

Unit No. I

• POW28 Time IZ.IC/

                    . .. Primary Plant            .                                           Secondary Plant                                     Engineered Safeguards RCS Pressure                                                                Steam Generator Parameters                          Charging HHSI Pumps                      HHSI Flow (GPM PZR     <. 1700           PSIG         PZR Level       0            %                        A              B           C       "A"  dho   Avail OOS                         Th           Tc WR        Le]             PSIG         CHG Flow         0            GPM    NR Level   ~8              ~5           3(o    %    "B" ~ Avail OOS                        A     0         8/

WR Level Ct:,; G,(o (gb 0 81 "Cu R u n ~ OOS B NR laS PSIG LTDN Flow 0 GPM Pressure 7~B Z~IJ:. "l] ~ PSIG C 0 s, RVUS PZR Relief Tank l85 ~'to DynamlcHd -  % Press

                                                      , to           PSIG AFW Flow I '?. !

MS Flow b 0 0 GPM PPH Norm HHSI HOR Total FT-1943 '/36 GPM Full Range \Sb  % Temp g(p OF Alternate HHSI HDR Total FT-1940 0 GPM Condenser Vacuum Narrow Range laY  % Level 14  % Concl. *A* .~ In Hg ' CORE Exit T/Cs (Avg 5 HI) RCS Subcoollng

                                             ... :is Cond. "BA       -~          In Hg Low-Head SI Pumps                        LHSI Flow (GPM)

ZBo OF Of "A~Avail OOS "A" I~"l.(o Auxiliary Feedwater Pumps "B" Run Avail @§) "B" 0

                              ~.

WR Loop Temperatures FW-P-2 (fum) Avail OOS A B C FW-P-3A ~ Avail OOS Spray Systems Disch. Pressure (PSIG) Th 3o1 "301 :SOI FW-P-38 ~ Avail OOS CS-P-1A Run Avail@o§) CS A 0 Tc

     'lol                                           '!ol Condensate Storage Tanks                            CS-P-18 Run Avail       elms>          B          Q RX Coolant Pumps                             PWR Range NIS                  CN-TK-1      ]~            %

"A* Run~ OOS Avg 0  % CN-TK-2 8S  % RS-P-1A Run Avail~ IRS A 0

• e* Run~ oos CN-TK-3 32.  % RS-P-18 Run Avail 0 B D
• c* R u n ~ oos Electrical Distribution RS-P-2A Run ORS A D Inter Range NIS _,, Source Range NIS

                                                                 '         Emergency Diesels RS-P-28 Run Avail A.all~

0 B D N35: ~IXIO amps N31: B. 't. XIi) cps #1 @!!) Avail OOS

                -"                                                                                                             RWSTLevel        'ti         %     CAT Level     !! I         %

N3.6: ~ I XlQ. amps* N32: B. 1 x,o' cps #2 Run~ OOS Containment Sump #3 ~ Avail OOS Emergency Ventilation Systems ) NR Level >'Zt.,S In Emergency Bus Supply VS-F-58A @!!) Avail OOS WR Level  ?,o Ft H : ~ EDG DEAD VS-F-588 (1Eip) Avail OOS J: ~ EDG DEAD A:I Temperature ZO(o OF Reserve Station Service Supply Primary Vent Stack Flow 11,,000 cfm Containment Building WR Press *~ PSIA Temperature 21oO OF BACKFEED DEAD Cont. lsol. Phase Hydrogen Cone. WA @> Part. Press '1 1'3 ' S B: WY BACKFEED DEAD PSIA  % I II C: WY BACKFEED DEAD Form No. 727388(Jan 91) THIS IS A DRILL

THIS IS A DRILL

                                                                                                     . 1 t Data Sheet - Surry Power Station Message No.

Unit No. I

• POW28 Time IZ'Z.O

           . .  ..   *,:,  . *. Prlmarv Plant                     :                             Secondary Plant                                   Engineered Safeguards RCS Pressure                                                                  Steam Generator Parameters                         Charging HHSI Pumps                      HHSI Flow (GPM C      *A~Avail OOS                                 Th PZR .(1100 WR         S9 PSIG PSIG PZR Level CHG Flow 0

0 GPM NA Level L\, l A 38 B

                                                                                                                    !5(p   %

• s ~ Avail oos A 0 a,Tc NA s; PSIG LTDN Flow 0 GPM WR Level L,~ b0 lo1  % "C" Run @j) OOS B 0 Bl Pressure ~SI 882. ""7~3 PSIG C ~ 8/

RVUS PZR Rellef Tank 151... 3SO AFW Flow * / 5Co DynamlcHd Full Range

                              .s,

{o~ Press Temp Level l\o BCo 14 PSIG OF MS Flow Q Condenser Vacuum 0 0 GPM PPH Norm HHSI HDR Total FT-1943 Alternate HHSI HDR Total FT-1940

                                                                                                                                                                           'f 3{o 0

GPM GPM Narrow Range  %  % Cond. *A* -~ In Hg ' CORE Exit T/Cs (Avg 5 HI) 211> OF RCS Subcoollng

                                                    -3~        Of Conct  *s*        -~        In Hg Low-Head SI Pumps "A"C§ru Avall OOS LHSI Flow (GPM)
                                                                                                                                                                         *A"    ,srl'I Auxlllary Feedwater Pumps "B" Run Avail  @                        "B"       0 WR Loop Temperatures                                                         FW-P-2    ~ Avail OOS A                         B                  C              FW-P-3A ~ Avail OOS                                 Spray Systems                     Disch. Pressure (PSIG)

Th -. C\"'L a9-z.. ;iql, FW-P-3B@fy Avall OOS CS-P-1A Run Avail~ CS A 0 Tc 2..,1.. 2.!l- 2<t:t Condensate Storage Tanks CS-P-18 Run Avall 00 B Q RX Coolant Pumps PWR Range NIS CN-TK-1 JJ  %

• A* Run(A";°al) OOS Avg 0  % CN-TK-2 as  % RS-P-1A Run Avail~ IRS A (!)
• s* Run(8oos CN-TK-3 ~z.  % RS-P-18 Run Avall OOS B 0
• c* Run~OOS Electrical Distribution Inter Range NIS ,, Source Range NIS Emergency Dlesels RS-P-2A Rtn Avail~ ORS A 0

                                                                                                                                               ,o RS-P-28 Run Avail       O              B      0 N35:        S   l ~ll.           amps              N31: s.,X/IJI      cps    #1 (ayp)  Avall OOS N36: S: I.~ tlf                                  N32:  8-S XJIJ'     cps RWSTLevel CAT Level       iD           %

amps* #2 Run~ OOS Containment Sump #3~Avall OOS Emergency Ventllatlon Systems ) NA Level ) 'tC-. S In Emergency Bus Supply VS-F-58A<§rj) Avail OOS WR Level z.. I Ft H:@EDG DEAD VS-F-588 Q Avail OOS Temperature ~13 OF J : ~ EOG DEAD Primary Vent Stack Flow 7(1} JOQQ cfm Containment Building Reserve Station Service Supply I WR Press si.~ PSIA Temperature a~ 1 OF A: @ BACKFEED DEAD Cont. lsol. Phase Part. Press ) I "3

• S PSIA Hydrogen Cone. NA  % B: ~ BACKFEED DEAD I II C: SWY BACKFEED DEAD Form No. 727388(Jan 91)

THIS IS A DRILL

THIS IS A DRILL

                                                                                                 . n t Data Sheet - Surry Power Station Message No.

Unit No. I

• POW28 Time 1l'Z.1

   '**. . .         ...* Primary Plant                                                     Secondary Plant                             . .       Engineered Safeguards RCS Pressure PZA ~\100                PSIG          PZA Leval    0             %

Steam Generator Parameters A B C uA* 2 Charging HHSI Pumps Avail OOS HHSI Flow (GPM Th Tc WA NA ~, S3 PSIG PSIG CHG Flow LTDN Flow 0 0 GPM GPM NA Level WA Leval Pressure 4-1' (oCf

                                                                                    !flo9
                                                                                                    ~o G,t, l!.i3~
                                                                                                                 '3't foq Jo3 PSIG "B* Aun Avail OOS "C* Run    fill)  OOS A 0 B 0 C 0 9b 8fo Bt::,

RVUS PZR Relief Tank <,.a;O 3So DynamlcHd -G,(o  % Press lb PSIG AFW Flow MS Flow Ii O 0 0 e, GPM PPH Norm HHSI HOR Total FT-1943 t/!o'f GPM 8Co Full Range Narrow Range

                        ,s        %

o/o Temp Level 14 OF Condenser Vacuum Canel. *A* .~ In Hg ' Alternate HHSI HOA Total FT-1940 0 GPM CORE Exit T/Cs (Avg 5 HI) RCS Subcoollng Cond. "B"

                                                                                       .~           In Hg Low-Head SI Pumps                        LHSI Flow (GPM)
  '2.(Q3         OF                           -35           OF                                                                "A"  ~ Avail OOS                        *A*    H,13 Auxiliary Feedwater Pumps u9* Run Avail     (Qo§}                 u9*       0 WR Loop Temperatures                                                      FW-P-2     ~       Avail OOS Th     :>-~~

A

                            .,.,e:;B ol85 C

FW-P-3A ~ Avail OOS FW-P-3B ~ Avail OOS Spray Systems Disch. Pressure (PSIG)

      ,ss                   .;a.85               a.es                                                                         CS-P-1A Run Avail~               CS A           0 Tc RX Coolant Pumps                             PWR Range NIS Condensate Storage Tanks CN-TK-1                   %

CS-P-1B Run Avail (QQ§) B 0

• A* Run~ OOS Avg 0  % CN-TK-2 as  % RS-P-1A Aun Avail~ IRS A 0
• e* Aun~ oos CN-TK-3 !t.  % AS-P-18 Aun Avail) B 0
• c* Aun~OOS Electrlcal Distribution RS-P-2A Aun Avail@ ORS A 0 Inter Range NI~ Source Range NIS Emergency Diesels N35: <l~tf

         <1Y.1i"
                 -*      amps               N31:  B. '$ /( ID N32: 8, 5X1D 1

I cps #1 ~ Avail OOS RS-P-2B Aun Avall ~ RWST Level 8'f  % B CAT Level 0 fC>  % N36: amps* cps #2 Aun~ OOS Containment Sump #3 @!) Avail OOS Emergency Ventilation Systems ) NA Level 2 2(o,S In Emergency Bus Supply VS-F-S8A ~ Avail OOS WA Level ~*6 Ft H : ~ EOG DEAD VS-F-58B ~ Avail OOS Temperature ~,ct OF J : ~ EOG DEAD Containment Building Reserve Station Service Supply Primary Vent Stack Flow , Zfa.tJDl'J cfm WR Press 53.1. PSIA Temperature ~ 'Ho OF A: @ BACKFEED DEAD Cont. lsol. Phase Part. Press '1 f). S PSIA Hydrogen Cone. "A  % B: ~ BACKFEED DEAD I II @) C: WY BACKFEED DEAD Foon No. 72738B(Jan 911 THIS IS A DRILL

THIS IS A DRILL

                                                                                                       .int Data Sheet - Surry Power Station Message No.

Unit No. I

• POW28 Time 12ZZ.

,,*. ..* .                  . Prlmarv Plant **                                                   Secondarv Plant                                    Engineered Safeguards RCS Pressure                                                                   Steam Generator Parameters                         Charging HHSI Pumps                      HHSI Flow (GPM PZR WR
            ~  poo sz.

PSIG PSIG PZR Level CHG Flow 0 0 GPM NR Level 4S A qi B

                                                                                                                     ~, C "A"~ Avail
                                                                                                                                 *s*       Avail oos oos                 A Th 0         8'-"

Tc

               ~q                                                             WR Level   "lO             Co'\        10     %    *c* RunQ oos                          B 0         8Co NA                            PSIG        LTDN Flow       Q           GPM Pressure   ~~:>            'C>llt      ~C.,5  PSIG                                       C 0          8<o RVUS                                            PZR Rellef Tank 13 (p             l35       1 't 7 DynamlcHd
                              ...      %       Press     Ito          PSIG AFW Flow 0               0          0 GPM Norm HHSI HDR Total FT-1943             lfG:>4           GPM MS Flow                                       PPH Full Range                   lob        %      Temp      j(p          OF                                                                                                    0 Alternate HHSI HDR Total FT-1940                         GPM Condenser Vacuum Narrow Range                  '26       %       Level   'l~            %
                                                                                             *"S                               '

Canel. "A" In Hg CORE ExH T/Cs (Avg 5 HI) RCS Subcoollng Canel. "B" .~ In Hg Low-Head SI Pumps LHSI Flow (GPM) i!S~ OF -3S Of "A"@ Aval! OOS "A" /~88 Auxlllary Feedwater Pumps "B" Run Aval! ~ "B" 0 WR Loop Temperatures FW-P-2 Q Aval! oos A B C FW-P-3A ~ Avail oos

                                                     .:1,1                                                                       Spray Systems                     Disch. Pressure (PSIG) 1h           '2,"\'S               2.11 FW-P-38 ~ Aval!           oos                       CS-P-1A Run Aval!~               CS A         0 Tc            ~'I!                 2.18               z:st                                                                                                                       0 Condensate Storage Tanks                            CS-P-18 Run Aval!        0           B RX Coolant Pumps                                PWR Range NIS                  CN-TK-1      ]Co          %

• A* Run~ OOS Avg 0  % CN-TK-2 iS  % RS-P-1A Run A,ail~ IRS A 0 "B" Run @JD OOS CN-TK-3 Cf1,.  % RS-P-18 Run Aval! 00 B 0
• c* Run ~oos Electrlcal Distribution RS-P-2A Run Avail (@ ORS A 0 Inter Range NIS _,, Source Range NIS

                                                          .       I Emergency Diesels RS-P-28 Run Aval! ~                    B        0 N35:           S tY.IP_,,      amps             N31: ~_Q__ cps
                                                      'i./)(/#1  I
                                                                              #1C@Avall        oos RWST Level      8CZ        %     CAT Level      2~            %

N36: <1x10 amps* N32: cps #2 Run (Ava]) OOS Containment Sump #3~Avall OOS Emergency Ventllatlon Systems ) NR Level 'l'9. c; In Emergency Bus Supply VS-F-58A @ Avall OOS WR Level 2 . 'Z. H:~EDG DEAD Ft VS-F-588 (@ Avall OOS Temperature 2ao OF J:~EDG DEAD Reserve Station Service Supply Primary Vent Stack Flow , 7(2,0QO cfm Containment Bulldlng WR Press s1. <" PSIA Temperature ~'f(o OF A: ([wv"]) BACKFEED DEAD Cont. lsol. Phase

                                                                        % B: ~ BACKFEED Z 13

• S DEAD Part. Press PSIA Hydrogen Cone. ti A I II C: ~ BACKFEED DEAD Fonn No. 727388(Jan 111 I THIS IS A DRILL

  -~~

• VIRGIIIIIA NEIi
• nt Data Sheet - Surry Power Station Message No.
• POW28 THIS IS A DRILL Unit No. I Time I Z 'Z. '-i

                     . .* Primary Plant                                                    Secondary Plant                                     Engineered Safeguards RCS Pressure                                                            Steam Generator Parameters                          Charging HHSI Pumps                          HHSI Flow (GPM PZR                     PSIG          PZR Level      0         %                       A              B             C        " A " i Avail OOS                                Th            Tc S. l]Da WR NA
       ~~
         ~,              PSIG PSIG CHG Flow LTDN Flow Q

0 GPM GPM NA Level WR Level

                                                                                     ~1            ~3 10 4+/-

10 "B" u Avail OOS

                                                                                                                              *c*  Run~        oos A

B 0 0 Bb ltb Pressure 1 '8S ~'3' S<o] PSIG C 0 8{, RVUS PZR Rellef Tank ~ -cu <~O (' ,S-0 DynamlcHd -  % Press I t, PSIG AFWFlow MS Flow 0 0 0 GPM PPH Norm HHSI HOR Total FT-1943 '1,'1 GPM Full Range Colo  % Temp Bfo OF 0 Narrow Range eoe  % Level ,~  % Condenser Vacuum

                                                                                        -~                                '

Alternate HHSI HOR Total FT-1940 GPM Cond. "A" In Hg CORE Extt T/Cs (Avg 5 HI) RCS Subcoollng -~ Low-Head SI Pumps LHSI Flow (GPM) z.~o OF -3S- Of Cond. "B" Auxiliary Feedwater Pumps In Hg "A"(Q Avail OOS "A" l11f "B" Run Avail (QQ§) "B" 0 WR Loop Temperatures FW-P-2 ~ Avail OOS A B C FW-P-3A ~ Avail OOS Spray Systems Disch. Pressure (PSIG) Th.~ ~c).;).. ~oJ. FW-P-3B ~ Avail OOS CS-P-1A Run Avail~ CS A 0 Tc ~d.1. a'2;,,. ~~"). Condensate Storage Tanks CS-P-1B Run Avail OOS B Q RX Coolant Pumps PWR Range NIS CN-TK-1 ,s  % ()

 "A" R u n ~ OOS                             Avg                %       CN-TK-2        85         %                           RS-P-1A Run AYWl~O~

IRS A 0 "B" Run ~oos CN-TK-3 <t 2.  % RS-P-18 Run Avail OOS B Q

 *c*  Run~OOS                                                                           Electrlcal Distribution RS-P-2A Run Avail       @:o&>     ORS A               0 Inter Range NIS
            )(   _,,                         Source Range NIS
                                                       . I Emergency Diesels
                                                                                                                                                      @                             0 N35:     _,,       amps               N31:

N32: i')(;t> 7, I)(~() 1 cps #1 Avail OOS RS-P-2B Run Avail RWST Level 87  % CAT Level B f()  % N36: <Jx,19 amps* cps #2 R u n ~ OOS Containment Sump #3 ~Avail OOS Emergency Ventllatlon Systems ) NR Level 2 Z'-*< In Emergency Bus Supply VS-F-58A (§ij) Avail oos WR Level l,'t Ft H: (a§S} EOG DEAD VS-F-58B @!) Avail OOS Temperature ~,9 OF J: <@ EOG DEAD Primary Vent Stack Flow 1,,QQQ cfm Containment Bulldlng Reserve Station Service Supply ' WR Press 't8. "3 PSIA Temperature ~4-0 OF AaWYiit BACKFEED DEAD Cont. lsol. Phase fart. Press ~ I 3 ' 5 NI\ B. SWY BACKFEED DEAD PSIA Hydrogen Cone.  % c:(§wvg) BACKFEED DEAD I II FOITl1 No. 727388(Jan 91) THIS IS A DRILL

THIS IS A DRILL

• nt Data Sheet - Surry Power Station Message No.

Unit No. I

• POW28 Time 11.t 3

..                       Primary Plant .                                                   Secondary Plant                                     . Engineered Safeguards RCS Pressure                                                               Steam Generator Parameters                         Charging HHSI Pumps                      HHSI Flow (GPMJ PZR                      PSIG          PZR Level       0          %                       A              B             C      "A"~ Avail OOS                               Th           Tc
       ~Ilea NR Level    "'7             ~3           Y::'3 %    "B"@ Avail OOS                         A   0           Rfo WR      Sb               PSIG          CHG Flow        0            GPM NR       q.l             PSIG          LTDN Flow        0           GPM   WR Level "l I             1o          70     %    "C" Run~ OOS                           B 0            Ro Pressure   IS~            9-z.c.        ~*~    PSIG                                        C 0            R<o RVUS                                         PZR Reller Tank                                        <'S°O         ~S"'O S"3 DynamlcHd                 -        %         Press     Uo           PSIG AFW Flow MS Flow       0              0            0 GPM PPH  Norm HHSI HOR Total FT-1943                '/Ip 'f       GPM Full Range               (,Jg      %        Temp     8(o            OF                                                                                                    0 Alternate HHSI HDR Total FT-1940                         GPM Narrow Range             <oa       %         Level   Jtf:           %

Condenser Vacuum

                                                                                         .~

Concl. *A" In Hg ' CORE ExH T/Cs (Avg 5 HI) RCS Subcoollng Cond. "B" .s In Hg Low-Head SI Pumps LHSI Flow (GPM) z~s' OF -3S OF "A"~ Avail OOS "A" l1.0~ Auxlllary Feedwater Pumps "B" Run Avail ~ t 0 "B" WR Loop Temperatures FW-P-2 ~ Avail OOS A B C Z:z.~ FW-P-3A Avail OOS Spray Systems Disch. Pressure (PSIG) Th "Z. "L~ Z.'l..~ FW-P-3t;l Ru Avail OOS 0 Tc ~"-~ "Z,'1.' z.-z.1 CS-P-1A Run Avail@ CS A Condensate Storage Tanks CS-P-18 Run Avail (QQ§} B C) RX Coolant Pumps PWR Range NIS CN-TK-1 1S  % "A" Run@ OOS Avg 0  % CN-TK-2 e:s  % RS-P-1A Run Avail@ IRS A 0 "B" Run~ OOS CN-TK-3 ~z.  % RS-P-18 Run Avail@§) B .o

• c* Run ~§!) oos Electrlcal Distribution RS-P-2A Run Avail~ ORS A 0 Inter Range NIS _, 1 Source Range NIS

                                                        . I Emergency Dlesels 0

N35: < l X. lO._,, amps N31: f.(Xlo 1 cps #1 ~ Avail OOS RS-P-28 Run Avail 0 RWSTLevel 88  % B CAT Level fQ  % N36: < I Xlo amps* N32: 1,f'tlp cps #2 Run ]!) OOS Containment Sump #3 (Bill) Avail OOS Emergency VentllaUon Systems ) NR Level ? z.~.,S In Emergency Bus Supply VS-F-58A c:5:io) Avail oos

              'l.. "3                                                    H: ~ EOG DEAD WR Level                      Ft                                                                                              VS-F-588    <§'.a)  Avail OOS I

Temperature 2-ZO OF J: ~ EDG DEAD Primary Vent Stack Flow ZID, tJQQ Containment Bulldlng Reserve Station Service Supply

• cfm WR Press so PSIA Temperature a.l\'t NA OF k B: WY BACKFEED DEAD BACKFEED DEAD Cont. lsol. Phase Part. Press )  !'3 ' S PSIA Hydrogen Cone.  % I II C: WY BACKFEED DEAD Fann No. 727388(Jan 1111 THIS IS A DRILL

• .., /ER

                                                                   -*         THIS IS A DRILL
                                                                                                *      'lt Data Sheet - Surry Power Station Message No.

• POW28 Unit No.

Time ' I "Zl. S

                    *..* Primary Plant                                                    Secondarv Plant                                   Engineered Safeguards RCS Pressure                                                            Steam Generator Parameters                         Charging HHSI Pumps                      HHSI Flow (GPM PZR ~}1QQ WR      ~']

PSIG PSIG PZR Level CHG Flow 0 0  % GPM NR Level 41 A

                                                                                                    ~4 B

iS C

• A * ~ Avail OOS "B" ~ Avail OOS A 0 Th ate NR ~'i PSIG LTDN Flow 0 GPM WR Level JI ]o Jo  % "C" R u n ~ OOS B 0 R6 Pressure ]3o ,"7Q s2.1J. PSIG C 0 Rt" RVUS DynamlcHd Full Range

                          -Cot>     %

PZR Relief Tank Press Temp lb B<o PSIG OF AFW Flow MS Flow

                                                                                  < .,;" O 0
                                                                                                  <-SO Q

(-SO 0 GPM PPH Norm HHSI HOR Total FT-1943 t./tos 0 GPM Alternate HHSI HOR Total FT-1940 GPM Condenser Vacuum Narrow Range b9  % Level ]i  % Cond. "A" *S In Hg ' CORE Exit T/Cs (Avg 5 HI) RCS Subcoollng Canel. "B" .s In Hg Low-Head SI Pumps LHSI Flow (GPM)

 ~~B          OF                               -35         OF                                                              "A"<@ Avail OOS                         *A"   [7J3 Auxlllary Feedwater Pumps "B" Run Avail  ~                        "Bff    0 WR Loop Temperatures                                                   FW-P-2     §        Avail OOS A                           B                  C
                                                                                 ~ Avail OOS Th    a~~                     .  ~\~                a, s               FW-P-3A FW-P-3B @!b Avail OOS Spray Systems                     Disch. Pressure (PSIG) 0 CS-P-1A Run Avail~               CS A Tc    2\<I{;                     *:n,               ::l.}~

B 0 Condensate Storage Tanks CS-P-1B Run Avall OOS RX Coolant Pumps PWR Range NIS CN-TK-1 JS  % "A" Run Q OOS Avg 0  % CN-TK-2 a~  % RS-P-1A Run AvaJI~ IRS A 0

• s* Run~ oos CN-TK-3 '72.  % RS-P-18 Run Avail OOS B 0
• c* Run@ oos Electrlcal Distribution RS-P-2A Aun Avail~ ORS A 0 Inter Range NIS_,, Source Range NIS Emergency Diesels RS-P-2B Run Avail 00 B 0 7, 9>tll/ cps N35: ~IXiO ,, amps N31: # 1 ~ Avail OOS Bio  % 'lo N36: (I Xl{ amps* N32: 7. 9 1' 11/ cps #2 Run~ OOS RWSTLevel CAT Level  %

Containment Sump # 3 ~ Avail OOS Emergency Ventllatlon Systems ) NR Level 2 ~(o. S In Emergency Bus Supply VS-F-58A ~ Avail OOS

            ;\. If.                                                   H:~EDG DEAD WR Level                        Ft                                                                                          VS-F-58B ~ Avail      oos
               ~*'                                                    J:@

i Temperature OF EOG DEAD Reserve Station Service Supply Primary Vent Stack Flow ZIJJ,, 0.DD cfm Containment Bulldlng WR Press lfCo.i PSIA Temperature 2'5 '- OF A; BACKFEEO DEAD Cont. lsol. Phase Part. Press 2 13 *S PSIA Hydrogen Cone. N A.  % B: WY BACKFEED DEAD I II Gw C: S BACKFEED DEAD Form No. 727388(Jan 91) THIS IS A DRILL

THIS IS A DRILL

                                                                                                    . n t Data Sheet - Surry Power Station Message No.

Unit No. Time I

• POW28 I Z,?. (.,

.*, ....... ,             . . . Prlmarv Plant

• Secondarv Plant Engineered Safeguards RCS Pressure Steam Generator Parameters Charging HHSI Pumps HHSI Flow (GPM, PZR ~ \]f2Q PSIG PZR Level 0  % A B C "A"~ Avail OOS Th Tc WR I.Ho PSIG CHG Flow 0 GPM NR Level 48 \\:~ '*Ho  % "B"@ Avail OOS A 0 Bb i} :io JI *c* oos 0 86:,

NA I.I-~ PSIG LTDN Flow 0 GPM WR Level  % Run~ B Pressure !i:!J"Z. loC\~ 4-~3 PSIG C 0 B~ RVUS PZR Relief Tank <~ ~~o <'SO Dynamic Hd -  % Press fb PSIG AFWFlow 0 0 0 GPM Norm HHSI HDR Total FT-1943 '/h5 GPM Full Range "7

                              ~8
                                         %       Temp     8(p        OF MS Flow Condenser Vacuum PPH Alternate HHSI HDR Total FT-1940            0             GPM
                                                                                            -~"

Narrow Range  % Level J~  % CORE Extt T/Cs (Avg 5 HI) RCS Subcoollng Cond. "A" . In Hg ' Low-Head SI Pumps LHSI Flow (GPM) Cond. *s* In Hg

    ~Y.1.                OF                        s'        OF                                                             "A" Avail OOS                          "A"   /71/J Auxlllary Feedwater Pumps                                                                            0 "B" Run Avail@                          "B" WR Loop Temperatures                                                         FW-P-2     ~ Avail OOS A                     B                  C              FW-P-3A    (aYD)   Avail OOS                       Spray Systems                    Disch. Pressure (PSIG)

Th 't.o't i.o~ ;2.o! FW-P-3B ~ Avail OOS CS-P-1A Run Avail~ CS A 0 Tc -Z.01 t.b~ 'Z.O'f 0 Condensate Storage Tanks CS-P-1B Run Avail O S B RX Coolant Pumps PWR Range NIS CN-TK-1 JS  % "A" Run~ OOS Avg ~  % CN-TK-2 B~  % RS-P-1A Run IRS A 0 AVWI~ "B" Run~ OOS CN-TK-3 ~t  % RS-P-1B Run Avail OOS B 0

• c* Run ~oos Electrlcal Distribution Inter Range NIS _,, Source Range NIS

                                                            . I             Emergency Diesels RS-P-2A Run AVWI  ~         ORS A B

0 0 N35: SI ~l~ _,, amps N31: 7, "l>(JI> I cps #1SAvail OOS RS-P-2B Run Avail OOS RWSTLevel BS  % CAT Level 'II>  % N36: St g10 amps* N32: 7* 1 ){JI) cps #2 Run @Doos Containment su7 #3~Avail OOS Emergency Ventilation Systems ) NA Level >2'-* In Emergency Bus Supply VS-F-58A ~ Avail OOS 2,5 H:~EDG DEAD WR Level Ft VS-F-588 @ Avail OOS Temperature z18 OF J: A EDG DEAD Primary Vent Stack Flow 7kJQl)o cfm Containment Bulldlng R§atlon Service Supply WR Press qs.~ PSIA Temperature Z:38 OF A: WY BACKFEED DEAD Cont. laol. Phase Part. Press >13' S PSIA Hydrogen Cone. N'~  % B: D BACKFEED DEAD I II <Jib C: WYO BACKFEED DEAD Fonn No. 727388(Jan 91) THIS IS A DRILL

  ***    VIRGIMb. . ..AlrEII THIS IS A DRILL
                                                                                                       . m t Data Sheet - Surry Power Station Message No.

Unit No. I

• POW28 Time ll.21

                       , ., Primary Plant                                                         Secondary Plant                                    Engineered Safeguards RCS Pressure                                                                   Steam Generator Parameters                         Charging HHSI Pumps                     HHSI Flow (GPM PZR    ~)JOO              PSIG          PZR Level      0              %                        A            B              C       " A ~ Avail OOS                            Th           Tc WR       ~                PSIG          CHG Flow       0               GPM    NR Level     4:8           ~l             ~lo  %     "B" un Avail OOS                     A    0          8<o NR        ,r3             PSIG          LTDN Flow      0               GPM    WR Level   it,            '11           "71    %     "C" Run~ OOS                         B   0           8" Pressure    6"LS          (2~1           ~'ia~ PSIG                                       C 0             8(,..

RVUS PZR Rellef Tank :s9' <.9> <../SD DynamlcHd -  % Press ((p PSIG AFWFlow MS Flow 0 0 0 GPM PPH Norm HHSI HDR Total FT-1943 'ft.S GPM Full Range 67  % Temp Sfo OF Alternate HHSI HDR Total FT-1940 0 GPM Narrow Range '2a.  % Level

                                                         ,'+             %

Condenser Vacuum Concl. "A" .~ In Hg ' CORE ExH T/Cs (Avg 5 HI) 2:3J OF RCS Subcoollng

                                                -Z3              OF Cond. "B" Auxiliary Feedwater Pumps In Hg Low-Head SI Pumps "A"~ Avall OOS "B" Run Avall ~

LHSI Flow (GPM)

                                                                                                                                                                           "A" 11~3 "B"      0 WR Loop Temperatures FW-P-2     ~       Avail OOS A                         B                    C FW-P-3A Run        Avail OOS Th     l,o'f                  .:lo4'                ;to~                                                                          Spray Systems                    Disch. Pressure (PSIG)

FW-P-3B ~ Avail OOS (6os) Tc 'Z.Dc.f. 'Z,.04' z.o~ CS-P-1A Run Avall CS A C, Condensate Storage Tanks CS-P-1B Run Avall (gos) B 0 RX Coolant Pumps PWR Range NIS CN-TK-1 ,S  %

• A" Run lJ> OOS Avg b  % CN-TK-2 e~  % RS-P-1A Run Avail@ IRS A 0 "B" Run~ OOS CN-TK-3 9?..  % RS-P-1B Run Avail@ B .a

 *c*   Run    ~oos                                                                             Electrical Distribution RS-P-2A Run Avall     @         ORS A          0 Inter Range Nlf
          <IYJD_,,
                   ...                         Source Range NIS
                                                      '7, (,, 't II> I Emergency Dlesels RS-P-2B Run Avail     @                B       0 N35:

N36: <l)LIO amps amps* N31: N32: 1, l.~JI> I cps cps

                                                                               # 1 ~ Avail OOS
                                                                               #2. Run~ OOS RWST Level     i'f        %     CAT Level       so           %

Containment Sump #3@a> Avail OOS Emergency Ventllatlon Systems ) NA Level 2 'Z(o.~ In Emergency Bus Supply VS-F-58A ~ Avail oos z,S H: -@) EDG DEAD WR Level Ft VS-F-588 ~ Avail OOS

                     ~ 17                                                         © i

Temperature OF J: EDG DEAD Reserve Station Service Supply Primary Vent Stack Flow Z6~tJOQ

• cfm Containment Bulldlng WR Press &J&f. 5 PSIA Temperature t'!8 OF Ac BACl<FEED DEAD Cont. lsol. Phase Part. Press 2: I3 ,5 PSIA Hydrogen Cone. Nb.  %

B: SWY BACKFEED DEAD I II 01D C: WY BACKFEED DEAD Foon No. 727388(Jan 91) THIS IS A DRILL

THIS IS A DRILL

• nt Data Sheet - Surry Power Station Message No.

Unit No. I

• POW28 Time /'Z.33

-**:.>-;: *...               . . Primary Plant **                     ,.                           Secondary Plant                                    Engineered Safeguards RCS Pressure                                                                     Steam Generator Parameters                          Charging HHSI Pumps                      HHSI Flow (GPM PZR (\100                        PSIG         PZR Level     0         %                         A                 B           C       " A * ~ Avail OOS                           Th           Tc WR              3~               PSIG         CHG Flow      0             GPM   NR Level     ~4               'i:3        '.}6  %     "B" Ru Avail OOS                     A     0          ~

10 70 '11) 0 8<a NR l.1 PSIG LTDN Flow 0 GPM WR Level  % "C" Run~ OOS 8

                                                                                          'i(o0             4-S"B        ~,8                                                   0           8(o
                                                           ,~

Pressure PSIG C RVUS PZR Rellef Tank So <"!;~ <. ~o Dynamic Hd -  % Press PSIG AFW Flow ( MS Flow ~ Q 0 GPM PPH Norm HHSI HDR Total FT-1943 L/-t,b GPM Full Range 68  % Temp 8(p OF Alternate HHSI HOR Total FT-1940 0 GPM Narrow Range 66'  % Level ]~  % Condenser Vacuum Cond. "A* *S In Hg '

                                                                                              .s
                                                    - ,~

CORE Exit T/Cs (Avg 5 HI) RCS Subcoollng Low-Head SI Pumps LHSI Flow (GPM) Conct. *0* In Hg 2zo OF Of " A * ~ Avail OOS "A" /'i/05 Auxlllary Feedwater Pumps "B" Run Avail @§§) "8" 0 WR Loop Temperatures FW-P-2 @w Avail oos A B C FW-P-3A ~ Avail oos Spray Systems Disch. Pressure (PSIG) Th \j~ l&1 l8* FW-P-38 Run Avail OOS CS-P-1A Run CS A 0 Tc ~~~ ~,~ llS~ Mall~ (!) Condensate Storage Tanks CS-P-18 Run Avail OOS 8 RX Coolant Pumps PWR Range NIS CN-TK-1 ].5  % "A* Run Q OOS Avg Q  % CN-TK-2 ss  % RS-P-1A Run Avail~ IRS A 0

• a* Run@ oos CN-TK-3 Cf Z..  % RS-P-18 Run Avail OS 8 0
• c* Run <&i1b oos Inter Range NIS Source Range NIS 1: S ~,o' Electrical DlstrlbuUon Emergency Diesels RS-P-2A Run Avail if ORS A "0

RS-P-28 Run Avail O 8 N35: Sl~IQ amps N31: cps #1 Run (1§1!) OOS

                                                                                                                                                    ,2        %                       ~Q N36:            <' y. ii"         amps*             N32:   1. 'S ~It/     cps   #2 Run~ OOS RWSTLevel                      CAT Level                      %

Containment Sump #3 Run~OOS Emergency Ventllatlon Systems ) NR Level ~'°* 2

zz.f1 In Emergency Bus Supply H:@ EOG DEAD VS-F-58A ~ Avail oos WR Level Ft VS-F-588 ~ Avall OOS Temperature i. rz. OF J: ~ EDG DEAD Primary Vent Stack Flow 1/.,IX){) cfm Containment Bulldlng Reserve Station Service Supply 1 WR Press 38,(o PSIA Temperature 2 Z..S OF A : m BACKFEED DEAD Cont. lsol. Phase Part. Press ~ I l , 2 PSIA Hydrogen Cone. NA  % 8: WY 8ACKFEED DEAD I II @

C: S D BACKFEED DEAD Foon No. 727388(Jan 91) THIS IS A DRILL

• *1. VIRGINIA. ,¥ER THIS IS A DRILL
• rit Data Sheet - Surry Power Station Message No.

Unit No.

• POW28 I

Time I ;;l.1/-3

                         . Primary Plam                                                     Secondary Plant                                   Engineered Safeguards RCS Pressure                                                          Steam Generator Parameters                           Charging HHSI Pumps                         HHSI Flow (GPM PZR   <l,oo              PSIG        PZR Level     0         %                         A                            C      uA* (ayri) Avail OOS                            Th           Tc 3,               3'/,B       3(p                                                        a         J"Z.i 0                 NR Level                                         %    us*(!§I) Avail OOS                       A WR      3l 2-,             PSIG        CHG Flow                 GPM 12                 77..        7"2..                                                      0         n1 NR                       PSIG        LTDN Flow     0          GPM    WR Level                                         %    uc" Runeoos                               B Pressure   z., 'I I           z(oo        l5'3   PSIG                                          C    0          J"L1 RVUS                                       PZR Rellef Tank
                                                                                  <~O                So          <S-o Dynamic Hd                -        %       Press    lb         PSIG AFWFlow 0

GPM 113 Full Range Narrow Range "8 fo8 Temp Level 8(p 19: OF MS Flow Condenser V~rum 0 Q PPH Norm HHSI HDR Total FT-1943 Alternate HHSI HDR Total FT-1940 0 GPM GPM Cond. "A* In Hg ' CORE Exit T/Cs (Avg 5 HI) RCS Subcoollng Canel "B" . '< In Hg Low-Head SI Pumps LHSI Flow (GPM) 218 OF -iD Of UA" {§a> Avail OOS UA" t f.S"O Auxlllary Feedwater Pumps us* Run Avall (Qq§} UB" 0 WR Loop Temperatures FW-P-2 ~ Awll OOS A B C FW-P-3A Ru Avail OOS llo3 Spray Systems Disch. Pressure (PSIG) ll.} \Co:) Th 11..'J. 11.~ Uo3 FW-P-31;1 Avail OOS CS-P-1A Run Avail (QQ§) CS A 0 Tc 0 Condensate Storage Tanks CS-P-18 Run Avail@ B RX Coolant Pumps PWR Range NIS CN-TK-1 13  %

 "A" Run~ OOS                               Avg     Q         %       CN-TK-2        B~             %                        RS-P-1A Run Avail~

IRS A 0 u9* R u n ~ OOS CN-TK-3 q-z..  % RS-P-18 Run Avail OOS B 0

 *c*   Run@ oos                                                                         Electrical Distribution Inter Range NIS N35:    <I 1t10
                   ,,      amps Source Range NIS N31:   7.l/y.1o'    cps Emergency Dlesels
                                                                      #1   Run9oos RS-P-2A Run Avail~

RS-P-28 Run Avail~ ORS A B Q 0 7/ 'lo N36: <Ix,&" amps* N32: ' * ' x,o' cps #2 Run ~m OOS RWSTLevel  % CAT Level  % Containment Sump #3 R u n s OOS Emergency Ventllatlon Systems ) NA Level ) 2fo,~ In Emergency Bus Supply VS-F-58A @ Avail oos WR Level

                ~.z..          Ft                                     H:@EDG DEAD VS-F-588 ~ Avail OOS Temperature        ~o~           OF                                  J:~EDG DEAD Primary Vent Stack Flow      ~()~0                        cfm Containment Bulldlng                                                 Reserve Station Service Supply WR Press       .:,z. s          PSIA  Temperature 2 IZ. OF A:  (swy)b    BACKFEED DEAD                            Cont. lsol. Phase Part. Press   :Z I '3

• S PSIA Hydrogen Cone. KA  % B: ~ BACKFEED DEAD I II @)

C: WYO BACKFEED DEAD Fonn No. 727388(Jan 91) THIS IS A DRILL

                                                                  -*         THIS IS A DRILL

• nt Data Sheet ~ Surry Power Station Message No.

Unit No. Time I

• POW28 ll53

. *.. *               . . Primary Plant

• Secondarv Plant Engineered Safeguards RCS Pressure Steam Generator Parameters Charging HHSI Pumps HHSI Flow (GPM PZR ~ IJQC> PSIG PZR Level 0  % A B C
• A * ~ Avail oos Th Tc

                                                                                                  'ii          'f3 WR NA u,

Z.4 PSIG PSIG CHG Flow LTDN Flow 0 Q GPM GPM NA Level WR Level 1#,!

                                                                                 )4:             1~           J'S'
                                                                                                                     'Y.
                                                                                                                           "B"(aw Avail "C" R u n ~ OOS oos                 A B

0 0

                                                                                                                                                                                ' '° l(h Pressure ~13                 \i(o         IS°O  PSIG                                       C   0          Jib RVUS                                       PZR Relief Tank DynamlcHd                 -        %       Press     tb         PSIG AFW Flow MS Flow
                                                                                 < ("o 0
                                                                                                 ~S-0 0
                                                                                                            <~O 0

GPM PPH Norm HHSI HDR Total FT-1943 l~'t GPM Full Range h8  % Temp BG> OF Alternate HHSI HDR Total FT-1940 0 GPM Condenser Vacuum Narrow Range b/1  % Level ]4  % .~ Cond. *A* In Hg ' CORE Exit T/Cs (Avg 5 HI) RCS Subcoollng Cond. "B" .~ In Hg Low-Head SI Pumps LHSI Flow (GPM) I 8'1 OF 1,3 Of *N ~Avail oos "A" I 99Z. Auxlllary Feedwater Pumps WR Loop Temperatures "B" Run Avail @g§) "B" 0 FW-P-2 R u n ~ OOS A B C (8Yi) oos

          ,~,

FW-P-3A Avail Spray Systems Disch. Pressure (PSIG) 14}

          \~}

Th Tc

                               ,"l,               \4\

FW-P-3B~ Avail OOS CS-P-1A Run Avail~ CS A 0 0 RX Coolant Pumps PWR Range NIS CN-TK-1

                                                                                   ,o Condensate Storage Tanks CS-P-18 Run Avail~                   B

• A* Run Aval oos Avg 0  % CN-TK-2 8.~  % RS-P-1A Run Avail@§) IRS A a RS-P-18 Run Avall ~ 0
• 9* Run Ava, oos CN-TK-3 ~1-  %

B

• c* Run val oos Electrlcal Distribution Inter Range NIS Source Range NIS Emergency Diesels RS-P-2A Run Avail (po§) ORS A 0 0

N35: ~I! l i _,, amps N31: 1,2. xii cps #1 R u n ~ OOS RS-P-2B Run Avail~

                                                                                                                                           .59 B

to N36: S: I Xl~ N32: 7, I 'X 10' RWSTLevel  % CAT Level  % amps* cps #2 Run vail OOS Containment Sump #3 Run Q OOS Emergency Ventilation Systems ) NR Level 2 z<o.<' In Emergency Bus Supply VS-F-58A ~ Avail oos WR Level .3. s Ft H : ~ EDG DEAD VS-F-58B ~ Avail OOS I~~ J: ASS EDG DEAD z,,tJDa i Temperature OF Containment Building Reserve Station Service Supply Primary Vent Stack Flow , cfm WR Press Zi,8 PSIA Temperature ZO<o OF A: BACKFEED DEAD Cont. lsol. Phase Part. Press } I 3

• S Hydrogen Cone. tlA B: WYD BACKFEED DEAD PSIA  % I II @)

C: SWY BACKFEED DEAD Form No. 727388(Jan 1111 THIS IS A DRILL

                                                                         -*         THIS IS A DRILL
                                                                                                    . n t Data Sheet - Surry Power Station Message No.

Unit No. I

• POW28 Time 1303

..*. ..*:*.* .. .. ... .* Primary Plant * .. Secondary Plant .. Engineered Safeguards RCS Pressure Steam Generator Parameters Charging HHSI Pumps HHSI Flow (GPM PZR ' WR l]llO

                'Z.:5 PSIG PSIG PZR Level CHG Flow 0

Q GPM NA Level '\1 A 4:~ B 4-(o lJ. C

• A * ~ Avail OOS

                                                                                                                              *s*       Avall  oos                  A    0 Th
                                                                                                                                                                                     ,,"'Tc 0               WR Level ]<,,

1(p  % *c* Run TI> oos B 0 I I Co NA RVUS

                  ""'            PSIG        LTDN Flow PZR Rellef Tank GPM Pressure 'll,l.f          l3 "J
                                                                                                     <"0 fZ.() PSIG                                        C   0           110 DynamlcHd                          -        %      Press     lb        PSIG AFWFlow <~O MS Flow 0             0
                                                                                                                  ~s"'O 0

GPM PPH Norm HHSI HDR Total FT-1943 ('51 GPM Full Range G,g  % Temp So OF Condenser Vacuum Alternate HHSI HDR Total FT-1940 0 GPM Narrow Range b8.  % Level 1(1.  %

                                                                                           *5 Cond. *A*                  In Hg               '

CORE ExH T/Cs (Avg 5 HI) RCS Subcoollng Cond. *s* .s In Hg Low-Head SI Pumps LHSI Flow (GPM) l ] i: OF ~ OF

• A * ~ Avall oos "A* I ~O"L Auxlllary Feedwater Pumps

                                                                                                                              *s*  Run Avall    @                      *sw     0 WR Loop Temperatures                                                        FW-P-2     Run    @      OOS A                      B                  C             FW-P-3A    @!)     Avall OOS 1h             I "l<                    11"              13"                                                                   Spray Systems                     Disch. Pressure (PSIG)

FW-P-38 ~ Avall OOS CS-P-1A Run Avall (QQ§) CS A 0 Tc I '\4'" l3" l~~ Condensate Storage Tanks CS-P-1B Run Avail (QQs) B 0 RX Coolant Pumps PWR Range NIS CN-TK-1 la  %

*A* Run~ OOS                                       Avg    0         %       CN-TK-2       is         %                        RS-P-1A Run Avall      (QQ§)      IRS A         0
*e* Run~ oos                                                                             'l'l                                  RS-P-1B Run Avall~                    B        0 CN-TK-3                  %
*c* Run~OOS                                                                                Electrlcal Distribution RS-P-2A Run Avall~               ORS A         0 Inter Range NIS                                    Source Range NIS         Emergency Dlesels
                                                                                                                                                      <ruis)           B      0 N35:           ~l~l(I   ,,        amps             N31: 7.f)(IQ 7.oxu/

1 cps #1 Run Aval oos RS-P-2B Run Avall

                                                                                                                                               'I!                             ~

N36: Avall OOS I Temperature \83 OF J: SS EDG DEAD Primary Vent Stack Flow 7~1000

                                                                                                                                                               >                     cfm Reserve Station Service Supply Containment Bulldlng WR Press               2~   .(o         PSIA   Temperature     l'iB      OF A:           BACl<FEED DEAD                        Cont. lsol. Phase Part. Press 2 1l, 5                                               .05        B: SWYD BACKFEED DEAD PSIA    Hydrogen Cone.           %

C: SWYD BACKFEED DEAD I II Cub Form No. 727388(Jen 111) THIS IS A DRILL

THIS IS A DRILL

                                                                                                           **nt Data Sheet - Surry Power Station Message No.

Unit No. Time I

• POW28 131s

.;*.**

                        ..    , Primary Plant **                                                * *. Secondary Plant                                   Engineered Safeguards RCS Pressure                                                                       Steam Generator Parameters                        Charging HHSI Pumps                       HHSI Flow (GPM PZR S~JQa                       PSIG           PZR Level       Q          %                      A                B          C       *AA~ Avail OOS                                Th          Tc WR       '2.o                   PSIG           CHG Flow        0           GPM    NA Level 3~                ~~           18    %    *s* Ru Avail OOS                        A   0           11h NA         l8                   PSIG           LTDN Flow       0           GPM    WR Level 1'-t              1"7         "17    %    *c*  Run~          oos                  B 0            lib Pressure I Y:)              ll1        IO (.p PSIG                                         C 0             tJlo RVUS                                                PZR Rellef Tank AFW Flow <. SO             <.;;O       <.."0 Dynamic Hd                         -        %       Press       lb          PSIG MS Flow      Q                g          Q GPM PPH  Norm HHSI HDR Total FT-1943                I~ l/-         GPM Full Range                       '28        %       Temp        8'7        OF Alternate HHSI HDR Total FT-1940            0             GPM Narrow Range                      bB.       %        Level     :14          %

Condenser Vacuum

                                                                                              .(

Concl. *A* In Hg ' CORE Extt T/Cs (Avg 5 HI) I lo':l. OF RCS Subcoollng c/-3 Of Cond. *s* -~ In Hg Low-Head SI Pumps "A"~ Avall OOS LHSI Flow (GPM)

                                                                                                                                                                              *A"   110.f Auxiliary Feedwater Pumps "B" Run Avall    @§)                     "B"    0 WR Loop Temperatures                                                              FW-P-2     Run      !i1> oos A                             B                    C               FW-P-3A ~ Avail            oos I ?.f                          ri..9              fZ,1                                                                      Spray Systems                       Disch. Pressure (PSIG)

Th FW-P-38~ Avall OOS CS-P-1A Run Avall~ CS A 0 Tc n ..2 fZ,'J.. 11..t Condensate Storage Tanks CS-P-18 Run Avall@§) 8 Q RX Coolant Pumps PWR Range NIS CN-TK-1 bfd  %

• A* Run~ OOS Avg 0  % CN-TK-2 as  % RS-P-1A Run Avail@) IRS A 0
• s* Run~ OOS CN-TK-3 qi.  % RS-P-18 Run Avail@ 8 0
• c* Run@oos Electrical Distribution RS-P-2A Run Avail <cili:s) ORS A 0 Inter Range NIS _,, Source Range NIS Emergency Dlesels Avail (pqs) 0 N35: <.I XIO _,, amps N31: 7 'X lb J

I cps #1 Run~ OOS RS-P-28 Run

                                                                                                                                                    'l:S 8
                                                                                                                                                                                      'fl>

N36: < I "KID amps* N32: <,,

• 9 X IA cps #2 Run~ OOS RWSTLevel  % CAT Level  %

Containment Sump #3 Run~ OOS Emergency Ventllatlon Systems ) NA Level 2 Z.fo,S In Emergency Bus Supply VS-F-58A ~ Avail OOS WR Level ~-~ Ft H: @§ro EDG DEAD VS-F-588 ~ Avail OOS 190 A:! Temperature OF J: @EDG DEAD Reserve Station Service Supply Primary Vent Stack Flow ZtiJ,aaa

                                                                                                                                                                      ,                     cfm Containment Bulldlng WR Press         Z I* '3               PSIA      Temperature     I ~i.        OF              BACKFEED DEAD                          Cont. lsol. Phase Part. Press )       1'3 ' S            PSIA      Hydrogen Cone.
                                                                   . 05' 8: S        BACKFEED DEAD I     II  @)

C: SWYD BACKFEED DEAD Form No. 727388(Jan 111) THIS IS A DRILL

THIS IS A DRILL

                                                                                                      . ' n t Data Sheet - Surry Power Station Message No .

Unit No. I

• POW28 Time I 3Z.(I

.. '  .... :          ..    :  Primary Plant

• Secondary Plant Engineered Safeguards RCS Pressure Steam Generator Parameters Charging HHSI Pumps HHSI Flow (GPM PZR ~11Q!:z PSIG PZR Level ()  % A B C "A~Avail oos Th Tc WR NA us l lcii PSIG PSIG CHG Flow LTDN Flow 0

0 GPM GPM NA Level WR Level 11 l\-lo °Sil

                                                                                                       ?Co
                                                                                                                     '+-"Z..
                                                                                                                                   "8"<:l§i> Avall oos
                                                                                                                                   *c* Run ~oos A

B 0 0

                                                                                                                                                                                        '.,~'° Pressure I}]                 1~         JS       PSIG                                       C Q              II~

RVUS PZR Rellef Tank <~O ~<o Dynamic Hd -  % Press tto PSIG AFW F=low< ~o MS Flow 0 Q Q GPM PPH Norm HHSI HDR Total FT-1943 ($ 'i GPM G,g Alo OF Full Range  % Temp Alternate HHSI HDR Total FT-1940 0 GPM Condenser Vacuum Narrow Range "B  % Level )"'"  % Cond. "A" .s In Hg ' CORE Exit T/Cs (Avg 5 HI) RCS Subcoollng Cond. "8" .s In Hg Low-Head SI Pumps LHSI Flow (GPM)

     \~1             OF                             5S          OF                                                                 "A"~Avall        oos                   "A"   (8?8 Auxlllary Feedwater Pumps WR Loop Temperatures "8" Run Avall   ~                      "B"     0 FW-P-2      Run    @ID)    OOS A                        B                   C              FW-P-3A ~ Avall            oos Th          u,                        l\]                 l\1                                                                      Spray Systems                    Disch. Pressure (PSIG)
           \\1                       \\]                  11J FW-P-38            Avall  oos                         CS-P-1A Run Avail    (QQ§)      CS A          0 Tc                                                                                                                                                                                0 Condensate Storage Tanks                               CS-P-18 Run Avall@                   8 RX Coolant Pumps                                  PWR Range NIS              CN-TK-1        <r,7        %

"A* Run~OOS Avg ()

                                                                     %      CN-TK-2        BG>         %                           RS-P-1A Run Avail~              IRS A         0
                                                                                           ~2..                                    RS-P-18 Run Avail 00                 B        0 "B" Run~ OOS                                                                 CN-TK-3                    %

• c* Run~OOS Electrical DlstrlbuUon RS-P-2A Run Avall$ ORS A 0 Inter Range NIS Source Range NIS Emergency Dlesels

                       -11                                       I                                                                 RS-P-28 Run Avall 00                   8        0 N35:          ~1~10            amps               N31:   ~-'iXID ,     cps   #1  Run@ OOS N36:        <1"(10
                      -11 N32:  t;.9 XIQ                                                                    RWSTLevel      3'0       %      CAT Level      'lo           %

amps* cps #2 Run ~oos Containment Sump #3 Run van oos Emergency Ventllatlon Systems ) NA Level '7 Zto,-S In Emergency Bus Supply VS-F-58A ~ Avail oos 5.3 WR Level Ft H: ~EDG DEAD VS-F-588 ~ Avall OOS He~ Temperature OF J: A EDG DEAD Reserve Station Service Supply Primary Vent Stack Row luiacti I cfm Containment Bulldlng

• WR Press 17.~ PSIA Temperature 180 OF A: BACKFEED DEAD Cont. lsol. Phase
• 05 B: WYO BACKFEED DEAD Part. Press } I '3 '5 PSIA Hydrogen Cone.  % I II @

C: WY BACKFEED DEAD Form No. 727388(Jan 91) THIS IS A DRILL

                                                                              ..         THIS IS A DRILL

• nt Data Sheet - Surry Power Station Message No.

Unit No. I

• POW28 Time 131/3

',::._;:::.,*,. . . . =***=*< :..,.: Primary Plant < Secondary Plant Engineered Safeguards RCS Pressure Steam Generator Parameters Charging HHSI Pumps HHSI Flow (GPM PZR L.. 1100 PSIG PZR Level 0  % A B C

• A * ~ Avail OOS Th Tc WR I<; PSIG CHG Flow 0 GPM NR Level q.3 l\-~ '38  % *s* Run (Ava[) OOS A 0 sz.

I'!, 0 WR Level ll -, 'l 11  % *c* Run ii) oos B D ~"Z-NR PSIG LTDN Flow GPM Pressure Bl ss S<o PSIG C 0 sz RVUS PZR Rellef Tank <~O <~D DynamlcHd -  % Press lb PSIG AFW Flow MS Flow

                                                                                             <: <"'O Q               0          0 GPM PPH  Norm HHSI HOR Total FT-1943              S7            GPM Full Range                       las            %      Temp     86         OF Alternate HHSI HOR Total FT-1940          0            GPM Narrow Range                     CoS            %       Level   ]~          %

Condenser Vacuum Canel. *A* -~ In Hg CORE ExH T/Cs (Avg 5 HI) 113 OF RCS Subcoollng 39 OF eone1. *s* -~ In Hg Low-Head SI Pumps

                                                                                                                                      *A*C!!§) Avail   oos LHSI Flow {GPM)
                                                                                                                                                                             *A* ai:,1 Auxlllary Feedwater Pumps WR Loop Temperatures "B" Run Avall   Cd.§~                  "B"     0 FW-P-2      Run     ~oos A                              B                  C              FW-P-3A    (aYD)    Avail OOS l'3 "3.                         I'S>               I'!.~                                                                   Spray Systems                    Disch. Pressure (PSIG)

Th t ~'3, FW-P-3B (§!)) Avail oos CS-P-1A Run Avail~ CS A 0 Tc (:S~ 1'1 'J Condensate Storage Tanks CS-P-1B Run Avan@ B 0 RX Coolant Pumps PWR Range NIS CN-TK-1 (ofo  %

• A* Run val oos Avg 0

                                                                         %                      88                                     RS-P-1A Run Avail~              IRS A         0 CN-TK-2                     %

• s* Run Aval oos CN-TK-3 ~z.  % RS-P-1B Run Avail@ B 0
• c* Run val oos Electrlcal Distribution RS-P-2A Run Avail~ ORS A 0 Inter Range NIS Source Range NIS Emergency Dlesels N35: (.1 ~Ii ,I 1 RS-P-2B Run Avall 00 B Q amps N31: ~.f x.10 cps #1 Run~ OOS N36:

           <1
                 ,c I*

amps* N32: ,.]Xlb I cps #2 R u n ~ OOS RWSTLevel 11  % CAT Level 9o  % Containment Sump #3 Run~ OOS Emergency Ventllatlon Systems ) 2 'Z,(o.~ NR Level (p,O In Emergency Bus Supply VS-F-58A ~ Avail oos WR Level Ft H:@EDG DEAD VS-F-58B Avail oos I Temperature of J: ~EOG DEAD Containment Building I 5, I

                            '"'°                                  110 Reserve Station Service Supply OF A:

Primary Vent Stack Aow Cont. lsol. Phase 7~00(> cfm WR Press PSIA Temperature BACKFEED DEAD

                                                                     ,05 Part. Press         ~ I .3

• S PSIA Hydrogen Cone.  %

B: WY BACKFEED DEAD I II @) C: S BACKFEED DEAD Fonn No. 727388{JM 111) THIS IS A DRILL

  -~~. VIRGINIA* -NEIi
                                                                        -*         THIS IS A DRILL

• nt Data Sheet - Surry Power Station Message No.
• POW28 Unit No. I Time t3':S8

*:(*.:.:-,  .       . * ., .; Primary Plant :* *

• Secondary Plant *:::- ,,:- ,. Engineered Safeguards RCS Pressure Steam Generator Parameters Charging HHSI Pumps HHSI Flow (GPM PZR < l'100 PSIG PZR Level 0  % A B C
• A * ~ Avail OOS Th Tc WR ll PSIG CHG Flow 0 GPM NR Level ~-z. S1 ~-:;  % *s* Aun g o o s A 0 'fl NR I\ PSIG LTDN Flow 0 GPM WR Level 11 81 JJ  % *c* Run @I!) oos 80 l\\

Pressure (o(J '38 41 PSIG C 0 'H RVUS PZR Relief Tank <~o ~~o DynamfcHd -  % Press lb PSIG AFW Flow <.. .i;o MS Flow 0 t> 0 GPM PPH Norm HHSI HDR Total FT-1943  :;;).~O GPM Full Range C:>6  % Temp 8b OF Alternate HHSI HDR Total FT-1940 0 GPM Condenser Vacuum Narrow Range '28  % Level l~  % Cond. "A" In Hg ' CORE ExH T/Cs (Avg 5 HI) RCS Subcoollng Cond. *s* .~ In Hg Low-Head SI Pumps LHSI Flow (GPM)

    .2ol            OF                              II          OF                                                             "A"~ Avail            oos                    "A"~ \l3 Auxiliary Feedwater Pumps WR Loop Temperatures
                                                                                                                               *s*  Run Avail       (QQS)                   *e*     0 FW-P-2      R u n ~ OOS A                        B                   C              FW-P-3A    Cauii)    Avail oos 200                      z,oo                                                                                       Spray Systems                         Disch. Pressure (PSIG)

Th 'ZoQ FW-P-31;1 Wu[b Avail oos CS-P-1A Run Avail~ CS A 0 Tc Z..00 .ZOQ Z...oQ Condensate Storage Tanks CS-P-18 Run Avail~ 8 0 RX Coolant Pumps PWR Range NIS CN-TK-1 Co~  %

 "A" Run~OOS                                    Avg 0
                                                                   %       CN-TK-2 gq            %                       RS-P-1A Run Avail~                    IRS A         0
 *e*      Run ~ o o s                                                      CN-TK-3       ~ 'Z-,        %                       RS-P-18 Run Avail~                         8        0
 *c*      Run~OOS                                                                          Electrlcal DlstrlbUUon RS-P-2A Run Avail@o$)                 ORS A         0 Inter Range NIS  _,,                          Source Range NIS            Emergency Diesels RS-P-28 Run Avail~                           8      0 N35:      S tzuo  _,,        amps              N31:   <..S')(.1~'   cps   #1  R u n ~ OOS RWSTLevel            I]                              ~o N36: <I ~10                  amps*             N32: C.' 3 'l. U/    cps   #2 Run Aval       OOS
                                                                                                                                                               %     CAT Level                    %

Containment Sump #3 Run Q OOS Emergency Ventilation Systems ) NA Level 2 ,(.."'S In Emergency Bus Supply VS-F-58A ~ Avail OOS (Q.O WR Level Ft H : ~ EDG DEAD VS-F-588 ~ Avail OOS Temperature Il,, I OF J:@EDG DEAD Containment Building Reserve Station Service Supply Primary Vent Stack Flow , 1~.tJOQ cfm WR Press ls., PSIA Temperature I lo I OF A : ~ BACKFEED DEAD Cont. lsol. Phase rs -~ .os 8: SWYD BACKFEED DEAD Part. Press ) PSIA Hydrogen Cone.  % C: WYO BACKFEED DEAD I II Fonn No. 727388(Jan 111) THIS IS A DRILL

THIS IS A DRILL

                                                                                          .ant Data Sheet - Surry Power Station Message No.

Unit No. I

• POW28 Time J'/03 Primary Plant . Secondarv .. Plant Enalneered Safeauards RCS Pressure Steam Generator Parameters Charging HHSI Pumps HHSI Flow (GPM PZR ~\"100 PSIG PZR Level 0  % A B C "A" ~Avail oos Th Tc 4:<o s<o "i-1 "B" Run (e.~ OOS A 0 '+3 NR Level  %

WR NA I~ PSIG PSIG CHG Flow LTDN Flow Q 0 GPM GPM WR Level ,s Bl 78  % *c* Run~ oos B 0 '4-3 Pressure (D "3, 3~ 4-2.. PSIG C 0 43 RVLIS PZR Rellef Tank <.50 (.~O <~0 Dynamic Hd - E,9

                             %       Press      (lo Bk, PSIG AFWFlow MS Flow        0            Q             0 GPM PPH  Norm HHSI HDR Total FT-1943               dl8             GPM Full Range                    %       Temp                   OF Alternate HHSI HDR Total FT-1940            0             GPM Condenser Vacuum Narrow Range        b8        %       Level     1~           %                      . .;-

Cond. "A" In Hg CORE Exit T/Cs (Avg 5 HI)

 ~o I          OF RCS Subcoollng I/          OF Cond. "B"       -~         In Hg Low-Head SI Pumps "A"@ Avail OOS LHSI Flow (GPM)
                                                                                                                                                                 "A" ').Q~S Auxiliary Feedwater Pumps "B" Run Avail   @                         "B"     D WR Loop Temperatures                                                FW-P-2      Run    ~oos A                    B                   C                FW-P-3A ~ Avail oos lAJ                                                                                           Spray Systems                      Disch. Pressure (PSIG)

Th 'Ul I 'tol FW-P-38 (§!} Avail oos CS-P-1A Run Avail@ CS A 0 Tc <..Ol -u,i "l,g_ l Condensate Storage Tanks CS-P-18 Run Avail@ 8 0 RX Coolant Pumps PWR Range NIS CN-TI<-1 Co'+  % "A" Run Q OOS Avg 0  % CN-TK-2 8~  % RS-P-1A Run A,a;;~ IRS A 0 "B" Run~OOS CN-TK-3 91..  % RS-P-18 Run Avail 00 8 0

• c* Run @au) oos Electrlcal Distribution RS-P-2A Run Avail~ ORS A 0 Inter Range NIS Source Range NIS Emergency Diesels

      .<Ix to.,,                                                                                                                                                 8      0 N31: ,.'IXJo' RS-P-28 Run Avail 00 N35:                  amps                                   cps    #1  Run~ OOS 12                  CAT Level ~o 11                                       I N32: (,. V 'XII>                                                                  RWSTLevel                 %                                    %

N36: <I '/.10 amps cps #2 R u n ~ OOS Containment Sump #3 Run Ava, OOS Emergency Ventilation Systems ) NR Level WR Level 2~~.s (o .1 In Ft H,1 Emergency Bus Supply EDG DEAD VS-F-58A ~ Avail VS-F-588 ~ Avail OOS oos llo~ I Temperature OF J: R EDG DEAD Reserve Station Service Supply Primary Vent Stack Flow 1(,,I 'l')L)Q cfm Containment Building WR Press l~*l PSIA Temperature 11.o f OF A, BACKFEED DEAD Cont. lsol. Phase

                                                       ,,OS Part. Press   2 I 1 *~     PSIA    Hydrogen Cone.               O/o B:  SWYD     BACKFEED DEAD                          I     II   <no C: SWY       BACKFEED DEAD Form No. 727388(Jan 91)

THIS IS A DRILL

VIRGINIA.. awER

                                                                                                .3nt Data Sheet - Surry Power Station THIS IS A DRILL                                                   Message No.

Unit No. I

• POW28 Time 141 S"

                       * . Primary Plant                                                    Secondarv Plant                                   Enalneered Safeguards RCS Pressure                                                              Steam Generator Parameters                       Charging HHSI Pumps                     HHSI Flow (GPM PZR WR
        <noo
          ,s PSIG PSIG PZR Level CHG Flow C,          %

GPM NR Level c+s A c;o B

                                                                                                                 ~'3.

C

                                                                                                                            " A " ~ Q OOS "8" Aun Avail OOS                     A    0 Th lfJC 0

WR Level "77 '18 ,B  % "C" R u n ~ OOS 8 0 ~ NR 1°3 PSIG LTDN Flow GPM RVLIS PZR Relief Tank Pressure s~ it,7 3(Q PSIG C Q If('

                         -                                                AFWFlow    <~O            s::::: ~"    ~~o   GPM Dynamic Hd                          %       Press      Ilo         PSIG MS Flow     0              0            C)

PPH Norm HHSI HDR Total FT-1943 dd.O GPM Full Range Cag  % Temp 8'1 OF Alternate HHSI HDR Total FT-1940 C) GPM Narrow Range <oa  % Level Ji  % Condenser Vacuum

                                                                                         -~

Cond. "A" In Hg CORE Exit T/Cs (Avg 5 HI) 2ot. OF RCS Subcoollng 10 OF Cond. "8" -~ In Hg Low-Head SI Pumps

                                                                                                                            " A " ~ Avail OOS LHSI Flow (GPM)
                                                                                                                                                                    "A" '). I 00 Auxlllary Feedwater Pumps WR Loop Temperatures "8" Run Avail  @                       "8"       0 FW-P-2     Run   ~oos C

FW-P-3A ~ Avail oos A B U>-Z.. Spray Systems Disch. Pressure (PSIG) Th io"Z.. Joi. FW-P-38~ Avail oos CS-P-1A Run Ava;1~ CS A 0 Tc 2.01- 2.0Z. 201, Condensate Storage Tanks CS-P-18 Run Avail OOS 8 0 RX Coolant Pumps PWR Range NIS CN-TK-1 (Q~  %

 *A" Run    oos                              Avg    0             %      CN-TK-2      B9          %                         RS-P-1A Run Avail~               IRS A        0 "8" Run~ OOS                                                             CN-TK-3 q1.,.      %                         RS-P-18 Run Avail OOS                8         0
 *c*   Run~           oos                                                                Electrlcal Distribution

_, RS-P-2A Run Avail~ ORS A 0 Inter Range NIS 1 Source Range NIS , Emergency Dlesels RS-P-28 Run Avail OS 8 0 N35: < /XJI> amps N31: '2, tXI*, cps #1 Run~OOS (IX10 ~.I Xi* RWSTLevel /J  % CAT Level 'io  % N36: amps N32: cps #2 Run~OOS Containment Sump #3 R u n ~ OOS Emergency Ventllatlon Systems ) NR Level rz.r.. s In Emergency Bus Supply VS-F-58A (@a) Avail oos WR Level (12* I Ft H:~EDG DEAD VS-F-588 @ Avail oos Temperature l ft, 'i. OF J: RSS EDG DEAD Primary Vent Stack Flow ..,~Q()_o_ cfm Containment Bulldlng Reserve Station Service Supply WA Press I~ .t> PSIA Temperature Lfl. i, OF A : ~ 8ACKFEED DEAD Cont. lsol. Phase

               ~ l3.1 ~                                      .OS Part. Press                     PSIA     Hydrogen Cone.               % 8: 3WY1 8ACKFEED DEAD C: SWY      8ACKFEED DEAD I     II  <i© Form No. 727388(Jan 91)

THIS IS A DRILL

VIRGINIA ll"OWE1I THIS IS A DRILL ant Data Sheet - Surry Power Station Message No. Unit No. I

• POW28 Time 1'130 Primary Plant ** ... Secondary Plant . . Engineered Safeguards RCS Pressure Steam Generator Parameters Charging HHSI Pumps HHSI Flow (GPM

        <noo
         .~

PZR PSIG PZR Level 0  % A B C "A" Avail OOS

• Th Tc NR Level ~c; 'l8 'i.'5 % "B" RI.in 6.!i) OOS A 0 'If WR d PSIG CHG Flow 0 GPM NR PSIG LTDN Flow 0 GPM WR Level Pressure 11 11 71 to 78

                                                                                                                ,~      %

PSIG "C" Run e OOS B C 0 Q

                                                                                                                                                                                    '/,!
                                                                                                                                                                                    'I<'

RVLIS PZR Relief Tank ~<o <~~ Dynamic Hd -  % Press 10 PSIG AFWFlow (~D MS Flow 0 0 0 GPM PPH Norm HHSI HDR Total FT-1943 Zl() GPM Full Range Narrow Range

                     ~,
                     §?i         %

Temp Level 6'<.>> 1'l-OF Condenser Vacuum Cond. "A" -~ In Hg Alternate HHSI HDR Total FT-1940 0 GPM CORE Exit T/Cs (Avg 5 HI) RCS Subcoollng Cond. "B" .~ In Hg Low-Head SI Pumps LHSI Flow (GPM) Zo3 OF 2 OF "A"@ Avail oos "A" Zl~O Auxiliary Feedwater Pumps WR Loop Temperatures "B" Run Avail @) "B" 0 FW-P-2 Run goos A B C FW-P-3A Avail oos Th Zo3 Z,Q°3 .zot FW-P-38 ~ Avail oos Spray Systems Disch. Pressure (PSIG) CS-P-1A Run Avail@ CS A 0 Tc 20"$, 2o~ io:s Condensate Storage Tanks CS-P-18 Run Avail@ B Q RX Coolant Pumps PWR Range NIS CN-TK-1 (o '3  %

 "A" Run~ OOS                             Avg     Q           %          CN-TK-2       8f         %                          RS-P-1A Run Awn~

IRS A Q "B" Run~ OOS CN-TK-3 92  % RS-P-18 Run Avail OOS B 0 "C" Run ~oos Electrical Distribution RS-P-2A Run Avail~ ORS A 0 Inter Range NIS _, 1 Source Range NIS Emergency Dlesels 0 N35: <.l~l~ amps N31: ,x,o' cps #1 Run~ OOS RS-P-28 Run Avail OS B N36: <,x,6 amps N32: ,S., XIO' cps #2 Run~ OOS RWSTLevel 17  % CAT Level <to  %

                                                                         #3 Run    !!) OOS Containment Sump                                                                                                            Emergency Ventllatlon Systems )

NR Level > Zf. ,S In Emergency Bus Supply VS-F-58A @ Avail oos H: @)EDG DEAD WR Level Ft VS-F-588 ~ Avail oos J:@) EDG I Temperature lb 41 OF DEAD Reserve Station Service Supply Primary Vent Stack Flow 7~11()0 cfm Containment Building WR Press 1( *"- PSIA Temperature

                                                      /bl,           OF A:           BACKFEED DEAD                           Cont. lsol. Phase
              'l. l3.-~                                  ,()5            B: SWY      BACKFEED DEAD Part. Press                  PSIA    Hydrogen Cone.                   %                                                     I     II  @

C: S BACKFEED DEAD Form No. 727388(Jan 91) THIS IS A DRILL

THIS IS A DRILL

                                                                                               *       .mt Data Sheet - Surry Power Station Message No.

Unit No.

                                                                                                                                                                     *I POW28 Time        l'IY5 Primary Plant ..                                                  Secondarv Plant                                 ..... Enalneered Safeauards RCS Pressure                                                             Steam Generator Parameters                         Charging HHSI Pumps                        HHSI Flow (GPM PZR ~ 1]00 WR         1<

PSIG PSIG PZR Level CHG Flow 0 0  % GPM NR Level 4'~ A

                                                                                                  '4 ',

B

                                                                                                                "'4)

C "A"@ Avail OOS "B" Run [!>.vai!) OOS A (> Th

                                                                                                                                                                                     ,~ Tc rs                                                                       71                          16                                                   B 0              '1-<

NR PSIG LTDN Flow 0 GPM WR Level Pressure JS ,~ l~ PSIG "C" R u n ~ OOS C ~ If! RVLIS PZR Relief Tank .(~O <-Co ~~o

                       ,..                                              AFWFlow                                       GPM Dynamic Hd                          %       Press     llz           PSIG MS Flow        0             0            0   PPH  Norm HHSI HDR Total FT-1943                   2~            GPM Full Range             Cot          %       Temp     8'            OF                                                       Alternate HHSI HOR Total FT-1940                Q           GPM Narrow Range           b8           %        Level 7

Condenser Vacuum Cond. "A" .s In Hg CORE Exit T/Cs (Avg 5 HI) RCS Subcoollng Cond. "B" .s In Hg Low-Head SI Pumps LHSI Flow (GPM)

 'l.c> 'S       OF                              2           OF Auxiliary Feedwater Pumps "A"~ Avail          oos                    "A" l/()I>

WR Loop Temperatures "B" Run Avail oos "B" FW-P-2 Run ~va]l) OOS A B C oos Zo l, Zo3 zo-s FW-P-3A @n) Avail Spray Systems Disch. Pressure (PSIG) Th

     'ZO "5,.                'U>"3                2o 3,                 FW-P-38 ~ Avail          oos                       CS-P-1A Run Avail           @)       CS A         0 Tc Condensate Storage Tanks                           CS-P-18 Run Avail           oos          B RX Coolant Pumps                             PWR Range NIS               CN-TK-1      L,3          %

"A" Run~ OOS Avg 0

                                                                 %      CN-TK-2      aq           %

RS-P-1A Run Avail oos IRS A "B" Run~ OOS CN-TK-3 9t  % RS-P-18 Run Avail oos B "C" Run~ OOS Electrlcal Distribution Inter Range NIS Source Range NIS Emergency Diesels RS-P-2A Run Avail oos ORS A N35: ~ I l 10-*

        Avail OOS 9

Th 0 ,~Tc WR NR

         ,,'"          PSIG PSIG CHG Flow LTDN Flow 0

0 GPM GPM NR Level WR Level 77 7-,

                                                                                                ,~             71 o/o o/o "B" Run "C" Run OOS
                                                                                                                                         @!> OOS A

B 0 'Is' RVLIS DynamlcHd -  % Press PZR Rellef Tank PSIG Pressure AFWFlow <'S""o MS Flow 0

                                                                                                 ~,(;()

0 i4S (SO 0 PSIG GPM PPH Norm HHSI HDR Total FT-1943 C 0

                                                                                                                                                                       'Z~O
                                                                                                                                                                                     "'5 GPM Full Range            lPI          %       Temp     14,           OF                                                                                                      0 Alternate HHSI HDR Total FT-1940                             GPM Condenser Vacuum Narrow Range          b~                   Level    ]Lf Cond. "A"      -~         In Hg CORE Exit T/Cs (Avg 5 HI)                  RCS Subcoollng Cond. "B"      .s         In Hg Low-Head SI Pumps                            LHSI Flow (GPM)

Z.o I OF II OF "A"~Avail OOS "A" 1.}t>t>

Auxiliary Feedwater Pumps WR Loop Temperatures "B" Run Avail oos "B" FW-P-2 Run ~oos A B C FW-P-3A ~ Avail oos Spray Systems Disch. Pressure (PSIG)

     'l.01                  '?..o t .             "to I FW-P-38 Th Avail oos                        CS-P-1A Run Avail@                   CS A          0 Tc    ZoJ                    'Z..o I             "Z.d l oos          B i,

Condensate Storage Tanks CS-P-18 Run Avail RX Coolant Pumps PWR Range NIS CN-TK-1 G,L  %

• A" Run ID!) ods Avg 0

                                                                %      CN-TK-2                  %                         RS-P-1A Run Avail          oos       IRS A "B" Run      ~oos                                                       CN-TK-3      92          %                         RS-P-18 Run Avail          oos           B "C" Run~ OOS                                                                           Electrlcal Distribution RS-P-2A Run Avail          oos       ORS A Inter Range NISI N36:

( N35: _l 'X

       ~l XHl
               ,o._,

_,, amps amps Source Range NIS N31: N32: s.,~1..11.'

s. "/1.lf. I cps cps Emergency Diesels

                                                                       #1 R u n ~ OOS
                                                                       #2 Run     vai OOS RS-P-28 Run Avail RWSTLevel
                                                                                                                                              ,,      oos B

CAT Level 10  % Containment Sump #3 Run @!!) OOS Emergency Ventllatlon Systems ) NR Level 2 ~lo, .S In Emergency Bus Supply VS-F-58A [A~ Avail OOS (Q, I WR Level Temperature

                   ,,s      Ft OF H:@EDG DEAD J: @EDG DEAD VS-F-588         @    Avail OOS Reserve Station Service Supply                    Primary Vent Stack Flow        ?IP/ /JO(>                  cfm Containment Building WR Press         l~.ltz       PSIA     Temperature      /61,,.       OF A: (SWYDJ BACKFEED DEAD                           Cont. lsol. Phase Part. Press '1 ,,.(

• OS' B: (SWYD) BACKFEED DEAD PSIA Hydrogen Cone.  % I II (ID)

C: (swvg) BACKFEED DEAD Fenn No. 7273BB(Jan 91) THIS IS A DRILL

VIRGINb...*OWER THIS IS A DRILL

                                                                                                 **ant Data Sheet - Surry Power Station Message No.

Unit No. I

• POW28 Time /SIS

=:"*}::* *. ::::-.*               Primary Plant ..*                                           Secondarv Plant                  . . .    -: .     . Enalneered Safeguards                ..  '

RCS Pressure Steam Generator Parameters Charging HHSI Pumps HHSI Flow (GPM PZR <,1700 PSIG PZR Level 0  % A B C "A"~ Avail oos Th Tc

                   ..,                                                                                                                       Q@)
                                                                                       ~-!;"         y,:(         '4-~                                        '                       45 WR                I~            PSIG        CHG Flow     ~         GPM   NA Level                                     %    '"B" Run              OOS                 A   b NA                              PSIG        LTDN Flow     0        GPM   WR Level     7]            ?'7          17
                                                                                                                       %     "C" Run Qwail) OOS                       B 0             ~s Pressure   ~o               ,-s        l 'S  PSIG                                           C C             ~,s' RVLIS DynamlcHd Full Range                    (g8 PZR Rellef Tank Press Temp lb 8C.

PSIG OF AFWFlow MS Flow s.S:Q Q

                                                                                                     ~io 0
                                                                                                                 <.'50 0

GPM PPH Norm HHSI HDR Total FT-1943 Alternate HHSI HDR Total FT-1940

                                                                                                                                                                         ~'l.O 0

GPM GPM Narrow Range bS  % Level '1'#  % Condenser Vacuum

                                                                                         . ,s Cond. "A"                  In Hg CORE ExH T/Cs (Avg 5 HI)                         RCS Subcoollng                          .{                                Low-Head SI Pumps                           LHSI Flow (GPM)

Cond. "B" In Hg If 2 OF [3 OF "A"<§B) Avail oos "A" .2100 Auxlllary Feedwater Pumps "B" Run Avail oos "B" WR Loop Temperatures FW-P-2 Run ~ o o s A B C FW-P-3A ~ Avail oos n, 198 116 ,,s FW-P-3B @ Avail oos Spray Systems Disch. Pressure (PSIG) CS-P-1A Run Avan(oos) CS A 0 Tc 1 '16. I !B. 116 Condensate Storage Tanks CS-P-1B Run Avail oos B RX Coolant Pumps PWR Range NIS CN-TK-1 (nt.  %

 *A" Run~ OOS                                      Avg    0        %                  8'1                                    RS-P-1A Run Avail oos                IRS A CN-TK-2                   %
 "B" Run~ OOS                                                             CN-TK-3       ~2          %                        RS-P-18 Run Avail oos                    B
 *c*        Run~ oos                                                                     Electrical Distribution RS-P-2A Run Avail oos                ORS A Inter Range NI~          _,                       Source Range NIS       Emergency Dlesels RS-P-2B Run Avail oos                     B N35:            <l 'X.lO._,,     amps             N31:  f,,.$.~tl   cps  #1  Run~ OOS IJ                            ft>

N36: (I XIP amps N32: ,.s1vo' cps #2 Run@ OOS RWSTLevel  % CAT Level  % Containment Sump #3 Run Q o o s Emergency Ventllatlon Systems ) 21,(1,5 Emergency Bus Supply NA Level In VS-F-58A @ Avail oos WR Level fi, l Ft H:(@ EDG DEAD VS-F-58B ~ Avail oos Temperature l'-~ OF J: @EDG DEAD Reserve Station Service Supply Primary Vent Stack Row 1", Dco cfm Containment Bulldlng WR Press '**'2 PSIA Temperature l,l OF A : ~ BACKFEED DEAD Cont. lsol. Phase Part. Press l 1' S 1 PSIA Hydrogen Cone.

                                                               .05     %

B: BACK FEED DEAD I II @ C : ~ BACKFEED DEAD Form No. 72738B(Jan 91) THIS IS A DRILL

• NUMBER 1

OPSF MESSAGES TABLE OF CONTENTS CONTENT QBE earthquake TIME 0931 2 QBE accelerograph data post 0931 3 QBE damage investigation post 0931 4 Minor earthquake 1032 5 Minor earthquake accel. data post 1032 6 Minor earthquake investigation post 1032 7 Loose parts investigation data post 1033 8 DBE earthquake 1117 9 DBE earthquake accel. data post 1117 10 DBE damage investigation post 1117 lJ 480 V bus investigation post 1117 11 12 1-cs-P-lA investigation post 1218 13 1-RS-P-lA status post 1218 14 1-RS-P-2A status post 1218

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPSF-1

 ~       SCENARIO MESSAGE TO:   ALL PARTICIPANTS

(::::I CONTINGENCY MESSAGE TO: (::::I BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue at the indicated time. TIME: 0931 THIS IS A DRILL You have just sensed ground and structure movement (trembling) .

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• Ill AUGUST 27, 28, ARD 29, 1991 BIIERGBBCY EXERCISE SCENARIO MESSAGE TO:

MESSAGE NO: CONTROLLER OPSF-2 r:::J CONTINGENCY MESSAGE TO: r:::J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue data, as necessary, for the investigation of the motion accelerograph alarm, per AP 37 steps 5 and 6. TIME: POST 0931 THIS IS A DRILL

                                                         ;*,

Tl' i*

.

II'; II I *

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• Ill AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE SCENARIO MESSAGE TO:

MESSAGE NO: CONTROLLER OPSF-3 1::::1 CONTINGENCY MESSAGE TO: 1::::1 BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue data, as necessary, when investigating for earthquake damage. TIME: POST 0931 THIS IS A DRILL There are no problems identified. All observations and conditions are normal *

• THIS IS A DRILL

VffiGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, ABD 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPSF-4 Ill SCENARIO MESSAGE TO: ALL PARTICIPANTS l::J CONTINGENCY MESSAGE TO:

l::J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue at the indicated time. TIME: 1032 THIS IS A DRILL You have just sensed ground and structure movement (trembling) .

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION AUGUST 27, 28, ARD 29, 1991 BIIERGEHCY BXBRC:ISB MESSAGE NO: OPSF-5 Ill SCENARIO MESSAGE TO: CONTROLLER [:) CONTINGENCY MESSAGE TO: [:] BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue data, as necessary, for the investigation of the motion accelerograph alarm. per AP 37 steps 5 and 6. TIME: POST 1032 THIS :IS A DRJ:LL

1 I

1 il, f T 1: J

~

I ti t*

                                                         ~

Ji II I .

                      'l'IIIS J:S A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, ABD 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPSF-6 Ill SCENARIO MESSAGE TO: CONTROLLER l:::J CONTINGENCY MESSAGE TO:

l:::J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue data, as necessary. when investigating for earthquake damage. TIME: POST 1032 THIS IS A DRILL There are no problems identified. All observations and conditions are normal .

• TJIJ:S IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AllD 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPSF-7 Ill SCENARIO MESSAGE TO: CONTROLLER c::J CONTINGENCY MESSAGE TO:

c::J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue data I as necessary r when investigating the loose parts alarm. TIME: POST 1033 THIS IS A DRILL Reactor vessel lower monitors are locked in and will not clear. RVL-A and RVL-P modules have HI and Low red alarm lights lit .

• THIS XS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AID) 29, 1991 EMERGENCY EXERCISE MESSAGE NO: OPSF-8 Ill SCENARIO MESSAGE TO: ALL PARTICIPANTS c::J CONTINGENCY MESSAGE TO:

c::J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue at the indicated time. TIME: 1117 THIS IS A DRILL You have just sensed ground and structure movement (trembling) .

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• 1111 AUGUST 27, 28, ABD 29, 1991 EKERGE!ICY EXERCISE SCENARIO MESSAGE TO:

MESSAGE NO: CONTROLLER OPSF-9 l::J CONTINGENCY MESSAGE TO: l::J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue data. as necessary. for the investigation of the motion accelerograph alarm. per AP 37 steps 5 and 6. TIME: POST 1117 THIS IS A DRILL

                                                           'i j,

111 fi II'

                                           'i           II I                          .

• Tln:S IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• 1111 AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE SCENARIO MESSAGE TO:

MESSAGE NO: CONTROLLER OPSF-10 r:::::J CONTINGENCY MESSAGE TO: l::::J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue data. as necessary. when investigating for earthquake damage. ONLY issue data. as appropriate. for the areas inspected. by the Operations personnel. TIME: POST 1117 THIS IS A DRILL

• 1.

2. 3* The walls of the Maintenance Building indicate cracks and bulging areas. The ceilings have cracks indicated. The floors have cracks indicated.

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• 111111 AUGUST 27, 28, ABD 29, 1991 EMERGENCY EXERCISE SCENARIO MESSAGE TO:

MESSAGE NO: CONTROLLER OPSF-11 [:] CONTINGENCY MESSAGE TO: I::) BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue data, as necessary. when investigating for loss of lJ 480V bus, in the Emergency Switchgear Room. TIME: POST 1117 THIS IS A DRILL

1. Breaker 14J-1 is in the tripped position.

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• Ill AUGUST 27, 28, ARD 29, 1991 EMERGENCY EXERCISE SCENARIO MESSAGE TO:

MESSAGE NO: CONTROLLER OPSF-12 [:] CONTINGENCY MESSAGE TO: [:] BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue data, as necessary. when investigating 1-cs-P-lA. TIME: POST 1218. AS NEEDED THIS IS A DRILL

1. Breaker 14H-5 indications are normal *

• 2.

3. 4* Motor indications are normal. Abnormal noise can be heard from the pump. Local discharge pressure= o psig.

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• Ill AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE SCENARIO MESSAGE TO:

MESSAGE NO: CONTROLLER OPSF-13 [:] CONTINGENCY MESSAGE TO: [:] BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue data, as necessary. when investigating 1-RS-P-lA. TIME: POST 1218, AS NEEDED THIS IS A DRILL

1. Breaker 14H-4 is in the tripped position .

• 2* Breaker will not reset.
• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• 11111 AUGUST 27, 28, AJID 29, 1991 EMERGENCY EXERCISE SCENARIO MESSAGE TO:

MESSAGE NO: CONTROLLER OPSF-14 c::::J CONTINGENCY MESSAGE TO: c::::J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue data, as necessary, when investigating 1-RS-P-2A. TIME: POST 1218. AS NEEDED THIS IS A DRILL

1. Breaker 14H-7 is in the tripped position.

• 2* Breaker will not reset.
• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE DAMAGE CONTROL

• MESSAGES/DATA
• NUMBER 1

DC MESSAGES TABLE OF CONTENTS CONTENT OBE earthquake TIME 0931 2 Earthquake investigation post 0931 3 Minor earthquake 1032 4 Earthquake investigation post 1032 5 DBE earthquake 1117 6 Earthquake investigations post 1117 7 lJ 480 V bus failure post 1117 8 steam dump failure post 1120 9 1-CS-P-lA failure post 1218 10 1-RS-P-lA failure post 1218 11 1-RS-P-2A failure post 1218

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE MESSAGE NO: DC-1

 ~     SCENARIO MESSAGE TO:   CONTROLLER

[:] CONTINGENCY MESSAGE TO: [:] BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue, as necessary, at the indicated time. Note: Only issue if personnel are in area of osc. TIME: 0931 THIS IS A DRILL You have just sensed ground and structure movement (trembling) .

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, ABD 29, 1991 EMERGENCY EXERCISE MESSAGE NO: DC-2 11111 SCENARIO MESSAGE TO: CONTROLLER c::J CONTINGENCY MESSAGE TO:

c::J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue data. as necessary. if teams are sent out to investigate damage from the earthquakes. TIME: POST 0931 THIS IS A DRILL

1. All conditions are normal *

• 2* Observations find no abnormalities.
• THIS IS A DRILL

VffiGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, ARD 29, 1991 EMERGENCY EXERCISE MESSAGE NO: DC-3 Ill SCENARIO MESSAGE TO: CONTROLLER

 ~     CONTINGENCY MESSAGE TO:
 ~     BLOCKING MESSAGE TO:

CONTROLLER INSTRUCTIONS: Issue, as necessary, at the indicated time. Note: Only issue if personnel are in area of osc. THIS IS A DRILL You have just sensed ground and structure movement (trembling) .

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE MESSAGE NO: DC-4 Ill SCENARIO MESSAGE TO: CONTROLLER

[:] CONTINGENCY MESSAGE TO: [:] BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue data. as necessary. if teams are sent out to investigate damage from the earthquakes. TIME: POST 1032 THIS IS A DRILL

1. All conditions are normal *

• 2* Observations find no abnormalities.
• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AllD 29, 1991 EMERGENCY EXERCISE MESSAGE NO: DC-5 1111 SCENARIO MESSAGE TO: CONTROLLER

[:] CONTINGENCY MESSAGE TO: [:] BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue, as necessary, at the indicated time. TIME: 1117 THIS IS A DRILL You have just sensed ground and structure movement (trembling) .

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AND 29, 1991 EHERGEBCY EXERCISE MESSAGE NO: DC-6 Ill SCENARIO MESSAGE TO: CONTROLLER c::::J CONTINGENCY MESSAGE TO:

c::::J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue. as necessary, at the indicated time. TIME: POST 1117, AS NEEDED THIS IS A DRILL

1. The earthquake has just caused enough damage to ensure osc evacuation. osc evacuation is an objective we have to demonstrate. You need to provide enough data so the decision making process causes the OSC to be evacuated.

2. Structural integrity of walls are in question.

3. The floor is cracked, a six inch crack has opened up.

The floor has a minor tilt on one side of crack toward the intake canal.

4. The walls have minor cracks indicated.

5. The ceiling has cracks indicated.

6. Several inside door windows are cracked.

7. Lights have gone out.

8. several cubicle walls have fallen down.

9. Several book shelves, computers and tables have fallen over.

10. Power and most of the telephones have been lost. The auto ring down line still works .

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, Al1D 29, 1991 EKERGE!ICY EXERCISE MESSAGE NO: DC-7 Ill SCENARIO MESSAGE TO: CONTROLLER

 ~     CONTINGENCY MESSAGE TO:
 ~     BLOCKING MESSAGE TO:

CONTROLLER INSTRUCTIONS: Issue data, as necessary. to control the evolutions concerning loss of lJ 480V bus. TIME: POST 1117 THIS IS A DRILL

1. Breaker 14J-l is in the tripped position *

• 2.

3* Fault downstream side of the breaker (load side) bus bars are shorted to ground. One phase is charred, melted, and shorted to ground, requiring replacement. Parts, tools, and materials are available on an "as is" basis.

4. If repairs are pursued, time of repair may not be complete until 1445 or as authorized by the Lead Controller.

5* Times for repair are to be real.

• THIS IS A DRILL

vmGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE MESSAGE NO: DC-8 Ill SCENARIO MESSAGE TO: CONTROLLER c:J CONTINGENCY MESSAGE TO:

c:J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue data, as necessary, to control the evolutions concerning failure of the steam dumps. TIME: POST 1120 THIS :IS A DRILL

1. Dumps failed in the closed (as is) position *

2. Arming solenoids for the "A" group are not receiving the proper pressure signal (electrically) from the condenser to allow the solenoids to be energized.

3. Pressure transmitter input (electrically) is normal.

4. Transmitter output = o.

5. I & c personnel may fix.

6. Parts, tools, and materials are available on an "as is" basis.

7* Times for repair are to be real.

• THIS :IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, ABD 29, 1991 EMERGENCY EXERCXSB MESSAGE NO: DC-9 Ill SCENARIO MESSAGE TO: CONTROLLER

[] CONTINGENCY MESSAGE TO: [] BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue data, as necessary, to control the evolutions concerning 1-CS-P-lA failure. TIME: POST 1218 TllI:S XS A DRXLL

1. Breaker 14H-5 appears normal.

• 2.

3. 4. Pump motor appears normal. An abnormal noise may be heard locally at the pump. Pump is drawing minimal amps. (controller information only)

5. Pump discharge pressure= o psig, flow= o gpm.

6. Vibrations are larger than normal on the pump shaft.

7. The impeller problem is causing no flow.

8. Pump will be lost for the duration of the exercise.

9. If a motor "jumper" is attempted, allow to take place.

Repair time may not be complete before 1445, or as authorized by the Lead Controller.

10. Parts, tools; and materials are available on an "as is" basis.

11. Times for repair are to be real.

• THI:S XS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, ABD 29, 1991 EMERGENCY EXERCISE MESSAGE NO: DC-10 1111 SCENARIO MESSAGE TO: CONTROLLER I:] CONTINGENCY MESSAGE TO:

I:] BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue data. as necessary. to control the evolutions concerning loss of 1-RS-P-lA. TIME: POST 1218 THIS IS A DRILL

1. Breaker 14H-4 is in the tripped position.

• 2.

3. Windings on one side indicate open, infinite resis-tance. Windings on other side indicate short to ground, zero ohms.

4. Motor will be lost for the duration of the exercise.

5. Parts, tools, and materials are available on an "as is" basis.

6* Time for repair is to be real.

• THIS IS A DRILL

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE MESSAGE NO: DC-11 II SCENARIO MESSAGE TO: CONTROLLER c::J CONTINGENCY MESSAGE TO:

[:I BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue data, as necessary, to control the evolutions concerning loss of 1-RS-P-2A. TIME: POST 1218 THIS IS A DRILL

1. Breaker 14H-7 is in the tripped position

• f
• 2. Shaft is mechanically bound. If shaft is attempted to rotate, the shaft will not rotate. If the coupling is uncoupled, the motor shaft will rotate and the pump shaft will not rotate. The shaft will remain bound for the duration of the exercise.

3. Parts, tools, and materials are available on an "as is" basis *

• THIS IS A DRILL

VIRGINIA POWER

• SURRY POWER STATION AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE RADIOLOGICAL MONITOR
• MESSAGES/DATA

VIRGINIA POWER SURRY POWER STATION

• Ill AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE SCENARIO MESSAGE TO:

MESSAGE NO: CONTROLLER RADMON-1 c::::J CONTINGENCY MESSAGE TO: [:] BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Use the attached radiological data. as necessary. TIME: AS NEEDED THIS IS A DRILL The attached pages identify the radiological monitoring setpoints. These setpoints apply to the remaining sheets of this section .

• THIS IS A DRILL

SURRY POWER STATION

• MONITOR ID RADIATION MONITOR SETPOINTS UNITS ALERT HI HI ALARM BACKGROUND RMS-159 CPM 4 E 4 5 E 5 3 E 3 RMS-160 CPM 1 E 4 5 E 5 3 E 3 SS-112 CPM 7.5 E 3 2.25 E 4 1.5 E 3 SS-113 CPM 2 E 5 6 E 5 4.5 E 4 RMS-161 mR/hr 1 E 1 1.5 E 1 3 E -1 RMS-162 mR/hr 5 E 1 1.2 E 2 1 E 1 RMS-163 mR/hr 4 E 1 1 E 2 8 E 0 RMS-164 mR/hr 5 E 1 1 E 2 1 E 0 CH-118 CPM 1 E 4 4 E 4 3 E 3
• CH-119 SW-120 LW-108 CPM CPM CPM 1 E 4 1.5 E 3 1 E 4 4 E 4 2 E 3 2 E 4 3 E 3 8 E 2 1.5 E 3 SV-111 CPM 1 E 2 3 E 2 2 E 1 VG-109 CPM 6 E 2 1.8 E 3 1.2 E 2 VG-110 CPM 4 E 3 8 E 3 3.8 E 2 SW-114 CPM 2 E 3 6 E 3 6 E 2 SW-115 CPM 2 E 3 6 E 3 4 E 2 SW-116 CPM 2 E 3 6 E 3 4 E 2 SW-117 CPM 2 E 3 6 E 3 4 E 2 CC-105 CPM 2.5 E 5 3.6 E 5 1.8 E 5 RMS-151 mR/hr 6 E 1 3 E 2 3 E 1 RMS-152 mR/hr 1 E 1 1.5 E 1 3 E -1
• MONITOR ID RMS-153 UNITS mR/hr ALERT 2 E 1 HI HI ALARM 5 E 1 BACKGROUND 1 E 0 RMS-154 mR/hr 2 E 1 7 E 1 3 E -1 RMS-155 mR/hr 2 E 1 5 E 1 2 E -1 RMS-156 mR/hr 1 E 1 5 E 1 1 E 0 RMS-157 mR/hr 2 E 0 5 E 0 2 E -1 RMS-158 mR/hr 5 E 0 1 E 1 2 E -1 RMS-127 R/hr 2 E 2 4 E 3 1 E 0 RMS-128 R/hr 2 E 2 4 E 3 1 E 0 GW-101 CPM 2 E 3 3 E 3 4 E 2 GW-102 CPM 2 E 4 3 E 5 6 E 1 GW-130-1 uCi/sec 7.14 E 2 1.07 E 4 8 E -1
• GW-130-2 GW-122 MS-124 uci.sec mR/hr mR/hr 1.95 E 6

1. 3 E -1 7.61 E 6 2.5 E 0 0 E 0

                                          > .13 MS-125     mR/hr   1.3 E -1     2.5 E 0  > .13 MS-126     mR/hr   1. 3 E -1    2.5 E 0  > .13 RMS-129    mR/hr   1.4 E 0      2.8 E 1  > .01 VG-131-1   uci/sec 7.84 E 3     1.57 E 4 VG-131-2   uCi/sec 2.3 E 6      7.8 E 6  0 E 0 VG-123     mR/hr                         > .02

• THIS PAGE IS INTENTIONALLY INSERTED AS A DATA DIVIDER FOR THIS SUBSECTION I .

I

THIS IS A DRILL

• Scenario RS-114 RS-115 RS-116 RS-117 CC-105 RMS-151 RMS-152 RMS-153 RMS-154 RMS-155 RMS-156 RMS-157 RMS-158 Time CPM CPM CPH CPH CPM mR/hr mR/hr mR/hr mR/hr mR/hr mR/hr mR/hr mR/hr ll8:31l 4.98E+lll2 3.21E+ll2 3.42E+ll2 2.86E+ll2 7.63E+lll4 1. 711JE+lll 3.llllE-1111 8.71lE-llll 3. lllE-1111 2. 71lE-lll l.38E+llll l.61lE-lll 2.lllE-01 10132 4.98E+ll2 3.21E+ll2 3.42E+fll2 2.86E+ll2 7.64E+ll4 1. 71lE+llll 3.llllE-01 B. 71E-lll 3. lllE-01 2.70E-lll 1. 38E+lllll l.61lE-lll 2.lllE-01 lll: 33 4.99E+ll2 3. 21E+ll2 3.42E+fll2 2.86E+ll2 7.64E+ll4 l.71lE+lll 3.lllE-lll B. 71E-lll 3. lllE-lll 2.71lE-lll l.38E+llll l.61lE-lll 2.lllE-01 lll:34 4.99E+ll2 3.22E+ll2 3.43E+ll2 2.87E+ll2 7.65E+lll4 1. 7111E+lll 3.llE-llll B.72E-1111 3. llE-llll 2. 71E-lll 1. 38E+llll 1. 61lE-01 2.lllE-01 lllJ: 35 4. 99E+ll2 3.22E+ll2 3.43E+ll2 2.87E+ll2 7.65E+lll4 1. 71lE+lll 3. llE-lll 8.72E-lll 3. llE-lll 2.71E-lll 1. 38E+llll 1. 61lE-lll 2. llE-01 U:36 5.IIIIIIE+ll2 3.22E+ll2 3.43E+ll2 2.87E+ll2 7.66E+ll4 1. 71E+llll 3. llE-1111 8.73E-lll 3. llE-lll 2. 71E-lll l.38E+llll l.61E-lll 2. llE-01 lll137 5.lllilE+lll2 3.22E+ll2 3.43E+fll2 2.87E+ll2 7.66E+ll4 1. 71E+lll 3. llE-lll 8.74E-llll 3.llE-lll 2. 71E-llll 1. 39E+lllll l.61E-llll 2. llE-llll Hl:38 5.llllllE+lll2 3.23E+lll2 3.44E+ll2 2.87E+ll2 7.67E+lll4 l.71E+llll 3 .12E-1111 B.74E-lll 3.12E-lll 2. 71E-llll 1. 39E+lllll l.61E-lll 2. llE-1111 1111139 5 .1111E+lll2 3.23E+lll2 3.44E+lll2 2.8BE+ll2 7.67E+lll4 1. 71E+llll 3.12E-1111 B.75E-lll 3.12E-lll 2. 72E-llll l.39E+llllll l.61E-llll 2. llE-1111 lll: 4111 5 .1111E+lll2 3.23E+lll2 3.44E+fll2 2. 88E+lll2 7. 68E+ll4 1. 71E+lll 3.12E-llll 8.75E-1111 3 .12E-1111 2.72E-lll 1. 39E+lllll l.61E-llll 2.llE-llll lll141 5.ll1E+lll2 3.23B+l1J2 3.44E+fll2 2.88B+ll2 7.69E+ll4 1. 71E+lll 3.12E-llll 8.76E-llll 3.12E-lll 2.72E-lill l.39E+lllll l.61E-1111 2. llE-1111 1111 :42 5.ll2B+ll2 3.23E+lll2 3.45E+lll2 2.8BE+lll2 7.69E+lll4 1. 71E+lll 3.12E-1111 B.77E-1111 3.12E-lll  :.!.72E-lll l.39E+llll l.61E-llll 2.12E-llll lll 143 5.ll2B+ll2 3.24B+ll2 3.45E+ll2 2.88E+lll2 7. 7111E+lll4 1. 71E+lll 3.lJE-1111 B.77E-lll 3. lJE-1111 2.72E-lll 1. 39E+llll l.61E-lll 2 .12E-llll lll:44 S.ll3B+ll2 3.24E+ll2 3.4SE+ll2 2.89E+ll2 7.71lE+ll4 l.72E+lll 3.13E-lll B.7BE-lll 3.13E-lll 2.72E-lll l.39E+llll l .61E-lll 2.12E-lll lll:45 5. ll3E+ll2 3 .24E+lll2 3.45E+ll2 2.89E+ll2 7. 71E+lll4 1. 72E+llll 3.13E-lll 8.79E-lll 3.13E-lll 2.73E-lll 1. 39E+llll 1. 62E-lll 2.12E-1111 10146 5 .ll3B+ll2 3.24E+ll2 3.46E+ll2 2.89E+ll2 7. 71E+ll4 l.72E+IIJ1 3.13E-lll B.79E-lll 3.13E-llll 2.73E-llll l.39E+llll l.62E-lll 2 .12E-lll lllll 4 7 5.ll4E+ll2 3.25B+lll2 3.46E+ll2 2.89E+lll2 7.72E+lll4 l.72E+llll 3.13B-"1 B. BIIIE-lll 3.13E-lll 2.73E-lll 1. 4111E+lllll 1. 62E-1111 2 .12E-lll 1111148 5 .1114E+lll2 3.25E+lll2 3.46E+ll2 2. 89E+lll2 7. 72E+ll4 1. 72E+llll 3 .14B-1111 8.BIIIE-1111 3 .14E-1111 2.73E-lll 1. 41lE+llll 1. 62E-lll 2 .12E-lll lll149 5.ll4E+ll2 3.25E+lll2 3.46E+ll2 2.91lE+ll2 7.73E+lll4 l.72E+lll 3.14E-lll B. BlE-llll 3. l4E-lll 2.73E-lll l.41lE+llll 1. 62E-lll 2.13E-lll lll:511l 5.ll5E+ll2 3.25E+ll2 3.47E+ll2 2.91lB+ll2 7.73E+ll4 1. 72E+lll 3.14E-lll B.B2E-lll 3. l4E-lll 2.74E-lll l.41lE+llll 1. 62E-lll 2.13E-lll lll:51 5.1115B+02 3.25E+ll2 J.47E+ll2 2. 9111B+ll2 7.74B+ll4 1. 72E+llll 3.14E-1111 B.82E-lll 3.)4E-lll 2.74E-lll l.4111E+llll 1. 62E-1111 2.13B-lll 11h52 5. IIISE+lll2 3.26E+lll2 3.47E+ll2 2.9111E+lll2 7.74E+lll4 l. 72E+llll 3.15E-1111 8.83E-lll 3.lSE-lll 2. 74E-1111 l.41lE+IIIIII 1. 62E-llll 2. lJE-1111 llll153 5.1116E+lll2 3.26E+ll2 3.47E+ll2 2. 911lE+lil2 7.75E+lll4 1. 73E+lll 3.15E-1111 8. 83E-"1 3.15E-lll 2.74E-lll l.41lE+lllll 1. 62E-llll 2.lJE-01 lll 154 S.ll6E+ll2 3.26E+lll2 3.48E+ll2 2. 91E+ll2 7.75E+ll4 l.73E+llll 3.15E-1111 8.84E-lll 3.15E-lll 2.74E-lll l.4111E+llll l.63E-lll 2.lJE-lll lll:55 5 .1116E+ll2 3.26E+ll2 3.48E+ll2 2.91E+ll2 7.76E+lll4 1. 73E+lll 3.15E-lll 8.85E-lll 3.15E-lll 2.75E-lll l.41lE+llll 1. 63E-lll 2 .14E-1111 111156 5.1117E+lll2 3.27E+ll2 3.48B+ll2 2.91E+lll2 7.77E+lll4 1. 73E+llll 3.15E-1111 8. 85E-lll 3 .15E-llll 2.75E-lll l.41lE+llll l.63E-01 2 .14E-1111 1 3.16E-U 8.86E-11Jl 3 .16E-llll 2.75E-lll 1. 41E+lllll 1. 63E-ll'l 2.14E-lll 1111157 S!ll7E+lll2 3.27E+ll2 3.48E+lll2 2.91E+ll2 7. 77E+ll4 1. 73E+llll 1111158 5 .1117E+ll2 3.27E+lll2 3.48E+lll2 2.91B+lll2 7.78E+lll4 1. 73E+lll 3 .16E-1111 8.86E-lll 3.16E-lll 2.75E-lll 1.41E+llll 1. 63E-lll 2.14E-lll 10159 S.ll8E+ll2 3.27E+lll2 3.49E+fll2 2.92E+lll2 7.78E+lll4 1. 73E+llll 3.16E-lll 8.87E-lll 3.16E-lll 2.75E-lll 1.41E+llll l.63E-lll 2.14E-lll l111lll 5.ll8E+I', 3.28E+ll2 3.49E+ll2 2.92E+ll2 7.79E+04 1. 73E+lll 3.16E-lll 8.BBE-01 3.16E-lll 2.75E-lll l.41E+llll 1. 63E-lll 2 .14E-01 11 :Ill 5.ll8E+ll2 3.28E+ll2 3.49E+fll2 2.92E+ll2 7.79E+IIJ4 1. 74E+llll 3 .17B-lll B.BBE-llll 3.17E-lll 2. 76E-llll 1. 41E+lllll l.63E-lll 2.14E-lll 11:1112 5 .1119E+ll2 3.2BE+ll2 3.49E+ll2 2.92E+02 7.BllE+ll4 1. 74E+lll 3.17B-lll 8.89E-lll 3.17E-lll 2.76E-lll 1. 41E+llll 1. 63E-lll 2.lSE-lll 11:03 S.ll9E+ll2 3.2BE+ll2 3. SlllE+flJ2 2.92B+ll2 7.8111E+lll4 1. 74E+llll 3.17E-llll B.89E-lll 3.17E-lll 2.76E-lll l.41E+llll l.64E-lll 2 .15E-llll 11 :ll4 5. lllE+ll2 3.2BE+ll2 3. 5111E+ll2 2.93B+ll2 7.81E+04 1. 74E+lll 3. l 7E-01 8.91lE-lll 3.17E-lll 2.76E-lll l.41E+llll l.64E-lll 2.15E-lll THIS IS A DRILL

THIS IS A DRILL

• Scenario RS-114 RS-115 RS-116 RS-117 CC-105 RMS-151 RMS-152 RMS-153 RMS-154 RMS-155 RMS-156 RMS-157 RMS-158 Time CPK CPM CPM CPM CPK mR/hr mR/hr mR/hr mR/hr mR/hr mR/hr mR/hr mR/hr ll :ll5 5.lllE+ll2 3.29E+ll2 3. 51lEHl2 2.93E+ll2 7.81E+lil4 1. 74E+llll 3 .17E-lll 8.91E-1111 3.17E-1111 2.76E-1111 1. 41E+lillll 1. 64E-01 2.lSE-lll 11:1!6 5. lllE+ll2 3.29E+ll2 3.51lE+ll2 2.93E+B2 7.82E+ll4 1.74E+lll 3.lBE-lill 8.91E-lill 3. lBE-lill 2. 77E-lill 1. 41E+lillil 1. 64E-lill 2.lSE-lill ll: lil7 5. llE+lil2 3.29E+lil2 3.51E+lil2 2.93E+lil2 7.82E+lil4 1.74E+lill 3.18E-lill 8.92E-lill 3 .18E-lill 2. 77E-lill 1.41E+lillil 1.64E-lill 2.lSE-lill 11:lilB 5 .11E+lil2 3.29E+lil2 3.51E+ll2 2.93E+B2 7.B3E+lil4 1. 74E+llll 3.lBE-lll B. 93E-lill 3. lBE-lill 2. 77E-l/ll 1. 42E+lllll 1.64E-lill 2.lSE-lill 11:1!9 5 .11E+lil2 3. 30E+lll2 3.51E+ll2 2.94E+lil2 7.84E+lil4 1. 75E+lill 3.lBE-01 B.93E-lill 3.lBE-lill 2. 77E-lill 1.42E+lillil 1.64E-lill 2.16E-llll 11: lll 5 .12E+lil2 3. 31ilE+lil2 3.51E+ll2 2.94E+lil2 7.84E+lil4 1. 75E+llll 3.lBE-lill B.94E-lill 3 .18E-llll 2.77E-lll 1. 42E+lilll 1. 64E-llll 2 .16E-llll 11111 5.12E+lil2 3. 31lE+ll2 3.52E+ll2 2.94E+lil2 7.BSEHl4 1.75E+lill 3.19E-lill B.94E-lill 3 .19E-llll 2.78E-llll 1. 42E+lillil 1.64E-lill 2 .16E-01 11112 5.12E+lil2 3. 31ilE+lil2 3.52E+ll2 2.94E+lil2 7.85E+lil4 1.75E+lill 3.19E-IIJ1 B.95E-lill 3.19E-lill 2. 78E-lill 1.42EHllil 1.65E-lill 2.16E-lill 11 :13 5.13E+ll2 3. 31lE+lil2 3.52E+lil2 2.94E+lil2 7.86E+ll4 1. 75E+01 3 .19E-ill B.96E-1111 3.19E-lill 2.78E-lill 1. 42E+lllil l.65E-lill 2 .16E-lill 11 :14 5.13E+ll2 3.3llH02 3.52E+IIJ2 2.95E+lil2 7.B6E+lil4 l.75E+lll 3.19E-lll 8.96E-1111 3.19E-1111 2. 78E-01 1. 42E+lil111 l.65E-1111 2 .16E-1111 11: 15 5 .13E+lil2 3.31E+lil2 3.53E+lil2 2.95E+lil2 7.87E+lil4 1. 75E+IIJ1 3.211JE-ill B.97E-llll 3.211lE-llll 2.7BE-llll 1. 42E+lillil 1. 65E-lill 2 .16E-llll 11: 16 5 .14E+lil2 3.31E+lil2 3.53EHl2 2.95E+lil2 7.B7E+lil4 1. 75E+lill 3.21ilE-lill B.97E-lill 3.21ilE-lill 2. 79E-1111 l.42E+lillil 1. 65E-lill 2.17E-lll 11: 17 5.14E+lil2 3.31E+ll2 3.53E+ll2 2.95E+ll2 7.8BE+lil4 1. 75E+lill 3.21ilE-01 8.98E-lill 3.21ilE-01 2.79E-lill 1.42E+lillil 1. 65E-lill 2.17E-lill 11: 18 5.14E+lil2 3.32E+lil2 3.53E+lil2 2.95E+lil2 7.B8E+lil4 1. 76E+lill 3.21ilE-lill B.99E-lill 3.21ilE-lill 2. 79E-lill 1. 43E+lillil 1. 65E-lill 2. l 7E-lill 11 :19 5.15E+ll2 3.32E+lil2 3.53E+lil2 2.96E+lil2 7.89E+lil4 l.76E+lill 3 .21ilE-01 8.99E-lill 3. 21ilE-lill 2.79E-lill 1. 43E+lillil 1. 65E-lll 2. l 7E-lill ll:21il 5.15E+ll2 3.32E+ll2 3.54E+lil2 2.96E+ll2 7.89E+lil4 1. 76E+lll 3.21E-01 9 .llllE-lll 3.21E-lill 2.79E-lll l.43EHllil l.65E-lll 2.17E-lill 11 :21 5.15E+ll2 3.32E+lil2 3.54E+lil2 2.96E+ll2 7. 91ilE+lil4 l.76E+lill 3.21E-01 9 .lillilE-lll 3.21E-lill 2. 79E-llll l.43E+lillil 1. 66E-lll 2. l 7E-lill 11:22 5.16E+lil2 3.32E+lil2 3.54E+ll2 2.96E+lil2 7.90E+lil4 1. 76E+lill 3.21E-lill 9. lillE-lill 3.21E-lill 2. BllE-lill 1. 43E+lillil 1. 66E-lll 2 .17E-lill 11:23 S.16E+lil2 3.33E+lil2 3.54E+lil2 2. 96E+lil2 7.91E+lil4 1. 76E+lill 3.21E-lill 9. lil2E-lill 3.21E-lill 2.BlilE-lill 1. 43E+lillil 1. 66E-01 2.18E-lill llt24 S.16E+ll2 3.33E+ll2 3.SSE+lil2 2.91E+lil2 7.92E+ll4 1. 76E+lll 3.22E-lill 9. lil2E-lill 3.22E-lill 2. BlilE-lill l.43E+lillil 1. 66E-lill 2.lBE-lill 11:25 S.17E+lil2 3. 33E+lil2 3.SSE+ll2 2.97E+lil2 7.92E+lil4 1. 76E+lll 3.22E-lll 9.lil3E-lill 3.22E-lill 2. BlilE-lill 1. 43E+llllil 1. 66E-lll 2 .18E-lill llt26 S.17E+ll2 3.33E+lil2 3. SSE+lil2 2.97E+lil2 7.93E+lil4 1. 77E+lill 3.22E-lill 9. lil3E-lill 3.22E-lill 2.BlilE-lill 1. 43E+lillil 1. 66E-lill 2. lBE-lill 11 :27 5.18E+lil2 3.34E+lil2 3.55E+lil2 2.97E+B2 7.93E+lil4 1. 77E+lll 3.22E-lill 9.lil4E-lill 3.22E-lll 2.BlE-lill l.43E+lillil 1.66E-lill 2. lBE-lill 11 :28 S.18E+lil2 3.34EHl2 3.56E+ll2 2.97E+ll2 7.94E+ll4 1. 77E+lill 3.22E-lll 9.lilSE-lill 3.22E-lill 2.81E-lill l.44E+lillil 1. 66E-lll 2 .18E-llll 11 :29 S.18E+lil2 3.34E+lil2 3.56E+ll2 2.98E+lil2 7.94E+ll4 1. 77E+lill 3.23E-lill 9.lil5E-lill 3.23E-lill 2.81E-lill l.44E+IIJll 1. 66E-lll 2.19E-lill 11 :30 5 .19E+IIJ2 3.34E+lil2 3.56E+lil2 2.98E+lil2 7.95E+lil4 1. 77E+lill 3 .23E-lill 9. lll6E-llll 3.23E-lill 2.BlE-llll 1.44E+llllll 1. 67E-llll 2 .19E-llll llt31 5.19E+lil2 3.34E+lll2 3. 56E+lil2 2.98E+l2 7.95E+ll4 1. 77E+lll 3.23E-lill 9.lil7E-lill 3.23E-!lll 2. Bl'E-lill l.44E+lilll l.67E-01 2 .19E-lill 11: 32 S.19E+lil2 3.35E+lil2 3.57E+lil2 2.98E+lil2 7.96E+lil4 1. 77E+lill 3.23E-lill 9 .1117E-llll 3.23E-lill 2. 82E-lill 1.44E+lillil 1. 67E-lill 2.19E-lill 11:33 5.21ilEHl2 3.35E+ll2 3.57E+lil2 2.98E+lil2 7.96E+lil4 1. 77E+lill 3.23E-lill 9. lil8E-1111 3.23E-lill 2.82E-lill 1.44E+lilllJ l.67E-lill 2 .19E-11Jl 11 :34 S.21ilE+lil2 3.35E+lil2 3.57E+lil2 2.99E+lil2 7.97E+IIJ4 1. 77E+lill 3.24E-01 9. lilBE-lill 3.24E-1111 2. 82E-lill 1.44E+lillil 1.67E-lill 2.19E-lill 11:35 S.21ilE+lil2 3.35E+ll2 3.57E+ll2 2.99E+lil2 7.97E+ll4 l.78E+l!l 3.24E-lill 9.lil9E-lill 3.24E-lill 2. 82E-01 1. 44E+lilllJ 1.67E-ill 2 .19E-lill 11 :36 S.21E+lil2 3.36E+ll2 3.58E+ll2 2.99E+lil2 7.9BE+ll4 1. 7BE+lll 3.24E-lill 9.llilE-lill 3.24E-lill 2. 82E-ill l.44E+lillil l.67E-lill 2 .21/lE-lill 11137 S.21E+ll2 3.36E+ll2 3.58E+lil2 2.99E+IIJ2 7.98E+lil4 l.78E+lill 3.24E-lill 9. lllJE-lill 3.24E-lll 2.82E-lill l.44E+lillil 1. 67E-lill 2.21/lE-lill 11138 S.21E+lil2 3.36E+lil2 3.5BE+1112 2.99E+lil2 7.99E+lil4 1. 78E+lill 3.25E-01 9. llE-1111 3.25E-lill 2.83E-lill l.44E+lil111 1. 68E-1111 2.21lE-lll 11139 5.22E+lil2 3.36E+lil2 3.58E+lil2 3.00E+e2 8.lill!E+ll4 1. 78E+lill 3.25E-lill 9. llE-lll 3.25E-01 2.83E-U l.45E+llll 1. 68E-01 2.21/lE-01 THIS IS A DRILL

THIS IS A DRILL

• Scenario RS-114 RS-115 RS-116 RS-117 CC-105 RMS-151 RMS-152 RMS-153 RMS-154 RMS-155 RMS-156 RMS-157 RMS-158 Time CPH CPH CPH CPH CPH mR/hr mR/hr mR/hr mR/hr mR/hr mR/hr mR/hr mR/hr l114fll S.22E+fil2 3.37E+fll2 3.59E+fll2 3.IIJIIJE+lll2 8.111111E+fil4 1. 78E+fill 3.25E-1111 9.12E-flll 3.25E-1111 2.83E-01 1. 45E+llll 1. 68E-lll 2. 21lE-lll 11141 S.22E+fll2 3.37E+fil2 3.59E+ll2 3.llllE+fll2 8.ll1E+ll4 1. 78E+lll 3.25E-1111 9.lJE-1111 3.25E-1111 2.83E-lll l.45E+111111 1. 68E-01 2.2111E-1111 11142 5.23E+1112 3.37E+02 3. 59E+fll2 3.fll111E+lll2 8. flllE+ll4 1. 78E+flll 3.25E-1111 9.lJE-1111 3.25E-fill 2.BJE-01 1. 45E+111fll 1. 68E-flll 2 .2fllE-flll 11: 43 5 .23E+fll2 3.37E+fll2 3.59E+ll2 3.fll111E+fil2 8 .fll2E+ll4 1. 79E+0l 3.26E-llll 9 .14E-flll 3.26E-1111 2.84E-1111 1. 45E+111111 1. 68E-11Jl 2 .21E-flll 11:44 5.23E+fil2 3.37E+fil2 3.59E+fil2 3.flllE+fil2 8.fll2E+e4 1. 79E+lll 3.26E-flll 9.14E-flll 3.26E-1111 2. 84E-lill l.45E+111fll 1. 68E-1111 2.21E-1111 11145 5.24E+1112 3.3BE+1112 3.6111E+IIJ2 3.1111E+1112 8. IIJ3E+1114 l.79E+lll 3.26E-lill 9.15E-lll 3.26E-lll 2.84E-lll l.45E+filll l.68E-lll 2.21E-1111 11146 5.24E+fil2 3.38E+1112 3.611lE+1112 3. lll1E+1112 8. 03E+ll4 1. 79E+lll 3.26E-fill 9.16E-1111 3.26E-flll 2.84E-flll 1.45E+111111 1. 68E-flll 2.21E-1111 11147 5.24E+1112 3.3BE+1112 3.611lE+1112 3.01E+1112 8.fll4E+04 1. 79E+llll 3.26E-1111 9.16E-lill 3.26E-lill 2.84E-1111 l.45E+lilll 1. 69E-llll 2.21E-lll 11148 5.25E+ll2 3.38E+ll2 3.61lE+ll2 3.lllE+ll2 8.ll4E+ll4 1. 79E+llll 3.27E-lll 9.17E-lll 3.27E-lll 2. 85E-"1 1.45E+llll 1. 69E-lill 2.21E-lill 11149 S.25E+1112 3.39E+lll2 3.61E+lll2 3.lll2E+fil2 8.ll5E+e4 1. 79E+1111 3.27E-1111 9.lBE-llll 3.27E-flll 2.85E-1111 1. 46E+lllfil 1. 69E-ill 2.21E-1111 ll 15fll 5.26E+fil2 3.39E+fil2 3.61E+fil2 3.lll2E+fll2 8. lll5E+fil4 1. 79E+fill 3.27E-flll 9.lBE-1111 3.27E-lll 2.85E-llll 1. 46E+1111l 1. 69E-lill 2.22E-1111 11151 5.26E+fil2 3. 39E+1112 3.61E+fll2 3.fll2E+IIJ2 B.1116E+lll4 1. BfilE+lll 3 .27E-lll 9.19E-lll 3.27E-1111 2.85E-flll l.46E+11111l 1. 69E-1111 2.22E-flll 11152 5.26E+lll2 3.39E+fil2 3.61E+IIJ2 3.lll2E+ll2 8. IIJ6E+ll4 1. 811lE+fill 3.2BE-1111 9 .19E-llll 3.2BE-flll 2.85E-IIJ1 1.46E+fil111 1. 69E-lill 2.22E-llll 11 :53 5.27E+lll2 3.39E+lil2 3.62E+lll2 3.fll2E+lll2 B.lll7E+lll4 1. BlllE+fill 3.2BE-1111 9 .211lE-llll 3.28E-llll 2.BSE-flll 1. 46E+lillil 1. 69E-lil 1 2.22E-llll 11154 5.27E+fil2 3.41lE+lll2 3.62E+1112 3.IIJ3E+ll2 B. lil8E+1114 1. BfilE+fill 3.28E-llll 9.21E-llll 3. 2BE-llll 2. 86E-1111 1. 46E+lil111 l.69E-1111 2.22E-1111 11:55 5.27E+~2 I 3. 41ilE+lil2 3.62E+lil2 3.ll3E+lil2 8.lllBE+lil4 1. BlilE+lill 3.28E-lll 9.21E-lll 3.28E-lll 2.86E-lill 1. 46E+llll l.69E-lll 2.22E-lll 11156 5.28E+lll2 3.4B1Hlll2 3.62E+lil2 3. ll3E+fil2 8 .lll9E+ll4 l.81ilE+lill 3.28E-llll 9.22E-lill 3.28E-llll 2.86E-lill 1. 46E+llllll 1. 711lE-lill 2 .22E-lill 11: 57 5.28E+lil2 3. 40E+lll2 3.63E+lll2 3.ll3E+lll2 8.lll9E+04 1. 8filE+llll 3.29E-flll 9.22E-llll 3.29E-01 2.86E-llll 1.46E+lillll 1. 71lE-lill 2 .23E-lill 11158 5.28E+ll2 3.41E+lll2 3.63E+lll2 3.fll3E+lll2 8. lfllE+fil4 1.BlllE+fill 3.29E-flll 9 .23E-flll 3.29E-flll 2.86E-flll 1.46E+filfll 1.711lE-flll 2. 23E-lill 11159 5.29E+fil2 3.41F+fll2 3.63E+fil2 3. lll4E+lll2 8.lfilE+lll4 1.8fllE+flll 3.29E-llll 9 .24E-flll 3.29E-fill 2.87E-flll 1.47E+lllll 1. 711JE-llll 2 .23E-fill 12 :fllfll 5. 29E+l!l2 3.41E+lll2 3.63E+fil2 3. fll4E+lll2 8 .11E+lll4 1. 81E+lll 3.29E-lll 9.24E-lll 3.29E-lll 2.87E-llll 1. 47E+lllll 1. 71lE-llll 2.23E-01 12 :fill 5. 29E+ll2 3.41E+fil2 3.64E+fll2 3.ll4E+fil2 8 .11E+04 1.BlE+flll 3.3fllE-fill 9 .25E-01 3. JlllE-flll 2.87E-flll 1.47E+lllfil 1. 711lE-flll 2 .23E-fill 121fll2 5. 3fllE+lll2 3.4)E+fll2 3.64E+fll2 3.fll4E+fll2 8.12E+lll4 1. BlE+llll 3. JfllE-llll 9 .25E-flll 3.JfllE-flll 2.87E-lll 1.47E+llrll 1. 71lE-lll 2 .23E-flll 12103 S.31lE+fil2 3.42E+ll2 3. 64E+lll2 3.fll4E+fll2 8 .12E+ll4 1. 81E+lill 3. 31/lE-IIJl 9.26E-flll 3. 311JE-llll 2.87E-flll 1. 47E+l'lfll 1. 7fllE-fll l 2 .24E-lill 12111l4 5. 3fllE+fll2 3.42E+lll2 3.64E+lll2 3.fll5E+fil2 8.13E+fll4 1.81E+llll 3. 311JE-flll 9.27E-fill 3. 311JE-01 2.BBE-flll l.47E+filfll 1. 7fllE-flll 2.24E-flll 12111l5 5. 31E+fil2 3.42E+fll2 3.65E+fll2 3.fll5E+fil2 8 .13E+e4 1. 81E+flll 3.311JE-llll 9. 27E-flll 3. 311lE-01 2. 88E-"1 1. 47E+llfll 1. 71E-llll 2.24E-flll 12111l6 5.31E+lll2 3.4"2E+fll2 3.65E+lll2 3.ll5E+ll2 8.14E+lll4 1. 81E+llll 3.31E-01 ~.28E-llll 3. 31E-flll 2.88E-llll l.47E+fllfil 1. 71E-1111 2.24E-flll 1 12 :fll7 5.31E+fil2 3.43E+02 3.65E+ll2 3.05E+02 8 .14E+e4 1. 81E+lll 3.31E-flll 9 .28E-lll 3. 31E-flll 2.88E-flll l.47E+filfll 1. 71E-flll 2.24E-flll 12108 5.32E+fil2 3.43E+fil2 3.65E+e2 J.fll5E+fll2 8 .15E+e4 1. 82E+fill 3. 31E-flll 9.29E-flll 3.31E-flll 2.88E-flll 1.47E+fllfll 1. 71E-flll 2 .24E-flll 12:lll9 S.32E+fil2 3.43E+02 3.65E+fll2 3. ll6E+fil2 B.16E+ll4 1.82E+el 3. 31E-llll 9. 3fllE-llll 3.31E-flll 2.89E-flll 1. 47E+filfll 1. 71E-01 2.24E-01 12 I Hl 5. 33E+fil2 3.43E+fil2 3.66E+fil2 3. fll6E+fil2 8 .16E+e4 l.82E+fill 3. JlE-flll 9.JIIJE-flll 3. 31E-fill 2.89E-flll 1. 48E+fillll 1. 71E-flll 2. 25E-flll 12111 5.33E+fil2 3.43E+fil2 3.66E+lll2 3.fll6E+ll2 8.17E+lll4 1. 82E+lll 3 .32E-r/Jl 9. 31E-llll 3.32E-lll 2.89E-flll l.48E+lllll 1. 71E-flll 2.25E-flll 12: 12 5. 33E+lll2 3.44E+ll2 3.66E+fll2 3.ll6E+fil2 8.17E+lll4 l.82E+fill 3.32E-flll 9. 32E-flll 3.32E-fill 2. 89E-lll 1. 48E+filfll 1. 71E-flll 2.25E-flll 12:13 5.34E+fil2 3.44E+fil2 3.66E+02 3. fll6E+fll2 8.1BE+04 1. 82E+llll 3.32E-flll 9. 32E-flll 3.32E-llll 2.89E-flll 1. 48E+lllfil 1. 71E-flll 2.25E-flll 12 114 S.34E+lll2 3. 44E+fil2 3.67E+e2 3.ll7E+fil2 B.18E+04 1. 82E+lll 3.32E-llll 9. 33E-flll 3. 32E-flll 2.89E-flll l.4BE+filfll 1. 72E-flll 2.25E-flll TBIS IS A DRILL

THIS IS A DRILL

• Scenario RS-114 RS-115 RS-116 RS-117 CC-11115 RMS-151 RMS-152 RMS-153 RMS-154 RMS-155 RMS-156 RMS-157 RMS-158 Time CPH CPH CPH CPM CPM mR/hr mR/hr mR/hr mR/hr mR/hr mR/hr mR/hr mR/hr 12:15 5.34E+lil2 3.44E+lil2 3.67E+lil2 3.lil7E+lil2 8.19E+lil4 1. 82E+lill 3.33E-lill 9.33E-lill 3. 33E-lill 2.91lE-"'1 1. 4BE+lllil 1. 72E-lill 2. 25E-llll 12116 5.35E+lil2 3.45E+lil2 3.67E+ll2 3.ll7E+lil2 8 .19E+04 1. B2E+"1 3.33E-lill 9. 34E-lill 3.33E-lill 2. 91/lE-lill l.4BE+01/l 1. 72E-lill 2.25E-lll 12117 5.35E+lil2 3.45E+lil2 3.67E+lil2 3.lil7E+lil2 8. 21ilE+ll4 l.B3E+lill 3.33E-lill 9. 35E-lill 3.33E-lill 2.911JE-lll l.4BE+lillil 1. 72E-lll 2. 26E-lill 12118 5.35E+lil2 3.45E+lil2 3.6BE+lil2 3. lil7EHl2 B.21ilE+lil4 1. 83E+lill 3.33E-lill 9. 35E-lill 3. 33E-lill 2.90E-lill l.4BE+lillil l.72E-lill 2. 26E-lill 12119 5.36E+lil2 3.45E+lil2 3.6BE+lil2 3. lllBE+lil2 B.21E+lil4 l.B3E+lill 3. 33E-lill 9.36E-lill 2.84E+lil2 2.B4EHl2 2.71E+02 1. 72E-lill 2.26E-lill 12:21/l 5. 36E+lil2 3.45E+lil2 3.6BEHl2 3. lilBE+lil2 B.21E+lil4 1. 83E+lill 3. 34E-llll 9. 36E-llll 7.92E+lll2 7.92E+lil2 7.54E+lll2 1. 72E-lll 2.26E-lll 12:21 5. 36E+lil2 3.46E+lll2 3.68E+lil2 3. lilBE+lil2 B.22E+04 1. B3E+lill 3.34E-lill 9.37E-llll 1. 61ilE+lll3 1. 61ilE+lil3 1. 53E+03 1. 72E-llll 2.26E-llll 12:22 5. 37E+lil2 3.46E+lil2 3.69E+lll2 3. lllBE+ll2 B.23EHl4 1. BJE+lll 3. 34E-lill 9. 3BE-lill 2.B3E+lil3 2.B3E+lil3 2. 71ilE+lil3 1. 72E-"'1 2.26E-lill 12123 5.37E+lil2 3.46E+lil2 3.69E+lil2 3 .lilBE+lil2 B.23E+lil4 1. 83E+lill 3.34E-lill 9. 3BE-lill 4. 63E+lil3 4.63E+lil3 4.41E+lil3 1. 73E-lill 2.26E-lll 12124 5.37E+lil2 3.46E+lil2 3.69E+lil2 3. lll9E+lil2 B.24E+lil4 1. 83E+"1 3.35E-lill 9.39E-lill 6 .69E+lil3 6.69E+lil3 6.37E+ll3 1. 73E-lill 2. 27E-lill 12:25 5. 3BE+lil2 3. 47E+lil2 3.69E+ll2 3. lil9E+lil2 8.24E+lil4 1. 84E+lill 3.35E-lill 9.39E-lll 8.97E+lil3 8. 97E+lil3 8.54E+lil3 1. 73E-lill 2. 27E-llll 12126 5.3BE+lil2 3.47E+lil2 3.711lE+ll2 3.lil9E+lil2 8.25E+ll4 1. 84E+lll 3.35E-lll 9. 41/lE-lll l .15E+lil4 l .15E+ll4 l. ll9E+lil4 1. 73E-lll 2. 27E-lill 12:27 5. 3BE+lil2 3.47E+lil2 3.71lE+ll2 3.ll9E+ll2 B.25E+lil4 1. 84E+lll 3.35E-lll 9.41E-lill 1. 41E+lil4 1. 41E+lil4 1. 34E+lil4 1. 73E-lill 2. 27E-lll 12128 5.39E+lil2 3.47E+lil2 3.71lE+lil2 3.lll9E+lil2 B.26E+lil4 1. 84E+lill 3.35E-lll 9.41E-lill 1. 69E+lil4 1. 69E+lil4 1. 61E+ll4 1. 73E-lll 2.27E-llll 12:29 5.39E+ll2 3.4BE+ll2 3.71lE+ll2 3.llllE+ll2 B.26E+ll4 1. B4E+01 3.36E-lill 9.42E-llll 1. 99E+lil4 1. 99E+lll4 1. 91ilE+lil4 1. 73E-lill 2 .27E-lll 12: 31il 5.39E+ll2 3.4BE+lil2 3.71lE+ll2 3.llilE+lil2 8.27E+lil4 1. 84E+lill 3.36E-lll 9. 42E-lill 2. 31ilE+lil4 2.311lE+lil4 2.19E+lil4 l.73E-lill 2.27E-llll 12131 5. 40E+lil2 3.4BE+lil2 3.71E+ll2 3.llilE+ll2 B.27E+ll4 1. 84E+lll 3.36E-lll 9.43E-lill 2.61E+ll4 2.61E+ll4 2.49E+ll4 1. 73E-lill 2.2BE-lll 12:32 5. 41ilE+lil2 3.4BE+lil2 3.71E+ll2 3.ll/lE+ll2 8.2BE+ll4 1. 84E+lill 3. 36E-lill 9.44E-lll 3.llEHl4 3 .11E+ll4 2.BlilE+lil4 1. 74E-lll 2. 2BE-lill 12:33 5.41E+ll2 3.4BE+ll2 3. 71EHl2 3. llilE+02 8.2BE+ll4 1. 85E+lill 3. 36E-lll 9. 44E-lll 3.46E+lil4 3.46E+lil4 3.12E+lil4 1. 74E-11Jl 2.2BE-lll 12:34 5.41E+lll2 3.49E+lil2 3. 71EHl2 3.11E+lil2 B.29E+lil4 1. BSE+lill 3.37E-lill 9. 45E-llll 3. BllE+ll4 3.BllE+lil4 3.44E+lil4 1. 74E-lll 2. 28E-lll 12135 5.41E+ll2 3.49E+ll2 3. 72E+lil2 3 .11E+ll2 B.29E+ll4 1. 85E+lll 3.37E-llll 9.46E-llll 3.95E+ll4 3.95E+ll4 3. 77E+04 1. 74E-lll 2. 28E-lll 12:36 5.42E+ll2 3.49E+ll2 3. 72E+lil2 3.11E+ll2 B.31lE+ll4 l.B5E+lll 3.37E-lll 9.46E-llll 4. lil9E+lil4 4. lil9E+ll4 3. 91lE+ll4 1. 74E-lll 2. 28E-lll 12137 5.42EHl2 3.49E+ll2 3.72E+lll2 3. l1E+02 B.31E+lil4 1. 85E+lill 3. 37E-lll 9.47E-lill 4.22E+ll4 4.22E+lil4 4. ll2E+lil4 1. 74E-lll 2. 29E-lill 12138 S.42E+ll2 3. 51ilE+lll2 3. 72E+lil2 3 .11E+lil2 8.31E+lll4 1. BSE+lill 3.3BE-llll 9. 4 7E-lll 4.34E+lil4 4.34E+lil4 4.14E+lll4 1. 74E-lill 2.29E-lill 12139 S.43E+ll2 3.51lE+lil2 3.73E+ll2 3.12E+lil2 8.32E+ll4 1. B5E+lill 3.3BE-llll 9. 4BE-lill 4.45E+ll4 4.45E+lil4 4.24E+ll4 1. 74E-llll 2.29E-lill 12: 41/l 5. 43E+lil2 3.SllE+lll2 3.73E+ll2 3.12E+ll2 8.32E+lil4 1. 85E+lill 3.3BE-lill 9.49E-lll 4.55E+lll4 4.55E+lll4 4.34E+lil4 1. 74E-llll 2 .29E-llll
• 12141 S.43E+lil2 3.SllE+ll2 3.73E+lll2 3.12EHl2 8.33E+lll.f 1. 85E+lll 3.38E-lill 9. 49E-llll 4.65E+lil4 4.65E+lil4 4.42~+1il4 1. 75E-lill 2. 29E-"1 12142 5.44E+ll2 3. 51ilE+ll2 3.73E+lil2 3.12E+lil2 B.33E+lil4 1. B6E+l1ll 3.38E-lll 9.51lE-llll 4.73E+ll4 4.73E+lil4 4.50E+lil4 1.75E-lill 2.29E-lll 12143 5.44E+ll2 3.51E+lil2 3.74E+ll2 3 .12E+02 B.34E+lil4 1. 86E+lll 3.39E-lll 9.SlilE-lill 4. BlilE+il4 4.81ilE+lil4 4.57EHl4 1. 75E-lill 2.29E-lill 12144 5.44E+lil2 3.51E+IIJ2 3.74E+lil2 3 .13E+lil2 8.34E+04 1. B6E+lill 3.39E-llll 9. 51E-"1 4.87E+IIJ4 4.B7E+lil4 4.64E+lil4 1. 75E-lill 2. 31/lE-lill 12145 5.4SE+lil2 3.51E+lil2 3.74E+IIJ2 3.13E+lil2 8.35E+lil4 1. 86EHll 3.39E-lill 9. 52E-lill 4.93E+lil4 4.93E+lil4 4. 71ilE+lil4 1. 75E-lill 2. 31/lE-lill 12:46 5.45E+lil2 3. 51E+lll2 3.74E+lil2 3.13E+lil2 B.35E+lil4 1. 86E+lll 3.39E-lill 9.52E-lill 4.98E+lil4 4.9BE+lil4 4.75E+lil4 1. 75E-lill 2. 31lE-lill 12:47 5. 45E+lil2 3.52E+ll2 3_-75E+lil2 3.13E+lil2 8.36E+lil4 1.B6E+lill 3. 411lE-lill 9.53E-lill 5.lll3E+lil4 5. lll3E+lil4 4.79E+lil4 1. 75E-lill 2. 31/lE-lill 12148 S.46E+lil2 3.52E+lil2 3.75E+lil2 3.13E+ll2 B.36E+04 1. B6E+lll 3.41lE-lill 9.53E-lill 5.lil7E+lil4 5.lil7E+ll4 4.83E+04 1. 75E-lill 2.31ilE-lill 12149 5.46E+lil2 3.52E+ll2 3.75E+lil2 3 .14E+lil2 B.37E+ll4 1. B6E+lill 3.41/lE-lill 9. 54E-"1 5.11E+lil4 5 .11E+ll4 4.87E+ll4 l.75E-lill 2.31ilE-lill THIS IS A DRILL

I' THIS IS A DRILL

• Scenario RS-114 RS-115 RS-116 RS-117 CC-11!15 RMS-151 RMS-152 RMS-153 RMS-154 RMS-155 RMS-156 RMS-157 RMS-158 Time. CPM CPM CPM CPM CPM mR/hr mR/hr mR/hr mR/hr mR/hr mR/hr mR/hr mR/hr 12 :5111 5.46E+lil2 3.52E+lil2 3.75E+lil2 3.14E+lil2 8.37E+ll4 1. 87E+lll 3.41lE-lill 9.55E-lll 5.14E+ll4 5.14E+ll4 4.89E+lil4 l. 76E-lll 2.31lE-lll 12151 5. 47E+11Ji 3.52E+lil2 3.76E+l1J2 3.14E+lil2 8.38E+e4 1. 87E+l1Jl 3.41lE-11Jl 9. 55E-01 5.16EHl4 5.16E+ll4 4.92E+ll4 l. 76E-lll 2.31E-11Jl 12152 5.47E+l1J2 3.53E+l1J2 3.76E+l1J2 3.14E+l1J2 8. 39E+ll4 l. 87E+lll 3.41E-lll 9.56E-lll 5.18E+ll4 5.18E+ll4 4.94E+lil4 l. 76E-lll 2.31E-11Jl 12153 5.48E+ll2 3.53E+l1J2 3.76E+l1J2 3.14E+lil2 8. 39E+lil4 l.87E+lill 3.41E-lill 9.56E-lill 5.211lE+lll4 5. 211lE+lll4 4. 95E+lil4 l. 76E-lill 2. 31E-lill 12154 5.48E+02 3.53E+lil2 3.76E+lil2 3.15E+l1J2 8.41ilE+lil4 1. 87EHll 3.41E-11Jl 9. 57E-lill 5.21E+lil4 5.21E+lil4 4.96E+lil4 1.76E-lill 2.31E-01 12155 5.48E+lil2 3.53E+lil2 3.76E+lil2 3.15E+lll2 8.41ilE+1114 l. 87E+lll 3.41E-01 9 .58E-lill 5.22E+lil4 5.22E+1114 4.97E+1114 l. 76E-lill 2.31E-01 12156 5.49E+lil2 3.54E+ll2 3. 77EHl2 3.15E+lil2 8.41E+lil4 1. B7E+lill 3. 41E-lill 9. 5BE-lill 5.22EHl4 5.22E+1114 4.97E+lil4 l. 76E-lill 2.31E-lill 12157 5.49E+lil2 3.54E+lil2 3. 77E+ll2 3.15E+lil2 8.41E+1114 1. 87E+lill 3.42E-lill 9.59E-lill 5.22E+ll4 5.22E+lil4 4.97E+ll4 1. 76E-lll 2.31E-11Jl 12158 5.49E+lil2 3.54E+lil2 3. 77E+lil2 3.15E+lil2 8.42E+lil4 l. B7E+lll 3.42E-lll 9. 61ilE-11Jl 5.22E+1114 5.22E+lil4 4.97E+lil4 l. 76E-1111 2.32E-lill 12159 5. 51ilE+lll2 3.54E+1112 3.77E+1112 3.16E+1112 8.42E+lll4 1. 88E+llll 3.42E-1111 9.6111E-1111 5.21E+1114 5.21E+1114 4.96E+1114 l.77E-1111 2.32E-lll 13:111111 5.5111E+1112 3.54E+1112 3.78E+1112 3.16E+1112 8.43E+1114 1. BBE+lll 3.42E-1111 9. 61E-11Jl 5.21ilE+1114 5.20E+1114 4.95E+04 l. 77E-lill 2.32E-lill 1311ll 5.5111E+1112 3.55E+ll2 3.7BE+1112 3.16E+1112 B.43E+1114 l. 8BE+1111 3.43E-lll 9.61E-lll 5.19E+1114 5.19E+1114 4.94E+1114 l. 77E-01 2. 32E-01 13:ll2 5.51E+lil2 3.55E+ll2 3.78E+lil2 3.16E+ll2 8.44E+1114 1. BBE+lill 3.43E-lill 9.62E-1111 5.17E+04 5 .17E+lil4 4.92E+1114 l. 77E-lill 2. 32E-01 131113 5.51E+1112 3.55E+02 3.78E+ll2 3.16E+1112 8.44E+1114 1. 88E+1111 3. 43E-lll 9.63E-lill 5.15E+1114 5.15E+04 4.91E+1114 1.77E-lill 2.32E-11Jl 1311114 5.51E+lll2 3.55E+ll2 3.79E+1112 3.17E+lil2 8.45E+ll4 1. BBE+llll 3. 43E-11Jl 9. 63E-11Jl 5 .13E+l1J4 5.13E+lll4 4.89E+l1J4 l.77E-1111 2.32E-11Jl 13:1115 5.52E+ll2 3.56E+1112 3.79E+lil2 3.17E+lil2 8.45E+1114 l.BBE+lll 3. 43E-11Jl 9.64E-11Jl 5 .11E+l1J4 5 .11E+1114 4.87E+04 1.77E-01 2. 33E-11Jl 131B6 5.52E+ll2 3.56E+ll2 3.79E+B2 3.17E+ll2 8.46E+B4 1. BBE+llll 3.44E-lll 9.64E-lll 5.09E+lil4 5. lil9E+1114 4.84E+lil4 1. 77E-lill 2. 33E-11Jl 1311il7 5.52E+lil2 3.56E+lil2 3.79E+lil2 3.17E+lil2 8.47E+1114 l.B9E+lill 3. 44E-lill 9.65E-0l 5.lil6E+lil4 5.lil6E+lil4 4.B2E+lil4 l. 77E-lill 2. 33E-lill 1311118 5.53E+lil2 3.56E+lil2 3.81ilE+lil2 3.17E+lil2 8.47E+lil4 1. 89E+llll 3.44E-lill 9. 66E-lill 5.lil3E+lil4 5.lil3E+lil4 4.79E+lil4 l.78E-lill 2. 33E-lill 13:lil9 5.53E+02 3.57E+lil2 3.81ilE+lil2 3.18E+lil2 8.48E+lil4 1. 89E+lill 3. 44E-lill 9.66E-llll 5.lillilE+lil4 5. IHlE+04 4. 76E+ll4 1. 78E-lill 2. 33E-lill 131 llil 5.53E+lil2 3.57E+lil2 3.81ilE+lil2 3.l8E+lil2 8.48E+lil4 l. 89E+lill 3.45E-lill 9. 67E-11Jl 4. 97E+l1J4 4.97E+l1J4 4.73E+lil4 l. 78E-11Jl 2.33E-11Jl 131 ll 5.54EHl2 3. 57E+il2 3.8111E+lil2 3.18E+lil2 8.49E+lil4 1. 89E+lill 3.45E-lill 9.67E-1111 4.94E+1114 4.94E+lil4 4. 71ilE+lil4 1. 78E-lill 2.34E-lill 13112 5.54E+lil2 3.57E+lil2 3.81E+l1J2 3.18E+ll2 8.49E+lil4 1. 89E+lill 3.45E-11Jl 9.6BE-lill 4.91ilE+1114 4. 911JE+lil4 4.67E+lil4 l. 78E-11Jl 2.34E-lill 13113 5.54E+l1J2 3.57E+l1J2 3.81E+l1J2 3.18E+l1J2 8.511JE+lil4 1. 89E+l1Jl 3.45E-11Jl 9.69E-lill 4.87E+lil4 4.87E+lil4 4.64E+lil4 l. 78E-lill 2.34E-lill 13114 5.55E+lil2 3.58E+lil2 3.BlE+lil2 3.19E+lil2 8.51ilE+ll4 1. B9E+lill 3.45E-lill 9.69E-11Jl 4.83E+lil4 4.83E+lll4 4.61ilEHl4 l. 78E-lill 2.34E-lill 13115 5.55E+lil2 3.58E+lil2 3.81E+lil2 3.19EHl2 8.51E+1114 1.91ilE+1111 3.46E-lill 9.71ilE-lill 4.79E+lil4 4.79E+l1J4 4.57E+l1J4 l. 78E-11Jl 2.34E-11Jl 13116 5.56EHl2 3.58E+lil2 3.82t+lil2 3.19E+lil2 8.51E+lil4 1. 9111E+lill 3. 46E-lll 9. 711lE-lill 4~76EHl4 4.76E+lil4 4.53E+lil4 l. 78E-11Jl 2.34E-lill 13117 5.56E+lil2 3.58E+lil2 3.B2E+ll2 3.19E+l1J2 8.52E+l1J4 1. 91lE+l1Jl 3.46E-lll 9. 71E-lill 4. 72E+lil4 4. 72EHl4 4.49E+lil4 l.79E-lill 2.34E-lill 13118 S.56E+lll2 3.59E+lil2 3.B2E+ll2 3.19E+lil2 8.52E+lll4 l.91lE+lill 3.46E-lill 9.72E-lill 4.68E+lil4 4.68E+lll4 4.45E+lll4 l.79E-lill 2.35E-lill 13119 5.57E+ll2 3.59E+lil2 3.82E+lil2 3.21lE+ill2 8.53EHl4 1.91lE+lll 3.46E-llll 9. 72E-01 4.64E+1114 4.64E+ll4 4. 41E+lil4 1. 79E-lill 2. 35E-lill 13: 2111 5.57E+lil2 3. 59E+1112 3.82E+lll2 3. 21ilE+lil2 8.53E+1114 l. 911JE+lill 3.47E-lill 9.73E-lill 4.59E+lil4 4.59E+lil4 4.37E+lil4 l. 79E-lill 2. 35E-lill 13121 5.57E+lil2 3.59E+lll2 3.83E+ll2 3.21ilE+lil2 8.54E+lil4 1. 91ilE+llll 3.47E-lill 9.74E-lill 4.55E+lil4 4.55E+lil4 4.33E+lil4 l. 79E-1111 2. 35E-lill 13122 S.58E+lil2 3.59E+lil2 3.B3E+lil2 3.21ilE+lil2 8.55E+lil4 l. 91ilE+lll 3.47E-lill 9.74E-lill L51E+lil4 4.51EHl4 4.29E+lil4 l. 79E-lill 2. 35E-lill 13:23 5.58E+lil2 3. 61ilE+l1J2 3.B3E+l1J2 3.21ilE+lll2 B.5SE+lil4 1.91ilEHll 3.47E-lill 9. 75E-lill 4.47E+lil4 4. 4 7E+ll4 4.25E+lil4 1. 79E-lill 2. 35E-lill 13124 S.58E+lll2 3. 61ilE+lil2 3.83E+l1J2 3.21E+l1J2 8.56E+l1J4 l. 91E+lll 3.48E-lll 9.7SE-1111 4.42E+lil4 4. 42E+1114 4.21E+1114 l. 79E-lill 2. 3SE-lill THIS IS A DRILL

THIS IS A DRILL

• Scenario RS-114 RS-115 RS-116 RS-117 CC-105 RMS-151 RMS-152 RMS-153 RMS-154 RMS-155 RMS-156 RMS-157 RMS-158 Time CPM CPM CPM CPM CPM mR/hr mR/hr mR/hr mR/hr mR/hr mR/hr mR/hr mR/hr 13:25 S.59E+lll2 3.61lE+ll2 3.84E+lll2 3.21E+ll2 8.56E+ll4 l.91E+01 3.48E-llll 9. 76E-01 4.38E+ll4 4.38E+lll4 4.17E+lll4 1. 79E-01 2.36E-llll 13126 S.59E+ll2 3.611lE+lll2 3.84E+lll2 3.21EHl2 8.57E+04 l.91E+llll J.4BE-lll 9. 77E-lll 4.33E+lll4 4.33E+lll4 4.13E+ll4 1. BlllE-01 2.36E-llll 13127 S.59E+lll2 3.61E+ll2 3.84E+lll2 3.21E+lll2 B.57E+lll4 1.91E+lll 3.48E-lll 9. 77E-lll 4.29E+1114 '4.29E+ll4 4.1119E+04 l.BlllE-01 2.36E-01 13:28 S.61lE+lll2 3.61E+lll2 3.84E+02 3.21E+lll2 8.SBE+04 1.91E+llll 3.48E-llll 9.78E-lll 4.25E+04 4.25E+lll4 4.ll4E+ll4 1. BIIIE-1111 2.36E-1111 13129 S.60E+lll2 3.61E+lll2 3.BSE+lll2 J.22E+lll2 8.SBE+ll4 1. 9 lE+lll 3. 49E-01 9.78E-1111 4.2111E+1114 4.211lE+lll4 4.llllllE+lll4 1. BlllE-1111 2.36E-1111 13: 3111 S.6111E+lll2 3.61E+lll2 3. 85E+lll2 3.22E+lll2 8.59E+ll4 l.91E+llll 3.49E-llll 9. 79E-llll 4.16E+lll4 4.16E+lll4 3.96E+ll4 1. BIIIE-01 2. 36E-llll 13131 S.61E+lll2 3.61E+ll2 3.85E+lll2 3.22E+lll2 8.59E+ll4 1. 9 lE+llll 3.49E-lll 9.BllE-1111 4. llllE+lll4 4. HlE+lll4 3.91E+ll4 1. BllE-1111 2. 36E-llll 13132 5.61E+lll2 3.62E+ll2 3.85E+ll2 3.22E+lll2 8.6111E+ll4 1. 92E+lll 3.49E-lll 9 .BlllE-lll 4. ll4E+lll4 4.ll4E+lll4 3.85E+ll4 1. BlllE-1111 2.37E-lll 13:33 5.61E+ll2 3.62E+lll2 3.86E+ll2 3.22E+lll2 8.61lE+ll4 1. 92E+lll 3.49E-llll 9.BlE-1111 3.98E+lll4 3.98E+ll4 3.79E+ll4 1. BIIIE-01 2. 37E-llll 13134 5.62E+1112 3.62E+lll2 3.86E+lll2 3.23E+lll2 8.61E+lll4 1. 92E+llll 3. SlllE-1111 9. BlE-1111 3.91E+04 3.91E+lll4 3.73E+lll4 1.BIIIE-1111 2. 37E-llll 13:35 5. 62E+lll2 3. 62E+lll2 3.86E+lll2 3.23E+lll2 B.62E+ll4 1. 92E+llll 3.5111E-llll 9. 82E-llll 3.84E+lll4 3. 84E+lll4 3.66E+ll4 1. BlE-1111 2.37E-lll 13136 5.62E+ll2 3. 63E+lll2 3.86E+lll2 3.23E+ll2 8.62E+lll4 1. 92E+lll 3. 51lE-llll 9.83E-lll 3. 77E+lll4 3.77E+lll4 3.59E+ll4 1. BlE-1111 2.37E-01 13:37 5.63E+n ~.63E+ll2 3.87EHl2 3.23E+lll2 8.63E+lll4 1. 92E+01 3.511lE-lll 9.83E-lll 3.69E+ll4 3.69E+ll4 3.52E+ll4 1. BlE-1111 2.37E-lll 13:38 5.63E+ll2 3.63E+ll2 3.87E+ll2 3.23E+lll2 8.63E+ll4 1. 92E+llll 3.SlE-1111 9.84E-lll 3.61E+ll4 3.61E+lll4 3.44E+ll4 l.BlE-1111 2.37E-lll 13139 5.64E+ll2 3.63E+ll2 3.87E+ll2 3.24E+lll2 8.64E+ll4 1. 92E+lll 3.SlE-1111 9.84E-lll 3.53E+ll4 3.53E+lll4 3.36E+ll4 1.BlE-lll 2.JBE-1111 13:41l 5. 64E+02 3. 63E+lll2 3.87E+lll2 3.24E+lll2 8.64E+ll4 1. 92E+llll 3.51E-llll 9 .85E-01 3.45E+lll4 3.45E+ll4 3.29E+ll4 1.BlE-lll 2.JBE-1111 13: 41 5.64E+lll2 3.64E+lll2 3.87E+ll2 3.24E+ll2 8.65E+lll4 1. 93E+llll 3.SlE-1111 9.86E-01 3. 37E+lil4 3.37E+lll4 3.21E+lll4 l.BlE-1111 2.JBE-01 13142 5.65E+lll2 3.64E+ll2 3.BBE+02 3.24E+lll2 8.65E+lll4 1. 93E+llll 3.51E-llll 9. 86E-lill 3.29E+lll4 3.29E+lll4 3.13E+lll4 1. BlE-1111 2.JBE-1111 13143 5.65E+1112 3.64E+lll2 3.BBE+lll2 3.24E+lll2 8.66E+lll4 1. 93E+01 3.52E-lill 9,B7E-1111 3.211lE+lll4 3.211lE+04 3.lll5E+04 1. 82E-llll 2.38E-llll 13:44 5. 65E+lll2 3.64E+lll2 3.BBE+lll2 3.25E+lll2 8.66E+04 1. 93E+llll 3.52E-1111 9. BBE-1111 3.12E+lll4 J.12E+04 2.97E+04 1. 82E-llll 2.3BE-lill 13145 5.66E+lll2 3. 65E+lll2 3.8BE+lll2 3.25E+lll2 8.67E+04 l.93E+llll 3.52E-1111 9.BBE-1111 3. lll4E+1114 3. lil4E+lll4 2.90E+04 1. 82E-llll 2.39E-llll 13146 5. 66E+lll2 3.65E+ll2 3.89EHl2 J.25EHl2 8.67E+ll4 1.93E+lll 3.52E-1111 9.89E-llll 2.96E+lll4 2.96E+lil4 2.B2E+ll4 1. 82E-01 2.39E-01 13147 5.66E+lll2 3.65E+ll2 3.B9E+lll2 3.25E+ll2 B.6BE+lil4 l.93E+01 3.53E-llll 9.89E-01 2.BBE+ll4 2. BBE+ll4 2.74E+ll4 1. 82E-01 2.39E-01 13148 5.67E+lll2 3.65E+ll2 J.B9E+ll2 3.25E+ll2 8, 68E+04 1. 93E+lll J.53E-lll 9. 9111E-01 2. 80E+lll4 2.80E+04 2.67E+ll4 1. 82E-llll 2.39E-01 13:49 5.67E+lll2 3.65E+lll2 3.B9E+lll2 3.26E+02 8.69E+04 1. 94E+llll 3.53E-llll 9.91E-llll 2. 72E+lil4 2. 72E+ll4 2.59E+lll4 1. 82E-1111 2.39E-llll 13:5111 5.67E+lll2 3.66E+lll2 3.9111E+ll2 3.26E+02 8. 71ilE+lll4 1. 94E+01 3.53E-llll 9.91E-llll 2.64E+lll4 2. 64E+04 2.52E+ll4 1.B2E-01 2.39E-llll 1 2.57E+ll4 2.57E+ll4 2.45E+04 1. 82E-t'1 2.39E-llll 13151 !f.68E+ll2 3.66E+ll2 3.9111E+lll2 J.26E+02 B.71lE+04 1. 94E+01 3.53E-1111 9. 92E-01 13152 5.68E+ll2 J.66E+ll2 3.91lE+lll2 3.26E+ll2 8. 71E+ll4 1.94E+01 3.54E-lll 9.92E-01 2.49E+lll4 2.49E+ll4 2.38E+ll4 1. 83E-01 2 .411lE-lill 13:53 S.68E+lll2 3.66E+ll2 3.911lE+ll2 3.26E+ll2 8.71E+ll4 1. 94E+01 3.54E-lill 9.93E-01 2. 42E+1114 2.42E+ll4 2.31E+04 1. 83E-01 2. 411lE-1111 13:54 5.69EHl2 3.67EHl2 3.91E+ll2 3.27E+ll2 B. 72E+ll4 1. 94EH'll 3.54E-lll 9.94E-01 2.3SE+ll4 2.35E+ll4 2.24E+ll4 1. 83E-01 2.40E-llll 13:55 S.69E+ll2 3.67E+02 3.91E+02 3.27E+ll2 8. 72E+ll4 1. 94E+lll 3.54E-llll 9.94E-lll 2.2BE+lll4 2.2BE+04 2.17E+ll4 1.83E-lll 2. 41lE-lll 13:56 S.69E+lll2 3.67E+lll2 3.91E+ll2 3.27E+02 8. 7JE+04 1. 94E+llll J.54E-1111 9. 95E-1111 2.21E+1114 2.21E+lll4 2 .11E+lll4 1. SJE-1111 2.4111E-lill 13157 5. 7111E+lll2 J.67E+lll2 3.91E+lll2 3.27E+lll2 8.73E+lll4 1.95E+01 J.55E-1111 9.95E-1111 2.14EHl4 2 .14E+lll4 2 .1114E+lll4 1. BJE-01 2.40E-01 13158 5. 71lE+lll2 J.681!+1112 3.92E+lll2 3.27E+lll2 8. 74E+04 1. 95E+llll J.55E-01 9.96E-11ll 2. IIIBE+1114 2. lllBE+lil4 1. 9BE+ll4 1. B3E-lll 2. 4111E-lill 13159 S. 71E+ll2 J.681!+1112 3.92E+lll2 3.2BE+lll2 B.74E+lll4 1. 95E+llll 3.5SE-01 9.97E-1111 2 .lll2E+ll4 2 .1112E+lll4 1. 92E+04 1. BJE-lll 2.41E-1111 THIS IS A DRILL

THIS IS A DRILL

• Scenario RS-114 RS-115 RS-116 RS-117 CC-105 RMS-151 RMS-152 RMS-153 RMS-154 RMS-155 RMS-156 RMS-157 RMS-158 Time CPM CPM CPM CPM CPM mR/hr mR/hr mR/hr mR/hr mR/hr mR/hr mR/hr mR/hr 14:llll 5.71E+ll2 3.6BE+ll2 3.92E+ll2 3.28E+ll2 8.75E+ll4 1. 95E+lll 3.SSE-lll 9.97E-lll 1. 95E+ll4 1. 95E+ll4 1. 86E+ll4 1. 83E-lll 2.41E-lll 14:lll 5.71E+ll2 3.68E+ll2 3.92E+ll2 3.28E+ll2 8.75B+ll4 1. 95E+lll 3.56E-lll 9.98E-lll l.89E+ll4 l.89E+ll4 1.81lE+ll4 1. 84E-lll 2. 41E-lll 14:ll2 5.72E+ll2 3.68E+ll2 3.93E+IIJ2 3.28E+IIJ2 8.76E+ll4 l.95E+llll 3.56E-11Jl 9. 98E-llll 1. 83E+ll4 1. 83E+ll4 1. 75EHl4 1. 84E-lll 2.41E-lll 14:IIJ3 5. 72E+IIJ2 3.69E+ll2 3.93E+ll2 3.2BE+ll2 8.76B+IIJ4 l.95E+lll 3.56B-lll 9.99E-lll l.78EHl4 l.78E+IIJ4 1. 69E+ll4 1. 84E-lll 2.41E-lll 14:IIJ4 5. 72E+IIJ2 3.69E+ll2 3.93E+ll2 3.29E+IIJ2 8. 77E+IIJ4 l.95E+01 3.56E-01 l.llllE+ll0 1. 72E+ll4 l.72E+ll4 1. 64E+ll4 1. 84E-lll 2.41E-lll 14:IIJS S.73E+IIJ2 3.69E+ll2 3.93E+IIJ2 3.29E+ll2 8.78E+ll4 1. 95E+lll 3.56E-lll 1.llllE+llll 1. 67E+ll4 1. 67E+ll4 1. 59E+ll4 1. 84E-lll 2.41E-lll 14:ll6 S.73E+lll2 3.69E+IIJ2 3.93E+ll2 3.29E+IIJ2 8.78E+ll4 1. 96E+lll 3.57E-llll l.lllllE+lllll 1. 61E+ll4 l.61E+IIJ4 1. 54EHl4 1. 84E-lll 2. 42E-lll 14:IIJ7 S.73E+ll2 3. 71lE+IIJ2 3.94E+ll2 3.29E+lll2 8.79E+ll4 1. 96E+llll 3.57E-lll l.llllE+llll l.56E+ll4 l.56EHl4 1. 49E+ll4 1. 84E-lll 2.42E-lll 14:IIJB S.74E+ll2 3.71lE+ll2 3.94E+ll2 3.29E+ll2 8.79E+ll4 1. 96E+lll 3.57E-lll l.llllE+llll 1. 51E+ll4 l.51E+ll4 1. 44E+ll4 1. 84E-lll 2.42E-lll 14:ll9 5.74E+ll2 3. 71lE+ll2 3.94E+lll2 3.31lE+ll2 B.BllE+ll4 l.96E+lll 3.57E-lll l.llllE+llll 1. 47E+ll4 1. 47E+ll4 l.41lE+ll4 l.84E-lll 2.42E-lll 14: llll 5.74E+ll2 3.71lE+ll2 3.94E+ll2 3.31lEHl2 8.81lE+ll4 1. 96E+lll 3.SBE-lll l.llllE+llll 1. 42E+ll4 1. 42E+ll4 1. 35E+ll4 1. BSE-lll 2.42E-lll 14:11 S.75E+IIJ2 3. 711JE+ll2 3.95E+ll2 3.311JE+IIJ2 B.BlE+"4 1. 96E+lll 3.SBE-lll l.llJIIJE+lllll 1. 37E+IIJ4 1. 37E+ll4 1. 31E+ll4 1. BSE-lll 2.42E-lll 14:12 S.75E+lll2 3. 71E+IIJ2 3.95E+IIJ2 3.31lE+lll2 8.BlE+ll4 1. 96E+lll 3.58E-lll l.llllE+IIJIIJ l.33E+IIJ4 1. 33E+ll4 1. 27E+ll4 1. 85E-lll 2.42E-lll 14: 13 5.75E+IIJ2 3.71E+ll2 3.95E+ll2 3. 311JE+ll2 8.82E+IIJ4 1. 96E+lll 3.SBE-01 l.lllE+llll l.29E+ll4 l.29E+ll4 l.22E+ll4 1. BSE-lll 2.43E-llll 14:14 5. 76E+IIJ2 3.71E+ll2 3.95E+ll2 3.31E+IIJ2 8.82E+IIJ4 1. 97E+lll 3.SBE-lll l.lllE+llll l.24E+ll4 l.24E+IIJ4 l.1BE+ll4 1. 85E-lll 2.43E-lll 14:15 5.76E+IIJ2 3.71E+IIJ2 3.96E+ll2 3.31E+ll2 8.83E+ll4 1. 97E+lll 3.59E-lll l.lllE+llll l.21lE+ll4 l.21lE+ll4 l.15E+ll4 1. BSE-lll 2.43E-lll 14:16 5.76BHl2 3.72B+ll2 3.96E+ll2 3.31E+IIJ2 8.83E+IIJ4 1. 97B+lll 3.59E-lll l.lllE+llll l.16E+ll4 l.16EHl4 1. llEHl4 1. SSE-Ill 2.43E-fill 14: l 7 S.77E+ll2 3.72E+IIJ2 3.96E+lll2 3.31E+ll2 8.84E+ll4 1. 97E+llll 3.59E-llll l.lllE+llll l.13E+ll4 l.13E+IIJ4 l. llJ7E+ll4 1. BSE-lll 2.43E-lll 14: 18 S.77E+ll2 3. 72B+IIJ2 3.96E+ll2 3.31E+ll2 B.84B+IIJ4 1. 97E+lll 3.59B-lll l.lllE+llll l.ll9EHl4 l.ll9E+ll4 l. ll4E+ll4 l.85E-lll 2.43E-lll 14:19 S.77E+ll2 3.72E+ll2 3.97E+ll2 3.32E+IIJ2 B.85E+ll4 1. 97E+lll 3.59E-lll l.lllE+llll l.ll5E+ll4 l.ll5E+ll4 l. llllE+fil4 1. 86E-lll 2.44E-lll 14:21l 5. 78EHl2 3. 72E+ll2 3.97E+ll2 3.32E+ll2 8.86E+fil4 1. 97E+lll 3. 61lE-lll l.lllE+llll l.ll2E+ll4 l.ll2E+ll4 9. 72E+ll3 1. 86E-lll 2.44E-lll 14:21 5. 78BHl2 3.73E+ll2 3.97E+lll2 3.32E+ll2 8.86E+ll4 l.97E+01 3. 61lE-lll l.lllE+llll 9.87E+ll3 9.87E+ll3 9. 41lE+IIJ3 1. 86E-lll 2.44E-lll 14:22 S.79E+ll2 3.73E+ll2 3.97E+ll2 3.32E+ll2 8.87E+ll4 1. 97E+lll 3. 611JE-lll l.lllE+llll 9.55E+ll3 9.55E+ll3 9. ll9E+ll3 1. 86E-lll 2.44E-lll 14:23 S.79E+ll2 3.73E+lll2 3.98E+lll2 3.32E+IIJ2 8.87E+ll4 l.98EHll 3.61lE-lll l.lllE+llll 9.23E+IIJ3 9.23E+ll3 8.79E+ll3 l.86E-lll 2. 44E-lll 14:24 S.79E+lll I :i.73E+ll2 3.98E+ll2 3.33E+ll2 8.88E+ll4 1. 98E+lll 3.61E-lll l.lllE+llll B.93E+ll3 B.93E+ll3 B.SllE+ll3 l.B6E-lll 2.44E-lll 14:25 S.81lE+ll2 3.74E+ll2 3.98E+ll2 3.33E+ll2 8.88E+ll4 1. 98E+lll 3.61E-lll l. lllE+llll 8.64E+ll3 B.64E+ll3 8.22E+ll3 1. B6E-lll 2.44E-lll 14:26 S.BllE+ll2 3.74E+lll2 3.9BE+ll2 3. 33E.t.ll2 B.89E+ll4 1. 98E+lll 3.61E-lll l. lllE+llll B.35E+ll3 8. :f5E+ll3 7. 95E+fil3 1. 86E-lll 2.45E-lll 14:27 5.81lE+ll2 3.74E~ll2 3.9BE+ll2 3.33E+ll2 B.88E+ll4 1. 98E+lll 3.61E-lll l. llllE+llll B. IIJ8E+ll3 B. ll8EHl3 7.69E+ll3 1. 86E-lll 2.44E-lll 14:28 5.79E+ll2 3.73E+ll2 3.98E+ll2 3.33E+ll2 8.BBE+ll4 1. 98E+"1 3.61E-lll l.lllE+llll 7.BlE+ll3 7.81E+ll3 7.44E+ll3 1. 86E-lll 2.44E-lll 14129 S.79E+IIJ2 3.73E+ll2 3.98E+IIJ2 3.32E+lll2 8.87E+ll4 1. 98E+lll 3.611JE-lll l.lllE+lllll 7.55E+ll3 7.55E+ll3 7.19E+ll3 1. 86E-lll 2.44E-lll 141311J 5.79E+IIJ2 3.?:;E+ll2 3.97E+ll2 3.32E+ll2 8.87E+ll4 1. 97E+lll 3. 61lE-lll l.lllEHlll 7.31lE+ll3 7. 31lE+IIJ3 6.96E+ll3 1. 86E-lll 2.44E-lll 14131 S.7BE+IIJ2 3.73E+IIJ2 3.97E+ll2 3.32E+IIJ2 8.86E+ll4 l.97E+lll 3. 61lE-lll 1.llllE+llll 7.ll3E+IIJ3 7. IIJ3E+IIJ3 6. 711JE+ll3 1. 86E-11Jl 2.44E-lll 14132 5.7BE+IIJ2 3.72E+ll2 3.97E+ll2 3.32E+IIJ2 8.86E+ll4 l.97E+lll 3.61lE-lll 1. lllE+lllll 6.75E+IIJ3 6.75E+ll3 6.42E+lll3 1. B6E-llll 2.44E-lll 14133 5.77B+ll2 3. 72EHl2 3.97E+ll2 3.32E+ll2 8.85E+IIJ4 1. 97E+lll 3.59E-lll l.lllE+llll 6.45E+IIJ3 6.45E+ll3 6 .14E+ll3 l.B6E-lll 2.44E-lll 14134 5. 77E+ll2 3.72E+ll2 3.96E+ll2 3.31EHl2 B.84E+ll4 1. 97E+lll 3.59E-"1 l.lllE+IIJll 6.15E+lll3 6.15E+lll3 5.85E+ll3 1. B5E-lll 2.43E-lll THIS IS A DRILL

THIS IS A DRILL

• Scenario RS-11~-+- RS-115 RS-116 RS-117 CC-lll5 RMS-151 RMS-152 RMS-153 RMS-154 RMS-155 RMS-156 RMS-157 RMS-158 Time CPM CPM CPM CPM CPM mR/hr mR/hr mR/hr mR/hr mR/hr mR/hr mR/hr mR/hr 14:35 5.77E+ll2 3. 72E+ll2 3.96E+ll2 3.31E+ll2 8.84E+ll4 1. 97E+lll 3.59E-ill 1. lllE+llll 5.84E+ll3 5.84E+ll3 5.57E+ll3 1. 85E-lill 2.43E-lll 14136 5.76E+lll2 3. 72E+lll2 3.96E+ll2 3.31E+ll2 8.83E+ll4 1. 97E+llll 3.59E-lll l.lllE+llll 5.54E+ll3 5.54E+ll3 5.28E+ll3 1. 85E-lll 2.43E-lll 14:37 5.76E+lll2 3. 71E+lil2 J.96E+lil2 3.31E+ll2 8.83E+lil4 1. 97E+lll 3.59E-lll l. llllE+lillil 5.24E+lil3 5.24E+ll3 4.99E+ll3 l.85E-lill 2.43E-lll 14:38 5.76E+ll2 3.71E+lil2 3.95E+ll2 3.31E+lil2 8.82E+ll4 1. 97E+lll 3.58E-lll l. lllE+llll 4.95E+ll3 4.95E+ll3 4. 72E+ll3 l.85E-lll 2.43E-lll 14:39 5.75E+ll2 3.71E+ll2 3.95E+ll2 3.31lE+lil2 8.82E+ll4 1. 96E+lll 3.58E-lll l. lllE+lillil 4.67E+ll3 4.67E+lil3 4.44E+ll3 l.85E-lll 2.43E-lill 14:41il 5.75E+ll2 3.71E+ll2 3.95E+lil2 3 .311lE+ll2 8.81E+lll4 1. 96E+llll 3.58E-lll l. lilllE+lllil 4.39E+lll3 4.39E+lll3 4.18E+lll3 1. 85E-llll 2.42E-lll 14141 5.75E+ll2 3. 71ilE+lll2 J.95E+lll2 3. 311lE+ll2 8.81E+lll4 1. 96E+lll 3.58E-llll l.llllilE+llll 4.13E+lil3 4 .13E+ll3 3.93E+lil3 1. 85E-lill 2.42E-llll 14:42 5.74E+lil2 3.71ilE+ll2 3.94E+ll2 3 .JllE+lil2 8.81lE+lil4 1. 96E+lill 3.58E-lill l.llllE+llll 3.87EHJJ 3.87E+ll3 3.69E+ll3 l.85E-lill 2.42E-lll 14:43 5.74E+lil2 3. 71ilE+ll2 J.94E+lil2 3. 31lE+lil2 8. 81ilE+ll4 1.96E+lll 3.57E-lill l. lllilE+lilll 3.63E+lil3 3.63E+ll3 3.45E+ll3 1. 84E-lll 2.42E-lill 14:44 5.74E+lll2 J.71lE+ll2 3.94E+lil2 3.29E+lil2 8.79E+ll4 1.96E+lll 3.57E-lll l.llllE+llll 3.39E+lil3 3.39E+ll3 3.23E+ll3 1. 84E-lll 2.42E-lll 14:45 5.73E+ll2 3.70E+ll2 3.94E+lil2 3.29E+ll2 8.79E+lil4 1. 96E+lll 3.57E-lll 1.1/lllE+llll 3.17E+ll3 3.17E+ll3 3.ll2E+ll3 1. 84E-01 2.42E-lll 14146 5.73E+lil2 3.69E+ll2 3.93E+ll2 3 .29E+ll2 8.78E+lil4 1. 96E+lll 3.57E-lll l.llllE+llll 2.96E+ll3 2.96E+ll3 2.82E+ll3 l.84E-lill 2.42E-llll 14147 5.73E+ll2 3.69E+ll2 3.93E+ll2 3.29E+ll2 8.78E+IIJ4 1. 95E+lll 3.56E-lll 1.lllllE+llll 2.75E+ll3 2.75E+ll3 2.62E+ll3 l.84E-lll 2.41E-lll 14:48 5.72E+ll2 3.69E+ll2 3.93E+ll2 3 .29E+ll2 B.77E+lil4 1. 95E+lll 3.56E-llll l.llllE+llll 2.56E+ll3 2.56E+lil3 2.44E+lll3 l.84E-lll 2.41E-lll 14149 5.72E+ll2 3.69E+ll2 3.93E+lil2 3.28E+ll2 8.76E+ll4 1. 95E+lll 3.56E-lill 9.99E-lll 2.38E+ll3 2.38E+ll3 2.26E+ll3 1. 84E-lll 2.41E-lll 14:Sll 5. 72E+ll2 3.68E+ll2 3.93E+ll2 3.28E+ll2 8.76E+ll4 1. 95E+lll 3.56E-llll 9. 98E-0l 2.21lE+ll3 2.21lE+03 2.10E+03 1. 84E-lll 2.41E-lll 14:51 5. 71E+ll2 3.68E+ll2 3.92E+lil2 3.28E+lil2 8.75E+lil4 1.95E+lill 3.56E-lll 9.98E-lll 2.ll4E+ll3 2.ll4E+ll3 1. 94E+lll3 l.84E-01 2.41E-lill 14:52 5.71E+ll2 3.68E+ll2 3.92E+ll2 3.28E+ll2 8.75E+ll4 1. 95E+llll 3.55E-1111 9.97E-01 l.89E+ll3 1. 89E+ll3 1. 80E+ll3 l.83E-1111 2.41E-lll 14:53 5.71B+ll2 3.68E+ll2 3.92E+ll2 3.28E+lll2 8. 74E+1114 l.95E+llll 3.55E-lll 9.97E-lill l.75E+ll3 l.75E+ll3 1. 66E+ll3 l.83E-lill 2.41E-lill 14:54 5.71lEHJ2 3.68E+ll2 3.92E+ll2 3.27E+lll2 8.74E+lll4 l.95E+lill 3.55E-lill 9.96E-lill 1. 61E+ll3 l.61E+ll3 1. 54E+ll3 1. 83E-lill 2.41ilE-lll 14:55 5.71ilE+ll2 3.67E+lil2 3.91E+ll2 3.27E+lil2 8.73E+lil4 1. 95E+lll J.55E-lill 9.95E-lill 1. 49E+lil3 1. 49E+ll3 1.42E+ll3 1. 83E-lll 2.41lE-lill 14156 5.69E+lil2 3.67E+ll2 3.91E+ll2 3.27E+lll2 8.73E+lll4 1. 94E+llll 3.54E-lll 9.95E-lll 1.37E+ll3 1. 37E+ll3 1. 31E+ll3 l.83E-lill 2.41ilE-lll 14:57 5.69E+ll2 3.67E+ll2 3.91E+ll2 3.27E+ll2 8.72E+lll4 1.94E+llll 3.54E-lll 9.94E-lll 1.27EHJ3 l.27E+ll3 1. 21E+ll3 l.83E-lll 2.41lE-lll 14158 5.69E+ll2 3.67E+ll2 3.91E+ll2 3.27E+ll2 8.72E+lll4 1. 94E+llll 3.54E-lll 9.94E-lill 1. l 7E+ll3 1.17E+ll3 1. llE+llJ 1. 83E-lll 2.41lE-lll 14159 5.68E+lil2 3.66E+ll2 3.90E+ll2 3.26E+lll2 8.71E+ll4 1. 94E+ill 3.54E-lll 9.93E-lll 1.ll7E+ll3 1.ll7E+ll3 1.ll2E+ll3 1.83E-lll 2.40E-0l 15:llll 5.68E+lil2 3.66E+ll2 3.911lE+ll2 3.26E+ll2 8. 71E+ll4 1. 94E+lill 3.54E-lill 9.92E-lill 9. 88E+ll2 9.88E+ll2 9.41E+ll2 1. 83E-lill 2. 41lE-lll 1 9.ll8E+ll2 9.ll8B+ll2 8.65E+ll2 1. 82E-lll 2.39E-ll1 15:lll 5.68B+lil2 3 .'66E+lll2 3. 91ilB+ll2 3.26B+ll2 8.71lB+ll4 1.94E+lill 3.53E-lill 9. 92E-lll 15:lil2 5.67E+lil2 J.66E+ll2 3.9111E+ll2 3.26E+ll2 8.71lB+ll4 1. 94E+lll 3.SJE-01 9.91E-lll 8.35E+ll2 8. 35E+ll2 7.95E+ll2 1. 82E-lll 2.39E-lll 15:lilJ 5.67E+ll2 3.65E+ll2 J.89E+ll2 3.26B+ll2 8.69E+lll4 1. 94E+llll J.53E-lill 9.91E-lll 7.68B+ll2 7.68E+ll2 7.31E+lll2 1. 82E-llll 2.39E-llll 15:04 5.67E+ll2 3.65E+ll2 J.89B+ll2 3.25E+ll2 8.68E+ll4 1. 93B+lll 3.53E-0l 9.91lE-0l 7.ll5E+ll2 7. lil5E+ll2 6.72E+ll2 l.82E-lill 2.39E-lill 15:ll5 5.66B+lil2 3.65E+lil2 3.89E+lil2 3.25E+ll2 8.68E+lll4 1. 93E+lill J.SJE-lll 9. 89E-lill 6.47E+ll2 6.47E+ll2 6.17E+ll2 1. 82B-lll 2.39E-lll 15:06 5.66B+ll2 3.65E+ll2 3.89B+ll2 3.25B+ll2 8.67B+ll4 1.93E+lill 3.52E-lll 9.B9E-lll 5.94E+ll2 5.94E+lll2 5.66B+lll2 1.82B-U 2.39E-llll 15:07 5.66E+ll2 3.65E+ll2 3.88E+ll2 3.25E+lll2 B.67B+ll4 1.93B+llll 3.52E-llll 9.88E-lill 5.45E+ll2 5.45E+lll2 5.19B+lll2 1. 82E-lll 2.39E-ill 1511!8 5.65B+ll2 3.64E+lll2 3.88BHJ2 3.25BHl2 8.66B+lll4 1. 93E+lll 3.52B-IIJ1 9.BBE-lll 5.lllllE+lll2 5.llllE+lll2 4.77B+lll2 1. 82E-ill 2. 38E-llll 15:09 5.65E+ll2 3.64E+ll2 3.88B+ll2 3. 24E+ll2 8.66B+ll4 1. 93E+0l 3.52B-lll 9.87E-lll 4.59E+ll2 4.59E+lll2 4.37B+lll2 1. 82E-ill 2.38E-lll THIS IS A DRILL

THIS IS A DRILL

• Scenario RS-114 RS-115 RS-116 RS-117 CC-US RMS-151 RMS-152 RMS-153 RMS-154 RMS-155 RMS-156 RMS-157 RMS-158 Time CPM CPM CPM CPM CPM mR/hr mR/hr mR/hr mR/hr mR/hr mR/hr mR/hr mR/hr 15:llil 5 .65EHl2 3.64E+lil2 3.88E+lil2 3.24E+lil2 8.65E+ll4 l.93E+"1 J.SlE-lill 9.86E-lill 4.21E+lil2 4.21E+ll2 4.lillE+lil2 l.BlE-lill 2.38E-lill 151 ll 5.64EHl2 3.64EHl2 3.87E+lil2 J.24E+lil2 8.65E+ll4 l.93E+"1 3. 51E-"1 9. 86E-01 J.86E+lil2 J.86E+lil2 J.67E+lil2 l.BlE-lill 2. JBE-lill 15112 5 .64EHl2 J.63E+lil2 3.87E+lil2 3.24E+lil2 8.64E+ll4 l. 92E+0l J.51E-lill 9. 85E-01 3.54E+lil2 J.54E+lil2 3.37E+lil2 l. BlE-lill 2. 38E-lill 15:13 5.64EHl2 3.63E+lll2 3.87E+lll2 3.24E+lil2 B.64E+lll4 l.92E+llll 3.51E-llll 9. 84E-llll J.24E+lll2 3.24E+lil2 3. lll8E+lll2 l. BlE-llll 2.38E-llll 15:14 5.63E+lll2 3.63E+ll2 3.87E+lll2 3.23E+lil2 8.63E+l1J4 l.92E+llll 3.SlE-lll 9.84E-llll 2.97E+lll2 2. 97EHl2 2.83EHl2 l.BlE-llll 2.37E-llll 15:15 5.63E+lil2 3.63E+ll2 3.87E+lll2 3.23E+lil2 8.63E+lll4 l.92E+lll 3.SlilE-llll 9. 83E-lill 2. 72E+lil2 2. 72E+lil2 2.59E+ll2 l. BlE-01 2.37E-llll 15116 5.62E+lll2 3.63E+lll2 3.86E+lil2 3.23E+lll2 8.62E+ll4 l.92E+llll 3.511JE-llll 9.BJE-llll 2.49E+lll2 2.49E+ll2 2.37E+lll2 l.BlE-01 2. 37E-llll 15117 5.62E+lll2 3.62E+lll2 3.86E+lll2 3.23E+lll2 8.62E+ll4 l. 92E+lll 3. 511JE-lill 9.82E-llll 2.25E+lil2 2.25E+ll2 2.15E+lll2 l. BlE-lll 2.37E-01 15118 5.62E+lil2 3.62E+ll2 3.86E+ll2 3.23E+ll2 8.61E+ll4 l.92E+lll 3.511JE-lll 9. BlE-01 2. lll4E+lil2 2. lll4E+lil2 l.94E+lil2 l.BllE-lill 2.37E-lll 15:19 5.61E+lil2 *.. 3.62E+ll2 3.86E+lll2 3.22E+lil2 8.611JE+lil4 l.92E+lill 3.49E-lill 9.BlE-lill l. 85E+lil2 l. 85E+lil2 1.76E+lil2 l.BllE-lll 2.37E-lll 15:21l, 5.61E+ll2 3.62E+lil2 J.85E+lil2 3.22E+lil2 B.61ilE+lil4 l. 92E+lill 3.49E-lill 9.BllE-lill l. 68E+lil2 l. 68E+lil2 l. 61ilE+lil2 l. BlilE-lill 2.37E-lill 15121 5.61E+ll2 3.61E+ll2 3.BSE+ll2 3.22E+ll2 8.59E+ll4 l.91E+U 3.49E-lll 9.BlilE-lll l. 52E+lil2 .1. 52E+lil2 l. 45E+lil2 l. BlilE-lill 2.36E-01 15122 5. 61ilE+ll2 3.61E+lil2 3.85E+ll2 3.22E+lil2 8.59E+04 l. 91E+lll 3.49E-lll 9.79E-lill l. 38E+lil2 l.3BE+lil2 l. 31E+lil2 l.BllE-01 2.36E-01 15123 5. 611JE+lil2 3.61E+lil2 3.85E+ll2 3.22E+lil2 8.5BE+lil4 l.91E+lill 3.49E-lill 9.78E-lill l.25E+lil2 l. 25E+lil2 l.19E+lil2 l. BlilE-01 2.36E-lill 15124 5.61ilEHl2 3.61EHl2 3.84E+lil2 3.21E+lil2 8.5BE+lil4 l.91E+lill 3.4BE-lll 9.78E-lill l.13E+ll2 l.13E+lil2 l.lil8E+lil2 1. BlilE-lill 2.36E-lill 15:25 5.59E+lil2 3.61E+lil2. 3.84E+lil2 3.21E+lil2 8.57E+lil4 l.91E+lill 3.48E-01 9.77E-lill 1. 02E+lil2 l. 02E+lil2 9.74E+lill l. BllE-01 2.36E-lill 15126 5.59E+02 3.60E+lil2 J.84E+ll2 3.21E+lil2 8.57E+ll4 l.91E+lill 3.48E-lll 9.77E-lll 9.27E+lill 9.27E+lill 8.83E+lill l. BlilE-lill 2.36E-lill 15127 5. 59E+lll2 3.611lE+ll2 3.B4E+lll2 3.21E+ll2 8.56E+ll4 l.91E+llll 3.48E-llll 9. 76E-llll B. 41ilE+llll 8.41ilE+lll 8.lillilE+01 1.79E-llll 2. 36E-01 15128 5.58E+lll2 3. 611JE+lll2 3.83E+lll2 3.21E+lil2 8.56E+ll4 1.91E+llll 3.48E-llll 9. 75E-ill 7.61E+lll 7.61E+lill 7 .25EHll l. 79E-llll 2. 35E-llll 15129 5.58E+lll2 3. 61lE+lll2 3.83E+ll2 3.21ilE+lil2 8.55E+lll4 l.91lE+lill 3.47E-0l 9.75E-llll 6.89E+llll 6.89E+lill 6. 57E+lill 1. 79E-llll 2.35E-llll 15:30 5.58E+lll2 3.59E+lll2 3.83E+lil2 3.21lE+lil2 8.55E+lll4 l.911JEHll 3.47E-01 9. 74E-01 6.~5E+lill 6.25E+lill 5.95E+llll l. 79E-lill 2. 35E-lill 15131 5.57E+lll2 3.59E+lll2 3.83E+lil2 3.211JE+ll2 8.54E+lll4 l.911JE+llll 3.47E-lll 9.74E-llll 5.66E+lill 5.66EHll 5.39E+lill 1. 79E-llll 2.35E-lill 15132 5.57E+lll2 3.59E+ll2 3.82E+ll2 3.211lE+ll2 8.53E+ll4 l.911JE+llll 3.47E-llll 9. 73E-01 5.13E+lll 5. 13E+rill 4.BBE+lll l. 79E-01 2. 35E-ml 15:33 5.57E+02 3.59E+02 3.82E+lll2 3.21lE+ll2 B.53E+ll4 l. 91ilE+llll 3.46E-01 9. 72E-lll 4.64E+llll 4.64E+lll 4.42EHll l. 79E-01 2.35E-01 15134 5.56E+lll2 3.59E+lll2 3.82E+lil2 3.19E+ll2 8.52EHl4 1. 91ilE+llll 3.46E-lll 9. 72E-01 4.21E+lll 4.21E+lill 4.lllE+lll l. 79E-01 2.35E-01 15:35 5.56EHl2 3.58EHl2 3.82E+lll2 3.19E+lil2 8.52E+ll4 l.90E+lll 3.46E-01 9. 71E-01 3.BlE+lll 3.BlE+lll 3.63E+lll l. 79E-01 2.34E-lill 15:36 5.56EHl2 3.5BEH!l2 3.82E+lil2 3.19E+ll2 8.51E+ll4 l.91lE+lll 3.46E-llll 9.70E-llll 3.45E+lll 3
• 45E+lll 1 3.29E+llll l. 7BE-01 2.34E-01 15:37 5.55E+lll2 3.5BE+lll2 3.81E+ll2 3.19E+ll2 8.51E+ll4 1. 91/lE+llll 3.46E-lll 9.711JE-llll l.13E+lll 3.13E+lll 2.9BE+lll 1. 7BE-llll 2.34E-llll 15:38 5.55E+ll2 3.5BE+02 3.B1E+lll2 3.19E+ll2 B. 511JE+lll4 l.89E+lll 3.45E-llll 9.69E-01 2.84E+lill 2.84E+lill 2.711JE+lill 1. 78E-llll 2. 34E-0l 15:39 5.54E+lll2 3.57E+02 3.B1E+lil2 3.18E+ll2 8. 511JE+lil4 1.89E+llll 3.45E-01 9.69E-01 2.57E+lill 2.57E+lill 2.45E+lill 1. 7BE-lill 2.34E-U 15:40 5.54E+lil2 3.57E+lll2 3.81E+lil2 3.18E+lil2 B.49E+lil4 1.89E+llll 3. 45E-lill 9. 6BE-lill 2. 33E+lill 2.33E+lill 2.22E+lill 1.7BE-lill 2. 34E-lll 15:41 5.54EHl2 3.57EHl2 3. BIIIE+lil2 3.lBEHl2 8.49E+ll4 1.89E+lill 3.45E-lll 9.67E-lill 2. llE+lill 2. llE+llll 2. lillE+lll 1.7BE-llll 2.34E-llll 15:42 5.53E+lil2 3.57E+lll2 3. 81ilE+lll2 3.1BE+lll2 8.48E+lll4 1.89E+llll 3.45E-lill 9. 67E-lill 1. 9 lE+lill 1.91EHll 1. 82E+01 1. 78E-llll 2.33E-U 15143 5. 53E+lll2 3.57E+lll2 3.811lE+lll2 3.18E+ll2 8. 4BE+lil4 1. 89E+llll 3.44E-llll 9. 66E-lll l. 73E+lll l.73E+llll l. 65E+llll l.7BE-llll 2.33E-llll 15:44 5 .53EHl2 3. 56E+lll2 3.BlilEHl2 3.17E+lll2 B. 47E+lil4 l. 89E+lill 3. 44E-lll 9.66E-lill 1. 57E+lill 1. 57E+lill l. 49E+llll 1.7BE-lill 2.33E-llll THIS IS A DRILL

THIS IS A DRILL

• Scenario RS-114 RS-115 RS-116 RS-117 CC-lllJS RMS-151 RMS-152 RMS-153 RMS-154 RMS-155 RMS-156 RMS-157 RMS-158 Time CPM CPM CPM CPM CPM mR/hr mR/hr mR/hr mR/hr mR/hr mR/hr mR/hr mR/hr 15:45 S.52E+ll2 3.56E+ll2 3.79E+ll2 3.17E+IIJ2 B.47E+ll4 1. 89E+ill 3.44E-01 9. 65E-01 1. 42E+lll 1. 42E+lll 1. 35E+lll 1. 77E-01 2. 33E-lll 15t46 5.52E+ll2 3.56E+ll2 3. 79E+ll2 3.17E+lil2 B.46E+IIJ4 1. BBE+lll 3.44E-llll 9.64E-01 1. 29E+lll 1. 29E+llll l.23E+ill 1. 77E-lll 2. 33E-llll 1St47 S.52E+lll2 3.56E+ll2 3.79E+ll2 3.17E+ll2 B.4SE+ll4 l.BBE+lll 3.43E-llll 9. 64E-01 l. l 7E+lll l.17E+lll l. llE+lll 1. 77E-lill 2.33E-01 15t48 S.51E+lll2 3.SSE+ll2 3.79E+ll2 3.17E+IIJ2 B.45E+ll4 l.BBE+llll 3.43E-llll 9.63E-lll 1.ll6E+lll l. lll6E+lill l. lillE+lll 1. 77E-lill 2.32E-lll 1St49 S.51E+ll2 3.SSE+ll2 3.78E+lll2 3.16E+lll2 B.44E+lll4 1. BBE+lll 3.43E-lll 9.63E-lll 9. 57E+IIJIIJ 9. 57E+lllll 9 .12E+llll 1. 77E-lll 2.32E-lill lStSlll S.51E+ll2 3.SSE+IIJ2 3.78E+IIJ2 3.16E+ll2 B.44E+IIJ4 1. BBE+lll 3.43E-lll 9.62E-lll B.67E+IIJIIJ 8.67E+IIJIIJ 8.26E+llll 1. 77E-lill 2.32E-lill 15:51 5. SIIJE+ll2 3.SSE+IIJ2 3.78E+ll2 3.16E+IIJ2 8.431Hlll4 1. BBE+lll 3.43E-lll 9. 61E-lll 7. 86E+IIJIIJ 7.86E+lllll 7.4BE+llll 1. 77E-lll 2.32E-lll 15:52 S.SIIIE+lil2 3.54E+lll2 3.7BE+ll2 3 .16E+IIJ2 8.43E+lll4 1. BBE+lll 3.42E-lll 9.61E-lll 7 .12E+lllil 7 .12E+IIJ0 6. 7BE+IIJ0 1. 77E-01 2.32E-11Jl 15:53 5. SIIJE+lil2 3.54E+lll2 3.77E+IIJ2 3.l6E+IIJ2 B.42E+IIJ4 1. BBE+lll 3.42E-lll 9 .611JE-lll 6. 45E+lillil 6. 45E+lillil 6.14E+llll 1. 77E-lll 2.32E-lll 15:54 S.49E+lll2 3.54E+ll2 3.77E+IIJ2 3.1SE+lll2 8.42E+lll4 1. B7E+llll 3.42E-lll 9.611JE-lll S.84E+ll0 S.84E+llll S.56E+llll 1. 76E-lll 2.32E-lll 15:55 S.49E+ll2 3.54E+ll2 3.77E+ll2 3.1SE+ll2 B.41E+lil4 l.87E+lill 3.42E-lll 9.59E-11Jl S.29E+llll S.29E+lllil S.lil4E+lillil 1. 76E-lll 2.31E-lill 15t56 S.49E+lil2 3.54E+lll2 3.77E+IIJ2 3.1SE+IIJ2 B.41E+lll4 l.87E+lill 3.41E-lill 9.SBE-IIJl 4.BlilE+lllil 4.BlilE+IIJIIJ 4.57E+lillll 1. 76E-lill 2.31E-lill 15:57 S.48E+ll2 3.53E+IIJ2 3.76E+ll2 3.15E+IIJ2 B.41lE+lll4 1. B7E+lll 3.41E-lll 9.SBE-lll 4. 35E+IIJIIJ 4. 35E+IIJIIJ 4 .14E+lllil 1. 76E-lll 2. 31E-lll 15:58 S.4BE+ll2 3.53E+IIJ2 3.76E+lll2 3.1SE+ll2 B.411lE+lll4 1.87E+lll 3.41E-lill 9. 57E-llll 3.94E+lllll 3.94E+llll 3.7SE+IIJIIJ 1. 76E-lill 2.31E-lill 1St59 S.4BE+ll2 3.53E+ll2 3.76E+lll2 3.l4E+ll2 B.39E+lll4 l.B7E+lll 3.41E-lll 9.56E-lll 3.57E+IIJIIJ 3.57E+IIJIIJ 3.411JE+lilll l.76E-lll 2.31E-lll 16 t lllll S.47E+lll2 3.53E+ll2 3.76E+IIJ2 3.14E+IIJ2 B.39E+IIJ4 1. 87E+ll l 3.41E-lll 9.56E-lill 3.23E+lllil 3.23E+IIJIIJ 3.lllBE+lillil l.76E-lill 2. JlE-01 THIS IS A DRILL

THIS PAGE IS INTENTIONALLY INSERTED AS A DATA DIVIDER FOR THIS SUBSECTION

THIS IS A DRILL Scenario RMS-159 RMS-160 SS-112 SS-113 RMS-161 RMS-162 RMS-163 RMS-164 CH-118 CH-119 SW-121il LW-HlB SV-111 Time CPM CPM CPM CPM mR/hr mR/hr mR/hr mR/hr CPM CPM CPM CPM CPM 08131! 1. 34E+02 1. 30E+03 1. 23E+ll3 7.92E+lil2 2 .20E-01 2.90E+lill 4.81ilE+lil0 4.90E+llll 1.22E+ll3 1. 41E+lll3 8. 85E+lll2 5.ll3E+ll2 1.92E+llll Hl 132 2.68E+ll2 2.59E+ll3 l.23E+ll3 7.93E+02 1. 33E+llll 3.lll5B+lil3 2.42E+lil3 l.26E+ll2 l.83E+lil4 2.12E+lil4 8.86E+02 5.03E+lll2 1. 92EHll 10133 >l. l!IIJE+6 l.31ilE+ll5 l.23E+IIJ3 7.9JE+ll2 1. 97E+lll0 4.55E+lll3 3.62E+lll3 l.86E+ll2 2.75E+ll5 3.17E+lil5 8.86E+lll2 5.ll4E+lil2 l.92E+llll llil:34 >l.llllE+6 2.59E+lll5 l.23E+ll3 7.94E+lll2 2.61E+01il 6. IIJ6EHJ3 4.83E+lil3 2.46EHl2 >l.llllilE+6 >l.llJIIJE+6 8.87E+lll2 5.ll4E+lll2 1. 92E+llll llll135 >l.llJIIJE+6 3.89E+ll5 l.23E+lll3 7.94E+lil2 3 .25E+lillll 7.57E+lll3 6 .IIJ4E+lll3 3.lil6E+02 >l.ll0E+6 >l.lllllE+6 8.87E+lll2 5. IIJ4E+lil2 l.93E+llll lih 36 >l.llllE+6 5.18E+IIS l.23E+ll3 7.95E+ll2 3.89E+lllll 9.ll8E+ll3 7.24E+lil3 3.67E+ll2 >l. llJ0E+6 >l .lillilE+6 8.8BE+lil2 S.05E+lll2 l.93E+llll Hll 37 >l.llllE~~.48E+lll5 l.24E+03 7.95E+lil2 4.53E+00 1. 06E+ll4 8.45E+ll3 4.27E+lil2 >l. 00E+6 >l.00E+6 8.B9E+02 5.05E+02 l.93E+lill lllh38 >l.llllE+6 7.77E+ll5 l.24E+03 7.96E+ll2 5.17E+llll l.21E+04 9.65E+ll3 4.87E+02 >l.00E+6 >l.00E+6 8.89E+lil2 5.05E+lil2 l.93E+lill 10139 >l. ll0E+6 9.06E+ll5 l.24E+ll3 7.96E+ll2 5.80E+01l 1. 36E+lil4 1. 09E+lll4 5.48E+lil2 >l.00E+6 >l.lillilE+6 8.90E+lil2 5.ll6E+lil2 l.93E+lill 11:h 40 >l.00E+6 >l.llllE+6 l.24E+03 7.97E+ll2 6.44E+lilll 1. 51E+04 l.21E+ll4 6.IIJBE+lil2 >l.lilllE+6 >l. lllllE+6 8.91E+lll2 5. ll6E+lll2 l.93E+llll llll141 >l.llllE+6 >l.ll~E+6 l.24E+ll3 7.9BE+ll2 7.IIJBE+llll 1. 66E+ll4 1. 33E+lll4 6.6BE+ll2 >l.lillllE+6 >l.llllE+6 8.91E+ll2 5.07E+ll2 l.93E+01 10:42 >l.llllE+6 >l. lill!E+6 l.24E+ll3 7.9BE+ll2 7. 72E+01l 1. 81E+ll4 1. 45E+ll4 7.28E+02 >l.ll0E+6 >l. llJIIJE+6 8.92E+lll2 5.07E+lll2 l.93E+lll lllll 43 >l.lllBE+6 >l.lll!E+6 l.24E+ll3 7.99E+lll2 8. 36E+llll 1. 96E+ll4 l.57E+lll4 7.B9E+ll2 >l. lllllE+6 >l.llJIIJE+6 8.92E+lll2 5.IIJ7E+lll2 l.94E+llll lll144 >l.00E+6 >l.lill!E+6 l.24E+ll3 7.99E+lil2 9.lllilE+01l 2 .11E+ll4 1. 69E+ll4 8.49E+02 >l.011JE+6 >l.011JE+6 B. 93E+lil2 5. lil8E+lll2 1. 94E+lill lllll 45 >1.llllE+6 >l. lllllE+6 l.24E+ll3 8 .11JIIJE+ll2 9.64E+IIJ0 2.26E+IIJ4 1. 81E+04 9.ll9E+02 >l. 00E+6 >l.lillilE+6 B.94E+lil2 5.08E+lil2 l.94E+lill lll146 >l. ll11JE+6 >l.HE+6 l.24E+ll3 8.IIJIIJE+ll2 l. ll3E+lll 2.41E+IIJ4 1. 93E+IIJ4 9.69E+02 >l. ll0E+6 >l.00E+6 8.94E+02 5.ll8E+ll2 l.94E+01 10:47 >l. lll!E+6 >l. 00E+6 1.24E+ll3 8.01E+IIJ2 l.09E+01 2.56E+04 2. ll5E+04 l. lil3E+03 >l. 01!E+6 >l.llJ0E+6 8.95E+lll2 5. 09E+02 l.94E+lll lll:48 >1. 00E+6 >l. lll!E+6 l.24E+ll3 8 .1!1E+02 l.15E+lill 2. 71E+ll4 2.17E+04 l. ll9E+03 >l.00E+6 >l.llllilE+6 8.96E+lll2 5.09E+lll2 l.94E+llll 10149 >l.lll!B+6 >l. lilllE+6 1.25E+03 8.02E+02 l.22E+IIJ1 2.86E+04 2.29E+04 l.15E+03 >l.00E+6 >l.00E+6 8.96E+02 5. 09EHJ2 1. 94E+01 Hl150 >l. ll0E+6 >l.01lE+6 l.25E+ll3 8. lil3E+lil2 l.28E+lill 3. 02E+lll4 2. 41E+lil4 l.21E+lil3 >l.11JlilE+6 >l.llllilE+6 B.97E+lil2 5 .111JE+lil2 l.95E+lill lllJ I 51 >l. eilE+6 >l. ml'JE+6 l.25E+IIJ3 8. lil3E+lll2 l.35E+lill 3.17E+lil4 2. 53E+lll4 l.27E+lil3 >l.01lE+6 >l .lllllE+6 8.97E+lll2 5. lllE+lll2 l.95E+llll 10:52 >1. lllllE+6 >l.llJIIJE+6 l .25E+ll3 8.lll4E+ll2 1. 41E+lll 3.32E+lll4 2.65E+lll4 1. 33E+lll3 >l.llJIIJE+6 >l. llllllE+6 8. 98E+lll2 5 .10E+lll2 l.95E+llll Hl:53 >l.llJIIJE+6 >l.HE+6 l.25E+ll3 8.IIJ4E+lll2 l.47E+lll 3.47E+lll4 2. 77E+lll4 1. 39E+lll3 >l.lll0E+6 >l.llJIIJE+6 8.99E+lll2 5.11E+lll2 l.95E+llll Hll 54 >l.lllBE+6 >l. lil0E+6 l.25E+lll3 8.IIJ5E+lll2 l.54E+lll 3.62E+lll4 2.89E+lll4 1. 45E+03 >l. llJIIJE+6 >l. llJIIJE+6 B.99E+lll2 5.11E+lll2 l.95E+llll 10155 >l.lllllE+6 >l.lllllE+6 l.25E+lll3 8. IIJSE+lll2 1.61/lE+llll 3.77E+lll4 3.lllE+lll4 1. 51E+lll3 >l.llJIIJE+6 >l .llJIIJE+6 9.IIJIIJE+lll2 5 .11E+lll2 l.95E+llll lll:56 >l.llJIIJE+6 >l.llllE+6 l.25E+ll3 8.IIJ6E+ll2 l.66E+lll 3.92E+lll4 3.13E+lll4 1. 57E+lll3 >l. llJ0E+6 >l. 00E+6 9.01lE+02 5 .12E+ll2 l.95E+llll lll:57 >l. elilE+6 >l.01lE+6 l.25E+ll3 ~ 8.lll6E+IIJ2 l.73E+llll 4. 07E+lll4 3.25E+lll4 1. 63E+lll3 >l. 00E+'6 >l.lll0E+6 9. 01E+lll2 5 .12E+IIJ2 l.95E+IIJ1 10158 >1.ll0E+6 >l.HE+6 l.25E+ll3 8.ll7E+ll2 1. 79E+llll 4.22E+ll4 3.37E+ll4 1. 69E+ll3 >l. 011JE+6 >l.llJIIJE+6 9. lll2E+lll2 5.13E+ll2 l.96E+01 10159 >l.llllE+6 >l.lillilE+6 l.25E+ll3 8.IIJBE+ll2 l.86E+llll 4. 37E+rll4 3.49E+lll4 1. 75E+lll3 >l. 011JE+6 >l.llJIIJE+6 9. IIJ2E+lll2 5.13E+02 1. 96E+01 l11H >1. 00E+6 >l. llllllE+6 1. 25E+ll3 8.l!BE+lil2 1. 92E+llll 4.52E+lll4 3.61E+lll4 1. 81E+lll3 >l. llJIIJE+6 >l .llJIIJE+6 9.lll3E+lll2 5 .13E+02 l.96E+01 111 Ill >l.llllE+6 >l.llllE+6 l.26E+ll3 8. ll9E+ll2 l.98E+lll 4.67B+ll4 3.73E+lll4 l.87E+lll3 >l.llJIIJE+6 >l.llJIIJE+6 9. ll4E+lll2 5.14E+ll2 l.96E+llll llsll2 >l.llllE+6 >L mllE+6 l.26E+ll3 8.ll9EHJ2 2.IIJSE+llll 4. 82E+ll4 3.BSE+lll4 l.93E+ll3 >l. lil0E+6 >l.llJIIJE+6 9. IIJ4E+lll2 5.14E+lil2 1. 96E+01 11:IIJJ >l.llllB+6 >l. HE+6 l.26E+ll3 8. lllE+02 2. llE+lll 4.97E+ll4 3.97E+lll4 l.99E+03 >l. 00E+6 >l.011JE+6 9 .IIJ5E+lll2 5. l4E+ll2 l.96E+llll 11,u >l.011JE+6 >l.llJIIJE+6 l.26E+ll3 8.HlE+ll2 2.17E+llll 5.12E+lll4 4. ll9E+lll4 2. lll5E+lil3 >l.lllilE+6 >l. lillllE+6 9. ll5E+lll2 5.15E+lll2 1. 96E+llll THIS IS A DRILL

THIS IS A DRILL

• Scenario RMS-159 RMS-161! SS-112 SS-113 RMS-161 RMS-162 RMS-163 RMS-164 CH-118 CH-119 SW-121il LW-108 SV-111 Time CPM CPM CPM CPM mR/hr mR/hr mR/hr mR/hr CPM CPM CPM CPM CPM 11:llS >l.llllE+6 >l. lllilE+6 l.26E+ll3 8.11E+ll2 2.24E+lll 5.27E+ll4 4.21E+ll4 2 .11E+ll3 >l.lilllE+6 >l.llllE+6 9.ll6E+lil2 5.15E+lil2 1. 97E+lill 11:06 >l. lilllE+6 >l.Bl!E+6 l.26E+ll3 8.11E+ll2 2. JlilE+lill S.42E+04 4.33E+ll4 2.17E+lil3 >l.lilllE+6 >l.01ilE+6 9.lil7E+f/J2 S.1SE+ll2 l.97E+lill ll:ll7 >l.llllE+6 >l.lllilE+6 l.26E+lil3 8.12E+ll2 2.37E+lill 5.57E+ll4 4.45E+ll4 2.23E+ll3 >l. lilllE+6 >l. llllE+6 9.ll7E+ll2 5.16E+ll2 1. 97E+lll 11:llB >l.lillilE+6 >l.lllilE+6 1. 26E+lil3 8 .13E+lil2 2.43E+lll S.72E+04 4.57E+ll4 2.29E+lil3 >l.01ilE+6 >l.llllE+6 9. llBE+lil2 5.16E+ll2 1. 97E+01 ll:lil9 >l.lillilE+6 >l.llllE+6 l.26E+lil3 B.13E+lil2 2.49E+lill 5.87E+ll4 4.69E+lil4 2.35E+lil3 >l.lllilE+6 >l.ill0E+6 9. ll9E+lil2 5.16E+lil2 l.97E+lll 11:10 >l.lilllE+6 >l.llllE+6 l.26E+ll3 8.14E+ll2 2. 56E+ll l 6 .lil2E+ll4 4.81E+lil4 2.41E+ll3 >l.llllE+6 >l.llllE+6 9.lil9E+lil2 5.17E+ll2 l.97E+01 11:11 >l. Bl!E+6 >l. BllE+6 l.26E+lil3 8.14E+ll2 2.62E+lll 6.17E+lil4 4.93E+lil4 2.47E+ll3 >l.01lE+6 >l.llllE+6 9.lllE+ll2 5.17E+ll2 l.97E+01 11,12 >l.elilE+6 >l. lilfllE+6 l.27E+lil3 8.1SE+ll2 2.68E+U 6.32E+ll4 5.0SE+lil4 2.53E+ll3 >l.llllE+6 >l.llllE+6 9.lllE+ll2 5.17E+ll2 l.98E+01 11: 13 >l.lllilE+6 >l.lillilE+6 l.27E+ll3 8 .15E+lil2 2.75E+lll 6.47E+ll4 S.17E+lil4 2.59E+ll3 >l.llllE+6 >l.llllE+6 9 .11E+fll2 S.1BE+ll2 1. 98E+lll 11: 14 >l.01ilE+6 >l. lillilE+6 l.27E+lil3 8.16E+ll2 2.BlE+lll 6.62E+lll4 5.29E+ll4 2.65E+03 >l. llllE+6 >l. llllE+6 9.12E+ll2 5. 1BE+ll2 1. 98E+lll 11: 15 >l.llllE+6 >l.llllE+6 l.27E+lil3 8.16E+lil2 5. 34E+lill l.26E+ll5 l. lllE+llS 5. lil4E+lil3 >l. lilllE+6 >l. lilllE+6 9.12E+ll2 5.1BE+ll2 l.98E+lll 11116 >l.llllE+6 >l.llHlE+6 1. 27E+03 B.17E+lil2 7.BSE+lll l.BSE+llS l.4BE+ll5 7.41E+ll3 >l.llllE+6 >l. lilllE+6 9.13E+ll2 5.19E+ll2 1. 9BE+lill 11,17 >l.lilllE+6 >l.ll0E+6 l.27E+fll3 8.18E+02 l.ll4E+ll2 2. 44E+lil5 1. 95E+ll5 9. 77E+ll3 >l.llllE+6 >l.llllE+6 9.13E+ll2 5.19E+ll2 1. 98E+lll 11,18 >l.llllE+6 >l.ll0E+6 l.27E+ll3 8.18E+ll2 l.2BE+ll2 3.ll3E+ll5 2.42E+ll5 1. 21E+ll4 >1.llllE+6 >1.llllE+6 9.14E+ll2 5.21lE+ll2 1. 9BE+lll 11119 >l.llllE+6 >l.llllE+6 l.27E+ll3 8.19E+ll2 l.53E+ll2 3.61E+ll5 2.B9E+ll5 l.44E+lll4 >l.lllllE+6 >l.llllE+6 9 .15E+ll2 5. 21lE+ll2 l .98E+lll ll:21il >l.llllE+6 >l.llllE+6 l.27E+ll3 8.19E+ll2 l.7BE+ll2 4.19E+ll5 3.35E+ll5 l.68E+ll4 >l.llllE+6 >l.llllE+6 9.15E+ll2 5.21lE+ll2 l.99E+lll 11:21 >l. ellE+6 >l.llllE+6 l.27E+ll3 8 .211JE+ll2 2 .IIJ2E+ll2 4. 76E+lil5 3.BlE+llS l.90E+ll4 >l. lilllE+6 >l.lil0E+6 9.16E+lil2 5.21E+lil2 l.99E+lill 11:22 >l.00E+6 >l.HE+6 l.27E+ll3 8 .211JE+ll2 2.26E+ll2 S.33E+ll5 4 .26E+lil5 2.13E+lil4 >l.llllE+6 >l.llllE+6 9.17E+ll2 5.21E+lil2 1. 99E+lll 11,23 >l.llllE+6 >l.llllE+6 l.27E+ll3 B.21E+ll2 2. SlilE+ll2 S.90E+ll5 4. 72E+ll5 2.36E+lil4 >l. lillilE+6 >l.lllilE+6 9.17E+lil2 5.21E+lil2 1. 99E+lill 11:24 >l.llllE+6 >l.llllE+6 l.28E+ll3 B.21E+ll2 2.74E+ll2 6.46E+05 S.17E+ll5 2.58E+lil4 >l.lillilE+6 >l.lilllE+6 9.18E+lil2 S.22E+lil2 1. 99E+lll 11:25 >l.llllE+6 >l.lllilE+6 l.28E+lil3 8.22E+ll2 2. 97E+lil2 7. 01E+ll5 5.61E+lil5 2.81E+ll4 >l-llllE+6 >l.llllE+6 9.18E+ll2 5.22E+lil2 l.99E+lill 11:26 >l.llllE+6 >l. lliiE+6 l.28E+ll3 B.22E+ll2 3.21E+ll2 7.57E+ll5 6. ll5E+ll5 3.ll3E+ll4 >l.llllE+6 >l.lilllE+6 9 .19E+lil2 S.22E+ll2 1. 99E+lill 11,21 >l.llllE+6 >l.lllilE+6 l.28E+ll3 8.23E+ll2 3.44E+ll2 8.12E+ll5 6.49E+ll5 3.25E+ll4 >l.llllE+6 >l.lilllE+6 9.21ilE+ll2 5.23E+rll2 2. llllE+lill 11:28 >l.llllE+6 >l.l'JIIE+6 l.28E+lil3 8.24E+ll2 3.67E+ll2 8.66E+ll5 6.93E+05 3.47E+ll4 >l.llllE+6 >l.lllilE+6 9.21lE+ll2 5.23E+ll2 2.lllilE+lill 11:29 >l.HE+6 >l.211lE+6 l.2BE+lil3 8.24E+ll2 3.91lE+ll2 9.21E+ll5 7.36E+ll5 3.68E+ll4 >l.llllE+6 >l.llllE+6 9.21E+lil2 5.23E+ll2 2 .lleE+lill ll:31il >l.llllE+6 >l.lllilE+6 l.28E+ll3 8 .25E+ll2 4.13E+ll2 9.74E+ll5 7.BllE+ll5 3.91lE+ll4 >l. lilllE+6 >l.llllE+6 9.22E+ll2 S.24E+ll2 2. llllE+rill 11:31 >l.llBE+6 >LllllE+6 l.28E+ll3 8.25E+ll2 4. 36E+ll2 l.ll3E+ll6 8. 22E+rll5 4 .11E+ll4 >l.llllE+6 >l.llllE+6 9.22E+lll2 5.24E+ll2 2.llilE+lh 11:32 >l.l!BE+6 >l.llllE+6 l.28E+ll3 8.26E+ll2 4.5BE+ll2 l.QJBE+ll6 8.65E+ll5 4. 32E+ll4 >l.lilllE+6 >l.01lE+6 9 .23E+rll2 S.24E+ll2 2.llllE+lill 11:33 >l.llllE+6 >l.BillE+6 l.28E+lil3 8.26E+ll2 4.81E+fll2 l.13E+ll6 9. lll7E+ll5 4 .54E+ll4 >l.lil0E+6 >l.lilllE+6 9.23E+ll2 S.2SE+ll2 2.lllilE+lll 11, 34 >l. llllE+6 >l.llllE+6 l.28E+ll3 8 .27E+ll2 5.ll3E+ll2 l.19E+ll6 9.49E+ll5 4. 74E+ll4 >l.lllllJE+6 >l.lllllE+6 9.24E+ll2 S.25E+ll2 2.llllE+lll 11: 35 >l.llllE+6 >l.ll0E+6 l.29E+ll3 8.27E+ll2 5.25E+02 l.24E+ll6 9.9111E+ll5 4. 95E+lil4 >l.llllE+6 >l.flllilE+6 9.25E+02 5.26E+lil2 2.lllE+01 11, 36 >l.llllE+6 >l.llllE+6 l.29E+ll3 8.28E+ll2 5.47E+02 l.29E+ll6 l.1113E+ll6 5.16E+ll4 >l.01lE+6 >l.llllE+6 9.25E+ll2 S.26E+lll2 2. IJlE+lll 11:37 >l.llmE+6 >l.llllE+6 l.29E+ll3 8.29E+ll2 5.69E+ll2 l.34E+lil6 l .lll7E+ll6 S.36E+04 >l.ll0E+6 >l. lll0E+6 9.26E+ll2 5.26E+ll2 2. lillE+lll ll: 38 >l.11111JE+6 >l. UIE+6 l.29E+lil3 8.29E+IIJ2 5.91lE+ll2 1. 39E+ll6 l.11E+ll6 5.57E+lil4 >l. QJIIJE+6 >l.lil0E+6 9.27E+ll2 5.27E+lil2 2. lillE+llll 11:39 >l.HE+6 >l.llllE+6 l.29E+ll3 8.311JE+lll2 6.12E+ll2 1. 44E+lll6 l.15E+lil6 5. 77E+lll4 >l.llllE+6 >l.llllE+6 9.27E+lil2 5.27E+lil2 2.illE+ill THIS IS A DRILL

THIS IS A DRILL

• Scenario RMS-159 RMS-l611l SS-112 SS-113 RMS-161 RMS-162 RMS-163 RMS-164 CH-118 CH-119 SW-120 LW-llllB SV-111 Time CPH CPH CPH CPH mR/hr mR/hr mR/hr mR/hr CPH CPM CPM CPM CPM ll:411l >l. llllilE+6 >l.llllllE+6 l.29E+lll3 8.31ilE+lll2 6.33E+lll2 l. 49E+lll6 l.19E+lil6 S.97E+lll4 >l.lillllE+6 >l.llllllE+6 9.2BE+lll2 S.27E+lil2 2. llllE+llll 11:41 >l.111BE+6 >l.llllllE+6 l.29E+lil3 B.31E+lll2 6.54E+lll2 l. 54E+lll6 l.23EHl6 6.17E+lll4 >l. llllllE+6 >l. llllllE+6 9.2BE+lll2 S.28E+lil2 2. llllE+llll 11:42 >l.lllilE+6 >l. 011JE+6 l.29E+lll3 B.31EHl2 6. 75EHl2 l. 59E+lll6 l. 27E+ll6 6.37E+lil4 >l. llllllE+6 >l. llllilE+6 9.29E+lll2 5.2BE+lil2 2.lll2E+01 11:43 >l.llllilE+6 >l.llllilE+6 l.29E+lll3 B.32E+lll2 6.96E+lll2 l. 64E+lil6 l. 31E+lll6 6.57E+lil4 >l. llllllE+6 >l. llllllE+6 9.311lEHl2 5 .2BE+lil2 2. 02E+ll l 11:44 >l.00E+6 >l.llllllE+6 l.29E+lll3 B.32E+lll2 7.17E+lll2 l. 69E+lll6 l. 35E+lil6 6.76E+lll4 >l. llllllE+6 >l. lillllE+6 9. 31ilE+lll2 5 .29E+lil2 2. lll2E+lill 11:45 >l. lllilE+6 >l.llllilE+6 l.29E+lil3 B.33E+lll2 7.3BE+lll2 l.74E+lil6 l. 39E+lil6 6.96EHl4 >l. lillllE+6 >l. llllllE+6 9.31E+lil2 5.29E+lll2 2. lll2E+llll 11:46 >l. llllllE+6 >l.llllilE+6 l.29E+lll3 B.34E+lll2 7.SBE+ll2 l. 79E+lll6 l. 43E+lll6 7.15E+lil4 >l .llllllE+6 >l. lillllE+6 9.31E+lll2 5 .29E+lil2 2.lll2E+llll 11:47 >l.llllilE+6 >l. llllilE+6 l.31ilE+lll3 8.34E+ll2 7.7BE+lll2 l. 84E+lil6 l. 47E+lil6 7.34E+lll4 >l. llllilE+6 >l. lillllE+6 9.32E+ll2 5.31ilE+lil2 2.lll2E+lill 11:48 >l.llllE+6 >l.llllilE+6 1. 31lE+lil3 B.35E+ll2 7.99E+ll2 l.BBE+ll6 l. 51E+lil6 7.53E+lll4 >l.llllllE+6 >l.lillilE+6 9.33E+lil2 5. 31lE+ll2 2.lll2E+llll 11149 >l.lllilE+6 >l.ll0E+6 l. 31lE+ll3 B.35E+lil2 B.19E+ll2 l.93E+lll6 l.54E+ll6 7. 72E+lil4 >l.00E+6 >l.lllllE+6 9.33E+lll2 5 .311lE+ll2 2.ll2E+lll 11:50 >l. lllllE+6 >l.llllllE+6 l. 311lE+lil3 B.36E+lll2 B.39E+lll2 l.98E+lll6 l. 5BE+lll6 7.91E+lll4 >l. llllllE+6 >l.llllllE+6 9.34E+ll2 5.31E+lll2 2. ll3E+lll 11:51 >l.llllilE+6 >l. 00E+6 1. 311lE+ll3 B.36E+lil2 B.59E+ll2 2 .lll2E+lil6 1. 62E+ll6 B. llllE+lll4 >l. lilllE+6 >l.llllllE+6 9.35E+lll2 5. 31E+lll2 2. lll3E+lll 11:52 >l.illeE+6 >l.lllllE+6 1. 311lE+lll3 B.37E+lll2 B.7BE+lll2 2. lll7E+lll6 l. 66E+lil6 B.2BE+lll4 >l. llllllE+6 >l. llllllE+6 9.35E+ll2 5.32E+lll2 2.lll3E+llll 11:53 >l.lillllE+6 >l. 011JE+6 l.31lEHl3 B.37E+ll2 B.9BE+lll2 2.12E+ll6 1. 69E+ll6 B.47E+ll4 >l. lllllE+6 >l.llllE+6 9.36E+ll2 5. 32E+lll2 2. lll3E+llll 11:54 >l.lillilE+6 >l.lllllE+6 l. 31ilE+lil3 8.38EHl2 9.17E+lll2 2.16E+lll6 l. 73E+lll6 8.65E+lll4 >l.lillllE+6 >l.lillllE+6 9.36E+lll2 5.32E+lil2 2. lll3E+llll 11,ss >l.lllilE+6 >l.lllllE+6 1. 31lE+ll3 8.39E+lil2 9.37E+lil2 2 .21E+lil6 l. 77E+lil6 B.84E+lil4 >l.llllE+6 >l. lilllE+6 9.37E+lll2 5. 33E+lil2 2. lil3E+lll 11:56 >l.llllilE+6 >l.llllllE+6 l. lilE+llll 8. 39E+lll2 9.56E+lll2 2.2SE+lll6 l. BlilE+lil6 9.lll2E+lll4 >l.llllllE+6 >l. llllllE+6 9. 38E+lll2 5. 33E+lll2 2.ll3E+lll 11:57 >l. llllllE+6 >l.llllllE+6 l. 311lE+lll3 8. 411lE+lll2 9.75E+lll2 2.31ilE+lil6 l. 84E+lil6 9 .211lE+lll4 >l. llllllE+6 >l. lllllE+6 9.38E+lll2 5.33E+ll2 2.lll4E+llll 11:58 >l. illeE+6 >l.llllllE+6 l. 311lE+lil3 B. 41ilE+lll2 9.94E+lll2 2.34E+lll6 l. BBE+lll6 9. 3BE+lll4 >l. llllllE+6 >l.llllllE+6 9.39E+lll2 5.34E+lll2 2.lll4E+llll 11:59 >l.llllilE+6 >l.lillilE+6 l. 31E+lll3 B.41E+lll2 l. llllE+lill 2.39E+lll6 l. 91E+lil6 9.55E+lll4 >l. llHlE+6 >l. lillilE+6 9. 411lE+lll2 5.34E+lil2 2.lll4E+lll 12 :lillil >l. lillilE+6 >l.llllilE+6 l. 31E+lil3 B.41E+lll2 l.lll3EHl3 2.43E+lll6 l.95E+lil6 9.73E+lll4 >l.llllllE+6 >l.llllllE+6 9. 411lE+lll2 5. 34E+lll2 2. lll4E+llll 12 :llll >l.01ilE+6 >l. llllilE+6 1. 31E+lil3 B.42E+lll2 l. lll5E+lil3 2.48E+lll6 l.9BE+ll6 9.91E+lll4 >l.011lE+6 >l.llllllE+6 9.41E+lil2 5.35E+ll2 2 .lll4E+lll 12:lll2 >l.llllilE+6 >l.llllilE+6 l. 31E+lil3 B.42E+lll2 l. lll7E+lll3 2.52E+lil6 2.lll2E+lll6 l. llllE+lllS >l. llllllE+6 >l.lillllE+6 9. 41E+lll2 5. 35E+lil2 2.lll4E+lill 12 :lll3 >l.llllilE+6 >l.llllilE+6 l.31B+ll3 B.43E+lil2 l.lll9B+lll3 2.56E+lil6 2.lll5EHl6 l.lll3E+lll5 >l. llllllE+6 >l. llllllE+6 9 .42E+lll2 5.35E+lll2 2. lll4E+llll 12 :lil4 >l.llllllE+6 >l.llllilE+6 l.31E+lll3 8. 44E+lll2 l.llE+lll3 2.61B+ll6 2. lll9E+lil6 l. lil4E+lll5 >l. lillllE+6 >l. lillllE+6 9.43E+lll2 5. 36E+lll2 2 .lll4E+llll 12: 05 >l.llllllE+6 >l.lll0E+6 l. 31E+ll3 8.44E+lll2 l.12E+lll3 2.65E+lil6 2.12E+lil6 l. lll6E+lll5 >l. llllllE+6 >l. llllllE+6 9.43E+lil2 5.36E+lll2 2. lllSE+lll 1 2.lll5E+lill 12°: lil6 >l.011lE+6 >l.lil0B+6 1. 31E+03 8.45E+lll2 l.14E+lll3  :!. 6 9E+lil6 2.15E+06 l. lllBE+lilS >l.llllllE+6 >l.llllllE+6 9.44B+lll2 5.36E+lil2 12:lll7 >l. 011JE+6 >l.llllilE+6 1. 31E+03 8.45E+lll2 l.16E+lil3 2.73E+lil6 2.19E+lil6 l. lll9E+lll5 >l.llllllE+6 >l.lillllE+6 9. 44E+lll2 5.37E+lll2 2.lllSE+li!l 12 :lllB >l.llllllE+6 >l.llllllE+6 l. 31E+lll3 8.46E+lll2 l.1BE+lll3 2.7BE+lll6 2.22E+lil6 l. llE+lllS >l.llllllE+6 >l. llllllE+6 9.45B+lll2 5.37E+lll2 2 .lllSE+llll 12 :lll9 >l. lllli!E+S I :>-l.lillllE+6 1. 31B+ll3 B.46E+ll2 l.19E+lil3 2.82E+lil6 2 .25E+ll6 l.13E+lil5 >l. lllllE+6 >l.llllilE+6 9. 46E+ll2 5.38E+lil2 2.llSE+lill 12: llll >l.lll0E+6 >l. llllllE+6 l. 32E+03 8. 4 7E+lll2 l. 21E+lll3 2. 86E+lll6 2.29E+lll6 l.14E+lll5 >l.llllllE+6 >l.llllllE+6 9 .46E+lll2 5.38E+lll2 2.lll5E+llll 12: ll >l.lil0E+6 >l.01ilE+6 l. 32E+03 8.47E+lil2 l.23E+03 2.90E+06 2.32E+lll6 l.16E+lll5 >l .lllllE+6 >l.lillllE+6 9.47E+lll2 5.38E+lll2 2. 05E+llll 12:12 >l.lll0E+6 >l.llllilE+6 l.32E+lll3 8. 48E+lll2 l.25E+lll3 2.94E+06 2. 35E+ll6 l.18E+05 >l.llllllE+6 >l. llllilE+6 9.48E+lil2 5. 39E+ll2 2. ll6E+01 12:13 >l.llllilE+6 >l.lilllE+6 l.32B+lll3 8.49E+ll2 l.26B+ll3 2.9BB+06 2.39E+06 l.19E+lil5 >l.llllllE+6 >l. 01lE+6 9.48E+lll2 S.39E+lll2 2.lll6E+llll 12:14 >l.HB+6 >l. llleE+6 l.32E+ll3 8.49B+lll2 l. 28B+lll3 3. lll2B+lil6 2 .42E+ll6 l.21E+lll5 >1.llllllE+6 >l. llllllE+6 9.49E+lll2 5. 39E+lll2 2. lll6E+ll l THIS IS A DRILL

THIS IS A DRILL

• Scenario RMS-159 RMS-161/l SS-112 SS-113 RMS-161 RMS-162 RMS-163 RMS-164 CH-118 CH-119 SW-120 LW-llllB SV-111 Time CPM CPM CPM CPM mR/hr mR/hr mR/hr mR/hr CPM CPM CPM CPM CPM 12:15 >1.llllllE+6 >1.llllllE+6 1. 32E+lll3 B. 511lE+lll2 1. 311lE+lll3 3. lll6E+lll6 2.45E+06 l.23E+05 >1.lll0E+6 >l.011lE+6 9. 49E+lll2 5.40E+lll2 2.lll6E+llll 12116 >1.011JE+6 >l.011lE+6 1.32E+ll3 B.51/lE+lll2 l.3BE+lll3 3.26EHJ6 2. 61E+lll6 1. 311lE+lll5 >1. llllllE+6 >1. llllllE+6 9.50E+02 5.40E+02 2.06E+01 12117 >1.00E+6 >1.lllllE+6 1. 32E+l1J3 8.51E+02 1.46E+03 3.45E+06 2.76E+06 1. 38E+05 >1.llllllE+6 >1.00E+6 9.51E+02 5.40E+02 2.06E+01 12:18 >1.00E+6 >1.00E+6 1.32E+IIJ3 B. 51E+IIJ2 1.54E+03 3.63E+IIJ6 2.91E+lll6 1. 45E+05 >1.lll0E+6 >1. 00E+6 9.51E+lll2 S.41E+02 2.06E+01 12:19 >1.00E+6 >1.l'llllE+6 l.32E+lll3 B.52E+02 l.62E+03 3.81E+lll6 3.lll5E+06 1. 52E+IIJ5 >1.lll0E+6 >1.011lE+6 9.52EHl2 S.41E+lll2 2.07E+01 12:21/l >1.00E+6 >1.lll0E+6 1. 32E+lll3 B.52E+02 l.69E+03 3.9BE+06 3.19E+06 1.59E+05 >1.00E+6 >1.00E+6 9. 53E+02 S.41E+02 2.07E+01 12:21 >1.00E+6 >1.00E+6 1. 32E+03 8.53E+lll2 1.76E+lll3 4.15E+06 3.32E+lll6 1. 66E+lll5 >1.llllllE+6 >1.01lE+6 9.53E+ll2 5.42E+ll2 2.ll7E+lll 12,22 >1.llllE+6 >1.00E+6 1. 33E+03 8.54E+02 1.B3E+03 4.32E+lll6 3.45E+06 1. 73E+ll5 >1.llllE+6 >1.lllllE+6 9.54E+ll2 5.42E+ll2 2.ll7E+llll 12:23 >1.lll0E+6 >1.lllilE+6 1.33E+lll3 8.S4E+ll2 1. 9111E+lll3 4.4BE+ll6 3.58E+ll6 1. 79E+05 >1.llllllE+6 >l.00E+6 9.54E+02 5.42E+02 2.lll7E+01 12124 >1.11HlE+6 >1.lil0E+6 1. 33E+ll3 8.SSE+lll2 1. 96E+l1J3 4.63E+06 3.70E+06 1.BSE+lllS >1.lllilE+6 >1. lllilE+6 9.55E+ll2 S.43E+lil2 2. lll7E+llll 12:25 >1.lillilE+6 >1.lllllE+6 1. 33E+ll3 B.SSE+ll2 2.lll3E+lil3 4.7BE+lil6 3.B2E+06 1. 91E+lil5 >1. llllilE+6 >1. lillilE+6 9. 56E+lil2 5.43E+lil2 2. lil7E+lill 12:26 >1.lillilE+6 >1.llllllE+6 1. 33E+03 B.56E+lll2 2.lll9E+lil3 4.92E+06 3.94E+lll6 1. 97E+ll5 >l. lllllE+6 >L llllE+6 9.56E+ll2 S.43E+02 2.07E+01 12:27 >1.llllllE+6 >1.01ilE+6 l. 33E+ll3 B.56E+lll2 2.1SE+lll3 5. lll7E+lll6 4 .1115E+ll6 2. 03E+ll5 >1.lllllE+6 >1. llllE+6 9.57E+ll2 5.44E+ll2 2.08E+llll 12:28 >1.llllE+6 >1.lllllE+6 1. 33E+lll3 B.57E+lll2 2.21E+lll3 5.211lE+lll6 4.16E+lll6 2 .1/lBE+lilS >l.lllllE+6 >1.llllE+6 9.57E+ll2 5.44E+ll2 2. llBE+lll 12:29 >1. llllllE+6 >1.llllllE+6 1. 33E+ll3 B.57E+lll2 2. 26E+ll3 5.34E+06 4.27E+ll6 2.13E+lll5 >l.lllllE+6 >l.lllllE+6 9.58E+lil2 S.45E+ll2 2.lllBE+lll 12:31/l >1.lllilE+6 >1.lllilE+6 1. 33E+lil3 8.SBE+lll2 2.32E+lil3 5.47E+lil6 4.37E+lil6 2 .19E+lil5 >l. lilllE+6 >1. lillllE+6 9. 59E+lil2 5.45E+lil2 2. llBE+lill 12:31 >1.llllE+6 >1.lllllE+6 1. 33E+lll3 8.S9E+lll2 2.37E+03 5.59E+lll6 4.47E+lil6 2.24E+lil5 >1.llllilE+6 >l.lillllE+6 9.59E+ll2 5.45E+lil2 2. llBE+lill 12:32 >1.llllllE+6 >l.llllilE+6 1. 33E+lil3 8.59E+lll2 2.42E+lll3 S.71E+lll6 4.57E+lll6 2.29E+ll5 >1.llllllE+6 >1.llllllE+6 9.611lE+lll2 5.46E+lll2 2.llBE+llll 12:33 >1.llllllE+6 >1.llllllE+6 1. 34E+lll3 8. 6111E+lll2 2.47E+lll3 S.83E+lll6 4.67E+ll6 2.33E+ll5 >1.01lE+6 >1.llllllE+6 9.61E+lll2 5.46E+02 2.llBE+lll 12:34 >1.00E+6 >l.lll11JE+6 1. 34E+lll3 B.6111E+02 2.52E+lll3 5.95E+ll6 4.76E+lll6 2.3BE+ll5 >1. lllllE+6 >1.ll0E+6 9.61E+02 5.46E+ll2 2. ll9E+lll 12:35 >1. llllE+6 >1.lllllE+6 1. 34E+ll3 8.61E+02 2.57E+lll3 6. lll6E+IIJ6 4.85E+ll6 2.42E+ll5 >l.lllllE+6 >1.ll0E+6 9.62E+02 5.47E+02 2. ll9E+lll 12:36 >1. llllE+6 >1.lllllE+6 1. 34E+lll3 8.61E+02 2.62E+03 6.17E+ll6 4.93E+ll6 2 .47EHl5 >1. llllllE+6 >1.llllllE+6 9.62E+ll2 5.47E+ll2 2.ll9E+lll 12:37 >1. lllllE+6 >1. llllllE+6 1. 34E+lll3 8.62E+lll2 2.66E+ll3 6.27E+ll6 5.lll2E+lll6 2.51E+lll5 >1.lll0E+6 >l. llllllE+6 9.63E+ll2 5.47E+ll2 2.lll9E+lll 12:38 >1. lllllE+6 >1.llllllE+6 1. 34E+lil3 8.62E+lll2 2. 71lE+lll3 6.38EHl6 5. lllE+lil6 2.55E+lll5 >1.lllllE+6 >1.llllllE+6 9.64E+lll2 5.48E+02 2. lll9E+lll 12:39 >1. llllllE+6 >l. llJlllE+6 1. 34E+lll3 8.63E+lll2 2.75E+lll3 6.47E+lll6 S.18E+lll6 2.59E+lll5 >1.llllllE+6 >1.lllllE+6 9.64E+lll2 5.4BE+lll2 2.lll9E+llll 12:40 >1.IIJlllE+6 >1.llllE+6 1. 34E+lll3 8.64E+lll2 2. 79E+iil3 6.57E+lll6 S.26E+ll6 2 .63E+lll5 >1.lllllE+6 >1.lllllE+6 9.65E+ll2 5.48E+lll2 2.lll9E+lll 12:41 >1.llllllE+6 >1. llll!JE+6 1. 34E+lll3' 8.64E+lll2 2.83E+l!J3 6.67E+06 S.33E+l!J6 2.67E+lll5 >1.lllllt+6 >1. lllllE+6 9.66E+lll2 5.49E+lll2 2. lll9E+lll 12:42 >1.IIJllE+6 >1.0BE+6 1. 34E+ll3 8.65E+ll2 2.B6E+lll3 6.76E+ll6 S.41lEHl6 2.71lE+ll5 >1.lllllE+6 >1. llllllE+6 9.66E+lll2 5.49E+lll2 2.11/lE+llll 12:43 >1. llllllE+6 >1.llllE+6 1. 34E+ll3 8. 6SE+lil2 2.91lE+ll3 6.84EHl6 S.48E+lll6 2.74E+lil5 >1.llllllE+6 >1.lllllE+6 9.67E+lll2 5.49EHl2 2.llllE+llll 12:44 >1.llllllE+6 >l.ll111E+6 1. 34E+ll3 8.66E+ll2 2.94E+ll3 6.93E+lll6 5. 54E+lil6 2.77E+lll5 >1.llllllE+6 >1. llllllE+6 9.67E+lll2 5.51/lE+lll2 2.lllE+llll 12:45 >1.llllllE+6 >1.llllE+6 1. JSE+lllJ 8.66E+02 2.97E+ll3 7. lll1E+lll6 5.61E+lll6 2.B1E+05 >1. llllllE+6 >1. llllllE+6 9.68E+lll2 5.5111E+lll2 2. llllE+llll 12:46 >1. llllllE+6 >1.lllllE+6 1. 35E+ll3 8.67E+ll2 3. ll 1E+lil3 7. ll9E+lll6 S.68E+ll6 2.B4E+IIJ5 >1.llllllE+6 >1. llllE+6 9.69E+lll2 S.51E+ll2 2. HlE+llll 12:47 >1.llllllE+6 >1.illeE+6 1. 35EHl3 8.67E+lll2 3. ll4E+lll3 7.17E+ll6 5.74E+lll6 2.87E+ll5 >1.lllllE+6 >1. lllllE+6 9. 69E+l!2 S.51E+ll2 2. lllEHll 12:48 >1.llllE+6 >1.lllllE+6 1. JSE+lilJ 8. 68E+lll2 3.ll7E+ll3 7.25E+ll6 S.BllEHl6 2. 91lE+lll5 >1.llllE+6 >1. 00E+6 9. 71lE+lll2 S.51E+ll2 2. llllE+lll 12:49 >1.lllllE+6 >1. IIIIIIE+6 1. JSE+llJ 8.69E+ll2 3.11E+lll3 7.32E+ll6 S.86E+lll6 2.93E+ll5 >1. llllllE+6 >l.llllllE+6 9. 71lE+lll2 5.52E+lll2 2. llE+llll THIS IS A DRILL

THIS IS A DRILL

• Scenario RMS-159 RMS-160 55-112 55-113 IUIS-161 IUIS-162 IUIS-163 IUIS-164 CH-118 CH-119 SW-120 LW-108 SV-111 Time CPM CPM CPM CPM mR/hr mR/hr mR/hr mR/hr CPM CPM CPM CPM CPM 12:50 >1.01lE+6 >1. IIIIIIE+6 1. 35E+lll3 8.69E+lll2 3.14E+ll3 7.4111E+lll6 5.92E+lll6 2.96E+lll5 >1. IIIIIIE+6 >1.IIIIIIE+6 9.71E+lll2 5.52E+lll2 2. llE+llll 12:51 >1.IIIIIIE+6 >1.IIIIIIE+6 1. 35B+lll3 8.7111E+lll2 3.17E+lll3 7.47E+lll6 5.97E+lll6 2.99EH'l5 >l. lllllE+6 >l. IIIIIIE+6 9. 72E+ll2 5.52E+ll2 2. llE+lll 12:52 >l.lillilE+6 >1.llllilE+6 1. 35E+lll3 8. 711lEH'l2 3.19EHl3 7.53EH'l6 6,1113E+lil6 3."1E+lil5 >l.lillllE+6 >l. lillilE+6 9. 72E+lll2 5.53E+lil2 2,llE+lill 12153 >1. llll1JE+6 >1.llllllE+6 l.35EHl3 8. 71E+lll2 3,22E+lll3 7. 61/lE+ll6 6.IIJ8E+06 3. lll4E+lll5 >l,11llllE+6 >1.llllllE+6 9.73E+lll2 5.53E+02 2. l lE+lll 12154 >l.llllllE+6 >l. llllllE+6 1. 35E+lll3 8. 71EH'l2 3.25EHl3 7.66E+lil6 6.13E+06 3.lll7E+lll5 >1.IIIIIIE+6 >l. IIIIIIE+6 9. 74EH'l2 5.53E+lll2 2. llE+llll 12:55 >1.IIIIIIE+6 >l.llllllE+6 1. 35B+lll3 8.72E+lll2 3.28E+lll3 7.73E+lll6 6 .18E+06 3.lll9EHl5 >l. lillllE+6 >1,llllllE+6 9.74E+lll2 5.54E+lll2 2,llE+lill 12156 >l.llllllE+6 >l. lll111E+6 1. 35E+ll3 8,72E+1112 3.3111E+ll3 7.79E+lll6 6,23E+06 3, 11E+lll5 >l.lil111E+6 >1,lillilE+6 9.75E+lil2 5.54E+02 2,llE+lill 12:57 >l.lillilE+6 >l,lll111E+6 1. 36B+ll3 8.73E+lil2 3.33E+lil3 7.85E+lil6 6.28E+lil6 3.14E+lll5 >1,IIIIIIE+6 >1.IIIIIIE+6 9.75E+lll2 5.54E+lll2 2,12E+llll 12158 >l.llllllE+6 >1.111111B+6 1,36B+IIJ3 8.73E+lll2 3.3SE+lll3 7,9111E+lll6 6.32E+lll6 3.16E+05 >l. llllllE+6 >1. IIIIIIE+6 9.76E+lll2 5.55E+1112 2 .12EHll 12159 >l,ll0E+6 >l.llJIIIE+6 1. 36B+ll3 8.74E+lll2 3.37E+lll3 7.96E+lll6 6.37E+06 3.18E+lil5 >l.lillllE+6 >l.1110E+6 9.77E+lil2 5.55E+02 2 .12E+llll 13:111111 >l.llllllE+6 >l. llllllE+6 1, 36B+lll3 8.75E+lll2 3. 4111E+lll3 8.1111E+lll6 6.41E+lll6 3,21E+lll5 >l, IIIIIIE+6 >l. llllllE+6 9.77E+lil2 5.55E+ll2 2.12E+lll 13:1111 >l.lllllE+6 >l. llllllE+6 1. 36B+lll3 8.75E+lll2 3.42E+lll3 8.ll6E+lll6 6.45E+06 3.23E+lil5 >l. lillllE+6 >1. lll111E+6 9.7BE+lil2 5.56E+lll2 2 .12E+llll 13,1112 >l. lillilE+6 >l.llllllE+6 1. 36E+ll3 8.76E+lll2 3.44E+lll3 8.12E+lll6 6.49E+lll6 3.25E+lll5 >l. llllllE+6 >l. llllllE+6 9.79E+lll2 S.56E+lll2 2 .12E+llll 1311113 >l.llllllE+6 >1, IIIIIIE+6 1. 36E+lll3 B.76B+lll2 3.46E+lll3 8.17E+lll6 6.53E+lll6 3.27E+IIIS >l. llllllE+6 >l. llllllE+6 9.79E+ll2 5.57E+ll2 2 .12E+llll 13:1114 >l.llllllE+6 >l.lil0E+6 1. 36E+lll3 8. 77EH'l2 3.48B+lll3 8.21E+ll6 6.57E+lll6 3.29E+lll5 >l.llllllE+6 >l. llllilE+6 9. 8111E+lll2 5.57E+lll2 2 .13E+llll 13 :1115 >l .llllllE+6 >l. IIIIIIE+6 1. 36E+lll3 8.77E+lll2 3.SIIIE+lll3 B.26E+lll6 6.61E+lll6 3. 3111E+il5 >l. llllE+6 >l. lllllE+6 9.BlilE+02 S.57E+lll2 2 .13E+llll 13:1116 >1.IIIIIIE+6 >l. llllllE+6 l.36B+lll3 8.78E+lll2 3.52E+ll3 8. 3111E+lll6 6.64E+lll6 3.32EHl5 >l. llllllE+6 >l. llllllE+6 9.81E+02 S.58E+ll2 2.13E+llll 13:1117 >l. llllllE+6 >l. llllllE+6 1. 36E+lll3 8. 78B+il2 3.54E+lll3 8.3SE+ll6 6.68E+lll6 3.34E+lll5 >l. llllilE+6 >l. lllllE+6 9.82E+lll2 5.5BE+lil2 2.13E+lill 1311118 >1.lll111E+6 >l .1111111;:+6 1. 37E+lll3 8.79E+lll2 3.56E+lll3 8.39E+ll6 6.71E+lll6 3.36E+lil5 >1.IIIIIIE+6 >1.IIIIIIE+6 9.82E+lll2 5.SBE+ll2 2. l3E+llll 1J111l9 >l. llllllE+6 >l. 0111B+6 1. 37E+lll3 8.80E+lll2 3.58E+lll3 8.43E+ll6 6.7SE+lll6 3.37E+lil5 >l.lillilE+6 >1. llllllE+6 9.83E+lll2 S.59E+lll2 2.13E+lll 13:HI >l.lillllE+6 >l. ll111E+6 1. 37B+lll3 B.BlilE+lil2 3.59E+lll3 B. 47E+ll6 6.7BE+lll6 3. 39E+lll5 >l.llllllE+6 >l. llllllE+6 9.84E+lll2 S.59E+ll2 2.13E+lill 131 ll >l.llllllE+6 >l. llllllE+6 1. 37EHl3 B.8lEHl2 3.61E+lll3 B.51E+ll6 6.81E+ll6 3.41E+lll5 >l. lllllE+6 >l. lllllE+6 9.84E+lll2 5.59E+lll2 2 .14E+llll 13112 >l.lllllE+6 >l.llllllE+6 1. 37E+lll3 8.81BH'l2 3.63E+lll3 8.55E+ll6 6.84E+lll6 3.42E+lil5 >l.llllE+6 >l. llllllE+6 9.BSE+02 5.6111E+ll2 2 .14E+llll 13,13 >1.IIIIIIE+6 >l. 0111E+6 1. 37B+lll3 8.82E+lll2 3.64E+ll3 8.59E+ll6 6.87E+lll6 3.43E+lll5 >l. lllllE+6 >l. llllllE+6 9. BSE+il2 S.6111E+ll2 2 .14E+llll 13:14 >l.llllllE+6 >1.IIIIIIE+6 1. 37EH'l3 8.82E+lll2 3.66E+lll3 8.62E+ll6 6.9111EHl6 3.45E+lll5 >l. lllllE+6 >1. 0111E+6 9.86E+il2 5.6111E+ll2 2.14E+llll 13115 >1.lllllE+6 >1.lllllE+6 1. 37E+lll3 8.83E+lll2 3.67E+lil3 8.66E+lll6 6.93E+ll6 3.46E+lil5 >1. llllilE+6 >LIIIIIIE+6 9.87E+lil2 5.61E+ll2 2 .14E+llll 1

13116 >1.llh+6 >1. llllE+6 1. 37E+ll3 B.83E+ll2 3. 69EHl3 8.69E+lil6 6 .~5E+06 3.48E+IIIS >1.lllllE+6 >1.lillllE+6 9.87EHl2 S.61E+lll2 2.14E+llll 13117 >l.lll111E+6 >l. llllilE+6 1. 37E+lll3 8.84E+lll2 3. 7111E+lll3 8.72E+lll6 6.98E+lll6 3.49E+ll5 >1.lllllE+6 >1. llllllE+6 9.88E+lll2 5.61E+lll2 2.14EHll 13118 >l. llllllE+6 >l.llllllE+6 1. 37E+lll3 B.85BH'l2 3. 71E+lll3 8.76E+lll6 7 .1111E+lll6 3. 5111E+lll5 >1. lillllE+6 >l.llllllE+6 9.88E+lll2 5.62E+lil2 2.14E+lill 13119 >l.lillllE+6 >l.0111E+6 1. 37E+lll3 B.B5E+lll2 3.73E+03 8.79E+lll6 7. lil3E+lil6 3.52E+IIIS >l. lillilE+6 >1. lillilE+6 9.89E+lil2 5.62E+lil2 2.lSE+llll 13 :2111 >l.l!llllE+6 >1.lillilE+6 l. 38E+lil3 8.B6E+lil2 3.74E+lll3 8.82E+lil6 7. lil5E+lil6 3. 53E+lil5 >l.lillllE+6 >l. lillllE+6 9. 91ilE+lil2 S.63E+lil2 2.15E+llll 13121 >1.llllilE+6 >L 01ilE+6 1. 3BE+lll3 8.B6E+lil2 3.75E+ll3 8.85E+lil6 7. lil8E+lll6 3.54E+lil5 >1.lillllE+6 >l. 0111E+6 9 .9111E+lll2 5.63E+02 2.15E+lill 13122 >1. 01lE+6 >l. llllllE+6 1. 38E+ll3 B.B7E+ll2 3.76E+ll3 8.8BE+ll6 7. HlE+ll6 3.55E+lil5 >l.lllllE+6 >l. ll0E+6 9.91E+lil2 5.63E+ll2 2.15E+lill 13123 >l.lillilE+6 >l.lillilE+6 1. 38E+03 B.87E+lll2 3.7BE+lil3 8.9111E+lll6 7.12E+ll6 3.56E+ll5 >l.lill'lE+6 >l. lilllE+6 9.92E+ll2 5.64E+ll2 2.15E+01 13124 >1.l!llllE+6 >1.llllllE+6 1. 38E+lll3 B.8BEH'l2 3.79E+lll3 8. 93E+lll6 7.14E+lll6 3.57E+lll5 >1.llllllE+6 >l. llllllE+6 9.92E+lil2 5.64E+ll2 2.15E+llll THIS IS A DRILL

THIS IS A DRILL

• Scenario RMS-159 RMS-1611l SS-112 SS-113 RMS-161 RMS-162 RMS-163 RMS-164 CH-118 CH-119 SW-120 LW-108 SV-111 Time CPH CPH CPH CPH mR/hr mR/hr mR/hr mR/hr CPH CPH CPM CPH CPH 13:25 >1.llllllE+6 >1.IIIIIIE+6 1. 38E+lll3 8.BBE+lll2 3.BIIIE+lll3 B.96E+lll6 7.16E+06 3.SBE+lllS >l.0111E+6 >1.llllllE+6 9.93E+02 S.64E+lll2 2.15E+01 13126 >1. 00E+6 >1. llllllE+6 1. 3BE+lll3 8.B9E+02 3.81E+lll3 8.9BE+lll6 7.19E+lll6 3.59E+lll5 >1. llllllE+6 >l.llllllE+6 9.93E+02 S.65E+lll2 2.16E+llll 13127 >1. 00E+6 >1.llllilE+6 1. 38E+lll3 8.911lE+lll2 3.82E+lll3 9 .llllE+ll6 7.211lE+lll6 3.60E+05 >1. lll0E+6 >1.llllllE+6 9.94E+lll2 S.65E+lll2 2.16E+llll 13128 >1.lillilE+6 >l.1110E+6 1. 3BE+lll3 8.91/lE+lll2 3.83E+lll3 9. lil3E+lil6 7.22E+06 3.61E+lll5 >1.llllllE+6 >1. l/llllE+6 9. 95E+ll2 S.65E+lil2 2.16E+01 13129 >1.0111E+6 >1.lillllE+6 l.3BE+lll3 8.91E+lll2 3.B4E+lil~ 9.lll5E+lll6 7.24E+lll6 3.62E+lll5 >1. llllllE+6 >1.llllllE+6 9.95E+lll2 S.66E+lll2 2.16E+llll 13131/l >1.llllllE+6 >1.lll0E+6 1. 3BE+lll3 8.91E+lll2 3.BSE+lll3 9.08E+lll6 7.26E+06 3.63E+lll5 >1.llllllE+6 >1.llllllE+6 9.96E+lll2 5.66E+lll2 2.16E+01 13131 >1. 00E+6 >l. lll111E+6 1. 38B+lll3 8.92E+lll2 3.86E+lll3 9.llllE+lll6 7.28E+lll6 3.64B+lll5 >1.llllllE+6 >l.llllllE+6 9.97E+lll2 5.66E+lll2 2.16E+llll 13132 >l.llllllE+6 >l.l/JlllE+6 1. 39E+lll3 8.92E+lll2 3.87E+lll3 9.12E+IIJ6 7.3111E+lll6 3.65E+lll5 >1.llllllE+6 >1.llllllE+6 9.97E+lll2 5.67E+lll2 2.16E+llll 13133 >l.llllilE+6 >1.IIIIIIE+6 1. 39E+lll3 8.93E+lll2 3.BBE+lll3 9.14E+lll6 7.31E+lll6 3.66E+lll5 >1.llllllE+6 >1.00E+6 9.98E+lll2 5.67E+lll2 2.16E+llll 13134 >1. lillllE+6 >1. llllllE+6 1. 39E+ll3 8.93E+lll2 3.BBE+lll3 9.16E+ll6 7.33E+lil6 3.66EHl5 >1. lillllE+6 >1. IIIIIIE+6 9.9BE+lll2 S.67E+lll2 2.17E+llll 13135 >1.llllllE+6 >1.00E+6 1. 39E+lll3 8.94E+lll2 3.89E+lll3 9.18E+lll6 7.34E+lll6 3.67E+lll5 >1. 00E+6 >l. 00E+6 9.99E+02 S.6BE+02 2.17E+01 13136 >1.llllllE+6 >l. llJIIIE+6 1. 39E+lll3 B.9SE+lll2 3.90E+lll3 9. 2111E+lll6 7.36E+lll6 3.68E+lll5 >1. 00E+6 >1.IIIIIIE+6 1.IIIIIIE+lll3 5.6BE+lll2 2 .17E+llll 13137 >1. IIIIIIE+6 >1.1110E+6 1.39E+lll3 8.9SE+lll2 3.91E+lll3 9.22E+lll6 7.37E+lll6 3.69E+lll5 >l.1110E+6 >l.llll/JE+6 1. l/llllE+03 5.6BE+lll2 2.17E+llll 13:38 >1. 00E+6 >1.IIIIIIE+6 1.39E+lll3 8.96E+lll2 3.92E+lll3 9.23E+06 7.39E+lll6 3.69E+lll5 >1.1110E+6 >1. 00E+6 1. 00E+03 5.69E+lll2 2.17EHll 13139 >1.IIIIIIE+6 >1.IIIIIIE+6 1. 39E+lll3 8.96E+lll2 3.92E+lll3 9.2SE+06 7.4111E+lll6 3.7111E+lll5 >1. IIIIIIE+6 >1.00E+6 1.1110E+lll3 5. 69E+lll2 2. l 7E+llll 13:4111 >l.llllE+6 >1. llllE+6 1. 39E+ll3 B.97E+lll2 3.93E+lll3 9 .27E+06
• 7.42E+ll6 3.71E+lll5 >1.llllE+6 >l.llllE+6 l.llllE+03 5.70E+lll2 2 .17E+llll 13141 >1. IIIIIIE+6 >1.1110E+6 1. 39E+ll3 8.97B+lll2 3.94E+03 9.29E+I/J6 7.43E+lil6 3.71E+05 >1.lllllE+6 >l.1110E+6 l.llllllE+lll3 5.711lE+lll2 2.lBE+llll 13142 >1. IIIIIIE+6 >1. IIIIIIE+6 1. 39E+lll3 B.9BE+lll2 3.94E+lll3 9. 3111E+lll6 7.44E+lll6 3.72E+lll5 >1. IIIIIIE+6 >l.llllllE+6 l .00E+03 5.71lE+lll2 2.lBE+llll 13143 >1. IIIIIIE+6 >1.llllllE+6 1.4111E+lll3 8.98B+lll2 3.95E+lll3 9.32E+lll6 7.46E+lll6 3.73E+lll5 >l. llllllE+6 >1.IIIIIIE+6 1.llllllE+lll3 5. 71E+lll2 2.lBE+llll 13144 >l.lll111E+6 >1.00E+6 1.411lE+lll3 8.99E+lll2 3.96E+lll3 9.34E+lll6 7.47E+lll6 3.73E+lll5 >1.llllllE+6 >1.llllllE+6 1. llllllE+lll3 5.71E+lll2 2.lBE+llll 13:45 >1.llllllE+6 >1.IIJIIIE+6 1. 41ilE+lll3 9 .llllilE+lil2 3.97E+lll3 9. 35E+lil6 7.48E+06 3.74E+lll5 >1 llllllE+6 >l.00E+6 1.llllE+lll3 S.71E+lll2 2.lBE+llll 13:46 >1.lll0E+6 >1.llllilE+6 1.411lE+lll3 9.llllilE+lll2 3.97E+lll3 9.37E+06 7. SlilE+lil6 3.75E+lll5 >1.llllllE+6 >l.lil0E+6 1. lll1E+03 5. 72E+lll2 2. lBE+llll 13147 >1. llllllE+6 >1.IIIIIIE+6 1.4111B+lll3 9 .1111B+lll2 3.9BE+lll3 9. 39E+lll6 7.51E+lll6 3.75E+lll5 >1. IIIIIIE+6 >1.llllllE+6 1. 01E+lll3 5. 72E+lll2 2. lBE+llll 13148 >l. llllllE+6 >1.lillllE+6 1.4111EHl3 9 .1111E+lll2 3.99E+lll3 9.4111E+lll6 7.52E+lll6 3.76E+lil5 >1.lllllE+6 >l. llllllE+6 1.1111E+lll3 S.72E+lll2 2. lBE+llll 13:49 >1.IIIIIIE+6 >1. lllllE+6 1.411lE+lll3 9.1112EHl2 3.99E+lll3 9.42E+lll6 7.54E+lll6 3. 77E+lll5 >1.IIIIIIE+6 >1.IIIIIIE+6 1.1111E+lll3 S.73E+lll2 2.19E+llll 13 :5111 >1.IIIIIIEH >1.lll0E+6 1. 4111E+lll3 9 .1112E+lll2 4.lillllE+03 9.44E+lll6 7.55E+06 3.7BE+lll5 >1. llllllE+6 >1. 00E+6 1.1111E+lll3 5.73E+lll2 2.19E+llll 13151 >1.ll0E+6 >1.lllllE+6 l.41ilE+ll3 9.lll!E+lll2 4 .1111E+ll3 9.45E+lll6 7.56E+lll6 3.7BE+lil5 >l.1110E+6 >"1.llllllE+6 1.1111E+lil3 5.73E+lll2 2.19E+llll 13152 >1.lllllE+6 >l.0111E+6 1. 411lE+ll3 9.lil3E+lll2 4.IIJ2EHl3 9.47EHl6 7.5BE+lil6 3. 79E+ll5 >1. llllllE+6 >1.00E+6 1.lll1E+lll3 5.74EHl2 2.19E+llll 13153 >1.1110E+6 >1.llll/JE+6 1.411lE+lll3 9. lll4B+lll2 4.lll2E+ll3 9.49E+lll6 7.59EHl6 3. 81/lE+lllS >1. llllllE+6 >1. 01/lE+6 1.llllEHl3 5.74E+lll2 2 .19E+llll 13154 >1.llllllE+6 >1.llllllE+6 1. 41/lE+lll3 9.1115B+lll2 4.lll3E+ll3 9. 5111E+lll6 7 .6111E+lll6 3.BIIIE+lllS >1. llllllE+6 >l .llllllE+6 1.1111E+lll3 5. 74E+lll2 2 .19E+01 13:55 >1. IIIIIIE+6 >l.lllllE+6 1. 41E+lll3 9 .1115E+ll2 4 .1114E+lll3 9.52E+lll6 7.62E+lll6 3. BlE+IIIS >1. llllllE+6 >l.llllllE+6 1.lll1E+03 5.75E+lll2 2.19E+llll 13156 >l.llJBE+6 >l.llJ0E+6 1. 41E+lll3 9. lil6E+lll2 4.1114E+lll3 9.54E+lll6 7.63E+lll6 3.82E+lll5 >1.llllllE+6 >l.lillllE+6 1.1111E+lll3 5.75E+lll2 2.2111E+llll 13157 >1.lllllE+6 >l. e0E+6 1. 41E+lll3 9. IIJ6E+lll2 4.05E+lil3 9.56E+ll6 7.64E+lll6 3.82E+lll5 >1.llllllE+6 >1. 00E+6 1. 1111E+lil3 S.76E+lll2 2.2111EHll 13158 >l.111111E+6 >l.llllllE+6 1. 41E+lll3 9 .1117B+lll2 4.1116E+lil3 9.57E+lll6 7 .66E+lll6 3.B3EHl5 >l. l/JlilE+6 >1.lllllE+6 l.lil1E+03 S.76E+lll2 2.2111E+01 13159 >1. IIIIIIE+6 >l.llll/JE+6 1. 41E+lll3 9. lil7E+ll2 4.1117E+lll3 9.59E+lll6 7.67E+lll6 3.84E+IIIS >1.IIIIIIE+6 >l.1110E+6 1.1111E+IIJ3 5.76E+lll2 2 .21/lE+llll THIS IS A DRILL

THIS IS A DRILL

• Scenario RMS-159 RMS-160 SS-112 SS-113 RMS-161 RMS-162 RMS-163 RMS-164 CH-118 CH-119 SW-120 LW-108 SV-111 Time CPH CPH CPH CPH mR/hr mR/hr mR/hr mR/hr CPM CPM CPH CPH CPM 14:00 >l. 00E+6 >l.00E+6 l.41E+03 9.08E+lil2 4.07E+lil3 9.61E+lil6 7.68E+lil6 3.84E+lil5 >l.lll0E+6 >l.llllilE+6 l.llllE+lil3 5.77E+02 2.21ilE+01 14101 >l.lil0E+6 >l. lll0E+6 1. 41E+lil3 9.lll8E+02 4.08E+lil3 9.62E+lil6 7.70E+06 3.85E+05 >l.lillilE+6 >l.00E+6 1. 02E+03 5. 77E+02 2.21ilE+01 14102 >l.lil0E+6 >1.lil0E+6 1. 41E+03 9.09E+lil2 4.09E+lil3 9.64E+06 7.71E+06 3.86E+05 >l.00E+6 >l.01ilE+6 1.lll2E+03 5. 77E+02 2 .21ilE+lill 14103 >1.lillllE+6 >l.lillllE+6 l.41E+lil3 9. llilE+lil2 4.lll9E+lil3 9.66EHl6 7. 72E+lil6 3.86E+lil5 >l.01ilE+6 >1. llllilE+6 l.lll2E+ll3 5. 78E+lil2 2 .21ilE+lill 14:lil4 >l.llllilE+6 >l.00E+6 l.41EHl3 9.llllE+lll2 4.111JE+lll3 9.67E+lll6 7.74E+lll6 3.87E+lll5 >l. 00E+6 >l.00E+6 l.lll2E+lll3 5.78E+02 2.21E+01 14:05 >l.lillilE+6 >LlillilE+6 1. 41E+lil3 9 .11E+02 4. llE+lil3 9.69E+lil6 7.75E+lil6 3.88E+05 >l.lll0E+6 >l. 00E+6 l.02E+03 5. 78E+02 2 .21E+01 14106 >l.00E+6 >l.llJIIJJ;:+6 1. 42E+lll3 9 .11E+02 4.12E+lll3 9. 71E+lll6 7.76E+06 3.88E+05 >l. 00E+6 >l. 00E+6 l.02E+03 5. 79E+02 2 .21E+01 14107 >l.00E+6 >l. 00E+6 1. 42E+03 9.12E+lil2 4.12E+03 9. 72E+06 7.78E+lil6 3.89E+05 >l. 00E+6 >l. 00E+6 1. 02E+lil3 S.79E+02 2 .21E+01 14111l8 >l.llJ0E+6 >1.011JE+6 1. 42E+03 9.12E+02 4.13E+03 9.74E+06 7.79E+06 3. 90E+lil5 >l.lillilE+6 >1.00E+6 l. lll2E+lil3 S.79E+02 2.21E+lll 14:lil9 >1.lilllE+6 >l.lil0E+6 1. 42E+03 9.13E+02 4.14E+lil3 9.76E+06 7. 80E+lll6 3.90E+05 >l. 00E+6 >l.00E+6 l.02E+03 S.811lE+02 2. 2 lE+lll 14:10 >1.00E+6 >1. lll0E+6 1. 42E+lil3 9.13E+ll2 4 .14E+lil3 9.77E+06 7.82E+06 3.91E+05 >l. 00E+6 >l. 00E+6 l. 02E+03 S.80E+02 2.21E+01 141 ll >l.01ilE+6 >l.lil0E+6 1. 42E+lil3 9.14E+lil2 4.1SE+lil3 9.79E+lil6 7.83E+lil6 3.92E+lil5 >l. lil0E+6 >1. llllilE+6 l. lll2E+lil3 5. 81ilE+lil2 2.22E+lill 14:12 >l.lillilE+6 >l.lll0E+6 1. 42E+03 9.15E+02 4.16E+03 9.81E+06 7.B4E+lil6 3.92E+05 >l.lil0E+6 >l.lillilE+6 l.lil2E+lil3 5. 81E+lil2 2 .22E+lill 14113 >l.00E+6 >l.01ilE+6 1. 42E+lil3 9.1SE+02 4 .16E+ll3 9.82E+06 7.86E+06 3.93E+05 >1. 00E+6 >1. 00E+6 1. lil2E+03 S.81E+02 2.22E+01 14:14 >l. llllilE+6 >l.01ilE+6 l.42E+03 9 .16E+lil2 4.17E+lll3 9.84E+06 7.87E+lil6 3. 94E+lil5 >1. 00E+6 >l. lil0E+6 1. 02E+03 S.B2E+02 2.22E+01 14:15 >l. 00E+6 >1. 00E+6 l.42E+03 9.l6E+02 4.1BE+IIJ3 9.86E+06 7.BBE+06 3.94E+05 >1. 00E+6 >l.00E+6 1. 02E+ll3 S.82E+02 2.22E+01 14:16 >l. 00E+6 >l.lll0E+6 1. 42E+lil3 9.17E+lil2 4 .19E+ll3 9.87E+06 7.90E+06 3.9SE+05 >1. 00E+6 >l.00E+6 1. 02E+03 5.B2E+02 2.22E+01 14117 >l. 00E+6 >l.lil0E+6 1. 42E+lll3 9.17E+02 4.19E+03 9.89E+06 7.91E+06 3.96E+05 >l. 00E+6 >l.lil0E+6 l. lil3E+lil3 S.B3E+02 2.22E+01 14118 >l.00E+6 >l.00E+6 1. 43E+03 9 .1BE+ll2 4.20E+03 9.91E+06 7. 9 3E+ll6 3.96E+05 >1.01ilE+6 >l.00E+6 l.03E+03 5.83E+02 2.23E+01 14:19 >l.lil0E+6 >l.01ilE+6 1. 43E+ll3 9.18E+lil2 4.21E+03 9.92E+06 7.94E+06 3.97E+05 >l.00E+6 >l.00E+6 l.lll3E+03 S.83E+02 2.23E+01 14:20 >l.lll0E+6 >1.lillilE+6 1. 43E+lil3 9.19E+02 4.21E+03 9.94E+lil6 7.95E+06 3.98E+05 >l.01ilE+6 >l.00E+6 l.03E+03 S.84E+02 2.23E+01 14:21 >l.01ilE+6 >l.00E+6 1. 43E+lil3 9.20E+02 4.22E+03 9.96E+lil6 7.96E+06 3.98E+05 >l. llllilE+6 >l.lilllE+6 l.lil3E+lil3 5. 84E+lil2 2 .23E+lill 14122 >l.lil0E+6 >l.lillilE+6 1. 43E+lil3 9.211lE+lil2 4.23E+03 9.97E+06 7.98E+lil6 3.99E+lil5 >l. llllilE+6 >l. lillilE+6 1. 03E+03 S.84E+lil2 2 .23E+lill 14123 >l.01ilE+6 >l. llllilE+6 1. 43E+03 9.21E+lil2 4.24E+lil3 9.99E+06 7.99E+lil6 4.llllilE+05 >l.lll0E+6 >l. llllilE+6 l. 03E+lil3 5. 85E+lil2 2.23E+lill 14124 >l.lillilE+6 >l.lillllE+6 1. 43E+03 9.21E+lll2 4.24E+lll3 l.llllilE+lil7 8.llllilE+lil6 4.llllilE+lilS >l.01ilE+6 >1. 00E+6 1. lll3E+03 S.85E+lil2 2.23E+lill 14125 >l.lillllE+6 >l. llllilE+6 1. 43E+lil3 9.22E+lil2 4.25E+lil3 l.lillilE+lil7 B.02E+06 4. 01E+05 >l.lll0E+6 >l.lillilE+6 l.03E+lil3 S.85E+lil2 2 .23E+lill 14:26 >1. 00E+6 ~1.11JIIJE+6 1. 43E+lll3 9 .22E+ll2 4.26E+03 1.lilllE+lll7 8.03E+06 1 4.02E+05 >l.00E+6 >l. 00E+6 l.03E+lil3 S.86E+02 2 .24E-lllll 14127 >1.00E+6 >l.01ilE+6 1. 43E+lil3 9.22E+lil2 4.26E+03 >l.lillllE+7 8.04E+06 4.02E+05 >l.lillilE+6 >l.011JE+6 1. 03E+lil3 S.85E+lil2 2.23E+01 14128 >l.01ilE+6 >l.llllilE+6 1. 43E+03 9.21E+02 4.27E+lil3 >l.00E+7 B .06E+lil6 4.03E+05 >l.00E+6 >l.00E+6 l.03E+03 S.8SE+02 2.23E+01 14129 >l. 01!E+6 >1.01ilE+6 1. 43E+lil3 9.21E+lil2 4.2BE+lil3 >l.llllilE+7 8.07E+lil6 4.lll4E+lll5 >l.00E+6 >l. lill1JE+6 l. lil3E+03 S.BSE+lil2 2.23E+01 14:31il >l.01ilE+6 >l.lillilE+6 1. 43E+03 9.20E+02 4.28E+03 >l.llllilE+7 8. lll8E+lil6 4.04E+lil5 >l. 00E+6 >l. llllilE+6 l.03E+03 5. 84E+lil2 2 .23E+lill 14131 >l.lllilE+6 >1.00E+6 1. 43E+ll3 9.21lE+ll2 4.29E+03 >l.00E+7 B.10E+06 4.05E+05 >1.01ilE+6 >l.lillilE+6 1. 03E+lil3 S.84E+02 2.23E+01 14132 >l.lil0E+6 >l.01ilE+6 1. 43E+03 9.19E+lll2 4. 31ilE+03 >l.lil0E+7 8. llE+ll6 4.06E+05 >l. 01ilE+6 >1.lll0E+6 1. 03E+03 5.84E+02 2.23E+01 14133 >l. lll0E+6 >l.lllllE+6 1. 43E+03 9.18E+02 4.31E+03 >1.lll0E+7 8.12E+06 4.lll6E+lll5 >l. lll0E+6 >l. 00E+6 1.03E+lll3 5.83E+lil2 2. 23E+lill 14134 >l. 00E+6 >l. 01ilE+6 1. 43E+lll3 9.18E+lll2 4.31E+lll3 >l. 0ilE+7 8.14E+06 4,07E+lil5 >l.01ilE+6 >l.lll0E+6 l.lll3E+lll3 5.83E+lll2 2.23E+llll THIS IS A DRILL

THIS IS A DRILL

• Scenario RMS-159 RMS-161il SS-112 SS-113 RMS-161 RMS-162 RMS-163 RMS-164 CH-118 CH-119 SW-121il LW-HlB SV-111 Time CPM CPM CPH CPM mR/hr mR/hr mR/hr mR/hr CPH CPH CPH CPH CPM 14135 >l.lillilE+6 >l.llllE+6 1. 42E+lil3 9.17E+lil2 4. J2E+lil3 >l.llllE+7 8.15EHl6 4.0BE+lil5 >l.lilllE+6 >l.lillilE+6 l. lil3E+lil3 5.83E+lil2 2.22E+lill 14136 >l.lilllE+6 >l.lilllE+6 l.42B+lil3 9.17E+lil2 4.33E+ll3 >l.lillilE+7 8.16E+ll6 4.0BE+ll5 >l.lllilE+6 >l. lllilE+6 l. lil2E+ll3 5.82E+ll2 2.22E+lill 14:37 >l.lillilE+6 >l.llllE+6 l.42E+lil3 9 .16EHl2 4.33E+ll3 >l.lillilE+7 8 .1BE+lil6 4.lil9E+lil5 >l.lillilE+6 >1. lillilE+6 l.lil2E+lil3 5.82E+lil2 2.22E+lill 14:38 >l.lillllE+6 >l.lillilE+6 1.42E+lil3 9 .16E+lil2 4.34E+lil3 >l.lillilE+7 8 .19E+lil6 4. llilE+lil5 >l. lillilE+6 >1. lillilE+6 l. lil2E+lil3 5.82E+lil2 2.22E+lill 14139 >l. lillilE+6 >l.lilllE+6 1. 42E+lil3 9.15E+lil2 4.35E+lil3 >l.lllilE+7 8.21ilE+lll6 4. llilE+lil5 >1. lillilE+6 >l.lillilE+6 1.lil2E+lil3 5.81E+lil2 2.22E+lill 14140 >1.lillilE+6 >l.lilllE+6 1. 42E+lil3 9.15E+lil2 4.36E+ll3 >l.llllE+7 8.22E+lil6 4 .11E+lil5 >l.lillilE+6 >1. lillilE+6 l. lil2E+lil3 5.81E+ll2 2. 22E+lill 14141 >l.lllilE+6 >l. lilllE+6 1. 42E+lil3 9.14E+lil2 4.36E+lil3 >l.lillilE+7 8.23E+lil6 4.12E+lil5 >1. lillilE+6 >l.lllilE+6 l. ll2E+lil3 5. BlilE+lil2 2.22E+lill 14142 >1. lillilE+6 >l.lillilE+6 1. 42E+lil3 9.13E+lil2 4.37E+lil3 >l.lillilE+7 8. 2 4EHl6 4.12E+lil5 >l.lillilE+6 >1. lillilE+6 l. lil2E+lil3 5 .81ilE+lil2 2.21E+lill 14143 >l.lllilE+6 >l.lillilE+6 l.42E+lil3 9.13E+lil2 4.25E+lil3 l.lillilE+lil7 8. 01E+lil6 4.lillE+lilS >l.lillilE+6 >l. lillilE+6 l.lil2E+lil3 5 .80E+lil2 2.21E+lill 14144 >l. lillilE+6 >l.lllilE+6 l. 42E+lil3 9.12E+ll2 4.14E+lil3 9.75E+IIJ6 7. BlilE+lil6 3.91ilE+lil5 >l.lillilE+6 >l. lillilE+6 l. lil2E+lil3 5.79E+lil2 2.21E+01 14:45 >l.lillilE+6 >l.lillilE+6 l.42E+lil3 9.12E+lil2 4. ll4E+lil3 9.52E+lil6 7.61E+lil6 3.BlE+lilS >l. lillilE+6 >l. lillilE+6 l.lil2E+lil3 5.79E+lil2 2.21E+lill 14146 >l.lillilE+a I >l.lillilE+6 1. 42EHl3 9 .11E+lil2 3.94EHl3 9 .30E+lil6 7.44E+lil6 3. 72E+lil5 >l. lillilE+6 >l.lillilE+6 l. lil2E+lil3 5.79E+lil2 2. 21E+lill 14:47 >l.lillilE+6 >l.lillilE+6 l.4lEHl3 9.llE+lil2 3.86E+lil3 9 .11E+lil6 7.29E+lil6 3.64E+r115 >l.lillilE+6 >l.lillilE+6 l. lil2E+ll3 5.78E+lil2 2. 21E+lill 14148 >l.lillilE+6 >l.lillilE+6 1. 41E+lil3 9. llilE+lil2 3.79E+ll3 8.94E+ll6 7.15E+ll6 3.57E+lll5 >l.lillilE+6 >l.llllE+6 l.ll2E+ll3 5.78E+lil2 2.21E+lill 14149 >l. lillilE+6 >l.llJIIJE+6 l. 41E+lil3 9. llilE+lil2 3.72E+IIJ3 B.78E+lil6 7. IIJ2E+lil6 3.51E+lil5 >l.lillilE+6 >1. IIJIIJE+6 l.lil2E+ll3 5. 78E+lil2 2. 21ilE+lill 14:50 >l.lillilE+6 >l.llJIIJE+6 l. 41E+IIJ3 9. IIJ9E+lil2 3.66E+lil3 B.64E+lil6 6.91E+lil6 3.46E+lil5 >l.lillilE+6 >l.011JE+6 l. lil2E+lil3 5. 77E+lil2 2. 21ilE+01 14151 >l.lllilE+6 >l. llHIJE:+6 1. 41E+lil3 9.lil8E+ll2 3.61E+lil3 8.51E+ll6 6.81E+lil6 3.40E+lll5 >l.lillilE+6 >l. lillilE+6 l.lil2E+ll3 5.77E+lil2 2.211JE+01 14152 >l.lillilE+6 >l.llllilE+6 1. 41E+lil3 9.llBE+lil2 3.56E+lil3 8.39E+lil6 6. 71E+lil6 3.36E+lil5 >l.lillilE+6 >l.llJIIJE+6 l. 01E+lil3 5.77E+lil2 2.211JE+lill 14153 >1. lillilE+6 >l.01ilE+6 1. 41E+lil3 9. lil7E+lil2 3. 51EHl3 8.29E+lil6 6. 63E+lil6 3.31E+lil5 >l. lil11JE+6 >l.llJIIJE+6 l.01E+lil3 5.76E+lil2 2 .21ilE+lill 14154 >l.lillilE+6 >l.lillilE+6 l.41E+lil3 9. lll7E+lil2 J.47E+lll3 8.19EHl6 6.55E+lll6 3.2BE+lil5 >l.lillilE+6 >l. lillilE+6 l. lillE+lil3 5.76E+lil2 2 .21ilE+lill 14:55 >l.llllE+6 >l.llllllE+6 l.41E+lll3 9.ll6E+ll2 3.44EHl3 8.HlEHl6 6.4BE+lll6 3.24EHl5 >1. lilllJE+6 >1. lillilE+6 l.llJ1E+lil3 5. 76E+lil2 2. 21ilE+lill 14:56 >l.lillllE+6 >l.lllilE+6 1.41E+r113 9.IIJ6EHl2 3. 411JE+IIJ3 8.lil2E+lil6 6. 42E+lil6 3.21E+lil5 >1. lillilE+6 >1.lillilE+6 l.lil1E+lil3 5.75E+lil2 2.211JE+llll 14157 >l.llllllE+6 >1. lilllE+6 1. 41E+lll3 9 .lil5E+lil2 3.37E+lil3 7.95E+lil6 6.36E+lil6 3.18EHl5 >1. lillilE+6 >1. lillilE+6 l.lll1E+lil3 5. 75EHl2 2.19E+lill 14158 >l.lillllE+6 >l. llllllE+6 l.411lE+lil3 9 .lll5E+ll2 3.34E+lil3 7.89E+lll6 6.31E+lil6 3.15E+lil5 >1. lilllJE+6 >1.llllllE+6 l. lil1E+lil3 5.74E+lil2 2 .19E+lill 14:59 >l.lllllE+6 >l. lilllE+6 l.41ilE+lil3 9. ll4E+lil2 3.32E+ll3 7.83E+lll6 6.26E+lil6 3.13E+lil5 >l.lillllE+6 >1.llllilE+6 l.01E+lil3 5.74E+lil2 2.19E+lll 15:lillil >l.lillilE+6 >1. lilllE+6 1. 41ilE+lil3 9. 03E+lil2 3. 31ilE+lil3 7.77E+lil6 6.22E+lil6 3 .11E+lil5 >l. lillilE+6 >1.lillilE+6 l. lil1E+lil3 5.74E+02 2.19E+01 151lill >l.lillilE+6 >l. lillilE+6 l.41ilE+lil3 9. lil3E+ll2 3. 27E'+lil3 7. 72E+lil6 6.18E+lil6 3.lil9E+lil5 >l.lillilE+6 >1.lillilE+6 l.111E+lil3 5. 73EHl2 2 .19E+lill 15102 >l.lillilE+6 >l.lillilE+6 l.41ilE+lil3 9.ll2EHl2 3.26E+lil3 7.68E+lil6 6 .14E+lil6 3. lil7E+lil5 >l. lillilE+6 >l. lillilE+6 l.lil1E+lil3 5.73E+lil2 2.19E+lill 15103 >l.lill1lE+6 >l. lillilE+6 l.41lE+lil3 9. ll2E+lil2 3.24E+lil3 7.64E+ll6 6 .llE+ll6 3. lil5E+lil5 >1. lillilE+6 >1. llllllE+6 l.lillEHl3 5.73E+lil2 2 .19E+lill 15: lll4 >l.llH/JE+6 >l.lillilE+6 l.41ilE+lil3 9. llllE+lil2 3. 22E+ll3 7 .61lE+lil6 6. lil8E+lil6 3. lil4E+lil5 >1. lillilE+6 >1. lillilE+6 l. lil1E+lil3 5. 72E+lil2 2.lBE+lill 15:05 >l. lillilE+6 >l.lillilE+6 1. 411lE+lil3 9.lillEHl2 3.21E+lil3 7.56E+lil6 6. lil5E+ll6 3.lll2E+lil5 >1. lillllE+6 >l.lillilE+6 l. lillE+lilJ 5. 72E+lil2 2. lBE+rlll 15106 >l. lillilE+6 >l.11HlE+6 l.41ilE+lil3 9.lillilE+lil2 3.19EHl3 7.53E+lil6 6. lil2E+lil6 3. lillE+lil5 >l.lillilE+6 >1.lillilE+6 l.lillE+lilJ 5. 72E+ll2 2.lBE+lill 15107 >l.lillilE+6 >l.lillilE+6 1. 41lE+lil3 9.llllE+lil2 3.18EHl3 7. 51ilE+lil6 6.lllilE+lil6 3.lllilE+lil5 >l. llllE+6 >l.lilllE+6 l.lllE+IIJJ 5.71E+lil2 2.lBE+lill 15:lilB >l. elilE+6 >l.lillilE+6 1. 41ilE+lil3 8.99E+lil2 3.17E+lil3 7.47E+ll6 5.98E+lil6 2.99E+lil5 >l.lillilE+6 >l. lillllE+6 l.llllilE+lll3 5. 71E+lll2 2.lBE+lill 15111l9 >l. 01ilE+6 >l.llllllE+6 l.411lE+ll3 8.98E+lll2 3.16EH3 7.45E+lil6 5.96E+lil6 2.98E+lil5 >l.lillilE+6 >l.lillilE+6 l.lillilE+lil3 5. 71E+ll2 2. lBE+lill THIS IS A DRILL

THIS IS A DRILL

• Scenario RMS-159 RMS-160 SS-112 SS-113 RMS-161 RMS-162 RMS-163 RMS-164 CH-118 CH-119 SW-120 LW-HlB SV-111 Time CPH CPH CPM CPH mR/hr mR/hr mR/hr mR/hr CPM CPH CPH CPM CPM 15: Hl >l.lllllE+6 >l. llllE+6 1. 39EHIJ 8.98E+ll2 J.15E+ll3 7.42E+ll6 5. 94E+lil6 2.97E+ll5 >l. IIIIIIE+6 >l. lll111E+6 l.llllllE+IIJJ 5. 7111E+lll2 2. lBE+llll 151 ll >l.011lE+6 >l. HE+6 1. 39E+lil3 8.97E+ll2 J.14E+ll3 7.41ilE+lil6 5.92E+ll6 2.96E+lll5 >l. llllllE+6 >l. llllE+6 l.llllE+lilJ 5. 7111E+ll2 2.lBE+llll 15112 >l.lll1JE+6 >l.llllE+6 l.39E+03 B.97E+lil2 3.13E+ll3 7.JBE+06 5.9111E+ll6 2.95E+ll5 >l.llllllE+6 >l.llllE+6 l. lllllE+lil3 5.71lEHl2 2.17E+lll 15:13 >l.1110E+6 >l. mlllE+6 1. 39EHl3 8.96E+ll2 J.12E+ll3 7.J6E+ll6 5. 89E+fll6 2. 94E+ll5 >l.11ll1lE+6 >l.lllilE+6 l. llllllE+lll3 5.69E+lll2 2.17E+lll 15:14 >l.01lE+6 >l.mlllE+6 1. 39E+l1l3 8.96E+l!J2 J.11EHl3 7.34E+lil6 5.87E+ll6 2.94E+lll5 >l.11ll1lE+6 >l.lillilE+6 1. 1HlE+l1l3 5.69E+l1l2 2. l 7E+l1ll 15115 >l. 0111E+6 >l. lllllE+6 1. 39E+lil3 8.95E+lll2 J. llE+IIIJ 7.J3E+lil6 5.86E+ll6 2.9JE+lll5 >l.llllllE+6 >l.11l0E+6 l.ll0E+lll3 5.68E+ll2 2.17E+lll 15116 >l. lillilE+6 >l.01ilE+6 l.39E+IIIJ B.95E+ll2 3.lllE+IIIJ 7.31E+lll6 5. 85E+lll6 2.92E+lll5 >l.llllllE+6 >l. llllllE+6 l.1110E+lil3 5.6BE+ll2 2.17E+llll 15117 >l.llllE+6 >l.llllE+6 1. 39E+ll3 8.94EHl2 3.lil9E+lll3 7. JIIIE+1116 5.84E+lil6 2.92E+lll5 >l.llllllE+6 >l. lllllE+6 9.99E+lll2 5.68E+lll2 2. l 7E+llll 15118 >l.01lE+6 >l.l!JIIIE+6 1. 39E+ll3 8.93E+fll2 J.09E+IIJJ 7.28E+lil6 5.82E+06 2.91E+lil5 >l. llllilE+6 >l.lllllE+6 9.98E+lil2 5.67E+lll2 2.17E+llll 15:19 >l .11lllE+6 >l. lllllE+6 1. 39E+l'l3 8.93E+ll2 3. lil8E+l1l3 7.27E+ll6 5.81E+ll6 2.91E+ll5 >l.llllE+6 >l. lilllE+6 9.98E+ll2 5.67E+lll2 2.16E+lll 15:20 >l.llllE+6 >l.lilllE+6 1. 39EHl3 8.92E+lll2 3.ll8E+ll3 7 .25E+ll6 5.81lE+lil6 2.91lE+ll5 >l.lllllE+6 >l.ll111E+6 9. 97E+lll2 5.67E+ll2 2.16E+lll 15121 >l.01lE+6 >l.0fllE+6 l.38EHl3 8.92E+IIJ2 J.ll7E+lil3 7.24E+ll6 5.79E+ll6 2. 91lE+fll5 >l.lill1lE+6 >l.lllilE+6 9.97E+lil2 5.66E+lil2 2.16E+lll 15122 >l.01lE+6 >l.00E+6 1. 38E+ll3 8.91E+02 J. IIJ7E+l!JJ 7.23E+ll6 5.78E+ll6 2.89E+ll5 >l.11llilE+6 >l.lllllE+6 9.96E+02 5.66E+ll2 2.16E+llll 15123 >l.01ilE+6 >l.lllllE+6 1. 38E+ll3 8.91E+ll2 3. lil6E+ll3 7.22E+ll6 5.78E+ll6 2.89E+lll5 >l.lllllE+6 >l.lilllE+6 9.95E+lll2 5.66E+ll2 2.16E+llll 15:24 >l .0f/JE+6 >l. f/Jl1lE+6 l.38E+ll3 8.9flJE+ll2 3 .11J6E+ll3 7.21E+ll6 5.77E+ll6 2.88E+ll5 >l.llllllE+6 >l. lllllE+6 9.95EHl2 5.65E+ll2 2.16E+llll 15:25 >l. lllllE+6 >l. lllf/JE+6 l.38E+lil3 8.91lE+ll2 3.ll5E+ll3 7.21lE+ll6 5.76E+ll6 2.88E+ll5 >l.llllllE+6 >l.lllllE+6 9.94E+lll2 S.65E+ll2 2 .16E+llll 15126 >l.lllilE+6 >l.llllilE+6 1. 38E+03 8.89E+ll2 J.lil5E+lil3 7.19E+ll6 5. 75E+ll6 2.87E+lll5 >l.lllllE+6 >l. lllllE+6 9.93E+lll2 5.65E+lll2 2. 16E+lll 15127 >l.llllE+6 >l. lill1lE+6 1. 38E+IIJ3 8.88E+lll2 3.ll4E+ll3 7 .18E+eJ6 5.74E+lll6 2.87E+ll5 >l.lllllE+6 >l .lllllE+6 9.93E+lll2 5.64E+lil2 2 .15E+llll 15128 >l.lllf/JE+6 >L 011lE+6 1. 38E+lil3 8.88E+lll2 J. ll4E+l1l3 7.17E+lil6 5.7JE+lil6 2.87E+ll5 >l.lllllE+6 >l. lllllE+6 9.92E+lll2 5.64E+lll2 2 .15E+llll 15129 >l.llf/JE+6 >l.lil0E+6 l.38E+03 8.87EHl2 J.lll4E+ll3 7 .16E+ll6 5.7JE+IIJ6 2.86E+ll5 >l.1110E+6 >l. lllllE+6 9.92E+ll2 5.64E+lll2 2.lSE+llll 15: JIil >l. llllllE+6 >l.011lE+6 1. 38E+lil3 8.87E+lil2 3. ll3E+ll3 7 .15E+ll6 5.72E+06 2. 86E+ll5 >l.llllllE+6 >l.llllllE+6 9.91E+lll2 5.63E+lll2 2.15E+llll 15131 >l.lHlE+6 >1.lilllE+6 1. 38E+ll3 8.86E+ll2 J. l!J3E+lil3 7 .14E+ll6 5. 71E+ll6 2.86E+l1l5 >l. 01lE+6 >1.IIJIIIE+6 9.91lE+ll2 S.63E+lll2 2. lSE+ill 15:32 >l.llllE+~ >l.~ll'E+6 l. 38E+ll3 8.86E+ll2 3.ll2E+ll3 7. lJE+eJ6 5.71E+ll6 2.85E+ll5 >l. 00E+6 >l .1110E+6 9. 9111E+lll2 5.63E+lil2 2.lSE+lll 15133 >l.lillllE+6 >l.llllE+6 1. 37E+ll3 8.85E+ll2 J.ll2E+ll3 7.12E+ll6 5.711JE+ll6 2.85E+ll5 >l. lllllE+6 >l. lil111E+6 9.89E+lll2 5.62E+lll2 2.15E+llll 15134 >l.llllE+6 >l.lillilE+6 1.37E+ll3 8.85E+ll2 3.02E+lil3 7 .11E+ll6 5.69E+ll6 2.B5E+lll5 >l.11llilE+6 >l. llllE+6 9. 88E+ll2 5.62E+lll2 2.14E+llll 15:35 >l. IHlE+6 >l.llllE+6 l.37E+ll3 8. 84E+ll2 3 .1!1E+IIJ3 7 .11E+ll6 5.69E+lll6 2.84E+ll5 >l.llllE+6 >l. 01ilE+6 9.88E+lll2 5.61E+lll2 2.14E+llll 15:36 >l.lllilE+6 >l. lll0E+6 1!37E+lll3 8. BJE+ll2 3.lllE+ll3 7. ll!E+l/l6 5.68E+lil6 2.84E+f/J5 * >l.lllilE+6 >l.llllE+6 9. B7E+lil2 5.61E+ll2 2 .14E+l/ll 15:37 >l.lilllE+6 >l.llllE+6 l.37E+l1l3 8.83E+l1l2 3 ."1E+ll3 7 .ll9E+lil6 5. 67E+ll6 2.84E+IIJ5 >l. llllE+6 >l.llllJE+6 9.87E+ll2 5. 61E+lil2 2.14E+llll 15138 >l.llllE+6 >l.11Ji!IE+6 l.37E+lil3 B.B2E+ll2 3.l!l0E+ll3 7. lil8E+lil6 5.67E+f/J6 2. 83E+e15 >l.llJl!JE+6 >l. BllE+6 9.86E+lil2 5. 611lEHl2 2.14E+lll 15:39 >l.lll!JE+6 >l.~11JE+6 1. 37E+ll3 8.82E+ll2 3 .llll1JE+ll3 7 .lll7E+ll6 5.66E+ll6 2.8JE+ll5 >l.llllE+6 >1.lilllE+6 9.85E+lil2 5.61lEHl2 2 .14E+01 15:41l >1.llllE+6 >l. lllllE+6 l.37E+l1l3 8.81E+l1l2 3.llllE+llJ 7 .11l7E+l1l6 S.65E+ll6 2.8JE+ll5 >l.llllllE+6 >l.11ll1lE+6 9.85E+l1l2 5. 61/lE+lll2 2 .14E+l1ll 15141 >l. BllE+6 >1.11ll1lE+6 l.37E+ll3 8.81E+ll2 2.99E+ll3 7.ll6E+ll6 5.65E+ll6 2.82E+ll5 >l.llllE+6 >1.llllE+6 9.84E+ll2 5. 59E+lil2 2.14E+lill 15142 >l. lllllE+6 >l.llllE+6 1.37E+ll3 8.81lEHl2 2.99E+ll3 7. lll5E+ll6 5.64E+ll6 2.82E+ll5 >l.llllE+6 >1.lllllE+6 9.84E+ll2 5.59E+ll2 2.lJE+lll 15:43 >l.llllllE+6 >l.011JE+6 1. 37E+r.l3 8.BllE+lil2 2.99E+lil3 7.ll4E+06 5.64E+ll6 2.B2E+lll5 >l.1110E+6 >l. llmE+6 9.83E+l1l2 5.59E+lil2 2 .13E+lill 15144 >l. llJ0E+6 >l. 01lE+6 l.37E+ll3 8.79E+l/l2 2.98E+lll3 7. lll4E+lll6 5.63E+ll6 2.81E+ll5 >l. 01lE+6 >l.00E+6 9.82E+ll2 5.5BE+lll2 2.13E+lll THIS IS A DRILL

THIS IS A DRILL

• I Scenario RMS-159 RMS-1611l SS-112 SS-113 RMS-161 RMS-162 RMS-163 RMS-164 CB-118 CB-119 SW-120 LW-108 SV-111 Time. CPH CPM CPH CPH mR/hr mR/hr mR/hr mR/hr CPM CPM CPM CPM CPM 15:45 >l.llllE+6 >l. llll';:+6 l.J6E+lll3 B.7BE+ll2 2.98E+ll3 7.ll3E+ll6 5.62E+ll6 2.81E+lll5 >l. llllE+6 >1.llllE+6 9.82E+ll2 5.5BE+ll2 2.13E+lll 15146 >l. lllllE+6 >1.11!0E+6 1. J6E+lll3 8.78E+ll2 2.98E+lll3 7.lll2E+B6 5.62E+ll6 2.BlE+lllS >l.llllllE+6 >l.lllllE+6 9.81E+lll2 5.58E+lll2 2.lJE+llll 15147 >l.lll0E+6 >1.lllAE+6 1. J6E+lll3 8. 77E+e2 2.97E+ll3 7. ll1E+lll6 5.61E+lll6 2.BlE+lll5 >1,llllllE+6 >l.llllllE+6 9.811lE+lll2 5.57E+lll2 2.lJE+lll 15148 >1.0BE+6 >1.lllllE+6 1. 36E+lll3 B. 77E+ll2 2.97E+l!l3 7. llllE+lll6 5.61E+06 2. 811lE+ll5 >l. 00E+6 >l.lllllE+6 9.80E+02 5.57EHl2 2,13E+lll 15149 >l.llllE+6 >l. 00E+6 1. J6E+ll3 8. 76EHl2 2. 97E+lll? 7 .0111E+ll6 5.60E+ll6 2. BlllE+lll5 >l. 011lE+6 >1.lll0E+6 9.79E+ll2 5.57E+ll2 2.12E+lll 15:50 >l.llllE+6 >l.ll0E+6 1. J6E+lll3 8.76E+ll2 2,96E+lll3 6.99E+ll6 5.59E+lll6 2, 811lE+lll5 >1,llllllE+6 >1. I/HlE+6 9.79E+ll2 5.56E+ll2 2.12E+llll 15151 >l. lllllE+6 >l.00E+6 1. 36E+03 8. 75EHl2 2,96E+B3 6.99E+l1J6 5.59EHl6 2. 79EHl5 >l.llllE+6 >1.llllE+6 .9.78E+ll2 5.56E+ll2 2, 12E+llll 15152 >1.0llE+6 >1.ll0E+6 1. 36E+lll3 8.75E+ll2 2.96E+ll3 6.98E+lll6 5.58E+lll6 2,79E+lll5 >l. llllllE+6 >1.llllllE+6 9.77E+lll2 5.55E+ll2 2,12E+lll 15153 >l,lll111E+6 >l. llllllE+6 l.36E+lll3 8.74E+lll2 2,96E+lll3 6,97E+lll6 5.58E+lll6 2, 79E+lll5 >l, lllllE+6 >l. llllllE+6 9.77E+lll2 5.55E+ll2 2,12E+lll 15154 >l,llllllE+6 >l. IHlE+6 l.36E+l1J3 8.73E+lll2 2.95E+ll3 6. 96E+lll6 5.57E+06 2.79E+lll5 >l.llllllE+6 >l. llllllE+6 9.76E+lll2 5.55E+lll2 2 .12E+llll 15155 >l.llllllE+6 >1.llllllE+6 1. 36E+ll3 8.7JE+lll2 2.95E+ll3 6.96E+lll6 5.57E+lll6 2.7BE+lll5 >l. llllllE+6 >LlllllE+6 9.75E+lll2 5.54E+lll2 2,12E+llll 15156 >LilllllE+6 >l. llllllE+6 1. 35E+lll3 8.72E+ill2 2.95E+B3 6.95E+ll6 5.56E+lll6 2.78E+lll5 >l,lllllE+6 >LlllllE+6 9.75E+lll2 5.54E+lll2 2, llE+llll 15157 >1. llllllE+6 >1.lllllE+6 1. 35E+lll3 8. 72E+ll2 2,94E+il3 6.94E+lll6 5.55E+lll6 2,78E+lll5 >l. llllllE+6 >l.llllllE+6 9.74E+lll2 5.54E+ll2 2, llE+llll 15158 >l. 11lBE+6 >1.lllllE+6 1. 35E+B3 8.71E+lll2 2.94E+lll3 6.94E+ll6 5,55E+lll6 2. 77E+lll5 >l,lllllE+6 >1.llllllE+6 9.74E+lll2 5,5JE+lll2 2. llE+llll 15159 >l.llllllE+6 >l ,l/lllE+6 1. 35E+lll3 8.71E+lll2 5.19E-lll2 2.9BE+llll 4.BlllE+llllll 4, 91/lE+llllll >l. llllllE+6 >l.llllllE+6 9.7JE+lll2 5.53E+lll2 2. llE+llll 1611/llll >l. llllE+6 >1.llll!E+6 1. 35E+B3 8.7BE+ill2 5,19E-lll2 2, 91lE+Bl 4.BllEHlll 4.9111E+lllll >l. lllllE+6 >l.lllllE+6 9. 72E+lll2 5.53EHl2 2. llE+lll THIS IS A DRILL
• THIS PAGE IS INTENTIONALLY INSERTED AS A DATA DIVIDER FOR THIS SUBSECTION

THIS IS A DRILL

• Scenario RMS-127 RMS-128 GW-Hll GW-le2 GW-131l-l GW-131/l-l GW-131/l-2 GW-131/l-2 GW-122 Time R/hr R/hr CPM CPM uci/c:::: uCi/sec uCi/cc uCi/sec mR/hr

                                                                          \

l1111l5 5.411lE+llll 5.36E+llll 8.24E+lll2 9.52E+llll 3.81E-lll5 5 .57E+ll0 ll.lllllE+lllll lll.lllllE+lllll 1. 84E-lll2 l1111l6 S.SSB+llll S.51B+lll 8.2SE+lll2 9.53B+llll 3.81B-ll5 S.58B+llll lil.lllllE+lllll ll.llllBHllll 1. 84B-ll2 ll:lll7 S.71lE+lll 5.66E+lll 8.2SE+ll2 9.53E+llll 3.81E-ll5 5. 58E+llll ll.lllllE+lllll ll.llllE+lllll 1. 85B-lll2 l111l8 S.8SE+lll S.81E+llll 8.26E+lll2 9.54E+llll 3.82E-ll5 5.58E+llllll ll.llllllE+llll ll.llllE+lllll 1. 85B-ll2 ll:ll9 6. llllE+lll S.96E+lll 8.26E+ll2 9.SSE+lll 3.82E-ll5 5.59E+rllll ll.llllE+llll ll.llllE+llll 1.85B-ll2 11110 6.lSE+lll 6. llE+llll 8.27E+ll2 9.SSE+lll 3.82E-ll5 5.59E+llll ll.llllE+llll ll.lllllE+llll 1. 85E-ll2 11111 6.JllE+lll 6.26E+lll 8.28E+ll2 9.56B+lll 3.82B-ll5 5.61lB+llll ll.llllE+llll ll. llllE+lllll 1. 85B-ll2 11112 6.45E+lll 6.41B+lll 8.28B+ll2 9.57B+lll 3.83B-ll5 S.60B+llll ll.llllE+llll ll. llllE+llll 1. 85E-ll2 11113 6.611JE+lll 6.56B+IIJ1 8.29B+ll2 9.57E+lll 3.83B-lll5 S.611JE+lllll ll.lllllE+llll ll.llllE+llll 1. 85E-lll2 11114 6. 75E+0l 6. 71B+lll 8.29E+lll2 9.58B+llll 3.83E-IIJ5 5.61B+llllll lll.lllllE+llllll lll.llllllE+lllll 1.85B-ll2 11115 l.27E+lll2 l.27B+lll2 8.31lB+lll2 9.59B+llll 3.83B-ll5 5.61E+llll ll.lll!IJE+llll lll.ll!IJE+lllll 1. 86E-lll2 11116 1.87E+lll2 1.86B+lll2 8.31lB+ll2 9.59E+lll 3.84E-lil5 S.61EHlll ll.lllllE+llll ll.lllllE+llll 1. 86B-ll2 11117 2.46B+ll2 2.45B+lll2 8. 31E+lll2 9.61lE+lll 3.84E-05 5.62E+llll ll.llllE+llll lll.lllllE+lllll 1. 86E-ll2 11118 3.ll4E+ll2 3.ll4B+ll2 8.31EHl2 9.61E+lll 3.84E-ll5 S.62B+llll ll.llllE+llll ll.llllllE+IIJlll 1. 86E-lll2 11119 3.62E+ll2 3.62E+ll2 8.32B+ll2 9.61B+lll 3.84B-ll5 5.63E+mB ll.llllE+llll ll.lllllE+lllll 1. 86E-ll2 l1121l 4.21lE+ll2 4.21lE+lll2 8;JJE+ll2 9.62B+lll 3.85E-ll5 5.63E+llll ll.llllE+llll lll.lllllE+llll l.86E-ll2 11121 4. 77B+ll2 4.77B+02 8.33E+ll2 9.63E+llll 3.85B-ll5 5.63BHlll lll.lllllE+011l lll.llllllE+llllll l.86E-lll2 11122 S.34B+02 5.34E+lll2 8.34E+lll2 9.63B+lll 3.85E-ll5 S.64EHlll ll.lllllE+llll lil.llJIIJE+IIJll 1.B6E-ll2 11123 5.91E+ll2 5.91E+02 8.34B+lll2 9.64E+01 3.86B-ll5 5.64E+llllll lll.llllllEHlll ll.lllllE+01l 1. 87B-ll2 11124 6.47E+ll2 6.47E+lil2 8.35E+ll2 9.65E+L'Jl 3.86E-ll5 5.65E+llll ll.llllllE+llll lil.lilllE+IIJlil 1. 87E-ll2 11125 7.ll3E+lll2 7.ll2E+02 8.35E+ll2 9.6SE+11Jl J.86E-ll5 5.65E+llll ll.llllllE+llll lil.llJllE+IIJlll 1. 87E-ll2 11126 7.SBE+ll2 7.58E+ll2 8.36B+ll2 9.66B+01 3.86E-11J5 5.65E+IIJlil fll.lillilE+llllll ll.llllE+lllll l.87B-lil2 11127 8.13E+lil2 8.13E+02 8.37B+ll2 9.66E+01 3.87E-05 5.66E+IIII 11.L'JIIE+lllll 11.lllilE+lillil 1. 87B-lil2 11128 8.68E+ll2 8.67E+02 8.37B+02 9.67E+01 3.87E-ll5 5.66E+llll ll.lllllEHlll ll.lil!IJE+llllil l.B?E-112 11129 9.22E+lil2 9.22E+ll2 8.38E+ll2 9.68E+01 3.87E-115 5.66E+llll 11.lllllE+lllll lil.lllllE+lllll 1. 87E-lll2 ll:311l 9.76E+lil2 9.75E+lil2 8.38E+lll2 9.68E+llll 3.87E-lil5 5.67E+llll ll.llllE+llll lil.lllllE+llllil 1. 87E-lll2 11131 1. ll3E+IIJ3 l.ll3EHl3 8.39E\-02 9.69B+01 3.88E-IIJ5 5. 67E+llll IIJ.IIJIIJE+llllil ll.llllilE+lllil l.A8E-ll2 11132 l.ll8E+lil3 1.ll8EHl3 8.39E+02 9.71lE+lill 3.88E-ll5 5.68E+llll ll.lilllE+llll ll.lllilE+llllll 1. 88E-lil2 11133 l.14E+03 1.13B+03 8.UE+il2 9.70B+lill 3.88E-05 S.68E+lllil IIJ.00E+00 ll.lllllE+i1lll 1.88E-112 11134 1.19E+ll3 l.19E+03 8.41E+ll2 9. 71B+lll 3.88B-ll5 S. 68E+ll0 111.lillllE+lllll ll.lllllE+llllil 1.88E-ll2 ll 135 1.24E+ll3 1.24E+lil3 8.41E+ll2 9.72E+llll 3.89E-lil5 5.69E+llll 111.lllllE+llllll ll.llllllE+lllll 1. 88E-lll2 11136 l.29E+ll3 l.29B+lll3 8.42E+lll2 9.72E+lll 3.89E-1115 5.69E+lllil ll.llJlllE+lllll lil.lllilE+llllil l.88B-lll2 11137 1.34EHl3 1. 34E+03 8.42B+ll2 9. 73E+01 3.89E-ll5 S.69E+llllil 111.lllllJE+lllll ll.lillllE+lllll 1. 88E-ll2 11138 1. 39B+ll3 1. 39EHl3 8.43E+lll2 9. 74B+0l 3.89E-lll5 5. 711lEHlll ll.lllllE+llllll ll.lllllE+lllll 1. 88E-lll2 ll: 39 1. 44E+ll3 1. 44E+lil3 8.43E+02 9.74E+llll 3.91ilE-ll5 S. 711JE+llll ll.ll0E+llll ll.ll0E+01l 1. 89E-02 THIS IS A DRILL

THIS IS A DRILL Scenario RHS-127 RHS-128 GW-HH GW-Hl2 GW-130-1 GW-130-1 GW-130-2 GW-130-2 GW-122 Time R/hr R/hr CPH CPH uCi/cc uci/eec uci/cc uci/sec mR/hr lll8:311l 1.37E+011l 9. 71E-llll 8.lll5E+lll2 9.31/lE+llll 3. 72E-lll5 5.44E+llllll lll.llllllE+llllll lll.llllllE+llllll 1. 81/lE-02 111132 4.39E+llllll 3.99E+00 8,lll6B+lll2 9.31B+llll 3. 72B-lil5 5.45E+00 lll.00E+llllll lll.l!lllE+llllll 1. 81/lE-02 1111 33 5.89E+llllll 5.49E+00 8.lll6E+lll2 9. 31E+llll 3.73E-lll5 5. 45E+llllll lll.llllilE+llllll lil.lillllE+llllil 1. 81/lE-lll2 Hl134 7.41/lE+Bll 7.llllllE+lillil 8. lil7E+lil2 9.32E+lll 3.73E-11l5 5.45E+00 lll.lillllE+llllll 1/l.llllllE+illll 1. BlllE-02 llll:35 8.91E+llllll 8.51E+llllll 8.lll7E+lll2 9.33E+llll 3.73E-lll5 5.46E+llllll lll.llllllE+llllll 1/l.llllllE+llllll 1. 81E-lll2 llll136 1.lll4E+llll 1. 1/llllE+llll 8. lll8E+lil2 9.33E+llll 3.73E-lll5 5.46E+llllll lll.llllllE+lillll lll.llllllE+llllll 1. BlE-02 1'l: 37 1.19E+lill 1.15E+llll 8.lll8E+lll2 9.34E+llll 3. 74E-lll5 5.47E+lillll lll.1/llllE+lillll lll.lillllE+llllll 1. 81E-lll2 llil:38 l.34E+lill 1. 31/lE+lill B.lll9E+lll2 9.35E+llll 3.74E-lll5 5.47E+llllll 1/l.llllllE+llll ll.lllilE+lllll l,81E-lll2 10139 l.49E+lill 1.45E+lill B.llllE+lll2 9.35E+llll 3.74E-lll5 5.47E+llllll ll.llllllE+llllll lll.llllllE+llllll 1. 81E-lil2 llll:41/l l.64E+01 1.61/lE+llll B.llllE+ll2 9.36E+lll 3.74E-lll5 5. 48E+lllll lll.llllilE+llllll 1/l,lillllE+llllll 1. 81E-lll2 1B141 1.79E+llll 1. 75E+lll 8.11E+lll2 9.37E+llll 3.75B-lll5 5. 48E+llllll lll.llllllE+lllll 1/l,llllllE+lllll 1. 81E-lll2 llll142 l.95E+llll l.91E+llll 8.11E+lll2 9.37B+llll 3.75E-lll5 5.49E+llllll lil.llllllE+lllll lll,llll/lEHllll 1.81E-lll2 llll143 2.llllE+llll 2. lll6E+lill B.12E+lll2 9. 38E+llll 3.75E-lll5 5.49E+llllil lil.1/llllE+llllll lll.llllllE+llllll 1.82E-lll2 llll144 2.25E+01 2.21E+llll 8.12E+lll2 9.38E+llll 3.75E-lll5 5.49E+llllil 1/l.llllllE+llllil lll.llllllE+llllll 1. 82E-lll2 10145 2.41/lE+Bl 2, 36E+llll 8.13E+lll2 9.39E+llll 3.76E-lll5 5.511lE+llllil lll.1/llllE+llllll lll.lillllE+llllll l.82E-lll2 llll146 2.55E+lll 2.51E+l!Jl B.13E+l!J2 9. 41/lE+llll 3.76E-lll5 5.51ilE+llllll lll.llllilE+llllll 1/l.llllllE+llllll 1.B2E-lil2 llll:47 2. 71/lE+llll 2.66E+llll B.14B+lll2 9. 411lE+llll 3.76E-lll5 5.51ilE+llllll 1/l.llllllE+llllll 1/l.llllilE+llllll 1.B2E-lll2 llll148 2.85E+01 2.81E+llll 8.15E+lil2 9.41E+llll 3.76E-lll5 5.51E+lillll lll.lillllE+lllll lll.1/llllE+llllll 1.82E-lil2 llll149 3.00E+llll 2.96E+lll 8 .15E+ll2 9.42E+llll 3. 77E-ll5 5. 51E+llllll lll.llllllE+llllll lil.1/llllE+lllll l,82E-lll2 11/l:51/l 3 .15E+llll 3.11E+01 B.16E+lil2 9.42E+llll 3.77E-lll5 5. 52E+lillil lil.llllllE+lllll lil,llll/lE+llllll 1. 82E-lll2 1'!151 3.31ilE+llll 3.26E+llll B.16E+lll2 9.43E+llll 3.77E-lll5 5. 52E+llllll lll.lll!E+llllll ll,llllllE+llllll 1, 83E-lll2 ll/l152 3.45E+lill 3.41E+f1Jl 8.17E+flJ2 9.44E+llll 3. 77E-lll5 5.52E+llllll lll.llllllE+illll lll.llllllE+llllil 1. 83E-lll2 llll153 3.611lE+lill 3.56E+lll 8.17E+lll2 9. 44E+llll 3.7BE-lll5 5. 53E+llllll lll.llllllE+llllll lll,1/llllE+llllll 1. B3E-lll2 llll154 3.75E+lill 3. 71E+llll 8.18E+lll2 9.45E+llll 3.78E-lll5 5. 53E+llllll 1/l.llllllE+llllll 1/l.llllllE+lllll 1. 83E-lll2 11h55 3.91/lE+llll 3.86E+llll B.19E+lll2 9.46E+llll 3.7BE-lll5 5.53E+llllll lll.llllllE+llllll lll.1/llllE+llllll 1.83E-lll2 Hl 156 4.lllSE+llll 4.llllE+lill 8.19E+lll2 9.46E+llll 3.79E-lll5 5.54E+llllll ll.llllllE+llllll lll.llllllE+llllll 1.83E-lll2 llll157" 4.21lE+01 4.16E+llll 8.211lE+lll2 9.47E+llll 3.79E-ll5 5. 54'E+llllll ll.1/lllE+lllil lll.lllllE+lllll 1. 83E-lll2 1111158 4.35E+lll 4.31E+llll 8.21lE+ll2 9. 48EHl1 3.79E-lll5 5.55E+lllll lll.llllllE+llllil lll.llllllE+llllll 1. 83E-lll2 10159 4.51ilE+lill 4.46E+lll 8.21E+lil2 9.4BE+lill 3.79E-lll5 5.55E+lllll lll.llllllEHllll 1/l.llllllE+llllll 1. 84E-lll2 l1111ll/l 4.65E+llll 4.61E+llll 8.21E+lll2 9.49E+llll 3. 81/lE-05 5. 55E+llllll lll.llllllE+llllll 1/l.llllllEHllll 1. 84E-lll2 l1111ll 4.81/lE+ll! r 4.76E+lll 8.22E+lll2 9. 51/lE+llll 3. BlllE-lll5 5.56E+llllll lll.llllllE+lllll ll.llllllE+llllll 1. 84E-lll2 l1111l2 4.95E+llll I 4, 91E+llll 8.22E+lll2 9. 511lE+llll 3. 811lE-lll5 5.56E+llllll l!.llllllE+lllll l!.llllllE+llllll 1. 84E-lll2 1111!3 5. llllE+llll 5.06E+llll B.23E+lll2 9.51E+llll 3. 81!JE-lll5 5. 57E+lllll 1/l.lllllE+llllll lll.lllllE+llllll 1.B4E-lil2 11:lll4 5.25E+llll 5.21E+llll 8.24E+lll2 9.51E+llll 3.81E-lll5 5. 57E+llllll lll.lllllE+llllll lll,llllE+llllll 1. 84E-lll2 THIS IS A DRILL

THIS IS A DRILL

• Scenario RMS-127 RMS-128 GW-Hll GW-Hl2 GW-130-1 GW-130-1 GW-130-2 GW-130-2 GW-122 Time R/hr R/hr CPM CPM uci/cc uCi/eec uCi/cc uci/eec mR/hr ll:41l 1. 49E+ll3 1. 49E+ll3 8.44E+ll2 9.75E+lll 3.91lE-ll5 5. 71E+llll ll.llllE+llll ll.llllE+llll 1. 89E-ll2 11141 1. 54E+ll3 1. 54E+ll3 8.44E+ll2 9.76E+U 3.911JE-ll5 5.71E+llll ll.llllE+llll ll.llllE+lllil l.89E-ll2 11:42 1. 59E+ll3 1. 59E+ll3 8.45E+ll2 9. 76E+lill 3. 91lE-05 5. 71E+lillil lil.lillilE+lillil ll.llllEHllil 1. 89E-ll2 11143 1. 64E+ll3 1. 64E+lil3 8.46E+ll2 9.77E+llll 3.91E-lil5 5. 72E+llll ll.lllilE+lillil ll.lillilE+lllil l.89E-ll2 11: 44 l.69E+ll3 1. 69E+lil3 8.46E+lil2 9.78E+lll 3.91E-lil5 5. 72E+lillil lil.llllE+lilll ll.lilllE+llll 1.89E-lil2 11:45 1. 74E+ll3 1. 74E+lil3 8.47E+ll2 9.78E+lill 3.91E-ll5 5.73E+llll lil.llllE+llll ll.llllE+llll 1. 89E-ll2 11146 1. 79E+ll3 1. 79E+ll3 8.47E+lil2 9.79E+lll 3.92E-ll5 5.73E+llll lil.llllE+lllil ll.lilllEHlll l.89E-ll2 11:47 1. 84E+ll3 1. 84E+ll3 8.48E+ll2 9.79E+lll 3.92E-ll5 5.73E+llll lil.llllE+lllil lil.lillilE+lilll 1. 91lE-lil2 11148 1. 88E+lil3 1. 88E+l!l3 8.48E+lil2 9.811JE+lll 3.92E-ll5 5.74E+ll0 ll.lllilE+llll ll.lllilE+lillil 1. 91ilE-lil2 11:49 1. 93E+ll3 1. 93E+lil3 8.49E+lil2 9.81E+lill 3.92E-lil5 5.74E+llll lll.lllilE+lllil ll.llllE+lillil 1. 91ilE-lil2 ll :51l 1. 98E+ll3 1. 98E+ll3 8.51ilE+ll2 9.81E+lll 3.93E-lil5 5.74E+llll lil.llllE+llll ll.llllE+llll 1. 91lE-ll2 11:51 2.lil3E+ll3 2.ll3E+ll3 8.51ilE+ll2 9.82E+lll 3.93E-ll5 5.75E+lilll ll.llllE+llll ll.llllE+llll 1. 91lE-ll2 11:52 2. ll7E+ll3 2.lliJ!+ll3 8.51E+ll2 9.83E+lll 3.93E-ll5 5.75E+lllil lil.lilllE+llll ll.llllE+llll 1. 91lE-lil2 11153 2.12E+ll3 2.12E+ll3 8.51E+ll2 9.83E+lll 3.93E-ll5 5.76E+lillil ll.llllE+llll ll.llllE+llll 1. 91lE-ll2 11:54 2.16E+ll3 2.16E+ll3 8.52E+ll2 9.84E+lll 3.94E-ll5 5.76EHllil lll.lillilE+01il ll.lilllE+lllil 1. 91ilE-ll2 11:55 2.21E+ll3 2.21E+ll3 8.52E+ll2 9.85E+lll 3.94E-ll5 5.76E+lllil ll.llllE+lllil ll.llllE+lllil l.91E-ll2 11:56 2.26E+lil3 2.26B+03 B.53E+lll2 9.85E+01 3.94E-ll5 5.77E+llll ll.llllE+lillil ll.lilllE+lllil l.91E-02 11:57 2.31lE+ll3 2.31lE+ll3 8.53E+ll2 9.86E+lill 3.94E-ll5 5.77E+lllil lil.HE+lllil ll.llllE+lillil 1. 91E-lil2 11: 58 2.35E+lil3 2.34E+lil3 8.54E+ll2 9.87E+lll 3.95E-ll5 5.77E+llll ll.lillilE+lillil ll.llllE+lilll l. 91E-lil2 11:59 2.39E+ll3 2.39E+ll3 8.SSE+ll2 9.87E+ill 3.95E-ll5 5. 78E+lllil ll.lilllE+lllll ll.llllE+llllil 1. 91E-ll2 12 :lil0 2.43E+03 2.43E+lil3 8.SSE+lil2 9.88E+01 3.95E-05 S.7BE+01l 111.llllE+llll ll.lllilE+lilll 1. ~ lE-02 12101 2.48E+lil3 2.48E+03 8.56E+02 9.89E+lill 3.95E-lil5 5. 79E+011l lll.00E+lillll 0.lillilE+lillil 1. 9 lE-02 1211il2 2.52E+03 2.52E+lil3 8.56EHl2 9.89E+01 3.96E-lil5 5. 79E+lllil ll.00E+lillil ll.lil0E+lillil l. 91E-lil2 12103 2.56E+03 2.56E+03 B.57E+02 9. 91ilE+1111 3.96E-lil5 5. 79E+lillil lil.lllilE+lillil ll.llllE+lillil 1. 92E-lil2 12 :lil4 2.61E+03 2.61E+ll3 8.57E+ll2 9.91E+lill 3.96E-ll5 S.81lE+lil0 ll.lllilE+lllil ll.lilllE+lillil l.92E-lil2 12:lilS 2.65E+lil3 2.65E+ll3 8.58E+lil2 9.91E+lill 3.96E-lil5 S.SlilEHllil ll.lillilE+lllil ll.llllE+llll 1. 92E-02 12: 1116" 2.69E+03 2.69E+03 8.59E+ll2 9.92E+lll 3.97E-05 s.al'B+lillll ll.llllE+lilll ll.llllE+llrn l.92E-lil2 12107 2. 74E+lil3 2.73E+ll3 8.59E+ll2 9.92E+lill 3.97E-ll5 S.81E+lllil lil.llllE+lllil ll.llllE+ll0 l.92E-lil2 1211il8 2.78E+lil3 2.78E+lil3 8.61ilE+lil2 9.93E+01 3.97E-ll5 S.81E+lillil lil.lllilE+lillil ll.ll0E+00 1. 92E-lil2 12109 2.82E+03 2.82E+03 8.60E+02 9.94E+01 3.98E-lil5 5. 82E+llll lil.liHlE+llll 0.llllE+lllil l.92E-02 12:10 2.86E+ll3 2.86E+ll3 8.61E+02 9.94E+lll 3.98E-ll5 5. 82E+lllil ll.llllE+lilll ll.llllE+llll 1. 92E-02 12111 2.91lE+03 2.91lE+03 8.61E+lil2 9.95E+01 3.98E-ll5 5. 82E+lllil ll.ll0E+01il 0.lllilE+lilll 1. 93E-02 12112 2.94E+03 2.94E+ll3 8.62E+ll2 9. 96E+lill 3.98E-ll5 5. 83E+lil0 11.liHlE+lllil ll.lllllE+lllll 1. 93E-02 12113 2.98E+lil3 2.98E+ll3 8.62E+lil2 9.96E+lill 3.99E-lil5 5. 83E+mlll 11.lllllE+lllil 111.lillllE+lllil 1. 93E-lil2 12114 3. lil2E+lil3 3. lil2E+lil3 B.63E+lil2 9.97E+U 3.99E-1115 5. 84E+lllil 111.lillilE+lllil lil.lil0E+lillil l.93E-ll2 THIS IS A DRILL

THIS IS A DRILL

• Scenario RMS-127 RMS-128 GW-lllll GW-102 GW-130-1 GW-130-1 GW-130-2 GW-130-2 GW-122 Time R/hr R/hr CPM CPM uCi/cc uCi/eec uci/cc uCi/eec mR/hr 12:15 3.ll6E+ll3 3.lll6E+ll3 8.64E+ll2 9.98E+lll 3.99E-ll5 S.84E+llll lll.lllilE+lllll ll.llllE+lllll 1. 9 JE-02 12116 3.26E+ll3 3.26E+ll3 8. 64EHl2 9 .98EHll 3.99E-lll5 S.84EHHl lll.llllE+00 lll.ll0EHllll 1. 93E-lll2 12117 3.4SE+03 3.45E+lll3 8.6SE+lll2 9.99E+lll 4 .ll0E-ll5 S.BSE+llll ll.lllllE+lllll ll.lll0E+lll0 1. 93E-02 12118 3.63E+ll3 3.63E+ll3 8.65E+lll2 l.lllilE+lll2 4.llllllE-lllS S.BSE+lllll lll.llllllE+lillll ll.llllllE+lllil l.93E-ll2 12:19 3.81E+ll3 3.81E+lil3 l.22B+lll5 1. 35E+lll5 l. lllE-ll2 l.49E+ll3 l. llllE-lll2 1. 48E+ll3 1. 44E-lll 12:211l 3.99E+lll3 3.99E+lll3 2.72E+lll5 3.lllE+lll5 2.26E-ll2 3.31E+ll3 2.26E-02 3.31lE+ll3 3.22E-lll 12121 4.15B+ll3 4.15B+ll3 4.5BE+ll5 5.lllBE+lll5 3.82E-02 5.59E+ll3 3.B2E-lll2 5.57E+lll3 5.43E-lll 12122 4.32E+lll3 4.32E+lll3 6.93E+lll5 7.69E+ll5 5.7BE-ll2 8.45E+lll3 5.78E-lll2 8.43E+lll3 8.22E-llll 12:23 4.4BE+lll3 4. 48EHl3 9.91E+lll5 l. llllE+lll6 B.26E-ll2 1. 21E+ll4 8.26E-lll2 l.21E+04 l.18E+01l 12124 4.63E+lll3 4.63E+ll3 l.27E+lll6 1. 41E+06 l.06E-01 1. 55E+lll4 l. lll6E-llll 1. 55E+lll4 1. 51E+lllll 12:25 4. 78EHl3 4.78E+lll3 l.54E+lll6 1. 71E+ll6 l.28E-lll 1. 88E+lll4 l.28E-01 l.87E+04 l.82E+01l 12:26 4.93E+lll3 4.93E+ll3 1. 78E+rll6 1.9BE+lll6 1. 49E-Bl 2.18E+ll4 1. 49E-lll 2.l7E+ll4 2.l2E+llll 12:27 5.lll7E+ll3 5.ll7E+ll3 2. ll2E+lil6 2.24E+ll6 1.68E-Bl 2.46E+ll4 l.6BE-lll 2.45E+ll4 2.39E+01l 12:28 5.211lE+ll3 5.211lE+lll3 2.23E+lll6 2.4BE+lll6 1.86E-01 2. 72E+lll4 1. 86E-llll 2.72E+ll4 2.65E+01l 12129 5.34E+lll3 5.34E+lll3 2.43E+ll6 2. 71lEHl6 2.lll3E-lll 2. 97E+lll4 2. lll3E-lll 2.96E+ll4 2. 89E+lllll 12:Jll 5.47E+lll3 5.47E+lllJ 2.62E+ll6 2.91E+lll6 2.l9E-llll 3.20E+lll4 2.l9E-llll 3.l9E+04 3. llE+01l 12131 5.59E+03 I 5.59EHl3 2. 81ilE+lll6 3. llE+lll6 2.33E-llll 3.42E+lll4 2. 33E-llll 3.41E+04 3. 32E+llll 12132 5. 72E+lll3 5.71E+ll3 2.96E+06 3.29E+lll6 2.47E-01 3.62E+04 2. 47E-llll 3.61E+ll4 3. 52E+lllll 12:33 5.83E+lll3 5.83E+ll3 3 .11E+ll6 3.46E+ll6 2. 60E-llll 3.80E+ll4 2.60E-llll 3.79E+04 3.70E+00 12:34 5.95E+03 S.95E+ll3 3.26E+ll6 3.62E+ll6 2. 72E-lll 3.97E+lll4 2. 72E-llll 3.96E+lll4 3.86E+011l 12135 6. ll6E+lll3 6.06E+ll3 3.39E+ll6 3.76E+ll6 2.82E-lll 4.13E+04 2.82E-0l 4.12E+lll4 4. lll2E+ll0 12:36 6 .17E+lll3 6 .17l!+lil3 3.51E+ll6 3. 91lE+lll6 2. 92E-lll 4.2BE+l1J4 2.92E-llll 4.27E+ll4 4. l6E+llllll 12137 6.27E+lll3 6.27E+lil3 3.62E+lll6 4.ll2E+lll6 3.lll2E-llll 4.42E+lll4 3.lll2E-llll 4.41E+lll4 4.29E+01l 12138 6.38E+lil3 6.38E+ll3 J.72E+ll6 4.13EHl6 3. lllE-llll 4.54E+ll4 3. lllE-llll 4.53EHl4 4.42E+lllll 12:39 6.4BE+lll3 6.4BE+lll3 3.81E+lll6 4 .24E+r116 3. lBE-lll 4.65E+lll4 3. lBE-01 4.64E+ll4 4.53E+llllll 12:411l 6.57E+lll3 6.57EHl3 3.91lE+lll6 4.33E+ll6 3.25E-llll 4. 76E+ll4 3.25E-llll 4.75E+ll4 4.63E+llll 12:41 6.67E+03 6.67E+ll3 3.9BE\.lll6 4.42E+lll6 3.32E-llll 4.86E+lll4 3.32E-llll 4.84E+ll4 4. 12E+lll11J 12142 6.76E+lll3 6.76E+lll3 4.lll5E+lll6 4. 511lE+ll6 3.38E-lill 4.94E+lll4 3. 38E-llll 4.93E+ll4 4. BlE+lllll 12:43 6. 85E+lll3 6.85E+lll3 4 .11E+lll6 4.57E+lll6 3.43E-llll 5.02E+ll4 J.43E-lll 5.llllE+ll4 4.BBE+llllil 12:44 6.93E+lll3 6.93E+lll3 4.17E+lll6 4.63E+lll6 3.48E-lill 5.ll9E+lll4 3.48E-llll 5. lll8E+lll4 4.95E+llllll 12:45 7. lll2E+lll3 7. llllE+ll3 4.22E+lll6 4.69E+lll6 3.52E-llll S.15E+lll4 3. 52E-llll 5.14E+ll4 S.lllE+llllll 12:46 7. ll!E+ll3 7. lllE+lllJ 4.27E+ll6 4.74E+lll6 3.56E-lill 5.21E+ll4 3.56E-lill 5.211lE+lll4 5.lll7E+lillll 12:47 7 .17E+lll3 7.l7E+lil3 4.31E+ll6 4.79E+lil6 3. 59E-llll 5.26E+lil4 J.59E-llll S.2SE+lll4 5 .12E+lllll 12:48 7. 25E+lll3 7.25E+lil3 4.34E+lil6 4.83E+ll6 J.62E-lill S. 30E+lil4 3.62E-lll 5.29E+ll4 5 .16E+lllll 12:49 7.JJE+llJ 7.33E+ll3 4.37E+ll6 4.86E+ll6 3. 65E-Bl 5.34E+ll4 3.65B-llll 5.33E+lil4 5.19E+llll THIS IS A DRILL

THIS IS A DRILL

• Scenario RMS-127 RMS-129 GW-llll GW-111J2 GW-130-1 GW-131/l-l GW-131/l-2 GW-130-2 GW-122 Time R/hr R/hr CPH CPH uci/cc uci/aec .uCi/cc uCi/eec mR/hr 12:50 7,41ilE+lll3 7.41ilE+lilJ 4,41ilE+lll6 4,B9E+lil6 3,67E-llll 5.37E+lil4 3.67E-lill 5,36E+lll4 5,22E+lillil 12:51 7,47E+lll3 7.47E+lll3 4.42E+IIJ6 4,91E+lil6 3.69E-lill 5.41ilE+04 3,69E-llll 5.3BE+lll4 5,25E+lil0 12:52 7,54E+lll3 7,54E+lil3 4.44E+lll6 4,93E+lil6 3. 711JE-llll 5.42E+lil4 3,71ilE-llll 5.41E+lll4 S.27E+lillll 12:53 7,61ilE+lil3 7.61ilE+lll3 4,45E+06 4.9SE+lil6 J, 71E-llll S.43E+04 3, 71E-"'1 S.42E+lll4 S.2BE+lilll 12154 7.67E+03 7.67E+ll3 4,46E+06 4.96E+ll6 3.72E-lill S.44E+04 3,72E-llll 5.43E+lll4 5,31ilE+lil0 12:55 7.73E+lllJ 7.7JE+03 4.47E+lll6 4.96E+06 J.73E-ill 5.45E+04 J.7JE-lill 5.44E+04 5,31ilE+lilllJ 12:56 7.79E+03 7.79E+lll3 4,47E+IIJ6 4,97E+lll6 J,73E-11Jl S.46E+lll4 3.7JE-llll 5.44E+04 5. JlE+llllll 12157 7.B5E+lll3 7.B5E+IIJ3 4.47E+lll6 4.97E+lll6 J.73E-llll 5. 46E+lll4 J. 7 JE-llll 5.44E+lll4 5,JlE+llllil 12 :SB 7. 911lE+lll3 7.911lE+lll3 4.47E+lll6 4,96E+lll6 J.73E-ill 5.45E+lll4 J.7JE-llll 5,44E+lll4 5.JlllE+llllll 12159 7,96E+03 7.96E+lll3 4.46E+lll6 4.96E+06 J.72E-llll S.44E+IIJ4 3.72E-llll 5.43E+04 5.30E+llllll 13:llllll B.lillE+lll3 B. llllE+lllJ 4.45E+lll6 4,95E+lll6 3.71E-llll 5.43E+lll4 3.71E-llll 5.42E+lil4 5.29E+llllll 13:1111 8. lll7E+lll3 B.07E+03 4.44E+lll6 4.93E+IIJ6 3, 71/lE-ill 5.42E+lll4 3. 71ilE-llll 5,41E+lll4 5.27E+llllll 13:02 8.12E+lll3 8.12E+IIJ3 4.43E+IIJ6 4.92E+ll6 3.69E-01 5,40E+04 3.69E-llll S.39E+ll4 5 .26E+lll11J 1311/lJ B.17E+lll3 8.17E+lll3 4.41E+lll6 4.90E+lll6 3,68E-llll S.39E+e4 3.6BE-llll S.37E+lll4 5.24E+llllil 13:04 B.21E+lll3 B.21E+lll3 4.41ilE+lil6 4,B8E+lil6 3.67E-llll 5.36E+lil4 3. 67E-01 5.35E+lil4 5 .22E+llllll 13:lllS B,26E+lll3 B.26E+lil3 4.3BE+lll6 4.86E+06 3 ,65E-11Jl 5.34E+lll4 3.65E-llll 5, 33E+lll4 5 .19E+llllll 13111l6 8.31E+lil3 8.31E+IIJ3 4.36E+06 4.84E+lll6 3,63E-lill 5, 32E+lil4 3.63E-lill 5.30E+lll4 5.17E+lillll 13:lll7 8.35E+lll3 8.35E+lil3 4,33E+IIJ6 4.81E+IIJ6 3.61E-lill 5,29E+B4 3.61E-lill S.28E+lll4 5 .14E+lillil 13:08 8.39E+03 8,39E+03 4.31E+lll6 4.79E+e6 3. 59E-llll S.26E+lil4 3,59E-llll 5.25E+lll4 5,llE+llllll 13:lil9 B,43E+lll3 8.43EHl3 4.28E+ll6 4.76E+lll6 3.57E-llll 5.23E+lll4 3.57E-llll 5.22E+lll4 S.lllBE+llllll 13 I llll B,47E+lll3 8.47E+lll3 4.26E+lll6 4.73E+lll6 3.SSE-llll 5 .19E+lll4 3.SSE-llll 5,18E+04 5, 05E+lillil 13: ll 8.51E+lllJ 8,SlEHlJ 4.23E+ll6 4. 71lE+lll6 J.53E-llll 5.16E+lll4 3 .53E-01 5.15E+ll4 S.ll2E+lillil 13112 8.55E+lllJ 8.55E+ll3 4.21lE+ll6 4.66E+lll6 3,51/lE-lill 5.12EHl4 3.51/lE-llll 5, 11E+ll4 4, 98E+lllll 13:13 8.59E+lil3 8.59E+ll3 4,17E+ll6 4.63E+lil6 J, 48E-ill 5. lll9E+ll4 3.48E-lll 5. ll8E+04 4.95E+lllll 13:14 8.62E+lll3 8.62E+ll3 4.14E+lll6 4.61lE+ll6 3.45E-lll 5,lll5EHl4 3,45E-llll 5.ll4E+ll4 4.91E+lllll 13:15 8.66E+lll3 B.66E+03 4.11E+lll6 4.56E+lll6 3, 42E-lill 5, lillE+ll4 3.42E-llll 5.lillilE+04 4, 87E+lillil 13:16 1 8,69E+ll3 8.69E+ll3 4.IIJ7E+06 4.52E+ll6 3,411JE-1111 4 .97t+lil4 3, 41ilE-lll 4.96E+04 4 .83EHl0 13:17 B,73E+03 A. 711':+lll3 4 .IIJ4E+ll6 4.49E+lll6 J,37E-lill 4,93E+ll4 J. J7E-llll 4.92E+lll4 4.79E+lll0 13:18 8, 76E+lil3 8.76E+lil3 4 ,lilllE+lil6 4.4SE+lil6 3.34E-lill 4.B9E+ll4 J.34E-llll 4.88E+lll4 4. 75E+lillil 13:19 8.79E+ll3 8.79E+ll3 J.97E+lil6 4.41E+lil6 J,JlE-IU 4, 84E+lil4 J, 31E-llll 4.8JE+ll4 4. 71E+lillll 13:20 8.82E+ll3 8.82E+ll3 3,93E+lil6 4.37E+lil6 3 ,28E-lill 4, 811lE+ll4 3,28E-lill 4.79E+lil4 4.67E+lil0 13:21 B.85E+ll3 8.85B+lll3 J. 91lE+lll6 4.33E+ll6 3.2SE-llll 4.76E+ll4 3,25E-llll 4. 75E+ll4 4.63E+llll 13:22 8,8BE+ll3 8.BBE+IIIJ 3.86E+ll6 4,29E+lil6 3 .22E-llll 4, 71E+ll4 3.22E-lll 4.71lE+ll4 4. 5BE+lilll 13:23 B.9111E+ll3 B,91ill+ll3 J.82E+06 4.2SE+ll6 3, 19E-lll 4.67E+ll4 3.19E-01 4.66E+lil4 4, 54E+lllll 13:24 B.93E+IIIJ B. 9~.E+ll3 3.79E+ll6 4.21E+06 J.16E-01 4, 62E+"4 3.16E-lll 4.61E+04 4,50E+H THIS IS A DRILL

THIS IS A DRILL

• Scenario RMS-127 RMS-128 GW-11111 GW-lil2 GW-13111-1 GW-13111-1 GW-13111-2 GW-1311l-2 GW-122 Time R/hr R/hr CPM CPM uci/cc uCi/11ec uci/cc uCi/sec mR/hr 13:25 8.96E+IIIJ 8.96E+lil3 J. 75E+ll16 4 .17EHl6 J.lJE-1111 4.58E+lil4 J.lJE-1111 4.57E+lil4 4.45E+lillll 13126 8.98E+lil3 8.9BB+lil3 3. 71E+lll6 4 .12E+il6 3. llllE-01 4.53E+lll4 3. HIE-1111 4.52B+lll4 4.41E+IIIIII 13127 9. llllE+M L 9. 1111B+l1l3 3.67B+lll6 4.ll8E+lil6 J.06E-lll 4.48E+lll4 3.1116E-1111 4.47B+lll4 4.36EHIIII 13:28 9 .1113E+ll3 9.1113E+fll3 3.64E+lll6 4.1114E+lll6 3.1113E-1111 4.44E+lll4 3.1113E-11ll 4.43B+lil4 4.32E+lillll 13129 9.lil5E+lll3 9.lil5E+lll3 3.6111E+lll6 4 .lll111E+lil6 3.llllilE-llll 4.39E+lll4 3 .1110E-1111 4.38E+lll4 4 .27E+lillll 13: 3111 9. lil8E+lll3 9 .1118B+lll3 3.56E+lll6 3.95E+lll6 2.97B-1111 4.34E+lll4 2.97E-1111 4.33E+1114 4.22EHllll 13131 9.1111E+lll3 9.llill!:+1113 3.51E+ll6 3.9111E+lil6 2.93E-1111 4.29E+lll4 2.93E-llll 4.28E+lll4 4. l 7E+llllil 13132 9.l2E+lll3 9.l2E+lll3 3.46E+lll6 3.8SB+lll6 2.89E-1111 4.23E+lll4 2.89E-1111 4.22E+lil4 4. llE+llllil 13133 9 .14E+lil3 9 .14E+r113 3.41E+lll6 3.79E+lll6 2.84E-lll 4.16E+lll4 2.84E-1111 4.15E+lll4 4.lil5E+lillil 13134 9.16E+lll3 9.HE-LIIIJ 3.35E+lll6 3.72EH'.16 2. 811lE-1111 4.1119E+lil4 2. BlilE-1111 4.lil8B+lll4 J. 98E+lillil 13135 9.18E+lll3 9.18E+lil3 3.29E+lil6 3.66E+lll6 2.74E-1111 4 .lll2E+lll4 2.74E-llll 4.1111E+lil4 3.91E+IIIIII 13136 9.2111E+lil3 9. 21ilE+lll3 3.23E+lll6 3.58E+lll6 2.69E-llll 3.94E+lll4 2.69E-llll 3.93E+lil4 3.83E+lillll 13137 9.22E+lll3 9.22BHl3 3.16E+lll6 3.51E+lil6 2. 64E-1111 3.86E+lll4 2.64E-lill 3.85E+lil4 3.75B+IIIIII 13138 9.24E+lll3 9.24E+lll3 3.1119E+lll6 3.44E+lll6 2.58E-1111 3.78E+lll4 2.SBE-lill 3.77E+1114 3.67E+IIIIII 13139 9.25E+lll3 9.25E+lll3 3.1112E+lll6 3.36E+lll6 2.52E-1111 3.69E+lll4 2.52E-llll 3.68E+lll4 3.59E+IIIIII 13:41l 9.27B+ll3 9.27B+lil3 2.96B+ll6 3.28E+lil6 2.46B-lill 3.61E+lil4 2.46E-1111 3.61ilE+lil4 3.51E+lillll 13141 9.29E+lll3 9.29E+lll3 2.8BE+lll6 3.21ilEHl6 2. 41E-1111 3.52E+lll4 2.41E-1111 3.51B+lll4 3. 42E+lillil 13142 9.3111E+lll3 9. 31ilE+lil3 2.81E+lll6 3.13E+lll6 2.35E-1111 3.43E+lll4 2.35E-1111 3.43E+lil4 3. 34E+IIIIII 13143 9.32E+lil3 9.32E+lil3 2.74E+lll6 3. IIISE+lll6 2.29E-1111 3.35E+lll4 2.29E-1111 3.34E+lll4 3.26E+IIIIII 13144 9.34E+lil3 9.34E+lll3 2.67E+lll6 2.97E+lll6 2.23E-1111 3.26E+lll4 2.23E-1111 3.26E+lll4 3.17E+IIIIII 13:45 9.35E+lll3 9.35E+lll3 2.61ilE+lil6 2.89E+lll6 2. l 7E-1111 3 .18EHl4 2.17E-lill 3.17B+lll4 3.1119B+IIIIII 13146 9.37E+lll3 9.37B+lll3 2.53E+lll6 2. 82E+ll6 2. llE-llll 3.1119E+lll4 2. llE-1111 3.lil9E+lil4 3.lillE+IIIIII 13147 9.39B+lll3 9.39E+lll3 2.47E+ll6 2.74E+ll6 2.1116E-1111 3. lillE+lll4 2 .1116E-1111 3.IIIIIIB+lll4 2. 93E+IIIIII 13148 9. 41E+lll3 9.4111B+lil3 2. 411lE+lll6 2.66E+lll6 2 ."'1E-lill 2.93E+lil4 2. lillllE-1111 2.92E+lil4 2. 85E+IIIIII 13149 9.42E+lil3 9.42E+lll3 2. 33E+ll6 2.59E+lll6 1. 94E-lill 2.84E+lil4 1. 94E-lill 2.84B+lll4 2. 77E+IIIIII 13:5111 9.44E+lll3 9.44E+lll3 2.26E+lll6 2.52E+lll6 1. 89E-1111 2.76E+lll4 1. 89E-lill 2.76B+lil4 2. 69E+llllll 13151 9.46E+lil3 9.46E+lll3 2.2111E-l1116 2.44E+lll6 1. 83E-lill 2.68EHl4 1. 83E-llll 2.68E+lll4 2.6".I.E+llllll 13:52 9.47E+lll3 9.47E+lll3 2.14E+lll6 2.37E+lll6 l.78E-1111 2.61E+lll4 1.78E-1111 2.611JB+lll4 2.54E+lllll 13153 9.49E+lil3 9.49B+lll3 2.1117E+lil6 2.3111E+lll6 1.73E-1111 2.53E+lll4 1. 73E-llll 2.53B+lil4 2.46E+lillil 13154 9.51E+lil3 9.51B+lil3 2.1111EHl6 2.24E+lil6 1. 68E-1111 2.46E+lil4 1. 68B-lill 2.45B+ll4 2.39B+lillil 13155 9. 52E+ll3 9.52B+lil3 1.95B+lll6 2.17E+lll6 l.63E-1111 2.38E+lll4 1. 63E-lill 2.38B+lll4 2 .32E+IIIIII 13156 9.54E+lll3 9.54B+lll3 1.89B+lll6 2. llllE+lll6 1.58E-"1 2.31E+lll4 1.SBE-llll 2.31B+lll4 2. 25E+llllll 13:57 9.56E+lll3 9.56E+lll3 1. 84E+ll6 2. lll4E+lll6 1.53B-1111 2.24E+lll4 1. 53E-lill 2.24E+lll4 2.lBEHllil 13:58 9.57E+lll3 9.57E+lll3 l.78E+lil6 1.98E+lll6 l.49E-llll 2.17E+lll4 1. 49B-lill 2.17E+lil4 2. llE+lillil 13:59 9.59E+lll3 9.59E+lil3 1. 73E+lll6 1. 92E+lll6 1. 44E-lill 2 .11E+lll4 1. 44E-1111 2 .1111B+lil4 2.1115E+llllll THIS IS A DRILL

THIS IS A DRILL

• Scenario RMS-127 RMS-128 GW-11111 GW-11112 GW-13111-1 GW-13111-1 G'if-13111-2 G'if-130-2 G'if-122 Time R/hr R/hr CPM CPM uci/cc uci/ .. ec uCi/cc uCi/sec mR/hr 14:llllil 9.61E+ll3 9.61E+ll3 1. 67E+ll6 1. 86E+ll6 l.41i1E-lll 2. ll4E+ll4 1. 41lE-ll l 2.ll4E+ll4 1. 99E+ll!IJ 141 "1 9.62E+ll3 9.62E+ll3 1.62E+ll6 l.81lE+ll6 1. 35E-lll 1. 98E+ll4 1.35E-lll 1.97E+lil4 1. 92E+lillll 14:lil2 9.64E+lil3 9.64E+ll3 1.57E+lil6 1.75E+lll6 1. 31E-lll 1. 92E+lil4 l.31E-lill 1. 91E+ll4 l.86E+llllll 14:113 9.66E+l1J3 9.66E+lil3 1.52E+ll6 1. 69E+lil6 1.27E-lll 1. 86E+lil4 1.27E-1111 1. 85E+lil4 l.BlE+lllil 14:lil4 9. 67E+lll3 9.67E+lll3 1. 47E+lll6 1. 64E+lll6 l.23E-lll 1.8111E+ll4 1.23E-lll 1. 81lE+ll4 1. 75E+ll!IJ 14:lilS 9. 69E+lll3 9.69E+ll3 1. 43E+lil6 1.59E+ll6 1.19E-lll 1. 74E+lll4 1.19E-llll 1. 74E+lll4 1. 69E+lillll 14:lil6 9. 71E+ll3 9. 71E+l1J3 1. 38E+ll6 1. 54E+lll6 l.15E-11Jl 1.69E+ll4 1.15E-llll l.68E+lll4 1. 64E+llllll 14:lil7 9.72E+lil3 9. 72E+lil3 1. 34E+lil6 l.49E+lil6 1.12E-llll l.63E+lil4 1.12E-llll 1. 63E+lil4 1. 59E+llllll 14:lilB 9.74E+lil3 9.74E+lil3 1.31i1E+lil6 1.44E+lil6 l.lil8E-llll 1.58E+lll4 l. lll8E-llll 1. 5BE+lll4 1. 54E+llllll 14:lil9 9.76E+lil3 9.76E+ll3 1.26E+ll6 1. 39E+lil6 1. lil5E-llll 1. 53E+lil4 1.1115E-llll 1.53E+lll4 1. 49E+llllll 14:llil 9. 77E+lll3 9.77E+lil3 l.21E+lll6 l.35E+lll6 l. lillE-1111 1.4BE+lll4 1. llllE-1111 1. 48E+lll4 l.44E+llllll 141 ll 9.79E+lll3 9.79E+lil3 1.18E+lll6 1. 31E+06 9.SlE-1112 1. 43E+ll4 9.SlE-1112 l.43E+lll4 1.41i1E+llllll 14:12 9.81E+lll3 9.81E+ll3 l.14E+lll6 l.26E+lil6 9.49E-lil2 1. 39E+lil4 9.49E-lll2 1. 39E+lil4 l.35E+lll0 14:13 9.82E+lilj 9. B2E+lll3 1. llilE+lll6 l.22E+lll6 9.18E-lll2 1.34E+lll4 9.18E-lll2 1. 34E+lll4 l.31E+lillil 14:14 9.B4E+lil3 9.84E+lil3 1.lil7E+lll6 l.1BE+lll6 8.89E-ll2 1.31ilE+lll4 8.89E-lil2 1. 31ilE+lll4 1.26E+llllll 14:15 9. B6E+lll3 9.86E+lil3 l. lil3E+lll6 l.15E+lll6 B.61i1E-lll2 l.26E+lil4 8.61i1E-lil2 l.26E+lil4 l.22E+llllll 14:16 9.87E+lll3 9.87E+lll3 9.98E+lil5 1.11E+lll6 B.32E-lll2 l.22E+lll4 8.32E-lll2 l.21E+lil4 l .18E+lillll 14:17 9. 89E+lll3 9.89E+lil3 9.65E+ll5 1. lll7E+lll6 8 .llSE-02 l.18E+lil4 8. IIJSE-02 1.18E+lil4 1.lSE+llllll 14:18 9. 91E+lil3 9.91E+lil3 9.34E+lll5 1.1'14E+ll6 7.79E-lll2 1.14E+lil4 7.79E-lil2 1.14E+lll4 1. llE+llllll 14:19 9.92E+lil3 9.92E+lil3 9 .lil4E+ll5 1.lillilE+lil6 7.53E-lil2 1. llilE+lll4 7.53E-lil2 1. lllE+lll4 l.lll7E+llllil 14:2111 9.94E+lil3 9.94E+lil3 8.74E+lil5 9.71E+lll5 7.29E-02 1. 07E+ll4 7.29E-lil2 1. lll6E+lil4 1.C'4E+llllll 14:21 9.96E+lil3 9.96E+lil3 8.45E+lll5 9.39E+lll5 7 .lilSE-02 1. lil3E+ll4 7.llSE-1112 l. lll3E+lil4 1.lllilE+llllll 14122 9.97E+lil3 9.97E+lil3 8.18E+lil5 9.ll8E+lil5 6. 82E-lll2 9.98E+lil3 6.82E-lil2 9.95E+lil3 9.711lE-llll 14:23 9.99E+lil3 9.99E+lil3 7.91E+lll5 8.78E+lil5 6.59E-lll2 9.6SE+lll3 6.59E-lll2 9. 6 3E+lll3 9.39E-llll 14:24 1.llllE+lil4 1.llllllE+lil4 7.65E+IIJS 8. SIIIE+lilS 6.3BE-lll2 9.33E+lil3 6.JBE-1112 9.31E+lll3 9. lllBE-llll 14:25 1. llllilE+lil4 l.llllllE+lil4 7. 411lE+lil5 8.22E+ll5 6.17E-lll2 9. lll3E+ll3 6.17E-lil2 9. lll1E+ll3 8.7BE-llll 1 7 .16E+ll5 7.95E+l1JS S.97E-ll2 8. 73t+lil3 S.97E-lil2 B. 71E+lll3 8.49E-lll 14: 26 1. llllJE+lil4 1.llllE+lil4 14:27 1.lil1E+lil4 1. ll1B+lil4 6. 92E+lil5 7.68E+ll5 S.77E-lil2 8.44E+lil3 5. 77E-1112 B.42E+lil3 B.21E-lill 14128 l. lil1E+lil4 1.ll1E+lil4 6.69E+lil5 7.43E+lil5 S.58E-lll2 8.16E+lil3 5.SBE-02 8.15E+lil3 7.94E-lll 14:29 l. lil1E+lil4 1. ll1E+lil4 6.47E+lil5 7.19E+lil5 S.39E-lil2 7.89E+l1J3 S.39E-lll2 7.8BE+lll3 7 .6BE-llll 14: 31il 1.lll1E+lll4 1. lll1E+lil4 6.26E+lil5 6.95E+lil5 S.22E-lll2 7.63E+lil3 S.22E-lll2 7.62E+lll3 7 .42E-llll 14: 31 1. lillE+lll4 1.lil1E+lil4 6. IIJ3E+lil5 6.69E+lil5 S.lll2E-lil2 7.3SE+lil3 S. lil2E-1112 7.33E+lll3 7.lSE-1111 14:32 1.UE+IIJ4 l.lillE+ll4 5.7BE+lil5 6.42E+lil5 4.B2E-lll2 7. IIISE+lll3 4.B2E-1112 7 .1113E+ll3 6.B6E-llll 14:33 1.1112E+1114 1. lil2E+lil4 5. 53E+ll5 6 .14E+IIJ5 4.61E-lil2 6.74E+lil3 4.61E-02 6.73E+IIJ3 6.56E-lill 14:34 1. lil2E+ll4 l. ll2E+lil4 5.27E+lil5 5.BSE+05 4.39E-lil2 6.42E+lil3 4.39E-1112 6.41E+lil3 6 .25E-1111 THIS IS A DRILL

THIS IS A DRILL

• Scenario RMS-127 RMS-128 GW-Hll GW-Hl2 GW-131il-l GW-130-1 GW-131il-2 GW-131il-2 GW-122 Time R/hr R/hr CPH CPH uCi/cc uCi/eec uCi/cc uCi/eec mR/hr 14135 l.lil2E+lil4 l.lil2E+ll4 5.lillE+lil5 5.56E+lil5 4.17E-lil2 6 .11E+ll3 4.17E-lil2 6.ll9E+ll3 5.94E-lll 14:36 l.ll2E+ll4 l.lil2E+lil4 4.75E+lll5 5.27E+lil5 3.96E-ll2 5.79E+ll3 3.96E-ll2 5.78E+ll3 5.63E-lll 14:37 1.ll2E+lil4 l.ll2E+ll4 4.49E+lil5 4.99E+lll5 3.75E-lil2 5.48E+ll3 3.75E-lil2 5.47E+lil3 5.33E-lill 14138 l. lll2E+lil4 l.ll2E+lil4 4.24E+lll5 4.71E+05 3.54E-lil2 5.17E+ll3 3.54E-lil2 5 .16E+lil3 5. lil3E-01 14139 l.ll3E+ll4 l.lil3E+ll4 4.lillilE+lil5 4.44E+lil5 3.33E-IIJ2 4.88E+ll3 3.33E-lil2 4.87E+lil3 4.74E-lill 14141il 1. lil3E+lil4 l. lil3E+ll4 3.76E+ll5 4.18E+ll5 3.14E-lil2 4.59E+lil3 3.14E-lil2 4.58E+lil3 4.46E-lll 14141 l.ll3E+lil4 l. ll3E+ll4 3.54E+lil5 3.93E+ll5 2.95E-lil2 4.31E+lil3 2.95E-lil2 4. 31ilE+lil3 4.19E-lll 14142 l. lil3E+lil4 l.lil3E+lil4 3.32E+lil5 3.68E+lil5 2.76E-lil2 4.lil5E+lil3 2.76E-lil2 4.lil4E+lil3 3.93E-lll 14143 l.llllE+lil4 l.lillilEHl4 3.11E+lil5 3.45E+lil5 2.59E-1112 3.79E+ll3 2.59E-lil2 3.7BE+lil3 3.69E-lill 14144 9.75E+lil3 9.75E+ll3 2. 91E+lil5 3.23E+lil5 2.42E-lil2 3.55E+lil3 2.42E-lil2 3.54E+lil3 3.45E-lill 14145 9.52E+lil3 9. 52E+lil3 2.72E+lil5 3. lil2E+05 2.27E-ll2 3.31E+lil3 2.27E-ll2 3. 31E+lil3 3.22E-lill 14146 9.31E+lil3 9.31E+lil3 2.54E+lil5 2.BlE+lil5 2 .11E-ll2 3. lil9E+lil3 2.11E-lil2 3.lil9E+lil3 3. lillE-lill 14147 9 .11E+lil3 9 .11E+lil3 2.36E+lil5 2.62E+lil5 l.97E-ll2 2.BBE+lil3 1. 97E-ll2 2.B7E+lil3 2. BllE-lill 14148 8.94E+lil3 B.94E+lil3 2.21ilE+lil5 2.44E+ll5 1. 83E-lil2 2.6BE+lil3 l.83E-ll2 2.67E+lil3 2. 61lE-01 14149 8.7BE+03 B.78E+IIJ3 2. 04E+05 2.26E+05 1. 70E-lil2 2.4BE+03 1. 70E-lil2 2.4BE+03 2.42E-01 14:50 B.64E+lil3 B.64E+03 l.89E+05 2. llilE+05 1. 57E-02 2.31lE+03 1. 57E-ll2 2.31lE+lil3 2.24E-01 14151 B.51E+03 B.51E+03 l.75E+05 l.94E+lll5 l.46E-11J2 2.13E+ll3 l.46E-02 2.13E+03 2.IIIBE-1111 14152 B.39E+03 8.39E+03 1. 62E+lll5 1. BllE+05 1. 35E-lil2 l.97E+lil3 l.35E-lil2 l.97E+lil3 l.92E-01 14153 B.29E+03 B.29E+03 1. 51lE+05 l.66E+05 l.25E-02 1.B3E+03 1. 25E-02 1. B2E+03 1. 7BE-0 l 14154 8.19E+lil3 B.19E+03 l.39E+05 1. 53E+05 l.15E-lll2 1. 69E+03 l.15E-ll2 l. 6BE+03 l. 64E-01 14155 B. llilE+lil3 8. lllE+lil3 l.2BE+lil5 l.42E+lil5 l.ll6E-02 l. 56E+lil3 l. lil6E-lil2 l. 55E+lil3 l.51E-01 14:56 8.lil2E+lil3 B.lil2E+lil3 l.18E+lil5 l.31E+lil5 9. BlE-lil3 1. 44E+lil3 9.81E-lil3 l.43E+lil3 l.41ilE-01 14157 7.95E+lil3 7.95E+lil3 l.lil9E+lil5 l.21ilE+lil5 9.ll4E-lil3 1. 32E+lil3 9. lil4E-lil3 l.32E+lil3 l.29E-lll 14158 7.89E+lil3 7.89E+lil3 l.lillilE+IIIS l .11E+05 8. 33E-lil3 1. 22E+lil3 8.33E-lil3 l.22E+03 l.19E-lill 14159 7.83E+03 7.83E+03 9.23E+04 l.lil2E+lil5 7.67E-lil3 l.12E+lil3 7.67E-lil3 l.12E+lil3 l. lil9E-01 15:lillil 7. 77E+lil3 7. 77E+lil3 B.SlilE+lll4 9.41ilE+lil4 7. lilSE-1113 l. lil3E+lil3 7. lil5E-lil3 l. lil3E+lil3 l.lillilE-lill 15111ll 7. 72E+lil3 7. 72E+lil3 7 .82E+'IIJ4 8. 64E+el4 6.49E-11JJ 9.49E+02 6.49E-lil3 9.47E+lil2 9 .2!E-lll2 lS I lil2 7.6BE+lil3 7.6BE+lil3 7.19E+lil4 7.95E+lil4 5.97E-lil3 B.73E+lil2 5.97E-lil3 8. 71E+lil2 B.49E-lil2 1511il3 7.64E+lil3 7.64E+lil3 6.61E+lil4 7. 31ilE+lil4 5.4BE-lil3 B. lil2E+lil2 5.4BE-lil3 B.lillilE+lil2 7. BlilE-lil2 15:lil4 7.61ilE+lil3 7.61ilE+llJ 6. lilBE+lil4 6. 71E+lil4 5. 04E-lil3 7.37E+lil2 S.04E-lil3 7.35E+lil2 7.17E-lil2 1511115 7.56E+ll3 7.56E+lil3 S.SBE+lil4 6.16E+lil4 4.62E-lil3 6. 77E+lil2 4.62E-lil3 6.7SE+lil2 6. 5BE-lil2 1511il6 7.53E+lil3 7. s:;E+lll3 S.13E+ll4 S.66E+04 4.25E-lil3 6.21E+02 4.25E-lil3 6.21ilE+lil2 6. lil4E-lil2 1511il7 7.50E+lll3 7. 511JE+lil3 4. 71E+lil4 5 .19E+ll4 3.90E-ll3 5. 71ilE+ll2 3.911lE-lil3 5.69E+lil2 5.55E-02 15108 7.47E+ll3 7.47E+ll3 4.33E+m4 4. 76E+lil4 3.57E-IIJ3 5.23E+lil2 3.57E-lil3 5.22E+lil2 5.lil9E-lil2 151119 7.45E+lil3 7.45E+ll3 J.97E+ll4 4.37E+ll4 3.28E-ll3 4. BllE+lil2 3.2BE-ll3 4.79E+ll2 4.67E-ll2 THIS IS A DRILL

THIS IS A DRILL

• Scenario RHS-127 RHS-128 GW-11111 GW-11112 GW-13111-1 GW-13111-1 GW-13111-2 GW-13111-2 GW-122 Time R/hr I R/hr CPM CPM uci/cc uCi/eec uCi/cc uCi/eec mR/hr 15: 1111 7.42E+lll3 7.42E+03 3.64E+lll4 4.IIIIIIE+lll4 3. llllE-1113 4. 4111E+lll2 3.llllE-1113 4.39E+lll2 4.28E-02 15111 7.UE+lil3 7. 4111E+ll3 3.34E+ll4 3.67E+lll4 2.76E-ll3 4.1113E+02 2.76E-ll3 4.02E+lll2 3.92E-02 15:12 7. 38E+lll3 7 .38F-+-1113 3.07E+lll4 3.36E+lll4 2.SJE-1113 3.69E+lll2 2.SJE-1113 3.69E+lll2 3. 59E-1112 15: 13 7. 36E+lll3 7.36E+lll3 2.81E+ll4 3.IIIBE+ll4 2.JlE-1113 3.39E+lll2 2.31E-lll3 3.38E+lll2 3.29E-1112 15114 7.34E+ll3 7.34E+ll3 2.58E+lll4 2.82E+lll4 2.12E-lll3 3.1111E+lll2 2.12E-lll3 3.lll9E+lll2 3.lll2E-lll2 15:15 7.33E+lll3 7.33E+lll3 2.37E+lll4 2.58E+lll4 l.94E-lll3 2.84E+lll2 l.94E-1113 2.83E+lll2 2.76E-lll2 15116 7.31E+lll3 7.31E+lll3 2.17E+lil4 2.37EHl4 1.78E-lll3 2.61ilE+02 l.78E-1113 2.59E+lll2 2.SJE-1112 15:17 7. 31ilE+lil3 7. 311lE+lll3 1.97E+lll4 2.14E+ll4 1. 61E-lil3 2.36E+lll2 l.61E-1113 2.35E+lll2 2.29E-1112 15118 7.2BE+lll3 7.28E+lll3 1.79E+ll4 l.94E+ll4 1. 46E-1113 2.13E+lll2 1.46E-1113 2.13E+lll2 2. lil8E-lll2 15:19 7.27E+lll3 7.27E+IIJ3 1.62E+lil4 1. 76EHl4 1. 32E-1113 1. 93E+lll2 1. 32E-1113 1.93E+lll2 1. 88E-1112 1512111 7.26E+lll3 7.26E+lll3 1.4BE+lll4 l.59EHl4 l.2111E-1113 1.75E+lll2 1.21lE-1113 1. 75E+lll2 l. 7111E-lll2 15121 7.24E+lll3 7.24E+lll3 1. 34E+lll4 1. 44E+lll4 l .lilBE-1113 1.59E+lll2 1.IIIBE-1113 1. 58E+lll2 1.54E-1112 15:22 7.23E+lll3 7.23E+lll3 1.22E+lll4 1. 31E+lll4 9.83E-1114 1. 44E+lll2 9.83E-04 1. 43E+lll2 1. 40E-1112 15:23 7.22E+ll3 7.22E+03 1. llE+lll4 l.19E+04 8.9111E-04 1. 30E+02 8.90E-04 l. 30E+lll2 1.27E-lll2 15:24 7.21E+lll3 7.21E+03 1.llllE+ll4 l.llJ7E+ll4 8. ll7E-lll4 1.18E+02 8. lll7E-lll4 l.l8E+02 l.l5E-02 15:25 7.20E+03 7.20E+03 9.l6E+lll3 9.73E+03 7.JlE-1114 1.1117E+lll2 7.JlE-1114 l .1117E+lll2 l .1114E-1112 15126 7.19E+lll3 7.19E+lll3 8.34E+ll3 8.82E+ll3 6.62E-1114 9.69E+llll 6.62E-1114 9.67E+llll 9.42E-1113 15127 7.l8E+lll3 7.l8E+lll3 7.59E+B3 7.99E+lll3 6.IIIIIIE-1114 8.78E+llll 6.IIIIIIE-1114 8.76E+llll 8.54E-lil3 15128 7.17E+lll3 7.17E+lll3 6.92E+lll3 7.24E+lll3 5.43E-1114 7.95E+llll 5.43E-1114 7.93E+llll 7.73E-1113 15129 7.16E+lll3 7.16E+lll3 6.3111E+lll3 6.56E+lll3 4.92E-1114 7.2111E+llll 4.92E-1114 7.19E+llll 7. llllE-1113 15:3111 7 .15E+lll3 7.15E+lll3 5.75E+lll3 5.94E+lll3 4.46E-1114 6.53E+llll 4.46E-04 6. 51E+llll 6.35E-lil3 15131 7.14E+lll3 7.14E+lll3 5.25E+03 5.38E+03 4.ll4E-lll4 5.91E+llll 4.04E-lil4 5. 90E+llll 5.75E-03 15:32 7.13E+lll3 7.13E+lll3 4.79E+lll3 4.88EHl3 3.66E-04 5.36E+llll 3.66E-04 5.35E+llll 5.21E-1113 15133 7.12E+03 7.12E+03 4.3BE+ll3 4.42E+03 3.32E-04 4.85E+lill 3.32E-1114 4.84E+lll 4.72E-1113 15:34 7 .12E+lll3 7.12E+ll3 4. lllllE+lll3 4.ll0E+lll3 3.lllE-04 4.4111E+llll 3.lllE-1114 4.39E+llll 4.28E-lil3 15135 7.11E+lll3 7 .11E+lll3 3.66E+lll3 3.63E+lil3 2. 72E-04 3.98E+lll 2. 72E-1114 3.98E+llll 3.88E-03 151 36
• 7.UEH'l3 7. lllE+lll3 3.36E+ll3 3.29EHl3 2.47E-lll4 3.61~+1111 2.47E-1114 3.6111E+llll 3.51E-lil3 15:37 7.lll9EHl3 7 .lll9E+lll3 3. lil8E+lll3 2.98E+lll3 2.24E-lil4 3.27E+llll 2.24E-1114 3.26E+llll 3.18E-lll3 15138 7. lll8E+lll3 7 .lil8E+lll3 2.83EHl3 2. 71ilE+lll3 2.lil3E-IIJ4 2.96E+lill 2 .1113E-lll4 2.96E+llll 2.88E-1113 15139 7 .1118E+lll3 7. IIIBE+lll3 2. 6111E+lll3 2.44E+lil3 1.83E-1114 2.68E+llll l.83E-114 2.68E+llll 2.61E-1113 15:4111 7 .1117E+lll3 7 .1117E+lll3 2.39E+lll3 2.21E+lll3 1. 6 6E-lll4 2.43E+llll 1. 66E-lll4 2.43E+llll 2. 37E-1113 15:41 7. lll6E+lll3 7.lil6E+lll3 2.21E+ll3 2.1111E+lll3 1. 51E-04 2.2111E+llll 1. 51E-lil4 2.211lE+llll 2.14E-lll3 15:42 7 .1115E+lll3 7.lll5E+ll3 2 .1114E+lll3 l.82E+lll3 1. 36E-lll4 2.llllllE+llll 1. 36E-1114 l. 99E+llll l.94E-1113 15:43 7. lllSE+lllJ 7.1114E+lll3 l.88E+IIIJ 1. 65E+lll3 1. 24E-114 l.BlE+llll l.24E-1114 1. BBE+llll 1. 76E-1113 15:44 7. lll4E+lll3 7. lll4E+ll3 1. 74E+lll3 1. 49E+lll3 l.12E-lll4 l. 64E+lll 1.12E-04 1.64E+llll 1. 59E-lil3 THIS IS A DRILL

THIS IS A DRILL

• Scenario RMS-127 RMS-128 GW-101 GW-llll2 GW-1311l-l GW-1311l-l GW-1311l-2 GW-1311l-2 GW-122 Time R/hr R/hr CPM CPM uci/cc uCi/eec uCi/cc uCi/eec mR/hr 15145 7. lllJE+lll3 7. lll3E+lil3 l.62E+lil3 1. 35E+lll3 l.lillE-lll4 l.48E+llll l. lllE-04 1. 48E+lll 1. 44E-03 15146 7.02E+lll3 7. lll2E+e3 l.50E+lll3 l.22E+03 9.19E-05 1. 35E+lll 9.19E-05 1. 34E+lll 1. 31E-ll3 15:47 7.ll2E+ll3 7.02E+lll3 l.41lE+lll3 l .11E+03 8.JJE-05 1. 22E+lll 8.JJE-05 l.22E+lll l.19E-lll3 15148 7."1E+ll3 7 .lllE+03 l.30E+03 1. 01E+lil3 7.55E-05 l.10E+lll 7.55E-lll5 l.10E+l1ll l.11l7E-03 15149 7.11lllEHl3 7.HE+e3 l.22E+03 9 .11E+02 6.84E-05 l.00E+l1ll 6.84E-05 9.9BE+l1lll 9.73E-04 15:50 6 .99E+l1l3 6.99E+lil3 l.14E+lll3 8.25E+l1l2 6.19E-lll5 9.lll6E+llllll 6 .19E-11l5 9.11l4E+lillil 8.82E-lil4 15:51 6.99E+lll3 6 .99E+lll3 l.lll7E+e3 7. 4BE+lll2 5.61E-05 B.21E+00 5.61E-lll5 8.19E+IIIIII 7.99E-04 15152 6.98E+IIIJ 6.98E+lll3 l.1111E+lll3 6. 77E+lll2 5.IIIBE-1115 7.44E+IIIIII 5.IIIBE-1115 7.42E+IIIIII 7.24E-1114 15:53 6.97E+IIIJ 6. 97E+lll3 9.52E+lll2 6.14E+lll2 4.61E-1115 6.74E+IIIIII 4.61E-1115 6.7JE+IIIIII 6.56E-1114 15154 6.97E+IIIJ 6.96E+IIIJ 9.IIIIIIE+lll2 5.56E+il2 4.17E-1!15 6. llE+llllll 4.17E-05 6.1119EHllll 5.94E-1114 15155 6.96E+b3 6.96E+IIIJ 8.53E+lll2 5.1114E+lll2 J.78E-1115 S.53E+IIIIII 3.78E-05 5. 52E+llllll S.38E-lil4 15156 6.95E+03 6.95E+lil3 8 .11E+lll2 4.56E+lll2 3.43E-1115 5.1111E+l1ll1l 3.43E-lll5 5.11llllE+llll1l 4.BBE-lil4 15157 6.94E+03 6.94E+03 7.72E+lll2 4.13E+l1l2 3.1111E-11l5 4.54E+llllll 3.llllE-1115 4.5JE+l1llll 4.42E-lll4 15158 6.94E+lll3 6.94E+lll3 7.37EHl2 J.75E+ll2 2.BlE-1115 4 .11E+l1llll 2. 81E-11l5 4.llEHll1l 4 .IIIIIIE-1114 15159 6.93E+IIIJ 6.9JE+IIIJ 7 .ll5E+lil2 3.39E+lll2 2.55E-lll5 3.7JE+llllll 2.55E-1115 J.72E+IIIIII 3.6JE-1114 16:lllll 6 .92E+lll3 6.92E+ll3 6. 77E+02 3.07E+lll2 2.JlE-05 J.JBE+llll1l 2.31E-11l5 3.37E+lllll J.29E-ll4 THIS IS A DRILL
• THIS PAGE IS INTENTIONALLY INSERTED AS A DATA DIVIDER FOR THIS SUBSECTION

THIS IS A DRILL

• Scenario VG-lHl-1 VG-lHl-2 VG-llll-3 VG-llll-4 VG-llll-5 VG-llll-6 VG-llll-7 VG-llll-8 Time CPH CPH CPH CPH CPH CPH CPH CPH ll8:31l 2.91E+ll2 1. 55E+lll2 9.8111E+llll 3.21E+lll2 2.37E+lll2 3.15E+lll2 1. 78E+lll2 8. 3111E+llll lll:32 2.91E+ll2 1. 55E+ll2 9.81E+lll 3.21E+ll2 2.37E+ll2 3.15E+lll2 l.7BE+lll2 8.31E+llll lll:33 2 .91E+lll2 1. 55E+lll2 9.81E+llll 3.21E+lll2 2.37E+lll2 3.15E+lll2 1. 7BE+lll2 8. 31E+llll lll: 34 2.92E+lll2 1. 55E+lll2 9.82E+llll 3.22E+lll2 2.37E+ll2 3.16E+lll2 1. 78E+02 8.32E+01 lll:35 2.92E+ll2 1. 55E+02 9.83E+llll 3.22E+lll2 2.3BE+ll2 3.16E+02 l.78E+ll2 8.32E+llll 111): 36 2.92E+ll2 1. 56E+lll2 9.83E+lll 3. 22E+ll2 2.38EHl2 3 .16E+lll2 l.79E+lll2 8.33E+lill 11!:37 2.92E+lll2 l.56EHl2 9.84E+lll 3.22E+ll2 2.38EHl2 3.16E+lll2 l.79E+ll2 8.33E+lll lll I 38 2.92E+lll2 1. 56E+ll2 9.B5E+lll 3.23E+lll2 2.3BE+lll2 3.17E+ll2 l.79E+lll2 8.34E+lll lll 139 2.93E+lll2 1. 56E+ll2 9. 85E+ill 3.23E+lll2 2.3BE+ll2 3 .17E+ll2 l.79E+lll2 8.35E+lll lll:4111 2.93E+ll2 1. 56E+lll2 9. 86E+ill 3.23E+lll2 2.3BE+lll2 3.17E+lll2 l.79E+lll2 8.35E+01 1111:41 2.93E+ll2 l.56E+lll2 9.B7E+lll 3.23E+lll2 2.39E+lll2 3.17E+lll2 l.79E+ll2 B.36E+01 lll:42 2.93E+ll2 1. 56E+lll2 9.88E+ill 3.23E+lll2 2.39E+lll2 3.17E+lll2 1. 79E+lll2 8. 36E+ill 11!143 2.93E+lll2 1. 56E+lll2 9.BBE+lll 3.24E+lll2 2.39E+lll2 3.1BE+ll2 1.79E+lll2 8.37E+llll lll:44 2.94E+lll2 1. 56E+lll2 9.B9E+llll 3.24E+lll2 2.39E+lll2 J.1BE+lll2 l.BIIIE+02 8.JBE+llll llll:45 2.94E+lll2 1. 57E+lll2 9.911lE+llll 3.24E+lll2 2.39E+ll2 3.18E+lll2 1. BllE+lll2 8.3BE+01 lll:46 2. 94E+ll2 1. 57E+lll2 9. 9111E+llll 3.24E+lll2 2.39E+ll2 3.1BE+lll2 1. BlllE+lll2 8.39E+01 1111:47 2.94E+ll2 1. 57E+ll2 9.91E+llll 3.25E+ll2 2.4111E+ll2 3.19E+lll2 l.8111E+lll2 8. 39EHll 10 :48 2.94E+lll2 1. 57E+lll2 9.92E+lll 3.25E+lll2 2.41lE+ll2 3.19E+ll2 1. 811lE+lll2 8.411lE+llll lll:49 2.95E+ll2 1. 57E+ll2 9.92E+llll 3.25E+ll2 2.41lE+ll2 3.19E+ll2 1. BllE+ll2 8. 41lE+lll lll: 5111 2.95E+ll2 1. 57E+ll2 9.93E+lll 3.25E+lll2 2.40E+ll2 3.19E+lll2 1. 80E+ll2 B.41E+llll lll:51 2.95E+ll2 1. 57E+ll2 9.94E+lll 3.25E+ll2 2.41lE+ll2 3.19E+lil2 l.BllE+ll2 8.42E+lll lll:52 2.95E+ll2 1. 57E+ll2 9.94E+lll 3.26E+ll2 2.41lE+ll2 3.21lE+ll2 l.81E+ll2 8.42E+lll lll:53 2.95E+ll2 1. 57E+ll2 9.95E+lll 3.26E+lll2 2.41E+ll2 3.21lE+ll2 1. 81E+ll2 8. 43EHll Hl154 2.96E+ll2 1. 57E+ll2 9.96E+lll 3.26E+ll2 2.41E+ll2 3.21lE+ll2 1. 81E+lll2 8.43E+lll lll:55 2.96E+ll2 1. 58E+ll2 9.96E+lll 3.26E+lll2 2.41E+lll2 3.211lE+lll2 1. 81E+lll2 8. 44E+llll lll: 56 2.96E+lll2 1. 5BE+ll2 9.97E+llll 3.27E+lll2 2.41E+lll2 3.21E+lll2 1. 81E+lll2 8.45E+llll lll:57 2.96E+lll2 1. 5BE+lll2 9.9BE+lll 3.27E+ll2 2. 4lt+lll2 3.21E+lll2 l.BlE+ll2 8. 45EHll lll:58 2.96E+lll2 1. 5BE+ll2 9.99E+llll 3.27E+ll2 2. 41EHl2 3.21E+lll2 1. 81E+lll2 8.46E+llll lll: 59 2. 97E+lll2 1. 5BE+lll2 9.99E+lll 3.27E+ll2 2.42E+lll2 3.21E+lll2 1. 81E+ll2 8.46E+lll 11:llll 2.97E+lll2 1. 58E+lll2 l. lllllE+lll2 3.28E+lll2 2.42E+ll2 3.21E+lll2 1.82E+ll2 8.47E+llll 11:lll 2.97E+ll2 1. 58E+ll2 l. lllBE+lll2 3.28E+ll2 2.42E+ll2 3.22E+ll2 l.82E+lll2 8.47E+lll 11 :1!2 2.97E+ll2 1. 58E+ll2 l.llllE+ll2 3.2BE+ll2 2. 42E+ll2 3.22E+lll2 l.82E+ll2 8.48E+lll 11:1!3 2. 98E+lll2 1. 58E+ll2 l.llllE+ll2 3.2BE+ll2 2.42E+ll2 3.22E+ll2 l.82E+lil2 8.49E+lll 11:1!4 2.9BE+lll I 1. 59E+ll2 1. ""1E+ll2 3.28E+ll2 2.42E+ll2 3.22E+ll2 l.82E+ll2 8.49E+lll THIS IS A DRILL

THIS IS A DRILL

• Scenario VG-lllil-1 VG-lllll-2 VG-lllil-3 VG-11111-4 VG-lU-5 VG-111/J-6 VG-lllil-7 VG-110-8 Time CPM CPH CPH CPM CPH CPH CPH CPM 11:1115 2.98E+lil2 1. 59E+02 l.01ilE+IIJ2 3.29E+02 2.43E+ll2 3.22E+02 l.82E+IIJ2 8.50E+llll 1111116 2.98E+IIJ2 1.59E+lil2 1.011JE+IIJ2 3.29E+IIJ2 2.43E+lll2 3.23E+lll2 1. 82E+ll2 8.50E+IIJ1 11:11!7 2.98E+02 1.59E+02 1.lll0E+lil2 3.29E+lll2 2.43E+lll2 3.23E+lll2 1.82E+02 8.51E+01 11111!8 2.99E+02 1. 59E+lil2 1. lil1E+lil2 3.29EHl2 2.43E+02 3.23E+lil2 1.83E+02 8.51E+01 11109 2.99E+02 l.59E+02 l. ll1E+ll2 3.30E+02 2.43E+ll2 3.23E+02 1. 83E+02 8.52E+01 11110 2.99E+02 l.59E+ll2 1. lll1E+lil2 3. 31i1E+02 2.43E+IIJ2 3.24E+IIJ2 1. 83E+02 8.53E+01 11111 2.99E+IIJ2 1.59E+lil2 1.lil1E+lil2 3.311lE+IIJ2 2.44E+IIJ2 3.24E+lll2 1. 83E+02 8.53E+llll 11112 2.99E+lll2 1. 59E+lll2 1.llllE+lll2 3.30E+02 2.44E+lll2 3.24E+lll2 1. 83E+lll2 8.54E+01 11113 3.llllllE+02 1. 611lE+lll2 1. lll1E+lil2 3.30E+lll2 2.44E+lll2 3.24E+lll2 1. 83E+lll2 8.54E+01 11114 3. llllllEH'J2 1.60E+lll2 l. llJ1E+02 3.31E+IIJ2 2.44E+ll2 3.24E+lil2 l.83E+02 8.55E+01 11115 3. lll0E+02 1. 60E+02 1. 01E+02 3.31E+02 2.44E+02 3.25E+02 1. 83E+02 B.56E+01 11116 3.00E+IIJ2 1. 61lE+lll2 l. "1E+lil2 3.31E+lll2 2.44E+02 3.25E+02 1.84E+02 8.56E+0l 11117 3.00E+02 1.60E+02 l. ll1E+IIJ2 3.31E+lil2 2.45E+lil2 3.25E+02 1. 84E+IIJ2 8. 57E+lill 11118 3.01E+lll2 l. 60E+02 1.01E+lil2 3.32E+02 2.45E+02 3.25E+02 1.841!+02 B.57E+01 11119 3.llllE+02 1. 61lE+lll2 1.llllE+02 3.32E+IIJ2 2. 45E+IIJ2 3 .26E+ll2 l.84E+02 B.5BE+01 11:20 3.llllE+02 1. 611JE+lll2 1.011!+02 3.32E+02 2.45E+lll2 3.26E+lll2 1.B4E+lll2 8.58E+llll 11121 3.01E+ll2 1. 611lE+lll2 1.IUE+IIJ2 3.32E+ll2 2.451!+02 3.261!+02 1.841!+02 8. 59EH'll 11122 3.llllE+ll2 1. 61E+lll2 1. llllE+lll2 3.32E+ll2 2.451!+02 3.261!+02 1.841!+02 8.61/lE+lill 11:23 3. lil2E+02 l.61E+lll2 1. lll2E+IIJ2 3.33E+lll2 2.46E+lll2 3.26E+IIJ2 1. B4E+02 8. 611JEH!Jl 11124 3. 02E+IIJ2 1. 61E+02 l. 02E+IIJ2 3.33E+02 2.461!+02 3.271!+02 1. 851!+02 8.61E+01 11:25 3. 02E+lil2 1. 61E+02 1.lll2E+IIJ2 3.33E+02 2.46E+02 3.27E+02 1. 85E+02 8.61E+llll 11:26 3.lll2E+IIJ2 1. 61E+lll2 l.llJ2E+ll2 3.33E+IIJ2 2.46E+02 3.27E+02 1.85E+IIJ2 8.62E+01 11127 3. 02E+ll2 1. 61E+ll2 1. lll2E+ll2 3.34E+lll2 2.46E+ll2 3.27E+lll2 1. B5E+lll2 B.63E+llll 11128 3. lll3E+lll2 l.61E+IIJ2 1. lll2E+lil2 3.34E+lll2 2.46E+lll2 3.2BE+lll2 1. 85E+lll2 B.63E+llll 11129 3. lll3E+02 1.61E+lll2 1.1112E+ll2 3.34E+lll2 2.47E+lll2 3.28E+02 l.B5E+IIJ2 8.64E+llll 11: 30 3.03E+lll2 1.61E+02 1.021!+02 3.34E+IIJ2 2.47E+ll2 3.28E+02 l.B5E+IIJ2 8. 6 4E+l!Jl 11131 3. 03E+IIJ2 1.621!-102 1.ll2E+IIJ2 3.34E+IIJ2 2.47E+lll2 3.28E+lll2 1. B5E+02 8.~E+01 11:32 3.03E+02 1. 62E+02 1.02E+02 3.35E+02 2.47E+02 3.281!+02 1. 861!+02 8.65E+01 11133 3.04E+02 1. 621!+02 1.lll2E+lll2 3.35E+lil2 2.47EHl2 3.29E+02 1. 86E+02 8.66E+IIJ1 11134 3. lll4E+02 1.62E+02 l.02E+lll2 3.351!+02 2.47E+02 3.29E+ll2 l. B6E+ll2 8. 67E+lll 11: 35 3.04E+IIJ2 1.62E+02 1. lil2E+ll2 3.35E+02 2.48E+02 3.29E+lil2 1.B6EHl2 B.67E+01 11136 3.04E+lil2 1. 62E+ll2 1. ll2E+02 3. 36E+ll2 2.48E+02 3.291!+02 1. 86E+ll2 8.68E+01 11:37 3.lil4E+lil2 1. 62E+ll2 1.lll3E+ll2 3.36E+ll2 2.48E+ll2 3. 31ll!+lll2 l.86E+02 8.68E+lll 11:38 3.ll5E+ll2 l.62E+ll2 1. 03E+02 3.36EH'l2 2.48E+ll2 3. 31i1E+ll2 1. 86E+lll2 8. 69E+llll ll 139 3. lll5E+02 1.62E+ll2 l.ll3E+lil2 3.361!+02 2.48E+lil2 3. 311lE+lil2 1.86E+lil2 8. 71ilE+lll THIS IS A DRILL

THIS IS A DRILL

• Scenario VG-llll-1 VG-110-2 VG-lllll-3 VG-110-4 VG-lllil-5 VG-11"-6 VG-110-7 VG-lHl-8 Time CPM CPM CPM CPM CPM CPM CPM CPM ll:4fll 3.ll5E+ll2 l.62E+02 1. 03E+02 3.37E+lll2 2.4BE+lll2 3.30E+02 1. 87E+lll2 B.711lE+llll 11141 3.lll5E+lll2 l.63E+lll2 l.lll3E+lll2 3.37E+lll2 2.49E+lll2 3.311lE+lll2 l.87E+ll2 8.71E+llll 11:42 3.lll5E+ll2 1. 63E+ll2 l. ll3E+lll2 3.37E+lll2 2.49E+l1l2 3.31E+lll2 l.87E+lll2 8. 71E+llll 11143 3. IIJ6E+ll2 1. 63E+ll2 l. ll3E+ll2 3.37E+ll2 2.49EHl2 3.31E+ll2 l.87E+ll2 B. 72E+llll 11:44 3.06E+ll2 1. 63E+ll2 l. ll3E+ll2 3.37E+ll2 2.49E+ll2 3.31E+ll2 l.87E+ll2 8.72E+lll 11:45 3. ll6E+ll2 1. 63E+lll2 l. ll3E+lll2 3.3BE+lll2 2.49E+lll2 3.31E+lll2 1. 87E+lll2 B. 73EHll 11146 3.06E+ll2 l.63E+lll2 l. ll3E+ll2 3.3BE+ll2 2.49E+ll2 3.32E+ll2 1. 87E+ll2 8.74E+llll 11:47 3.ll6E+ll2 1. 63E+l1l2 1. 03E+lll2 3.3BE+ll2 2.511lEHl2 3.32E+ll2 1. 87E+lll2 8.74E+llll llt48 3.ll7E+lll2 1. 63E+lll2 l.lll3EHl2 3.38E+lll2 2.511lE+lll2 3. 32E+lll2 1. 88E+lll2 8.75E+llll llt49 3.lll7E+lll2 1. 63E+lll2 l.11l3E+02 3.39EHl2 2.511lE+ll2 3.32EHl2 l.BBE+lll2 8.75E+llll ll:511l 3. lll7E+lll2 1. 64E+lll2 l. lll3E+lll2 3.39E+lll2 2.511lE+lll2 3.32EHl2 l.88E+lll2 8.76E+llll llt51 3.ll7E+lll2 1. 64E+lll2 l.lll3E+lll2 3.39E+ll2 2.51!E+02 3.33E+lll2 1. 88E+lll2 8.76E+01 11152 3.lll7E+ll2 1. 64E+lll2 l.B4E+lll2 3.39E+lll2 2 .51lEHl2 3.33E+lll2 l.BBE+ll2 8. 77E+llll 11153 3. lll8E+lll2 1. 64E+lll2 l.lll4E+ll2 3.39E+lll2 2.51E+lll2 3.33E+lll2 l.88E+lll2 8.78E+llll 11154 3. 0BE+lll2 1. 64E+ll2 l.B4E+ll2 3.411lE+l1l2 2.51E+ll2 3.33E+lll2 l.88EHl2 8.7BE+llll 11155 3.08E+lll2 1. 64E+lll2 l. lll4E+lll2 3. 411lE+lll2 2.51E+02 3.34E+lll2 l.88E+1112 B.79E+llll 11156 3. ll8E+lll2 l.64EHl2 l. lll4E+lll2 3.41lE+02 2.51E+ll2 3.34E+02 l.89E+02 8.79E+llll 11157 3.09E+ll2 1. 64E+ll2 l.04E+ll2 3.41lE+ll2 2.51E+ll2 3.34E+ll2 l.B9E+fll2 B.BlllE+llll 11158 3.lll9E+ll~ l.64E+lll2 l. lll4E+ll2 3.41E+lll2 2.51EHl2 3.34E+ll2 1. 89E+lll2 B.BlEHll llt59 3.ll9E+ll2 l.65E+lll2 l.lll4E+lll2 3.41E+ll2 2.52E+ll2 3.34E+lll2 l.89E+lll2 8.81E+llll 12111lll 3. lll9E+lll2 1. 65E+ll2 l.11l4E+ll2 3.41E+02 2.52E+02 3.35E+02 1. 89E+lll2 8.82E+llll 12101 3. lll9E+lll2 1. 65E+ll2 l. ll4E+lll2 3.41E+ll2 2.52EHl2 3.35E+l1l2 1. 89E+ll2 B.B2E+llll 1211!2 3. llllE+ll2 1. 65E+02 1.ll4E+lll2 3.41E+ll2 2.52EHl2 3.35E+lll2 1. 89E+lll2 B.BJE+lll 1211!3 3.lllE+ll2 1. 65E+lll2 l.ll4E+ll2 3.42E+ll2 2.52E+ll2 3.35E+02 1. 89E+02 8.BJE+llll 12104 3.10E+ll2 l.65E+ll2 l. lll4E+02 3.42E+ll2 2.52E+02 3.36E+ll2 1. 90E+ll2 8.84E+llll 12:llS 3.lllE+02 l.65E+ll2 l.lll4E+02 3.42E+ll2 2.53E+ll2 3.36E+ll2 1. 91lE+lll2 8.BSE+llll 1

1211!6 3.'J.llE+IIJ2 1. 65E+l!2 l. ll5E+lll2 3.42E+02 2.53E+02 3.36EHl2 1.91lE+ll2 8.85E+01 1211!7 3.11E+lll2 l.65E+ll2 l.05E+ll2 3.43E+ll2 2. 53E+lll2 3.36EHl2 1. 91lE+lll2 B.86E+01 1211!8 3.11E+ll2 1. 66E+02 l.ll5E+ll2 3.43E+ll2 2.53E+ll2 3.36E+ll2 1. 91lE+02 8.86E+01 1211!9 3.11E+IIJ2 1. 66E+l!2 l.ll5E+ll2 3.43E+ll2 2.53EHl2 3.37E+ll2 l.91lEHl2 8.87E+01 12:10 3.11E+ll2 l.66EHl2 l.ll5E+ll2 3.43E+ll2 2.53E+ll2 3.37E+ll2 1. 90E+lll2 8.BBE+llll 121 ll 3.11E+ll2 1. 66E+lll2 1. ll5E+lll2 3.43E+lll2 2.54E+lll2 3.37E+ll2 1. 911lE+lll2 8. BBE+llll 12112 3.12E+ll2 1. 66E+lll2 l.ll5EHl2 3.44E+lll2 2.54E+ll2 3.37E+ll2 1. 91E+02 B.89E+r.ll 12113 3 .12E+B2 1. 66E+lll2 l. ll5E+lll2 3.44E+lll2 2.54E+ll2 3.37E+lll2 1. 91E+lll2 8.89E+llll 12 I 14 3 .12E+B2 l.66E+02 l. ll5E+02 3.44E+ll2 2.54E+ll2 3.38E+ll2 1. 91E+lll2 B. 911lE+llll THIS IS A DRILL

THIS IS A DRILL

• scenario VG-lHl-1 VG-lllll-2 VG-lllll-3 VG-11111-4 VG-110-5 VG-lllll-6 VG-lHl-7 VG-lllll-8 Time CPK CPM CPM CPM CPM CPK CPM CPM 12:15 3 .12E+lll2 1. 66E+lll2 1.lll5E+lil2 3.44E+ll2 2.54E+lll2 3.38E+ll2 1.91E+ll2 8.90E+lll 12116 3.12E+ll2 1. 66E+ll2 1. lil5E+ll2 3. 45E+ll2 2.54E+IIJ2 3.38E+lll2 1. 91E+ll2 8.91E+lll 12117 3.13E+ll2 1. 67E+ll2 1.ll5E+lil2 3.45E+02 2.55E+ll2 3.3BE+ll2 l.91E+ll2 8.92E+lll 12118 3.13E+ll2 1. 67E+ll2 l. lll5E+lil2 3.45E+lll2 2.55E+lll2 3. 39E+ll2 1.91E+lil2 8.92E+lll 12119 3.13E+lll2 1.67E+lll2 1.lll5E+lll2 3.45E+lll2 2.44E+llli 3.39E+lll2 2.25E+lll5 8.93E+lill 1212111 3.13E+ll2 1. 67E+ll2 1.ll5E+ll2 3.45E+ll2 5.44E+lll5 3.39E+lll2 5.ll2E+ll5 8.93E+lill 12:21 3.13E+lll2 1. 67E+lll2 1. ll6E+lll2 3. 46E+ll2 9.l8E+lil5 3.39E+lll2 8.47E+lll5 8.94E+lill 12122 3.14E+ll2 1.67E+lll2 1. lil6E+lil2 3.46E+lll2 >1.llllllE+6 3.39E+lll2 >1. llllE+6 8.94E+lll 12123 3 .14E+lll2 1. 67E+ll2 1.ll6E+lll2 3.46E+ll2 >l.llllE+6 3.41iJE+lll2 >l. lilllE+6 8.95E+lill 12124 3 .14E+02 1. 67E+lll2 l.1116E+lll2 3. 46E+l112 >1. lilllE+6 3.41lE+ll2 >l. lllilE+6 8.96E+lill 12 :25 3.14E+ll2 1. 67E+lil2 1. ll6E+ll2 3.47E+ll2 >l.llllE+6 3. 41lE+lll2 >1. llllllE+6 B.96E+lill 12126 3.14E+IIJ2 1. 67E+ll2 1. lll6E+ll2 3.47E+lll2 >l.lllllJE+6 3. 411lE+ll2 >1. lllllE+6 8.97E+lll 12127 3.15E+lll2 1. 68E+lll2 1.lll6E+lll2 3.47E+ll2 >1.lllllE+6 3.41E+lll2 >l.llllE+6 8.97E+01 12128 3 .15E+lll2 l.68E+lil2 1. ll6E+lil2 3.47E+ll2 >l .111111E+6 3.41E+lil2 >l .111111E+6 8.98E+lill 12129 3.15E+lll2 1. 6BE+lil2 1. lll6E+ll2 3.48E+lll2 >1. lilllE+6 3.41E+ll2 >1. lllilE+6 B.99E+lill 12:3111 3.15E+lil2 l.6BE+lil2 l.1116E+lil2 3.4BE+lil2 >1.111111E+6 3.41E+lil2 >1.111111E+6 8.99E+lll 12131 3.15E+ll2 l.68E+lil2 l.lll6E+ll2 3.48E+ll2 >1. lllilE+6 3.41E+lil2 >1.lilllE+6 9 .lilllE+lll 12132 3.l6E+lll2 l.6BE+lll2 l.lil6E+ll2 3.48E+ll2 >1.llllE+6 3.42E+lil2 >l.llllE+6 9.llliJE+lll 12133 3.16E+ll2 1. 68E+ll2 1.ll6E+ll2 3.4BE+ll2 >1.lillilE+6 3.42E+ll2 >l.llllE+6 9. llllE+lll 12:34 3.16E+ll2 1. 68E+ll2 1. 1116E+lil2 3. 49E+ll2 >1.11111JE+6 3.42E+lil2 >l .111111E+6 9. lllE+lill 12:35 3 .16E+lil2 1. 6BE+lil2 l;lll7E+lil2 3.49E+lil2 >1.111111E+6 3.42E+ll2 >1. lllilE+6 9. lll2E+ill 12136 3.16E+fll2 1. 69E+fll2 l.lll7E+lll2 3.49E+lll2 >l.liJIIIE+6 3.43E+IIJ2 >1.IIIIIIE+6 9. ll3E+lll 12137 3.17E+lll2 1. 69E+ll2 1.ll7E+ll2 3.49E+lll2 >l.lllllJE+6 3.43E+lll2 >1.lilllE+6 9. lll3E+llll 12138 3.17E+lll2 1. 69E+lll2 1. ll7E+lll2 3.51lE+lll2 >1.lllllE+6 3.43E+lll2 >1. IIIIIIE+6 9.1114E+lll 12139 3.17E+lll2 1.69E+ll2 l.fll7E+lll2 3.51lE+ll2 >1. lllllE+6 3.43E+lll2 >LlllllE+6 9 .1114E+lll 12140 3.17E+ll2 1. 69E+lll2 1.ll7E+ll2 3. Sf/lE+lll2 >1.lllllE+6 3.43E+lll2 >1.llliJE+6 9. lil5E+lill 12141 3 .17E+ll2 1. 69E+lll2 1. 07E+lll2 -J".5111E+lll2 >1.llllllE+6 3.44E+lil2 >l.llJIIIE+6 9.1116E+llll **

12142 3.18E+lll2 1. 69E+lll2 1.1117E+lll2 3.511lE+lll2 >1.IIIIIIE+6 3.44E+lll2 >1.lllllE+6 9.1116E+llll 12143 3.18E+lll2 1. 69E+lll2 l.1117E+lll2 3. 51E+ll2 >1.IIIIIIE+6 3.44E+lll2 >1.llllllE+6 9.1117E+llll 12 :44 3.1BE+lll2 1. 69E+lil2 1. lll7E+lll2 3.51E+lll2 >1.llllilE+6 3 .44E+ll2 >1. llllilE+6 9. ll7E+lill I 12145 3.1BE+lil2 1. 71lE+lll2 1.lll7E+lll2 3. 51E+ll2 >1. llllllE+6 3.45E+ll2 >1. lllllE+6 9. llBE+llll 12146 3.18E+lll2 1. 711lE+lll2 1.lil7E+lll2 3.51E+lll2 >1.lllilE+6 3.45E+ll2 >1. llllllE+6 9. IIIBE+lill 12147 3.19E+lll2 1. 711lE+lll2 l.1117E+lll2 3.52E+lll2 >1.llllilE+6 3.45E+lll2 >1.llllllE+6 9. lll9E+llll 12148 3.19E+02 1. 711lF.+lll2 l. ll7E+lll2 3.52E+lll2 >L llllilE+6 3.45E+lil2 >LlillllE+6 9. llllE+llll 12149 3 .19E+lll2 1. HE+lll2 1. IIJ7E+lll2 3.52E+lll2 >1.llllllE+6 3.45E+02 >1.llllllE+6 9. llllE+llll THIS IS A DRILL

THIS IS A DRILL

• Scenario VG-lllil-1 VG-11111-2 VG-11111-3 VG-11111-4 VG-11111-5 VG-11111-6 VG-lllil-7 VG-11111-8 Time CPH CPH CPM CPM CPM CPM CPM CPM 12: Slil 3.19E+fil2 1. 71ilE+ll2 1.1!18E+ll2 3.52E+lll2 >l.lll111E+6 3.46E+lil2 >l. llllilE+6 9. llE+llll 12151 3 .21ilE+lil2 l.71ilE+lll2 1. lil8E+lil2 3.52E+ll2 >l.lllllE+6 3.46E+ll2 >LlilllE+6 9. llE+lll 12:52 3.21ilE+lil2 1. 71ilE+lil2 1. lil8E+lil2 3.53E+lil2 >l.llllilE+6 3.46E+lil2 >1. lillllE+6 9.12E+lill 12153 3.21ilE+ll2 1.71ilE+02 1. lll8E+lll2 3.53E+lil2 >1.llllilE+6 3.46E+lil2 >1.lillilE+6 9. l3E+lill 12:54 3.21ilE+1!2 1. 71E+lil2 1.11JBE+lil2 3. 53E+ll2 >l.11JlilE+6 3.47E+lil2 >1.llllE+6 9.13E+lill 12:55 3 .21lE+lil2 1. 71E+lll2 1. lilBE+lll2 3.53E+lil2 >l. lllllE+6 3.47E+lil2 >1. lllllE+6 9.14E+llll 12156 3.21E+lil2 l.71E+02 1. lilBE+lil2 3.54E+lil2 >1.ll!lE+6 3.47E+ll2 >1.IIJIIIE+6 9.14E+llll 12157 3.21E+lll2 l.71E+lil2 l.lil8E+ll2 3.54E+lll2 >l.llfilE+6 3.47E+ll2 >1.llllE+6 9 .15E+lill 12:58 3.21E+ll2 l.71E+lil2 1. ll8E+ll2 3.54E+ll2 >l.llllE+6 3.47E+ll2 >l.llllE+6 9.15E+llll 12:59 3.21E+ll2 1. 71E+lil2 l.ll8E+lil2 3.54E+lll2 >l. lilllE+6 3.48E+lil2 >l. llllllE+6 9.l6E+lll 13:lilll 3 .21E+ll2 1. 7l~-'-lil2 1. ll8E+ll2 3.54E+lil2 >l.lllllE+6 3.48E+ll2 >l. iHlE+6 9.l7E+llll 1311ll 3.22E+ll2 1. 71E+ll2 l. ll8E+lil2 3.55E+lil2 >l.llllllE+6 3.4BE+ll2 >l .l/HlE+6 9 .17E+I/Jl l3:lil2 3.22E+lll2 1. 71E+ll2 1. ll8E+lil2 3.55E+lll2 >l.llllilE+6 3. 48E+ll2 >LllllE+6 9 .18E+lill l311il3 3.22E+lil2 l.71E+lil2 1. lil8E+lil2 3.55E+lil2 >l .lillilE+6 3.49E+lil2 >l.llJIIJE+6 9.l8E+I/Jl 13:04 3.22E+ll2 1. 72E+ll2 l. llBE+ll2 3.55E+lil2 >l.lillilE+6 3.49E+lil2 >1. lillilE+6 9. l9E+lill 13:1115 3 .22E+lil2 l. 72E+lll2 l .1119E+lll2 3.56E+lll2 >l. llllllE+6 J.49E+lil2 >l. llllllE+6 9. l9E+llll 1311116 3.23E+lil2 l.72E+lll2 1. ll9E+lil2 3.56E+lil2 >l.lillilE+6 3.49E+lll2 >l. llllllE+6 9 .2111E+llll 13:1117 3.23E+ll2 l. 72E+ll2 l.ll9E+ll2 3.56E+ll2 >l. llllilE+6 3.49E+lil2 >l. lillilE+6 9.21E+lill 13:08 3.23E+lil2 l.72E+lil2 1.lil9E+ll2 3.56E+IIJ2 >l.lillilE+6 3. 51ilE+ll2 >l. llJIIIE+6 9.21E+lill 13109 3.23E+lil2 l.72E+lil2 1. lil9E+lil2 3.57E+lil2 >l.lillilE+6 3. 51ilE+ll2 >1.lillllE+6 9.22E+llll 13:llil 3.23E+lil2 1. 72E+lll2 1. lil9E+lil2 3.57E+lil2 >l. lillilE+6 3.5111E+lil2 >l.lillilE+6 9. 22E+lill 13111 3.24E+lil2 l.72E+lil2 l. lll9E+lil2 3.57E+lil2 >l.lillilE+6 3 .51ilE+lil2 >1. lillilE+6 9. 23E+lill 13:12 3.24E+fil2 l. 72E+lil2 l. lll9E+lil2 3.57E+lil2 >l.lillilE+6 3.51E+lil2 >1.lillilE+6 9.24E+llll 13:13 3 .24E+lil2 l.73E+lil2 1.lil9E+lil2 3.57E+lil2 >l.llilE+6 3 .51E+ll2 >l.lil111E+6 9 .24E+lill 13: 14 3.24E+lil2 l. 73E+lil2 l.1119E+ll2 3.58E+lll2 >l.lillilE+6 3.51E+lil2 >l.llJlllE+6 9.25E+lill 13:15 3.24E+lil2 l.73E+lil2 1. lil9E+lil2 3.58E+lil2 >l. lilllE+6 3.51E+lil2 >LlillilE+6 9.25E+lill 13116 3.25E+lil2 1. 73E+lil2" l .11J9E+ll2 3.58E+lil2 >l.lillilE+6 3.51E+l1J2 >l.lillilE+6 9.26Eilill 13117 3.25E+lil2 1. 73E+lil2 l. lil9E+fil2 3. 58E+lil2 >l. lilfilE+6 3.52E+lil2 >l.fillilE+6 9.26E+lill 13: 18 3.25E+ll2 1. 73E+lil2 1. lil9E+ll2 3.59E+lil2 >l. lillilE+6 3.52E+lil2 >1.lilfilE+6 9.27E+lill 13:19 3.25E+lil2 1. 73E+lil2 l. llilE+ll2 3.59E+lil2 >l.11JllE+6 3.52E+02 >1.llfilE+6 9.28E+lll 13:2111 3.25E+ll2 l.73E+lil2 l. llilE+lil2 3.59E+ll2 >l.lllilE+6 3.52E+lil2 >l. lillllE+6 9. 28E+lill 13:21 3.26E+ll2 1. 73E+lil2 1. llilE+lil2 3.59E+lil2 >l.lillilE+6 3.52E+lil2 >l.lill/JE+6 9.29E+lill 13122 3.26E+lil2 1. 74E+lil2 1. l0E+02 3.59E+l1J2 >l.11JlllE+6 3.53E+lil2 >l.lil0E+6 9.29E+lill 13123 3.26E+lil2 1. 74E+lil2 1. llilE+lil2 3.611lE+lil2 >l. lillilE+6 3.53E+02 >l.llllilE+6 9. 31ilE+lll 13:24 3.26E+lil2 l.74E+lil2 1. llilE+lil2 3.60E+lil2 >l.lillilE+6 3.53E+lil2 >l.lillilE+6 9. JlE+lill THIS IS A DRILL

THIS IS A DRILL

• Scenario VG-lHl-1 VG-lllil-2 VG-lllil-3 VG-lllil-4 VG-lllil-5 VG-lllil-6 VG-lllil-7 VG-lllil-8 Time CPH CPH CPH CPH CPH CPH CPH CPH 13:25 3.26E+lil2 l.74E+ll2 l. llilE+lll2 3. 611lE+lil2 >l.llllilE+6 3.53E+lil2 >l. lillilE+6 9. 31E+lill 13:26 3.27E+lil2 1. 74E+lll2 l.10E+ll2 3. 61ilE+lil2 >1.llllilE+6 3.54E+lil2 >l.lillilE+6 9.32E+llll 13:27 3.27E+lil2 1. 74E+lil2 l.lllE+ll2 3.61E+ll2 >1.llllE+6 3.54E+ll2 >Lll0E+6 9.32E+lill 13:28 3.27E+ll2 l.74E+IIJ2 l.10E+lll2 3.61E+lll2 >1.lllllE+6 3.54E+IIJ2 >L llllllE+6 9. 33E+llll 13:29 3.27E+lll2 1. 74E+lil2 l.10E+lll2 3.61E+lil2 >1.lillllE+6 3.54E+lll2 >1.llllllE+6 9.33E+llll 13:30 3.27E+lll2 l.74E+02 l.10EHJ2 3.61E+lll2 >l.01ilE+6 3.54E+ll2 >1.00E+6 9. 34E+lill 13:31 3.2BE+lil2 1. 75E+ll2 l. lllE+lil2 3. 61E+ll2 >l.lilllE+6 3.55E+lil2 >l.lillilE+6 9.35E+lill 13:32 3.2BE+lil2 1. 75E+lil2 1. HlE+lil2 3.62E+lil2 >l.lillilE+6 3.55E+lil2 >l.lillilE+6 9.35E+01 13:33 3. 28E+lil2 1. 75E+lil2 l. lllE+lil2 3.62E+ll2 >l. lllilE+6 3.55E+ll2 >l.lillilE+6 9. 36E+lill 13:34 3.2BE+ll2 1. 75E+ll2 1.11E+ll2 3.62E+ll2 >l.01ilE+6 3. 55E+ll2 >l.llllE+6 9. 36EHJ1 13:35 3.28E+lil2 1. 75E+ll2 l.11E+lil2 3.62E+02 >l.00E+6 3.56E+02 >l.01lE+6 9.37E+lll 13136 3.29E+ll2 1. 75E+02 l.11E+ll2 3.63E+ll2 >l. lillilE+6 3.56E+ll2 >l. lillilE+6 9. 37E+lill 13:37 3.29E+ll2 1. 75E+02 l.llE+02 3.63E+02 >l. 011JE+6 3.56E+ll2 >1.ll0E+6 9.38E+01 13:38 3.29E+02 l.75E+02 l.11E+02 3.63E+02 >l.01ilE+6 3.56E+ll2 >l.00E+6 9.39E+01 13:39 3.29E+02 1. 75E+02 1.11E+lil2 3. 63E+ll2 >l.01ilE+6 3.56E+ll2 >l.lil0E+6 9.39E+01 13:40 3. 29EHl2 1. 76E+lil2 l.11E+lil2 3.63E+lil2 >1. lillilE+6 3.57E+02 >l.llllE+6 9.40E+lll 13:41 3. 31lE+lil2 l.76E+02 l.11E+lil2 3.64E+lil2 >1.lililE+6 3.57E+02 >1.lillilE+6 9.40E+lill 13:42 3. 31lE+lil2 1.76E+lil2 l.11E+02 3.64E+lil2 >l.00E+6 3.57E+02 >l.00E+6 9.41E+U 13:43 3.30E+lil2 l.76E+02 l.11E+ll2 3.64E+lil2 >l.00E+6 3.57E+lil2 >l.lil0E+6 9.42E+01 13:44 3.30EHl2 1. 761H02 1.11E+ll2 3.64E+lil2 >l.00E+6 3.5BE+lil2 >1.00E+6 9.42E+01 13:45 3.31E+ll2 1.76E+02 l .11E+ll2 3.65E+02 >l.llllllE+6 3.58EHJ2 >l. lil0E+6 9.43E+0l 13:46 3.31E+lil2 1.76E+ll2 l.11E+lil2 3.65E+02 >l.lllilE+6 3.5BE+ll2 >l.00E+6 9.43E+lll 13:47 3.31E+lil2 l.7bE+02 l.11E+02 3.65E+lil2 >l.lllilE+6 3.5BEHJ2 >l.lillilE+6 9.44E+lill 13:48 3.31E+lil2 l.76E+02 l.l2E+IIJ2 3.65E+lil2 >l.lillilE+6 3.5BE+02 >l.lillilE+6 9. 44E+lill 13:49 3. 3lE+lil2 1.76E+ll2 l .12E+ll2 3.65E+ll2 >l.01ilE+6 3.59E+lil2 >l.lll0E+6 9.45E+01 13:50 3.32E+ll2 1.77E+ll2 l.12E+ll2 3.66E+IIJ2 >l.llJ0E+6 3.59E+02 >l.lil0E+6 9.46E+01
• 13:51 J.32E+02 1. 77E+02 l.12E+02 3.66E+lil2 >l. llJ0E+'6 3.59E+lll2 >1.lilllE+6 9.46E+ill 13:52 3.32E+IIJ2 1. 77E+02 1.12E+02 3. 66E+02 >l.lilllJE+6 3.59E+lll2 >l.llllilE+6 9.47E+01 13:53 3.32E+IIJ2 1. 77E+lil2 1.12E+ll2 3.66E+IIJ2 >l. llJ0E+6 3.60E+IIJ2 >l.lll0E+6 9.47E+01 13:54 3.32E+IIJ2 1. 77E+IIJ2 l.12E+IIJ2 3.67E+lll2 >Llll0E+6 3.61ilE+02 >l.ll0E+6 9. 48E+IIJ1 13:55 3. 33EHJ2 1.77E+02 l .12E+IIJ2 3.67E+02 >l. 01ilE+6 3.611JE+02 >l.lilllE+6 9.49E+01 13:56 3.33E+lil2 1. 77E+lil2 l .12E+lil2 3.67E+02 >1.illilE+6 3. 61lE+lil2 >l.lllllE+6 9. 49E+lll 13:57 3.33E+02 1. 77E+ll2 l.12E+02 3.67E+ll2 >l.00E+6 3. 61ilE+ll2 >l.lillilE+6 9. 51ilE+llll 13:58 3.33EHJ2 1. 77E+02 l.12E+lil2 3.68E+lil2 >l.lilllE+6 3.61E+lil2 >1.lilllJE+6 9. 51ilE+lill 13:59 3.33E+lil2 l.7BE+lil2 l *. 12E+lil2 3.68E+IIJ2 >1.IIJIIJE+6 3.61E+ll2 >l.ll0E+6 9.51E+lill THIS IS A DRILL

THIS IS A DRILL

• Scenario VG-lHl-1 VG-110-2 VG-110-3 VG-110-4 VG-110-5 VG-110-6 VG-110-7 VG-110-8 Time CPM CPM CPM CPM CPM CPM CPM CPM 14:lillil 3.34E+lil2 l.78E+lil2 l.12E+lil2 3.68E+lil2 >l.lillilE+6 3.61E+lil2 >l.lillilE+6 9.51E+lill 14:lill 3.34E+lll2 l.78E+lil2 l.12EHl2 3.68E+lll2 >1. IIIIIIE+6 3.61E+lil2 >l.lillilE+6 9.52E+lill 14: lil2 3.34E+lil2 l.78E+ll2 l.12E+l1l2 3. 68EHl2 >l. lillllE+6 3.62E+lil2 >l. lillilE+6 9. 53E+lill 14: 03 3.34E+lil2 1. 78E+lil2 1.13EHl2 3.69E+lil2 >l.lillilE+6 3.62E+lil2 >l. lillilE+6 9. 53E+lill 14:04 3.34E+lil2 l. 78E+lil2 l.13E+lil2 3.69E+lil2 >l. lillilE+6 3.62E+lil2 >l.lillilE+6 9.54E+lill 14:05 3.35E+lil2 l. 78E+lil2 l.l3E+lil2 3.69E+lil2 >l. lillilE+6 3.62E+lil2 >l.lillilE+6 9.54E+0l 14:06 3.35E+lil2 1. 78EHl2 l.l3E+lil2 3.69E+lil2 >l.lillilE+6 3 .62EHl2 >l.lillilE+6 9. 55E+lill 14:07 3.35E+ll2 l. 78E+ll2 l.13E+lil2 3. 71ilE+lil2 >1.11lllE+6 3.63E+ll2 >l.lillilE+6 9.55E+lill 14:lilB 3.35E+lil2 1.79E+lil2 l.13E+ll2 3. 71lE+lil2 >l. lilllE+6 3. 63E+lil2 >1. lllilE+6 9. 56E+lill 14:09 3.35E+lil2 1. 79E+lil2 l.13E+lil2 3.71lE+ll2 >l.lillilE+6 3.63E+lil2 >l.lillilE+6 9. 57E+lill 14: Hl 3.36E+lil2 l. 79E+lil2 l.13E+lil2 3. 71ilE+lil2 >l. lillilE+6 3.63E+lil2 >l.lillilE+6 9. 57E+lill 14: ll 3.36E+lil2 l.79E+ll2 l .13E+lil2 3.71ilE+lil2 >l.lillilE+6 3.64E+lil2 >l.lillilE+6 9.58E+lill 14: 12 3.36E+lil2 1.79E+ll2 l.13E+lil2 3. 71E+lil2 >l.lillilE+6 3.64E+lil2 >l.lillilE+6 9.SBE+lill 14:13 3.36E+lil2 l.79E+ll2 l.13E+ll2 3.71E+lil2 >l.lillilE+6 3.64E+lil2 >l.llllE+6 9. 59E+lill 14:14 3.36E+lil2 1. 79EHl2 l.13E+lil2 3.71E+ll2 >l. lllilE+6 3.64E+lil2 >l.lilllE+6 9. 61ilE+lll 14:15 3.37E+lil2 1.79E+lil2 1.13E+ll2 3.71E+lil2 >l. lillilE+6 3.64E+lil2 >l.00E+6 9. 61ilE+lll 14:16 3.37E+lil2 l.79E+ll2 l.13E+ll2 3.72E+ll2 >1.lillilE+6 3.65E+02 >l.lilllE+6 9.61E+lll 14:17 3.37E+lil2 1. 81lE+lil2 l.14E+ll2 3. 72E+ll2 >l.llllE+6 3.65E+lil2 >l.lillilE+6 9.61E+lll 14:18 3.37E+ll2 l. BlilE+lil2 l.14E+lil2 3. 72E+lil2 >l.llllE+6 3. 6 SE+ll2 >1. lillilE+6 9. 62E+lill 14:19 3.37E+lil2 l.BlilE+lil2 l.14E+lil2 3. 72E+lil2 >l. lillilE+6 3.65E+lil2 >1. lllilE+6 9.62E+lill 14:20 3. 3BE+lil2 l.BlilEHl2 l.14E+lil2 3. 72E+ll2 >l.lillilE+6 3.65EHl2 >l. lillilE+6 9.63E+lill 14:21 3.3BE+lil2 l.BlilE+lil2 l.14E+lil2 3.73E+lil2 >l. lillllE+6 3.66E+lil2 >l.lillilE+6 9.64E+lill 14:22 3.38E+lil2 1. 81lEH'l2 l.14E+lil2 3.73E+lil2 >l.lillilE+6 3.66E+lil2 >l. lillilE+6 9. 64E+lill 14:23 3.38EHl2 l.BlilE+lil2 l. l4E+lil2 3.73E+lil2 >l.lillilE+6 3.66E+lil2 >l. lillilE+6 9. 65E+lill 14:24 3.38E+lil2 l.BlilE+lil2 l.14E+lil2 3. 73E+lil2 >l. llJ0E+6 3.66E+lil2 >l.lillilE+6 9.65E+lill 14:25 3.39E+lil2 l.BlilE+lil2 l.14E+lil2 3.74E+lil2 >l. lllilE+6 3.67E+lil2 >1.lillilE+6 9. 66E+lill 14126 3.39E+f':2 l.81ilE+lil2 l.14E+lil2 3. 7\E+lil2 >l. lillilE+6 3.67E+ll2 >1. lillilE+6 9. 67E+lill 14:27 3.39E+lil2 l.81ilE+lil2 l.14E+lil2 3.74E+lil2 >l.llJ0E+6 3.67E+lil2 >l.lillilE+6 9. 66E+lill 14:28 3.38E+lil2 1. 81ilE+lil2 l.14E+lil2 3.73E+lll2 >l. lillilE+6 3.66E+lil2 >l.lillilE+6 9. 65E+lill 14:29 3.38E+lil2 l. 81ilE+lil2 l.14E+lil2 3.73E+lil2 >l. lilllE+6 3.66E+lil2 >l.lillilE+6 9.65E+lill 14:30 3.38E+lil2 l. 81ilE+lil2 l.14E+lil2 3. 73E+lil2 >l. lillilE+6 3.66E+lil2 >l. lillilE+6 9.64E+lill 14:31 3.38E+lil2 l.BlilE+lil2 l.14E+lil2 3.73E+lil2 >l.lillilE+6 3.66E+lil2 >l.lillilE+6 9.64E+lill 14:32 3.38E+lil2 l.8fllE+lil2 l.14E+lil2 3.72E+lil2 >1.lillilE+6 3.65E+lil2 >l.lillilE+6 9.63E+lill 14:33 3.37E+lil2 1. 81ilE+lil2 l.14E+lil2 3.72E+lil2 >l.lllilE+6 3.65E+ll2 1.lil2E+lil6 9.62E+lill 14:34 3.37E+lil2 1. 81ilE+lil2 l. l4E+lil2 3. 72E+lil2 l.lll6E+lil6 3.65E+lil2 9.75E+ll5 9 .62E+01 THIS IS A DRILL

THIS IS A DRILL

• Scenario VG-lHl-1 VG-110-2 VG-llll-3 VG-110-4 VG-110-5 VG-110-6 VG-110-7 VG-110-8 Time CPH CPH CPM CPH CPM CPH CPH CPH 14:35 3.37EH2 1. 8'1E+ll2 1.14E+ll2 3. 72E+02 l.llllE+ll6 3.6SE+ll2 9.27E+ll5 9.61E+lll 14136 3.37E+il2 1.79E+ll2 1.13E+ll2 3.72E+ll2 9.52E+ll5 3.6SE+ll2 8.79E+ll5 9.61E+lll 14137 3.37E+il2 1. 79E+ll2 1.13E+ll2 3. 71E+ll2 9.lllE+llS 3.64E+ll2 8.31E+ll5 9. 60E+lll 14:38 3.36E+il2 1.79E+ll2 l.13E+ll2 3. 71E+ll2 8.SlE+llS 3.64E+il2 7.BSE+llS 9. 60E+lll 14139 3.36E+ll2 1.79E+ll2 1.13E+ll2 3.71E+ll2 B.02E+ll!. 3.64E+ll2 7.41lEHJS 9.59E+lll 14:40 3.36E+ll2 1.79E+ll2 1.13E+ll2 3.71E+ll2 7 .S4E+lil5 3.64E+il2 6.96E+ll5 9.SBE+lll 14141 3.36B+ll2 1.79E+ll2 1.13E+ll2 3. 71lE+lll2 7.09E+ll5 3.64E+ll2 6.54E+ll5 9.SBE+lll 14142 3.36E+ll2 1.79E+ll2 1.13E+ll2 3.71lE+ll2 6.6SE+ll5 3.63E+ll2 6.14E+05 9.57E+01 14:43 3.3SE+il2 1. 79E+il2 1.13E+02 J.70E+ll2 6.2JE+ll5 J.63E+02 S.75E+05 9.57E+lll 14:44 J.3SE+ll2 l.79E+02 1.1JE+ll2 3.71lE+ll2 S.BJE+llS J.6JE+02 S.JBE+05 9.56E+lll 14:45 J.JSE+02 1. 7BE+ll2 1.13E+ll2 J.70E+ll2 S.4SE+ll5 J.6JE+ll2 S.llJE+llS 9.SSE+lll 14146 3.3SE+il2 1.7BE+ll2 1.13E+ll2 3.69B+ll2 5. llBEH!JS J.62E+ll2 4.69E+05 9.SSE+lll 14:47 3.3SE+ll2 l.7BE+ll2 1.13E+ll2 3.69E+ll2 4. 73E+il5 3.62E+02 4.37E+ll5 9.54E+lll 14148 3.J4E+ll2 1.7BE+lll2 1.13E+ll2 3.69E+ll2 4. 40E+lil5 3. 62E+ll2 4. 06E+il5 9.54E+01 14:49 3.34E+il2 1. 7BE+ll2 1.13E+ll2 3.69E+ll2 4.IIIBE+llS 3.62E+ll2 3. 77E+ll5 9.SJE+lll 14:Sll 3.34E+02 1.7BE+ll2 1.12E+ll2 3.6BE+ll2 3.79E+05 J.62E+02 3.SllE+05 9.53E+lll 14151 3.34E+ll2 1. 7BE+ll2 1.12E+il2 3.6BE+ll2 3.SlE+llS 3.61E+ll2 3.24E+ll5 9.52E+lll 14:52 3.34E+ll2 l.7BE+ll2 l.12E+ll2 3.68E+ll2 3.2SE+lil5 l.61E+ll2 3.lilllE+05 9.SlE+lll 14153 3.33E+il2 1. 7BE+ll2 1.12E+ll2 3.6BE+ll2 3.llllE+llS 3.61E+02 2.77E+ll5 9.SlE+lll 14154 3.33E+02 1. 77E+02 l.12E+ll2 3.6BE+ll2 2.77E+ll5 3.61E+ll2 2.56E+ll5 9. SllE+lll 14:55 3.33E+02 1. 77E+ll2 1.12E+ll2 3.67E+ll2 2.56EH!JS 3. 60EH!l2 2.36E+ll5 9.50E+lll 14:56 3.JJE+ll2 1. 77E+02 l.12E+ll2 3.67E+ll2 2.36E+ll5 3.60E+ll2 2.1BE+ll5 9. 49E+01 14:57 3.33E+ll2 1. 77E+ll2 1.12E+ll2 3.67E+ll2 2.17E+05 3.60E+ll2 2.ll1E+ll5 9.49E+01 14:58 3.32E+02 1. 77E+li'J2 1.12E+02 3. 67E+ll2 2. IIHIJE+05 3.60E+ll2 1. BSE+05 9.48E+01 14:59 3.32E+ll2 1. 77E+lll2 1.12E+02 3.66E+ll2 1. 84E+05 3.60E+ll2 1. 70E+lll5 9.47E+01 15:IHl 3.32E+02 1. 77E+ll2 1.12E+02 3.66E+ll2 l. 70E+ll5 3.59E+ll2 1. 57E+ll5 9.47E+lll 15: Ill 3.32t+ll2 1. 77E+ll2 1.12E+02 3.66E+02 1. 56E+l1J5 3.59E+ll2 1.'ll4E+05 9.46E+01 15:02 3.32E+02 1. 77E+02 1.12E+ll2 3.66E+ll2 l.43E+ll5 3.59E+02 1. 32E+05 9. 46E+01 15:03 3.31E+ll2 1.76E+l1J2 1.12E+ll2 3.65E+02 1. 32E+ll5 3.59E+02 1.22E+05 9.45E+lll 15:ll4 3.31E+ll2 1. 76E+lil2 1.12E+ll2 3.6SE+ll2 l.21E+lll5 3.58E+ll2 l.12E+05 9.44E+lll 15:05 J.J1E+ll2 l.76E+02 1.11E+ll2 3.6SE+02 l.11E+05 3.5BE+02 1. llJE+llS 9.44E+lll 15:06 3.31E+ll2 1.76E+lil2 1.11B+ll2 3.6SE+ll2 l.02E+ll5 3.5BE+lil2 9.43E+lil4 9.4JE+lll 15:07 3.31E+02 1.76E+ll2 1.11E+ll2 J.6SE+ll2 9.37E+ll4 3.SBE+ll2 8.6SE+ll4 9.4JE+lll 15:llB J.JllE+il2 1.76E+ll2 1.11E+ll2 3.64B+ll2 8.60E+ll4 3. 58E+ll2 7.94E+ll4 9.42E+lll 1511!9 J.30E+02 1. 76E+ll2 1.11E+l1J2 3.64E+ll2 7.BBE+ll4 3.57E+02 7.2BE+04 9.42E+lll THIS IS A DRILL

THIS IS A DRILL

• Scenario VG-lllil-1 VG-lHl-2 VG-lllll-3 VG-111/l-4 VG-lllil-5 VG-lllil-6 VG-lHl-7 VG-lllll-8 Time CPM CPM CPM CPM CPM CPH CPM CPM 151llll 3.31lE+lil2 1.76E+lll2 1.11E+lll2 3.64E+lil2 7.23E+ll4 3.57E+lll2 6.67E+ll4 9.41E+lll 15111 3.31lE+ll2 1. 76E+lll2 l.11E+ll2 3.64E+ll2 6.63E+ll4 3.57E+lll2 6.12E+ll4 9.41lE+lll 15112 3.29E+ll2 1. 76E+l'l2 l.11E+ll2 3. 63E+ll2 6.ll7E+ll4 3.57E+ll2 5. 61E+ll4 9.41lE+llll 15113 3.29E+lll2 1.75E+lll2 1.11E+lll2 3.63E+lll2 5.56E+ll4 3.56E+lll2 5.14EHJ4 9.39E+lll 15:14 3.29E+lil2 1. 75E+ll2 l.11E+lll2 3.63E+lll2 5.HlEH'l4 3. 56E+l'l2 4. 71ilE+ll4 9.39E+llll 15:15 3.29E+lil2 1. 75E+fil2 1.11E+lil2 3.63E+lil2 4.67EH'l4 3. 56E+ll2 4.31E+ll4 9.38E+lill 15116 3.29E+ll2 1.75E+ll2 1.11E+02 3.63E+lil2 4.27EH'l4 3.56E+fil2 3.94E+04 9. 37EH'll 15117 3.28E+lil2 l.75E+ll2 l .11E+lll2 3.62E+lil2 3.87E+lil4 3.56E+lll2 3.57E+lil4 9. 37EH'll 15118 3.2BE+lll2 1. 75E+lll2 l.11E+lll2 3.62E+ll2 3.51E+lil4 3.55E+02 3.24E+lil4 9.36E+llll 15:19 3 .28E+lil2 1. 75E+ll2 l.10E+lll2 3.62E+lll2 3.18E+04 3.55E+ll2 2.93E+lil4 9. 36E+lll 15121il 3.28E+ll2 1.75E+ll2 l.1111E+lil2 3.62E+lil2 2.88E+lll4 3.55E+lil2 2.66E+lil4 9.35E+llll 15121 3.2BE+ll2-- 1.75E+ll2 l. lliJE+ll2 3.61E+ll2 2.61E+ll4 3.55E+lll2 2.41E+lll4 9 .JSE+ill 15:22 3.27E+fil.2 I 1. 74E+lil2 1. lfilE+lil2 3.61E+lil2 2.36E+ll4 3.54E+ll2 2.1BE+ll4 9.34E+llll 15:23 3.27E+ll2 1. 74E+ll2 1. HlE+ll2 3.61E+lll2 2 .14E+ll4 3.54E+ll2 1. 98E+lll4 9.33E+lll 15:24 3.27E+lil2 1. 74E+lil2 l. lllE+lil2 3.61E+lil2 1.94E+ll4 3.54E+ll2 l.79E+lll4 9.33E+lill 15:25 3.27E+ll2 1.74E+ll2 1. HlE+lil2 3.61E+ll2 1.76E+lll4 3.54E+lll2 1.62E+ll4 9.32E+lll 15:26 3.27E+lil2 1. 74E+ll2 l. lfilE+lil2 3.6filE+fil2 1. 59E+ll4 3.54E+ll2 1.47E+lil4 9.32E+lll 15:27 3.26E+lil2 1. 74E+ll2 l. lfilE+lil2 3. 61lE+lll2 1.44E+04 3.53E+ll2 1. 33E+ll4 9.31E+lill 15128 3. 26E+l'J2 l.74E+lil2 1. HlE+lil2 3.61lE+lil2 1. 31E+ll4 3.53E+lil2 l.21E+lll4 9. 31E+lll 15:29 J.26E+02 1. 74E+lil2 l. lfilE+ll2 3.61lE+ll2 1.1BE+ll4 3.53E+ll2 l.lil9E+lil4 9.JlilE+lill 15: JIil 3.26E+ll2 1. 74E+fil2 l. llilE+lil2 3.59E+lil2 1.07E+lil4 3.53E+lil2 9.91ilE+lll3 9. 29E+lill 15:31 3.26EH'l2 1. 73E+lil2 l. llilE+lil2 3.59E+lil2 9.72E+ll3 3.52E+lll2 B.97E+il3 9.29E+llll 15:32 3.25E+ll2 1. 73E+lll2 1. HlE+fil2 3.59E+lll2 B.81EH'l3 3.52E+lll2 B.13E+lil3 9.2BE+lill 15:33 3.25E+lil2 1. 73E+l1l2 l. llilE+lil2 3.59E+lil2 7.9BE+lll3 3.52E+02 7.37E+lll3 9.2BE+01 15:34 3.25E+lil2 1.73E+lll2 1.fil9E+lil2 3.59E+lll2 7.23E+ll3 3.52E+fil2 6.67E+lil3 9.27E+lill 15:35 3.25E+lll2 1. 73E+ll2 1.ll9E+lil2 3.SBE+lil2 6.55E+lll3 3.52E+lil2 6.ll5E+lil3 9.26E+llll 15:36 1 3.25E+lil2 1. 73E+lil2 1. 09E+lil2 3.58E+lil2 S.93E+lil3 3.5lt+ll2 5.4BE+lil3 9.26E+lill 15:37 3.24E+02 1. 73E+lll2 l. 09E+lll2 3.5BE+lil2 5.3BE+ll3 3. 51E+ll2 4.96E+lll3 9.25E+lll 15:38 3.24E+lil2 1. 73E+lil2 1.lll9E+ll2 3.SBE+lil2 4.87E+03 3.51E+lil2 4. 5filE+lil3 9.25E+lll 15:39 3.24E+lil2 1. 73E+lil2 l. lll9E+lil2 3.57E+lil2 4.41EH'l3 3.51E+lil2 4. 07E+lil3 9.24E+lill 15:411l 3.24E+lil2 1. 72EH'l2 l. lil9E+lil2 3.57E+ll2 4. llllEH'l3 3.51E+ll2 3.69E+ll3 9.24E+lill 15:41 3.24E+l'l2 1. 72E+lil2 l. llJ9E+lil2 3.57E+lil2 3.62E+lll3 3.51ilE+lil2 3.34E+lil3 9.23E+01 15:42 3 .23E+ll2 1.72E+lil2 l. ll9E+fil2 3.57E+02 3.2BEH'l3 3. 50E+lll2 3. lll3E+lll3 9.22E+fill 15:43 3.23E+lll2 1. 72E+lll2 1.1!9E+ll2 3.57E+02 2.97E+03 3.511JE+02 2.74E+ll3 9.22E+llll 15:44 3.23E+lil2 1.72E+02 1. ll9E+l1l2 3.56E+lll2 2.69E+ll3 3.511JE+02 2.49E+03 9.21E+l1ll THIS IS A DRILL

THIS IS A DRILL

• Scenario VG-lllll-1 VG-lllll-2 VG-lllll-3 VG-lllll-4 VG-lU-5 VG-lllll-6 VG-110-7 VG-lllll-8 Time CPM CPM CPM CPM CPM CPM CPM CPM 15:45 3.23E+lil2 l.72E+ll2 l. 09E+lll2 3.56E+02 2.44E+03 3.49E+lil2 2.25E+03 9.21E+01 15:46 3.23E+ll2 1. 72E+ll2 l. ll9E+ll2 3.56E+lll2 2.21E+lil3 3.49E+02 2 .04E+lll3 9.20E+llll 15,47 3.22E+ll2 1. 72E+ll2 l.09E+02 3.56E+02 2.lll0E+lil3 3.49E+ll2 l.85E+03 9.19E+01 15,48 3.22E+02 l.72E+02 l. lil8E+lll2 3.55E+ll2 l. 81E+ll3 3.49E+ll2 l.68E+ll3 9.19E+lill 15,49 3.22E+ll2 l. 71E+lll2 l. lil8E+ll2 3.55E+ll2 l.64E+03 3.49E+ll2 l.52E+03 9.18E+01 15:50 3.22E+02 1. 71E+02 l.0BE+02 3.55E+02 l. 49E+03 3.48E+ll2 1. 3BE+03 9. lBE+lll 15,51 3.22E+ll2 l. 71E+ll2 l. lll8E+ll2 3.55E+lll2 l. 35E+lil3 3. 48E+lil2 . l.25E+ll3 9.l7E+llll 15:52 3.21E+ll2 l.71E+ll2 l.llBE+02 3.54E+ll2 l.22E+ll3 3.4BE+02 l.13E+ll3 9 .17E+lill 15,53 3.21E+ll2 1. 71E+ll2 l. llBE+02 3.54E+ll2 l .11E+03 3.4BE+lil2 l.02E+lil3 9 .16E+lill 15,54 3.21E+02 1. 71E+lil2 l.ll8E+02 3.54EHl2 l. lllilE+ll3 3.47E+lil2 9.27E+lil2 9.15E+01 15:55 3.21E+lil2 1. 71E+lil2 l.08E+02 3.54E+02 9. lll9E+lil2 3.47E+02 8.39E+lil2 9.15E+lll 15:56 3.21E+lil2 1. 71E+lil2 l.llBE+02 3.54B+02 8.24E+ll2 3.47E+lll2 7.61E+lil2 9.14E+01 15,57 3.211lE+lil2 1. 71E+ll2 l.08E+ll2 3.53E+lll2 7.46E+02 3.47E+02 6.89E+lil2 9.14E+01 15,58 3.20E+lil2 1. 71E+lil2 1.ll8E+ll2 3.53E+lil2 6.76E+lll2 3.47E+ll2 6.24E+lll2 9.13E+lll 15,59 3 .211JE+ll2 1. 711JE+ll2 l.lll8E+lil2 3.53E+ll2 6.13E+ll2 3.46E+lll2 5.66E+lll2 9 .13E+llll 16zlllll 3.21lE+lll2 1. 71ilE+ll2 l. lll8E+lll2 3.53E+lil2 5.55E+ll2 3.46E+lll2 5.12E+lll2 9 .12E+llll THIS IS A DRILL

• . THIS PAGE IS INTENTIONALLY INSERTED AS A DATA DIVIDER FOR THIS SUBSECTION

THIS IS A DRILL

• Scenario VG-109-1 VG-1'l9-2 VG-109-3 VG-11119-4 VG-11119-5 VG-11119-6 VG-11119-7 VG-109-8 Time. CPM CPM CPM CPM CPM CPM CPM CPM 1118:3111 8.4111E+01 1. 1113E+lll2 6 .10E+rill 9.2111E+llll l.19E+lll2 1. 43E+lll2 1. 01E+lll2 5.BIIIE+llll 10:32 8.41EHll 1. 1113E+02 6.1111E+01 9.21E+llll l.19E+lll2 1. 43E+lll2 l.01E+lll2 5.BIIIE+llll 10133 8.41E+01 1. 1113E+lll2 6 .11E+01 9.21E+llll l.19E+lll2 1. 43E+lll2 1. lillE+lll2 5.BlE+llll llil134 8.42E+llll 1. 1113E+fll2 6. llE+flll 9.22E+llll l.19E+lll2 1. 43E+lll2 1.llllEH'l2 5. BlE+lll 10: 35 B.42E+01 l. lil3E+lll2 6.12E+lill 9.23E+llll l.19E+lll2 1. 43E+lll2 l. lillE+lll2 5.82E+lill lllJ:36 B.43E+lll l.lil3E+lll2 6.12E+01 9.23E+llll l,19E+lil2 1. 44E+lil2 l.111E+lil2 5.82E+lill 1111137 8.44E+llll l.ll3E+lll2 6.13E+lill 9.24E+lill l.19E+lil2 l.44E+lil2 l.lllE+lil2 5.B2E+lill 1111138 B.44E+llll l.1114E+l'l2 6.l3E+l'll 9.25E+l'll l .21'JE+l'l2 l. 44E+l'l2 l.1111E+l'l2 5.83E+l'll ll'l: 39 8.45E+l'll l. l'l4E+ll2 6.13E+l'll 9.25E+"1 l.21'lE+l'l2 l.44E+l'l2 l.l'l2E+l'l2 5.83E+l'll llil:41'1 8.45E+el l.l'l4E+l'l2 6.14E+l'll 9.26E+l'll l,21'lE+02 l. 44E+l'l2 l. l'l2E+l'l2 5.84E+l'll 1111:41 8.46E+l'll l.ll4E+e2 6.14E+lll 9.26E+l'll l.21'lE+l'l2 1. 44E+l'l2 l .l'l2E+l'l2 5.B4E+l'll 10142 8.46E+l'll l.1114E+e2 6.15E+l'll 9.27E+l'll l.21'lE+lll2 1. 44E+l'l2 l.1112E+l'l2 5.84E+l'll lil:43 B.47E+l'll l.ll4E+l'l2 6.15E+l'll 9.2BE+l'll l.21'lE+l'l2 l.44E+l'l2 l.1112E+l'l2 5.85E+lll 11'1144 B.4BE+l'll l. l'l4E+l'l2 6.16E+l'll 9.2BE+l'll l.21'lE+l'l2 l.44E+l'l2 l. l'l2E+l'l2 5.85E+l'll 1111:45 8.4BE+llll l. l'l4E+l'l2 6.16E+l'll 9.29E+l'll l.21lE+l'l2 1. 44E+l'l2 l.l'l2EH'l2 5.86E+01 lil146 8.49E+llll l.1114E+lll2 6.16E+llll 9. 31'JE+l'll l .2111E+lll2 l.45E+lll2 l.1112E+l'l2 5.86E+l'll 1111:47 B.49E+l'll l.ll4E+l'l2 6.17E+l'll 9.3111E+llll l.21ilE+lll2 l.45E+fil2 l.l'l2E+l'l2 5.86E+l'll 1111148 8. 51'lE+llll l.1114E+lll2 6.17E+l'll 9.31E+llll l.21'lE+lll2 1. 45E+lll2 l.1112E+lll2 5.B7E+l'll 10:49 8.51E+llll l.1114E+l'l2 6.lBE+l'll 9.32E+l'll l.21'lE+l'l2 1. 45E+l'l2 1. l'l2E+lll2 5.87E+l'll llll:51'1 8.51E+l'll l.1114E+l'l2 6.lBE+l'll 9.32E+l'll l.21E+l'l2 1. 45E+l'l2 l.l'l2E+l'l2 5.BBE+l'll 1111:51 8.52E+l'll 1. "4E+l'l2 6.19E+l'll 9.33E+l'll 1. 21E+lll2 1. 45E+l'l2 l. lll2E+l'l2 5.BBE+l'll ll'l:52 8.52E+l'll l.1115E+l'l2 6.19E+l'll 9. 34E+lll l.21E+l'l2 l.45E+l'l2 l. lll2E+l'l2 5.89E+l'll 10:53 8.53E+l'll l.1115E+l'l2 6.19E+l'll 9.34EHll l.21E+l'l2 1. 45E+l'l2 l. l'l3E+B2 5.89E+l'll lllJ: 54 8.54E+l'll l. l'l5E+l'l2 6. 21'lE+l'll 9.35E+l'll l.21E+lll2 l.45E+l'l2 l .1113E+l'l2 5.89E+l'll ll'l:55 B.54E+l'll 1. l'l5E+l'l2 6.211JE+l'll 9.35E+l'll l.21E+l'l2 1. 45E+l'l2 l.l'l3E+l'l2 5.91'lE+l'll 1111 :56 B.55E+l'll l.1115E+l'l2 6.21E+l'll 9.36E+llll l.21EHl2 l.46E+ll2 l.l'l3E+B2 5.91'lE+l'll ll'l 157 8.5~E+l'll l. l'l5E+l'l2 6.21E+llll 9. 37EHll l.21E+lil2 l.46E+l'l2  ! . l'l3E+l'l2 5.91E+l'll lil: 58 B.56E+lill 1. l'l5E+l'l2 6. 22E+l'll 9.37E+l'll l.21E+l'l2 1. 46E+lil2 l.l'l3E+lll2 5. 9 lE+01 lllJ:59 B.56E+lill l. lll5E+l'l2 6.22E+l'll 9.38E+l'll l.21E+l'l2 l.46E+lll2 l.l'l3E+l'l2 5.91E+l'll 11:l'll'l 8. 57E+l'll l. l'l5E+l'l2 6.22E+lill 9.39E+llll l.21E+lil2 1. 46E+lil2 l .1113E+lil2 5.92E+lill 11:111 8.5BE+l'll l.lll5E+l'l2 6.23E+l'll 9.39E+lill l.21E+l'l2 1. 46E+lil2 l.l'l3E+lll2 5.92E+l'll 1111'12 8.58E+l'll l.l'l5E+lil2 6. 23E+lll 9.41'lE+lill l.22E+l'l2 l.46E+l'l2 l.1113E+l'l2 5.93E+l'll 11:1113 8.59E+llll l. ll5E+l'l2 6.24E+l'll 9.41E+l'll l.22E+l'l2 1. 46E+lil2 l. l'l3E+l'l2 5.93E+llll ll:lil4 8.59E+lill l. lil5E+lll2 6.24E+lill 9.41E+lill 1. 22E+l'l2 1. 46E+l'l2 l.lil3E+l'l2 5.93E+llll THIS IS A DRILL

THIS IS A DRILL

• Scenario VG-109-l VG-109-2 VG-lll9-3 VG-lll9-4 VG-lll9-5 VG-lll9-6 VG-lll9-7 VG-lll9-B Time CPH CPH CPH CPH CPH CPH CPH CPH ll:ll5 8.61lE+lll l. ll5E+ll2 6.25E+lll 9.42E+lll l.22EHl2 l. 46E+ll2 l. ll3E+ll2 5.94E+lll 11:11.16 8.61E+l!Jl l. ll6EHl2 6.25E+lll 9.43E+llll l.22E+ll2 l.47E+IIJ2 l. ll3E+ll2 5.94E+lll ll11l7 8.61E+llll l. ll6E+ll2 6.25E+lll 9.43E+lll l.22E+ll2 l.47E+ll2 l. ll4E+ll2 5.95E+lll 11:llB 8.62E+lll l. ll6E+ll2 6.26E+lll 9.44E+lll l. 22E+ll2 l. 47EHl2 l.ll4E+ll2 5.95E+lll ll:ll9 8.62E+lll l. ll6E+ll2 6.26E+lll 9.44E+lll l.22E+ll2 l. 47E+ll2 l.ll4E+ll2 5.95E+lll 11: lll 8.63E+lll l. ll6E+ll2 6.27E+lll 9.45E+lll l.22E+ll2 l. 47E+ll2 l. ll4E+ll2 5.96E+lll 11:11 8.64E+lll l.ll6E+ll2 6. 27EHll 9.46E+lll l.22E+ll2 l. 47E+ll2 l.ll4E+ll2 5.96E+lll 11: 12 8.64E+lll l. ll6E+ll2 6.2BE+lll 9.46E+lll l.22E+ll2 l. 47E+ll2 l.ll4E+ll2 5.97E+lll 11: 13 8.65E+lll l. ll6E+ll2 6.2BE+lll 9. 47E+01 l.22E+ll2 l. 47E+ll2 l.ll4E+ll2 5.97E+lll 11: 14 8.65E+lll l. ll6E+ll2 6.2BE+lll 9.4BE+lll l. 23E+ll2 1. 47E+ll2 1.ll4E+ll2 5.97E+lll 11: 15 8.66E+lll 1. ll6E+ll2 6.29E+lll 9.4BE+lll l.23E+ll2 l. 47E+ll2 l.ll4EHl2 5.9BE+lll ll 116 8.66E+lll 1. ll6E+ll2 6.29E+lll 9. 49E+lll l.23E+ll2 l. 4BE+ll2 1.ll4E+ll2 5.9BE+lll 11117 8.67E+lll 1. ll6E+ll2 6.31lE+lll 9.SllE+lll l.23E+ll2 l.4BE+ll2 l.ll4E+ll2 5.99E+lll 11118 B.6BE+lll 1.ll6E+ll2 6.31lE+lll 9.SllE+lll l.23E+ll2 l.4BE+ll2 l.ll4E+ll2 5.99E+lll 11: 19 B.6BE+lll l. ll6E+ll2 6.31lE+lll 9.51E+lll l.23E+ll2 1. 48E+ll2 1. ll4E+ll2 5.99E+lll 11:20 8.69E+lll l.ll7E+ll2 6.31E+lll 9.52E+lll l. 23E+ll2 1. 4BE+ll2 l. ll4E+ll2 6. llllEH'll 11121 B. 69EHll 1.ll7E+ll2 6.31E+lll 9.52E+lll l.23E+ll2 1.4BE+ll2 l.ll5E+ll2 6.llllE+lll ll 122 B.71lE+lll l.ll7E+ll2 6.32E+lll 9.53E+llll l.23E+ll2 l.4BE+ll2 l. ll5E+ll2 6.lllE+lll 11:23 8. 71E+lll l.ll7E+ll2 6.32E+lll 9.53E+lll l.23E+ll2 1.4BE+ll2 1. ll5E+ll2 6.lllE+lll ll 124 8.71E+lll 1. ll7E+ll2 6.33E+lll 9. 54EHll l.23E+ll2 1. 48E+ll2 1. ll5E+ll2 6.ll2E+lll 11 :25 8.72EH1 J .ll7E+ll2 6.33E+lll 9.55E+lll l.23E+ll2 1. 48E+ll2 1. ll5E+ll2 6. ll2E+lll 11126 8. 72EHll 1. ll7E+ll2 6.33E+lll 9.55E+lll l.24E+ll2 l. 49E+ll2 1.ll5E+ll2 6.ll2E+lll 11:27 8.73E+lll l. ll7E+ll2 6.34E+lll 9.56E+lll 1.24E+ll2 l. 49E+ll2 l. ll5E+ll2 6.ll3EHll 11:28 8.74E+lll 1. ll7E+ll2 6. 34E+lll 9.57E+lll l.24E+ll2 1. 49E+ll2 l.ll5EHl2 6.ll3E+lll 11:29 8.74E+lll l. ll7E+ll2 6.35E+lll 9.57E+lll 1.24E+ll2 1. 49E+ll2 l. ll5EHl2 6.ll4E+lll 11: 31l B.75E+lll 1.ll7EHl2 6.35E+lll 9.58E+lll l.24E+ll2 l. 49E+ll2 l. ll5E+ll2 6.ll4E+lll 11:31 8.75E+lll 1. ll7E+ll2 6. 36E+lll 9 .~9E+lll l.24E+ll2 1. 49E+ll2 1.ll5E+ll2 6.ll4E+lll 11132 8.76E+lll l. ll7E+ll2 6.36E+lll 9.59E+lll l. 24E+ll2 1. 49E+ll2 l. ll5E+ll2 6.ll5E+lll 11133 8.76E+lll 1.ll7E+ll2 6.36E+lll 9.61lE+lll l.24E+ll2 1.49E+ll2 l. ll5E+ll2 6.ll5E+lll 11134 8. 77E+lll l. ll8E+ll2 6.37E+lll 9. 61E+lll 1.24E+ll2 1.49E+ll2 1. ll5E+ll2 6.ll6E+lll 11:35 8.7BE+lll 1.llBE+ll2 6.37EHll 9.61E+lll l.24E+ll2 l. 49E+ll2 1.ll6E+ll2 6.ll6E+lll 11:36 8.7BE+lll l.llBE+ll2 6.38E+lll 9.62E+lll l.24E+ll2 l. 51lE+ll2 l.ll6E+ll2 6.ll6E+lll 11137 8.79E+lll l.llBE+ll2 6.38E+lll 9.63E+lll l.24E+ll2 1.51lE+ll2 l.ll6E+ll2 6.ll7E+lll 11138 8.79E+lll l.ll8E+ll2 6.39E+lll 9.63E+lll l.25E+ll2 1.51lE+ll2 l.ll6E+ll2 6. ll7E+lll ll 139 8.SllE+lll l. ll8B+ll2 6.39E+llll 9.64E+lll l. 25E+ll2 l.51lE+ll2 1.ll6E+ll2 6.llBE+lll THIS IS A DRILL
• I THIS IS A DRILL
• Scenario VG-Hl9-l VG-llll9-2 VG-llll9-3 VG-llll9-4 VG-109-5 VG-llll9-6 VG-llll9-7 VG-llll9-8 Time CPH CPH CPM CPM CPM CPM CPH CPH ll:411l 8. 81E+llll 1. lll8E+lll2 6.39E+llll 9.64E+llll l.25E+lll2 l.51lE+lll2 l. lil6E+lll2 6.lllBE+lll 11:41 8. 81E+ill l. lll8E+lll2 6.411lE+lll 9.65E+llll l. 25E+lil2 1. 51lE+il2 l. lil6E+lll2 6.lllBE+llll 11:42 8.82E+lll l. 08E+lll2 6.411lE+llll 9.66E+lill l.25E+lll2 l.511lE+lll2 1. 06E+lll2 6. 09E+llll 11:43 8.82E+lll l. lllBE+ll2 6.41E+llll 9.66E+01 l.25E+ll2 1.511lE+l!2 l. 06E+il2 6.ll9E+llll 11:44 8 .83EHll l. lil8E+lll2 6. 41E+lill 9.67E+llll l.25E+lll2 1.SlllE+lil2 l. lil6E+lll2 6.llilE+lll 11:45 8. 84E+llll l. lllBE+lll2 6. 42E+ill 9.6BE+llll l.25E+lll2 1. 511lE+lll2 l. lll6E+lll2 6.llllE+llll 11:46 8.84E+llll 1. lll8E+lll2 6.42E+llll 9.68E+llll l. 25E+lll2 l. 51E+lll2 l. lll6E+lll2 6.llllE+l1ll 11:47 8. BSE+llll l. 0BE+ll2 6.42E+llll 9.69E+llll l.25E+lll2 l. 51E+lll2 1.lll6E+lll2 6. llE+llll 11:48 B.BSE+lll l. lil9E+lll2 6.43E+llll 9. 71ilE+lll 1.25E+lil2 l.51E+lll2 l.lll6E+lil2 6. llE+llll 11:49 8.86E+lill l. ll9E+lll2 6.43E+lll 9. 711lE+liH l.25E+ll2 l. 51E+lll2 l. lll7E+lll2 6.12E+llll 11:Slll 8.86E+llll l. lll9E+lll2 6.44E+llll 9.71E+llll l.26E+lll2 l. 51E+lll2 l. 07E+lll2 6 .12E+llll 11:51 8. 87E+01 l. lll9E+ll2 6.44E+llll 9. 72E+llll l.26E+ll2 l. 51E+il2 l.07E+il2 6.12E+llll ll 152 8.BBE+llll l.09E+lll2 6.45E+lll 9.72E+lll l.26E+lli2 l.51E+lll2 l. 07E+lil2 6.lJE+llll 11153 8.BBE+lll l. 09E+lil2 6. 45E+llll 9.73E+"1 l.26E+lll2 l.51E+lll2 l. lil7E+lll2 6.lJE+llll 11:54 8.89E+lll l. lll9E+ll2 6.45E+lll 9. 73E+lill 1. 26E+lll2 1. 51E+lll2 l.lil7E+lll2 6 .14E+llll 11:55 8.89E+lill l. lll9E+lll2 6.46E+lill 9.74E+lill l.26E+lil2 l.51E+lll2 l.ll7E+lll2 6.14E+lill 11:56 8.91ilE+lll l. lll9E+ll2 6. 46E+lill 9.75E+lll l.26E+ll2 l.52E+lll2 l.ll7E+ll2 6. lSE+lll 11:57 8. 91E+lll l. lll9E+ll2 6.47E+lll 9.75E+llll l.26E+lll2 l.52E+lll2 l.lll7E+02 6.lSE+llll 11:58 8.91E+lill l. ll9E+lll2 6.47E+llll 9.76E+lll l.26E+ll2 l.52E+ll2 l.lll7E+lll2 6. lSE+ill 11: 59 8.92E+lll l. ll9E+lll2 6.48E+lll 9. 77E+llll l.26E+lil2 l.52E+lll2 l. ll7E+ll2 6.16E+lll 12:lllll 8.92E+llll l.lll9E+l!l2 6.48E+lll 9. 77E+lll l.26E+ll2 l.52E+02 l. ll7E+lil2 6 .16E+llll 12:lll 8. 93E+Bl l. lll9E+lll2 6.48E+llll 9.78E+lill l.26E+ll2 l.52E+lll2 l.lll7E+lll2 6. l 7E+lll 12:02 8. 94E+llll l. llllE+lll2 6.49E+llll 9.79E+llll 1.27E+lll2 l.52E+lll2 l.ll7E+lll2 6.17E+llll 12 :lllJ 8. 94E+llll l. llllE+lll2 6. 49E+l!l 9.79E+llll l.27E+lll2 l.52E+ll2 l. lll8E+lll2 6.17E+llll 12 :lll4 8.95E+llll l. llllE+lll2 6.SlllE+l'll 9. BlllE+llll l.27E+l'l2 1. 52E+l!2 l. lll8E+lll2 6. lBE+lill 12 :Ills 8.95E+lill 1. llllE+lll2 6. SllE+lll 9.BlE+llll 1.27E+ll2 l.52E+lll2 l.lll8E+lll2 6.18E+lill 12:06 8.96E+llll l.10E+lll2 6.SlE+lll 9.81E+llll 1.27E+lll2 1. 53E+lll2 1.lll8EHl2 6.19E+fll 12 :lll7 8.96E+llll 1. llllE+lll2 6.SlE+llll 9. 82E+lll l.27E+lll2 1. 53E+lll2 l. lll8E+lll2 6 .19E+llll 12108 8.97E+lill l. HlE+lll2 6.SlE+llll 9.82E+llll l. 27E+lll2 1. 53E+lll2 l. lll8E+lll2 6.19E+llll 12:09 8. 98E+llll l. llilE+lll2 6.52E+llll 9.83E+llll l.27E+lll2 l.53E+lll2 l. 0BE+lll2 6.211lE+01 12:10 8.98E+01 l. llllE+02 6.52E+01 9. 84E+"1 1.27E+02 l.53E+lll2 l.08E+02 6. 211lE+llll 12,11 8.99E+Vl i_l.llll~+lll2 6.SJE+llll 9.84E+llll l.27E+lll2 1.53E+lll2 l. lll8E+ll2 6.21E+lll 12:12 8.99E+llll I l. llllE+lil2 6.SJE+llll 9.85E+llll l.27E+lll2 l.53E+ll2 l.lllBE+lll2 6. 21E+llll 12:13 9.llllilE+U 1. llilE+lil2 6.54E+lill 9.86E+llll l.27E+lil2 l. 53E+lil2 l.lil8E+lil2 6.21E+llll 12:14 9. lillE+lill 1.1111E+lil2 6. 54E+lill 9.86E+lill l.28E+lil2 l.53E+lil2 l. lllBE+lll2 6.22E+llll THIS IS A DRILL

THIS IS A DRILL

• Scenario VG-Hl9-l VG-Hl9-2 VG-Hl9-3 VG-109-4 VG-109-5 VG-109-6 VG-11119-7 VG-109-B Time CPM CPM CPM CPM CPM CPM CPM CPM 12:15 9. llllE+llll l.1111E+lll2 6.54E+lill 9.B7E+llll l.2BE+02 1. 53E+lll2 1.1118E+lil2 6.22E+lill 12:16 9. 1112E+llll l.11E+lil2 6.55E+llll 9.B8E+lill 1.28E+lll2 l.54E+lil2 l.11lBE+lll2 6.23E+lill 12:17 9. lll2E+lll 1.11E+lll2 6.55E+llll 9 .BBE+lll 1.28E+lll2 1. 54E+lll2 l.11lBE+lll2 6.23E+llll 12:18 9. lll3EHll 1.11E+lll2 6. 56E+llll 9. B9E+0l l.28E+lll2 1. 54E+lil2 l. lll9E+lll2 6.23E+lill 12:19 9. lll4E+llll l.11E+lll2 6. 56E+ill 9. 911lE+llll 1. 98E+ll5 1. 54E+lll2 2.ll9E+lll5 6.24E+llll 12:2111 9. lll4E+llll l.11E+lll2 6. 57E+llll 9.91lE+lll 4. 41lE+lil5 l.54E+lll2 4.64E+ll5 6.24E+lll 12 :21 9. 1115E+lll l.11E+lll2 6.57E+llll 9.91E+lll 7. 411lE+lll5 1. 54E+lll2 7.B1E+IIJ5 6.25E+lll 12:22 9. lil5E+llll 1.11E+lll2 6.57E+llll 9. 9 lE+llll >l .11lllE+6 l.54E+lll2 >1.llllllE+6 6.25E+llll 12:23 9. lll6E+llll 1.11E+ll2 6.58E+ill 9.92E+llll >1.llllllE+6 l.54E+lll2 >1.llllllE+6 6.25E+llll 12:24 9. lll6E+llll l.11E+lil2 6.SBE+llll 9.93E+llll >l.lllllE+6 1. 54E+lil2 >1. llllllE+6 6.26E+llll 12:25 9. lll7E+llll l.11E+lll2 6.59E+llll 9.93E+llll >l.lllllE+6 1. 54E+ll2 >1. lillllE+6 6.26E+lill 12:26 9 .IIJBE+lill 1.11E+lll2 6.59E+lill 9. 94E+llll >l.lillilE+6 1. 55E+lll2 >l. lillilE+6 6.27E+lill 12:27 9. llBE+lill 1.11E+ll2 6.61lE+llll 9. 95E+llll >l.llllllE+6 l.55E+lll2 >l.llllllE+6 6.27E+llll 12:28 9 .ll9E+llll l.llE+lll2 6. 61/lE+llll 9. 95E+llll >l.llllilE+6 l.55E+lll2 >1. lillilE+6 6.28EHll 12:29 9 .lll9E+llll l.12E+lll2 6.611lE+ill 9.96E+llll >l. lillllE+6 l.55E+lll2 >l. llllilE+6 6.28E+llll 12: )Ill 9. llllE+llll l.12E+lil2 6.61E+llll 9.97EH!l >l. lillllE+6 1.55E+lll2 >l.llllilE+6 6.28E+llll 12:31 9. llE+llll l.12E+lll2 6.61E+ill 9.97E+llll >l. llllllE+6 1. 55E+lll2 >1.llllllE+6 6.29E+llll 12:32 9. llE+lill l.12E+lll2 6.62E+ill 9.98E+llll >l.llllllE+6 1. 55E+IIJ2 >l.lillilE+6 6.29E+lill 12:33 9 .12E+llll l .12E+lll2 6.62E+llll 9.99E+lill >l.llllllE+6 1. 55E+lll2 >l.llllllE+6 6.31ilE+lill 12:34 9.12E+llll l .12E+lll2 6.63E+ill 9.99E+llll >l.llllllE+6 1. 55E+lll2 >l.il0E+6 6.311lE+lill 12:35 9.13E+llll l.12E+lll2 6. 63E+llll 1.llllllE+ll2 >l.llllllE+6 1. 55E+lil2 >1.llllllE+6 6.JlilE+lill 12:36 9. lJE+llll l.12E+lil2 6. 63EHll l.lillilE+lll2 >l. lillllE+6 1. 56E+lil2 >l.llllilE+6 6.31E+llll 12:37 9 .14E+llll 1.12E+lll2 6.64E+lill l.lillllE+lll2 >l.lillllE+6 1. 56E+lil2 >l. llllilE+6 6.31E+lill 12:38 9. lSE+lill l.12E+lll2 6.64E+lill l.llJilE+lll2 >l.illilE+6 1. 56E+lll2 >l.llllilE+6 6.32E+lill 12:39 9.15E+lll l.12E+lll2 6.65E+lill l.ililE+il2 >l. lillllE+6 l.56E+lil2 >1.llllilE+6 6.32E+lll 12 :40 9.16E+llll l.12E+il2 6. 65E+lill l.lillilE+il2 >l. lillilE+6 1. 56E+lil2 >l.llllilE+6 6.32E+lill
• 12:41 9 .16E+llll l.12E+lll2 6.66E+flll 1.lll11JE+lil2 >l.fllllE+t l.56E+lil2 >1.lillilE+6 6.33E+lill 12:42 9. l 7E+lll l .12E+lil2 6.66E+ill l.ililE+lil2 >l.lillilE+6 l.56E+lll2 >l. il0E+6 6.33E+lill 12:43 9.18E+lll l.13E+lll2 6.66E+llll 1. "'1E+lil2 >l. lillilE+6 1. 56E+IIJ2 >l.lillilE+6 6.34E+llll 12:44 9.lBE+llll l.13E+lll2 6.67E+lll l. lillE+lll2 >l.lllilE+6 l.56E+il2 >l.ililE+6 6.34E+llll 12:45 9 .19E+ill l.13E+ll2 6. 67E+ill l.lllE+il2 >l.llilE+6 l.56E+lll2 >l. illilE+6 6.34E+lll 12:46 9 .19E+ill l.13E+ll2 6.68E+ill l. lillE+il2 >l.illllE+6 1. 57E+lll2 >l. llJlllE+6 6.35E+lll 12:47 9 .2ilE+llll l.13E+ll2 6.68E+lll l.1111E+il2 >l. llllllE+6 l.57E+lll2 >l.ll0E+6 6.35E+llll 12:48 9 .21E+lll l.13E+ll2 6.68E+llll 1. 1111E+lll2 >l.lllllE+6 l.57E+il2 >l.llllllE+6 6.36E+lll 12:49 9.21E+llll l.13E+lll2 6.69E+lll l.1111E+ll2 >l.llllilE+6 1. 57E+il2 >l.llllllE+6 6.36E+llll THIS IS A DRILL

THIS IS A DRILL Scenario VG-llil9-l VG-llil9-2 VG-llil9-3 VG-llil9-4 VG-llil9-5 VG-llil9-6 VG-llil9-7 VG-llil9-8 Time CPK CPK CPK CPK CPK CPK CPK CPK 12:50 9.22E+01 l.13E+lil2 6.69E+01 l.lillE+lil2 >l.lillilE+6 1.57E+lil2 >l.llllllE+6 6.36E+01 12151 9.22E+llll l.13E+lll2 6.70E+lll l.01E+02 >l.lllllE+6 1. 57E+ll2 >l.00E+6 6.37E+I/Jl 12:52 9.23E+lll 1. l3E+02 6. 71lE+lll l.01E+ll2 >l. llllE+6 1. 57E+02 >l.0111E+6 6.37E+01 12153 9.23E+lll l.13E+lll2 6. 71E+lll l,IIJ1E+lll2 >l.llllllE+6 l.57E+lll2 >l. llllllE+6 6. 38E+lll 12154 9.24E+lll l.13E+ll2 6. 71E+lll l.lllE+ll2 >l. llllllE+6 l.57E+lll2 >l.illilE+6 6.38E+llll 12:55 9.25E+lll l.13E+ll2 6. 71E+llll l.1111E+ll2 >1. lllllE+6 1. 57E+ll2 >l.llllllE+6 6.38E+l!ll 12156 9.25E+lll l.13E+l!l2 6.72E+01 l.1111E+ll2 >l.llllllE+6 1.58E+lll2 >l.illilE+6 6.39E+llll 12157 9.26E+lll l.14E+ll2 6.72E+01 1.1!11E+02 >l.011JE+6 l.58E+02 >l. llllE+6 6. 39EHll 12:58 9.26E+"1 l.14E+lil2 6.73E+"1 l.lil1E+lil2 >1.lilllE+6 1. 5BE+lil2 >1. IIIIIIE+6 6. 4111E+llll 12159 9.27E+llll 1.14E+lll2 6.73E+01 l.1!12E+lll2 >1.l!ll!IE+6 1. 5BE+02 >1. IIIIIIE+6 6. 4111E+lll 13:lil0 9.2BE+llll l.14E+lll2 6.74E+lill 1.1!12E+l!l2 >l.llllllE+6 1. 58E+ll2 >l.00E+6 6. 40E+llll 1311ll 9.2BEHll l.14E+02 6.74E+lill 1.lil2E+lll2 >l.lill!IE+6 l.5BE+lil2 >l.01ilE+6 6.41E+01 1311l2 9.29E+lll l.14E+lil2 6.74E+lll l.lll2E+ll2 >1.lilllE+6 1. 58E+ll2 >l. 0111E+6 6.41E+llll 13:ll3 9.29E+lll l.14E+lll2 6.75E+lill 1.ll2E+ll2 >1.lllllE+6 1.5BE+lll2 >1.lllllE+6 6.42E+llll 13:ll4 9.3111EHll l.14E+lll2 6.75E+llll l. lil2E+ll2 >1. IIIIIIE+6 1. 5BE+lll2 >l.llllilE+6 6.42E+llll 13: lilS 9.JlE+lll 1.14E+ll2 6.76E+lll 1.ll2E+lll2 >1.llllE+6 1.58E+lll2 >l.llllE+6 6.4JE+lll 1311116 9.31E+lll 1.14E+ll2 6.76E+lll 1.ll2EHl2 >l. lllllE+6 l.59E+ll2 >l. llllilE+6 6.43E+llll 13:ll7 9.32E+lln  ! .14E+lll2 6.77E+lll 1.1112E+lll2 >1.llllE+6 l.59E+lll2 >1. IIIIIIE+6 6.43E+llll 13108 9.32E+01 l .14E-:-ll2 6.77E+01 1. 02E+lil2 >l. lill1JE+6 1. 59E+02 >l.00E+6 6. 44EHll 13:09 9.33E+"1 l.14E+02 6. 77EHll l.02E+lil2 >1.lllllE+6 l.59E+02 >l.lllllE+6 6.44E+llll 13: 1111 9.33E+llll l.14E+lll2 6.7BE+llll l. lil2E+IIJ2 >1. lillllE+6 l.59E+lll2 >l.lillllE+6 6.45E+llll 13: 11 9. 34E+lill l.15E+02 6.78E+01 l.02E+02 >1.0111E+6 l.59E+ll2 >l .1110E+6 6.45E+llll 13112 9.35E+lll l.15E+lil2 6.79E+01 l. lil2E+02 >1. IHlE+6 1.59E+02 >l.00E+6 6.45E+lill 13113 9. 35E+lill l.15E+02 6.79E+llll 1.lil2E+02 >l. llJ0E+6 1. 59E+02 >l .1110E+6 6. 46E+lill 13114 9. 36E+lill l.15E+lil2 6.B0E+01 l.lil2E+lil2 >l.lillilE+6 l.59E+02 >l.1110E+6 6.46E+lill 13:15 9. 36E+llll 1.15E+lll2 6.8111E+lll l.lil3E+lll2 >l.llllllE+6 l.59E+lil2 >l.011JE+6 6.47E+llll 13116 9.37E+lll 1.15E+02 6.BllE+lll l.1113t:+lll2 >l. ll0E+6 1. 6"E+lil2 >l. lllllE+6 6.47E+llll 13:17 9. JBEHll 1.15E+lll2 6.BlE+lll l.lil3E+lil2 >1. lillilE+6 l.61ilE+lil2 >l .1110E+6 6.47E+lill 13:18 9. 3BE+lll l .15E+lll2 6.BlE+lll l.ll3EHl2 >l.lillllE+6 l.61ilE+lil2 >l. llllllE+6 6.48E+lill 13119 9. 39E+"1 l.15E+02 6.82E+lll 1.03E+lil2 >1.lillllE+6 1. 6111E+lll2 >l.llllllE+6 6.48E+01 13:2111 9.39E+lll l.1SE+02 6. 82E+"1 l.1113E+lll2 >1.llllilE+6 1. 6111E+lll2 >l. lllllE+6 6. 49E+llll 13:21 9. 41ilE+lill l.15E+lll2 6.BJE+llll l.1113E+02 >l.llllilE+6 1. 61lE+lll2 >l. llllllE+6 6.49E+01 13:22 9. 41E+lll 1.15E+lil2 6.BJE+lll 1. ll3E+ll2 >l.llllE+6 1. 611JE+02 >L ,rnE+6 6.49E+llll 13:23 9. 41E+lll l.15E+lll2 6.BJE+lill l. lil3E+lil2 >l.lillilE+6 1. 611JE+lil2 >L lillilE+6 6.51lE+01 13:24 9.42E+"1 l.15E+02 6.84E+lll 1. 03E+lil2 >l.lil0E+6 l.60E+lil2 >l.00E+6 6. 50E+llll THIS IS A DRILL

THIS IS A DRILL

• Scenario VG-109-1 VG-Hl9-2 VG-Hl9-3 VG-Hl9-4 VG-11119-5 VG-109-6 VG-le9-7 VG-109-8 Time CPM CPH CPM CPM CPM CPM CPM CPM 13:25 9.42E+lll l.16E+02 6.84E+01 1. 1113E+ll2 >l. lllllE+6 1. 61lE+02 >l.ll0E+6 6.51E+lll 13126 9.43B+lll l.16E+02 6.85E+lll l.03E+ll2 >l.01lE+6 1. 61E+02 >l.00E+6 6. 51E+01 13:27 9.43B+lll l.16E+ll2 6.85E+llll l.03E+ll2 >l.00E+6 1. 61E+02 >1,ll0E+6 6.51E+lll 13128 9,44E+01 l.16E+ll2 6.86E+01 l.03E+ll2 >l.ll0E+6 l,61E+02 >1,llllE+6 6.52E+llll 13:29 9.45E+lll l.16E+02 6. 86E+lll l.03E+ll2 >1.lllilE+6 1.61E+02 >l.01lE+6 6.52E+lll 13: JIil 9,45E+lll l.16EHl2 6.86E+lll l.lll4E+lll2 >l.011lE+6 l.61E+lll2 >l.0!11E+6 6.53E+01 13131 9,46E+lll l.16E+02 6.87E+lll l.ll4E+02 >l.llllllE+6 l.61E+!ll2 >l.ll0E+6 6.53E+01 13132 9.46E+01 1.16E+lll2 6.87E+lll l,lll4E+lll2 >1. ll!IIE+6 l,61E+02 >1. 00E+6 6.53E+01 13:33 9,47E+lll 1.16E+lll2 6.BBE+llll 1.lll4E+02 >1.llllllE+6 1.61E+lll2 >1,00E+6 6.54E+01 13134 9.4BE+lll 1.16E+lll2 6.88E+llll l. lll4E+02 >1. lllllE+6 1. 61E+lll2 >l. 011JE+6 6.54E+01 13:35 9, 4BE+llll 1.16E+02 6,89E+01 l.04E+02 >1.llllllE+6 l.61E+ll2 >1.lll0E+6 6.SSE+lll 13136 9,49B+01 1.16E+lll2 6.89E+llll l.lll4E+lll2 >1. llllilE+6 l.62EHl2 >l,ll0E+6 6.SSE+llll 13137 9, 49E+llll l.16E+02 6.89E+01 1.lll4EHl2 >1. llllllE+6 l,62E+ll2 >1. 00E+6 6.56E+01 13138 9, 50E+lll l.16E+lll2 6. 9!11E+lill l.lll4E+ll2 >1.ll0E+6 1. 62E+lll2 >l.!llllE+6 6, 56EHll 13139 9, SlE+llll l.17E+02 6 ,911lE+01 l.04E+lll2 >1. lll0E+6 l.62E+lll2 >l. 011lE+6 6. 56E+llll 13140 9. SlE+lll 1. l 7E+lll2 6. 91E+llll l.lll4E+ll2 >l.lllllE+6 1. 62E+ll2 >l.01lE+6 6,57E+lll 13141 9.52E+01 l. l 7E+ll2 6.91E+01 l.ll4E+02 >1.llllE+6 l.62E+ll2 >1,llllE+6 6.57E+lll 13142 9.52E+lll 1.17E+ll2 6.92E+01 1.ll4E+02 >1.llllE+6 1. 62E+ll2 >1.llllE+6 6.SBE+lll 13:43 9.53E+lll l.17E+lll2 6.92E+lll 1.lll4E+ll2 >1. lllllE+6 l.62E+ll2 >1.ll0E+6 6.SBE+lll 13:44 9.53E+lll l.17E+ll2 6.92E+01 l.ll4E+02 >1.ll0E+6 1. 62E+lil2 >Lll0E+6 6.58E+lll 13145 9.54E+lll l.17E+lll2 6.93E+lll 1.lll4E+02 >1. lllllE+6 1. 62E+02 >l. 00E+6 6,59E+lll 13146 9.55E+01 1.17E+ll2 6.93E+lll 1.lll5E+ll2 >1.llllE+6 l.63E+ll2 >1.00E+6 6.59E+01 13147 9.55BHll l.17E+02 6.94E+01 l.lll5E+ll2 >1.01lE+6 l.63E+ll2 >1.00E+6 6.61lE+01 13148 9.56E+01 l.17E+ll2 6.94E+IIJ1 l.ll5E+02 >1.ll0E+6 1. 63E+02 >l.llllE+6 6, 60E+01 13149 9,56E+01 l.17E+02 6.95E+01 1.05E+ll2 >1.00E+6 1. 63E+02 >1. 01lE+6 6. 60E+01 13:50 9.57E+lll l.17E+ll2 6.95E+01 1.05E+02 >l.011lE+6 1. 63E+ll2 >1.01lE+6 6.61E+01 13151 9. 58El-lll l.17E+ll2 6,95E+lll l. lll5E+lll2 >l .llllllE+6 l.63EHl2 >l .'ll0E+6 6.61E+!lll 13152 9.58E+lll l.17E+ll2 6.96E+lll 1.ll5E+ll2 >1.llllE+6 1. 63E+ll2 >l.llllE+6 6.62E+lll 13153 9 .59E+Bl l.18E+ll2 6.96E+lll 1.lll5E+ll2 >l. lllllE+6 1. 63E+ll2 >l. llllE+6 6,62E+lll 13154 9. 59E+el I l.18E+ll2 6.97E+lll 1.l!J5E+ll2 >1.11JllE+6 1. 63E+l1J2 >l. llllE+6 6.62E+l1Jl 13155 9,61lE+01 l.18E+ll2 6.97E+llll l.11J5E+ll2 >l.11Jl1JE+6 l.63E+l1J2 >l.00E+6 6 .63E+llll 13156 9. 61E+Bl 1.1BE+02 6.98E+lll l.lll5E+lll2 >l.011lE+6 1. 64E+lll2 >l. 00E+6 6.63E+01 13157 9 ,6 lEHll l.18E+l1J2 6. 98E+llll 1. ll5E+02 >l.llllE+6 1. 64E+ll2 >l.01lE+6 6.64E+lll 13158 9,62E+01 l.18E+02 6.98E+lll l.05E+02 >l.0!11E+6 1. 64E+02 >l.00E+6 6.64E+01 13:59 9. 62E+I/Jl l.183Hl2 6.99E+01 l.05EHl2 >l.ll0E+6 1. 64E+lll2 >l.HE+6 6.64E+!lll THIS IS A DRILL

THIS IS A DRILL

• Scenario VG-109-1 VG-109-2 VG-109-3 VG-109-4 VG-109-5 VG-1119-6 VG-lll9-7 VG-109-8 Time. CPM CPM CPM CPM CPM CPM CPM CPM 14 :llllll 9.63E+llll 1.1BE+ll2 6.99E+llll 1.lll5E+ll2 >1.llllllE+6 1. 64E+lll2 >1. lllllE+6 6.65E+lll 1411ll 9.63E+lll l.18E+ll2 7.lillllE+lll l.lll6EHl2 >1.lllllE+6 1. 64E+lll2 >1.IIJlllE+6 6.65E+01 14:02 9. 6 4E+l'l 1 1.1BE+ll2 7.lll!E+lll 1.ll6E+lll2 >1.llllE+6 1.64E+ll2 >1. llllE+6 6.66E+lll 14:03 9.65E+lll I 1.18EHl2 7.llllE+llll 1.lll6E+lll2 >1.llllllE+6 1. 64E+lll2 >1.lll0E+6 6.66E+llll 14:04 9.65E+llll 1.18E+lll2 7.llllE+llll l.lll6E+lll2 >l.lll0E+6 1.64EHl2 >1.llllllE+6 6.66E+llll 14:05 9.66E+llll 1.1BE+lll2 7.lllE+llll l.ll6E+lll2 >1.lllllE+6 1. 64E+lil2 >1.01ilE+6 6.67E+lll 14:06 9.66E+lll 1.19E'-lil2 7. IIJ2E+llll l. ll6E+lll2 >l.lllilE+6 1. 65E+lil2 >1.llllllE+6 6.67E+llll 14107 9.67E+lll 1.19E+ll2 7.lil2E+lll l.lil6E+lll2 >1.lllilE+6 1.65E+ll2 >1. llllilE+6 6.6BE+llll 14108 9.6BE+llll l.19E+ll2 7.lll3E+lll l.ll6E+lll2 >l.lllllE+6 1. 65E+ll2 >1. llllllE+6 6.68E+llll 14109 9.68E+lill l.19E+lll2 7.ll3E+lill l.lil6E+ll2 >l. lillllE+6 l.65E+ll2 >1. 011lE+6 6.69E+llll 14110 9.69E+lll l.l9E+ll2 7.ll4E+llll l.ll6E+lll2 >l.llllllE+6 1. 65E+ll2 >l.lllllE+6 6.69E+lll 14111 9.69E+llll 1. l9E+lll2 7.il4E+llll l.06E+lll2 >l.lllilE+6 l. 65E+lil2 >l.lllllE+6 6.69E+llll 14112 9.70E+llll 1.19E+lll2 7.lll4E+llll 1. lll6E+lll2 >l.lllllE+6 l.65E+ll2 >1.lllllE+6 6.71lE+llll 14:13 9.71E+llll 1.19E+lil2 7.ll5E+llll l. lll6E+lil2 >l.11H!JE+6 1. 65E+ll2 >l.llllE+6 6.70E+lll 14:14 9. 71E+lll l.19E+lll2 7.llSE+lll l. ll6E+ll2 >1.llllE+6 1. 65E+ll2 >l.00E+6 6. 71E+lll 14:15 9.72E+lll l.19E+lll2 7.lll6E+llll l.lll6E+lll2 >l.lllllE+6 l. 65E+lll2 >l.lllllE+6 6. 71E+llll 14116 9.72E+llll 1.19E+lll2 7. lil6E+ill 1. lll6E+ll2 >l.llllllE+6 1.66E+ll2 >l.lll0E+6 6. 71E+lll 14: 17 9.73E+lll l.19E+ll2 7.lll7E+lll l. ll7E+ll2 >l.llllE+6 1. 66E+ll2 >l.lllllE+6 6.72E+lll 14:18 9.73E+lll l.19E+ll2 7.ll7E+lll l.ll7E+lil2 >l.llllE+6 1.66E+ll2 >1.llllllE+6 6. 72E+lll 14119 9,74E+lll l.19E+ll2 7.ll7E+lll l.ll7E+ll2 >1. lllllE+6 l.66E+ll2 >1.llllE+6 6.73E+lll 14120 9,75E+llll 1.21ilE+02 7.llBE+lll 1.ll7EHl2 >1.llllE+6 1. 66E+lil2 >l. 00E+6 6.73E+lll 14:21 9.75E+llll 1.211lE+02 7.lllBE+llll l. lll7E+lll2 >l.00E+6 l. 66E+ll2 >1.llllllE+6 6. 73E+l'Jl 14122 9.76E+llll 1.211lE+02 7.il9E+lll 1.lll7E+lll2 >l.llllllE+6 l.66E+lll2 >1.lllllE+6 6.74E+llll 14123 9.76E+llll 1.20E+ll2 7.09E+llll l.ll7E+ll2 >1.lllllE+6 l.66E+ll2 >1.lilllE+6 6.74E+lll 14124 9.77E+llll 1.21lE+lll2 7.lll9E+lill l. ll7E+lll2 >1.llllllE+6 l.66E+ll2 >1.llllllE+6 6.75E+lll 14:25 9.78E+llll 1. 211lE+ll2 7.l0E+ill 1. ll7E+ll2 >l.llllE+6 1. 66E+ll2 >1.llllE+6 6. 75E+lll 14126 9.7BE+llll 1. 21lE+IIJ2 7.lllE+lll 1. ll7E+ll2 >l.lllllE+6
• 1. 67E+lll2 >1.lillllE+6 6.75E+lll 14:27 9.78E+U l.21lE+lll2 7. lllE+ill l.ll7E+lll2 >l.illlE+6 l. 66E+ll2 >1.illlE+6 6.75E+llll 14128 9.77E+lll l.211lE+ll2 7.lll9E+ill l.lll7E+lll2 >1. llllilE+6 1. 66E+ll2 >1.llllllE+6 6.75E+llll 14129 9.76E+llll l.211lE+lll2 7.lll9E+llll l.lll7E+lll2 >l.llllllE+6 l. 66E+ll2 >1. llllllE+6 6.74E+llll 14:30 9.76E+llll l.211lE+lll2 7. lil9E+llll l.lll7E+lll2 >l.llllllE+6 l. 66E+lil2 >l. llJlllE+6 6.74E+lll 14131 9.75E+llll l.211lE+lll2 7.llBE+llll l.lll7E+lll2 >l.llllllE+6 l. 66E+lll2 >l.llllilE+6 6.73E+llll 14132 9.75E+llll 1. 21ilE+lll2 7. lllBE+lill l.lll7E+ll2 >l. llllllE+6 l. 66E+lll2 >l. ll!IJE+6 6.73E+llll 14:33 9.74E+llll 1.19E+ll2 7.ll7E+ill 1.ll7E+lll2 l. lll2E+lll6 1. 66E+ll2 >1.01ilE+6 6.73E+llll 14134 9.73E+lll l.19E+lll2 7. lll7E+llll l. lll7E+lll2 9. 77E+ll5 1. 66E+lll2 l. lll3B+lll6 6. 72B+llll THIS IS A DRILL

THIS IS A DRILL

• Scenario VG-109-1 VG-109-2 VG-109-3 VG-109-4 VG-109-5 VG-109-6 VG-109-7 VG-109-8 Time CPM CPM CPM CPM CPM CPM CPM CPM 14:35 9.73E+lill 1.19EHl2 7.lll7E+U 1.lil7E+lil2 9. 32E+lll5 l. 66E+lll2 9.83E+lll5 6. 72E+llll 14:36 9. 72E+llll 1.19E+lll2 7.lll6E+U l.lll6E+lil2 8.87E+lll5 l. 66E+lll2 9.36E+lll5 6. 71E+llll 14:37 9. 72E+lill 1.19E+lll2 7 .lll6E+lill l.lll6E+lil2 8.42E+lll5 l. 65E+lll2 8.88E+lll5 6. 71E+llll 14: 38 9. 71EHll l.19E+lil2 7.lil5EHll 1.lil6E+lil2 7.97E+05 1.65E+02 8. 42E+il5 6. 71E+llll 14139 9. 71E+lll l.19E+lll2 7.llSE+llll 1.ll6E+lil2 7.54E+05 1.65E+ll2 7.96E+05 6. 71ilE+llll 14140 9.71ilE+lill 1.19E+ll2 7. lil4E+lill l.lll6E+lll2 7.12E+lll5 1.65E+lll2 7.51E+lll5 6. 71ilE+lll 14: 41 9. 69E+llll l.19E+ll2 7.ll4E+llll 1.lll6E+ll2 6. 71E+05 l.65E+lll2 7. lil8E+05 6.69E+lll 14:42 9. 69E+01 l.19E+lil2 7.ll4E+lll l.lll6E+lil2 6.31E+lll5 1.65E+lll2 6.66E+lll5 6.69E+lll 14:43 9.68E+lill 1.19E+lll2 7 .lllJE+lill l. lil6E+lil2 5.93E+lil5 1.65E+ll2 6.26E+lll5 6.69E+lill 14144 9.68E+lill 1.19E+lil2 7 .lllJE+lill 1.1116E+lil2 5.56E+lil5 1.65E+il2 5.87E+lll5 6.68E+llll 14:45 9.67E+lill 1.19E+lil2 7. lll2E+lill 1.lil6E+lll2 5.21E+lil5 1. 65E+lll2 5.51ilE+lil5 6.68E+llll 14146 9.66E+lll 1.19E+lll2 7.lll2E+lill 1.ll6E+lil2 4.86E+ll5 1. 65E+ll2 S.13E+lll5 6.67E+lll 14:47 9. 66EHll 1.18E+ll2 7. llllE+lill 1.ll6E+lil2 4.52E+ll5 1.64E+lil2 4. 77E+lil5 6.67E+llll 14:48 9. 65E+llll 1.18E+ll2 7.llllE+llll l.lll6E+lil2 4.19E+ll5 1.64E+lll2 4.42E+lll5 6.66E+llll 14:49 9.65E+r:1 l.18E+lil2 7. lillE+lll l.ll6E+lil2 3.87E+lll5 1. 64E+lll2 4. lil9E+lil5 6. 66E+llll 14:Slil 9. 64EHll l.18E+lll2 7.llllllE+lill 1.ll6E+lil2 3.57E+lll5 1.64E+lll2 3. 77E+lll5 6.66E+llll 14:51 9. 63E+lill 1.18E+lll2 7.lllllE+lill 1.lll6E+ll2 3.29E+ll5 l.64E+lll2 3.47E+lll5 6.65E+lll 14:52 9. 63E+lill 1.18E+lll2 6.99E+lill 1.11JSE+lll2 3.1112E+lll5 1.64E+ll2 3.19E+lll5 6. 65E+lill 14:53 9.62E+lll l.18E+lil2 6 .99E+lill 1.lil5E+lil2 2.77E+lll5 1. 64E+lll2 2.93E+lil5 6.64E+llll 14:54 9. 62E+lill 1.18E+lll2 6.98E+lill 1.ll5E+lll2 2.54E+ll5 1. 64E+lll2 2.68E+lll5 6.64E+llll 14:55 9. 61E+lill 1.18E+lil2 6.98E+llll 1. ll5E+lil2 2.32EHl5 1. 64E+ll2 2.45E+ll5 6.64E+llll 14:56 9.61E+lill 1.18E+lil2 6.98E+lill 1.ll5E+ll2 2.12E+lll5 1. 64E+ll2 2.24E+lll5 6.63E+llll 14:57 9. 61ilE+lill 1.18E+lll2 6.97E+lll 1. lll5E+lil2 1.94E+lil5 1. 63E+lll2 2. lil5E+lll5 6.63E+llll 14:58 9. 59E+llll l.18E+lll2 6.97E+llll l.lil5E+lll2 1. 77E+lll5 1. 63E+lll2 1. 87E+lll5 6.62E+llll 14:59 9.59E+lll 1.18EHl2 6. 96E+lill 1. lll5E+lil2 l. 62E+lil5 1.63E+lll2 1. 71E+lll5 6.62E+llll 15: llllil 9. 58E+lill 1.17E+lll2 6.96E+lill 1.ll5E+lil2 l.47E+lll5 1.63E+lll2 1.55E+lll5 6.62E+llll 1

15:lll 9.58E+lill 1.17E+ll2 a.95E+lill 1.ll5E+ll2 1. 34E+lll5 l.63E+ll2 l.42E+lll5 6. 61E+llll 15: lil2 9.57E+llll l. l 7E+lil2 6.9SE+Bl 1. ll5E+lll2 l.22E+lll5 l. 63E+lil2 1.29E+lll5 6. 61E+llll 15:lllJ 9. 56E+llll l.17E+lll2 6.95E+lill 1.lll5E+lil2 1. llE+lllS l. 63E+lll2 1.17E+lil5 6. 611lE+llll 15:ll4 9.56E+lll 1.17E+ll2 6.94E+lill 1.ll5E+lil2 1. ll1E+lll5 l. 63E+ll2 1.lll7E+lil5 6. 61ilE+llll 15:1115 9.55E+01 l.17E+lll2 6.94E+lill 1.lll5E+lil2 9. 211lE+lll4 1. 63E+lil2 9. 71E+lll4 6. 611lE+llll 1511!6 9. SSE+lill l.17E+lll2 6.93E+lll 1.lil5E+lil2 8.37E+lil4 1. 63E+lll2 8.83E+04 6.59E+lll 15:ll7 9. 54E+IIJ1 l.17E+lll2 6.93E+lill 1.lil4E+lll2 7.61E+lil4 1. 62E+lil2 8. lil3E+lll4 6.59E+lill 15:08 9. 53E+lill 1.17E+ll2 6.92E+lill 1.lil4E+ll2 6.91E+lll4 1. 62E+lil2 7. 31ilE+lll4 6.58E+U 15:lll9 9.53E+lll 1.17E+ll2 6.92E+U 1.lil4E+lil2 6.28E+ll4 1.62E+ll2 6.63E+lll4 6.58E+lill THIS IS A DRILL

THIS IS A DRILL

• Scenario VG-11119-1 VG-11119-2 VG-11119-3 VG-11119-4 VG-11119-5 VG-109-6 VG-11119-7 VG-109-8 Time CPM CPM CPM CPM CPM CPM CPM CPM 15: Hl 9.52E+lill l. l 7E+lil2 6.92E+lill l.lil4E+lil2 5.71E+lil4 1. 62E+lil2 6. lil2E+lil4 6.5BE+lill 151 ll 9.52E+lill l. l 7E+ll2 6.91E+lll l. lil4E+ll2 5.18E+lil4 1. 62E+ll2 5.47E+ll4 6.57E+lill 15:12 9. 51E+lill l.17E+lil2 6.91E+01 l. lil4E+ll2 4. 71E+ll4 l.62E+ll2 4.97E+lil4 6. 57E+lill 15113 9.51E+flll l.17E+lil2 6. 91ilEHll l.lil4E+lil2 4.27E+04 l.62E+ll2 4.51E+lil4 6.56E+lill 15:14 9. 51ilE+lill l.16E+lil2 6. 91ilE+lll l.lil4E+1112 3.88E+04 l.62E+lil2 4.111JE+lil4 6. 56E+01 15:15 9.49E+lill l.16E+lil2 6.89E+01 l.lil4E+lil2 3.52E+ll4 1. 62E+lil2 3. 72E+lil4 6. 56E+lill 15116 9. 49E+l1ll l.16E+02 6.89E+lll 1.lil4E+ll2 3 .21ilE+ll4 l.62E+lil2 3.37E+lil4 6.55E+lill 15117 9.48E+lll l .16E+lil2 6.89E+l1ll l. lil4E+ll2 2. 91ilE+1114 1. 61E+ll2 3. lil6E+lil4 6.55E+lill 15118 9.48E+lll l.16E+ll2 6. 88E+lll l.lil4E+lil2 2.62E+lil4 l.61E+lil2 2. 77E+lil4 6.54E+lill 15119 9.47E+lill l.16E+fll2 6.88E+lill l.lil4E+lil2 2. 38E+lil4 1. 61E+lil2 2.51E+1114 6.54E+lill 15:2111 9.46E+lill l.16E+lil2 6. 87E+lill l.lil4E+lil2 2.15E+lil4 1. 61E+lil2 2.27E+lil4 6. 53E+lill 15121 9.46E+lill 1.16E+ll2 6.87E+lll l.lil4E+ll2 1. 95E+1114 1. 61E+lil2 2. !il6E+lil4 6.53E+lll 15:22 9. 45E+lill l.16E+lil2 6.86E+lll l.lil4E+lil2 1. 77E+lil4 l.61E+ll2 l.87E+lil4 6.53E+lill 15:23 9.45E+lll l.16E+lil2 6.86E+lill l.lil3E+lil2 1. 61lE+lil4 1. 61E+lil2 1. 69E+lil4 6.52E+lill 15:24 9.44E+lll l.16E+lil2 6. 86E+01 l. lil3E+lil2 l.45E+lil4 1. 61E+lil2 1. 53E+lil4 6.52E+lill 15:25 9. 43E+lill l.16E+lil2 6.85E+lill l. lil3E+lil2 l.31E+lil4 l.61E+lil2 1. 39E+lil4 6. SlE+lill 15126 9.43E+lill l.16E+ll2 6.85E+lill l. lil3E+1112 l.19E+ll4 1. 61E+ll2 1. 26E+lil4 6. SlE+lill 15:27 9.42E+lill l.16E+lil2 6.84E+lill l.lil3E+lil2 l. lil8E+ll4 1. 61lE+lil2 l.14E+lil4 6.51E+lill 15128 9. 42E+lill l.1SE+ll2 6.84E+lll l.lil3E+lil2 9.78E+lil3 1. 61lE+lil2 l. lil3E+lil4 6. 50E+lll 15129 9.41E+01 1.15E+lil2 6.83E+1111 l.lil3E+lil2 8.86E+ll3 1. 6fllE+1112 9.35E+lil3 6.51ilE+lill 15: 31il 9. 41E+lill l.15E+lil2 6.83E+lill l. lil3E+lil2 B. lil3E+lil3 1. 61ilE+lil2 B. 47E+lil3 6.49E+lill 15131 9.UE+lll l.15E+lil2 6.83E+1111 l.ll3E+ll2 7.27E+lil3 1. 61lE+fll2 7.6BE+lil3 6.49E+lill 15132 9. 39E+lill l.15E+1112 6.82E+U 1.lll3E+1112 6. 59E+lil3 1. 61ilEHl2 6.95E+03 6.49E+lill 15133 9.39E+lll l.15E+lil2 6. 82E+lill l. lil3E+1112 5.97EHl3 1.61ilEHl2 6.3111E+1113 6.48E+1111 15134 9.3BE+lll l.15E+lil2 6. BlE+lill l.lll3E+lil2 5. 41EHl3 1. 61ilE+1112 5.71E+lil3 6.4BE+lill 15:35 9.38E+£1 1.15E+lil2 6.81E+l1ll 1.lll3E+lll2 4. 91ilE+lll3 l.61ilE+lil2 S.17E+lil3 6. 47E+llll 15136 9. 37E+llll 1. :t5E+ll2 6.BlilE+01 l.ll3E+ll2 4.44E+lil3 1. 61ilE+lil2 4.69E+lil3 'II. 47E+lill 15:37 9.36E+01 l.15E+lil2 6.8111E+lill l.lil3E+lil2 4. lil2E+1113 l.59E+ll2 4.25E+1113 6.47E+lill 15:38 9.36E+lill l.15E+lil2 6. 80E+lill l.lil2E+lll2 3.64E+ll3 1. 59E+lll2 3.85E+lil3 6.46E+1111 15139 9. 35E+01 l.15E+1112 6.79E+lll l.02E+lil2 3. JllE+lilJ l.59E+02 3.48E+03 6.46E+l1ll 15:4111 9.JSE+01 l .15E+lll2 6.79E+l1ll l .lil2E+lil2 2.99E+lil3 1. 59E+lil2 3.16E+lil3 6.45E+lill 15141 9.34E+1111 l.15E+ll2 6.78E+01 l.lil2E+lil2 2. 71E+1113 l.59E+02 2.86E+1113 6.45E+lill 15:42 9.33E+llll l.14E+ll2 6.78E+01 l.ll2E+ll2 2.46E+lil3 l.59E+ll2 2.59E+lil3 6.45E+lll 15:43 9. 33E+lll l.14E+ll2 6. 77E+lll l.1112E+1112 2.22E+1113 1. 59E+ll2 2.3SE+03 6.44E+1111 15144 9. 32E+01 l.14E+1112 6. 77E+flll l. lll2E+fll2 2. 02E+1113 l.59E+lll2 2.13E+03 6.44E+lll THIS IS A DRILL

THIS IS A DRILL

• Scenario VG-Hl9-l VG-Hl9-2 VG-Hl9-3 VG-109-4 VG-Hl9-5 VG-11119-6 VG-Hl9-7 VG-109-8 Time CPH CPH CPH CPH CPH CPH CPH CPM 15145 9.32E+01 l.14E+IIJ2 6. 77E+01 1.02E+02 1. 83E+lil3 l.59E+il2 1.93E+lil3 6.43E+lill 15146 9.31E+l!l l.14E+02 6.76E+lill l .lil2E+lil2 1.65E+03 1.59E+lil2 1. 75E+lil3 6.43E+01 15:47 9. 31E+lill 1.14E+il2 6.76E+lill 1.02E+lil2 1.51ilE+lil3 1. 58E+lil2 1. 5BE+03 6. 43E+lill 15148 9. 31ilE+lill 1.14E+ll2 6.75E+lill 1. lil2E+lil2 1. 36E+lil3 1.58E+lil2 1. 43E+lil3 6.42E+lill 15149 9.29E+lill 1.14E+lil2 6.75E+lill 1.lil2E+02 1.23E+lil3 1.58E+02 1. 30E+lil3 6.42E+lill 15:50 9.29E+01 1.14E+lil2 6.74E+lill 1. 02E+02 1.11E+03 1.58E+02 1.18E+03 6.41E+lll 15151 9.28E+lill 1.14E~-ll2 6.74E+lll l.02E+ll2 1. lillE+ll3 l.5BE+02 1.lil7E+lil3 6.41E+01 15152 9.2BE+lill l.14E+lil2 6.74E+01 l.02E+02 9.15E+02 1.58E+lil2 9.66E+02 6.41ilE+01 15153 9.27E+01 1.14E+ll2 6.73E+01 l.02E+lil2 B.29E+02 l.58E+02 8.75E+02 6. 41ilE+lill 15154 9.26E+lill 1.14E+lil2 6.73E+1111 1. lillE+lil2 7.51E+lil2 1.58E+02 7.93E+1112 6. 41ilE+1111 15:55 9.26E+lill l. l4E+02 6.72E+0l 1. lillE+lil2 6.BlilE+lil2 l.5BE+lil2 7.l8E+02 6.39E+0l 15156 9.25E+lll 1.13E+ll2 6. 72E+1111 1. lillE+ll2 6.16E+ll2 l.5BE+02 6.51E+ll2 6.39E+lill 15157 9.25E+lll l.13E+ll2 6. 71E+lll 1. lillE+lil2 5.58E+lil2 1. 57E+ll2 5.89E+lil2 6.38E+lill 15158 9.24E+lill 1.13E+lil2 6. 71E+lll l.lillE+02 5 .ll6E+lil2 1. 57E+lil2 5.34E+ll2 6.38E+lill 15159 9.23E+lll l.13E+ll2 6. 71E+lll l .lillE+02 4.58E+lil2 1.57E+1112 4.84E+lil2 6.38E+lill 161 lillil 9. 23E+lill l.13E+02 6.71ilE+lll 1. 01E+lil2 4.15E+lil2 1.57E+ll2 4.38E+lil2 6.37E+lill THIS IS A DRILL
• THIS PAGE IS INTENTIONALLY INSERTED AS A DATA DIVIDER FOR THIS SUBSECTION

THIS IS A DRILL

• Scenario HS-124 MS-125 MS-126 RMS-129 VG-131-1 VG-131-1 VG-131-2 VG-131-2 VG-123 Time mR/hr mR/hr mR/hr mR/hr uCi/cc uCi/eec uCi/cc uCi/eec mR/hr lllB: 311l l.lll0E-lll2 l.llllllE-lll2 l.llllllE-02 l.llllilE-02 5.3BE-lll6 1. 93E+lll2 0.lillilE+lillil lll.lllllE+lllil 1. BllE-ll2 10:32 1. lillilE-02 l.llllilE:..02 l.llllilE-ll2 l. 00E-lil2 5. 3BE-lll6 1. 93E+lil2 0*.lillllE+lillll lll.lillllE+011l l.BllE-IIJ2 10:33 l.lillilE-02 l.lllllE-02 1. I/JllE-02 l.lillilE-lll2 5.39E-lil6 l.93E+lil2 lil.lllllE+llll lil.lllllE+llll l.BllE-02 10:34 l.llllE-1112 l. llllllB-02 l.llll/JE-02 l.llllllE-IIJ2 5. 39E-lll6 l.93E+lil2 IIJ.llllilE+llllil lll.lllllE+llllll l.BllE-lll2 11/l: 35 l.llllE-ll2 l.lllllE-ll2 l.llllllE-ll2 l.llllE-ll2 5.411lE-ll6 1. 94E+lll2 ll.lilllE+llll ll.llllE+llll 1. BlE-ll2 lll1J6 1. lllllE-02 l.ll11lB-lll2 l.llllE-lll2 l.llll/JE-ll2 5.411lE-ll6 1. 94E+ll2 lil.llllE+llll lil.llllE+lllll 1. 81E-ll2 lll:37 1. e0B-lll2 l.lllllE-ll2 l.llllE-ll2 l.lilllE-lll2 5.41lE-ll6 1. 94E+lll2 lil.lilllE+llll lll.llllE+llll 1. 81E-ll2 lll:38 l.lllilE-lll2 l.llllE-ll2 l.lll0E-ll2 1. lilllE-ll2 5.41E-ll6 l.94E+ll2 111.lllllE+llll 111.llllE+llll 1. 81E-ll2 lll:39 1. 0lE-ll2 l.lllB-1112 l. llllE-lll2 l.llllE-ll2 5. 41E-ll6 1. 94E+lll2 lll.lllllE+llllll lll.llllE+llllll 1. BlE-02 lll:41l l.lllE-02 l.llllE-lll2 l. llllE-1112 1. llllE-ll2 5.41E-lll6 1. 94E+lll2 111.lllllE+llllll Ill. lll0E+llllll l.81E-ll2 llll:41 l.llllE-02 l.llllB-1112 l. llllE-1112 l. lillE-1112 5.42E-IIJ6 l.94E+ll2 111.IIHlE+llllll ll.lllllE+lllll 1. BlE-02 llll:42 1. B1B-lll2 1. llllE-02 l.lillE-02 l.lillE-02 5.42E-lll6 1. 94E+lll2 lll.lllllE+llllll 1/l.lllilE+lllil 1. BlE-02 11/l: 43 1. lllE-ll2 l. lllE-02 l.lllE-02 l. lllE-02 5.43E-ll6 l.95E+ll2 ll.lillilE+llll ll.lllilE+llll l.B2E-lil2 U:44 1. B1B-ll2 l. lil1B-ll2 1.lllE-ll2 l.lillE-02 S.43E-ll6 1. 95E+IIJ2 ll.lillilE+lilll ll.lllilE+lillil l.B2E-lil2 llil: 45 l.lllE-02 l.lllE-02 l.lllE-ll2 l.1111E-lil2 S.43E-lil6 1. 95E+lll2 ll.lillilE+llllll lll.lillilE+llllll 1. 82E-02 llll:46 1. ll1B-ll2 l.ll1B-ll2 1.lllE-02 1. llllE-ll2 S.44B-lil6 l.9SE+ll2 1/l.llllE+llll 1/l.lillilE+llll l.B2E-lll2 llll,47 l.lllE-02 1. 0lB-1112 1.llllE-02 l. lllE-ll2 S.44E-lil6 1. 95E+ll2 111.llllE+lllil lil.llllE+llll l.82E-ll2 lll:48 l.lllE-02 1. lllE-02 l. lllE-02 l. lillE-02 S.44E-ll6 1. 95E+02 ll.llllE+llll ll. lillilE+llllll 1. B2E-ll2 lll:49 l.lllE-02 1.lllE-02 l.lllE-ll2 1. llllE-02 S.45E-lil6 1. 95E+ll2 ll.lilllE+lllll ll.00E+lllll l.82E-02 11/l:50 1. lillE-02 l.lllE-02 l.lillE-02 1. lllE-02 5.45E-ll6 1. 96E+02 ll.lillilE+llll ll.lllilE+00 l.B2E-ll2 Ul:51 l. lllE-02 l.BlE-1112 l.1111E-lll2 1. lillE-1112 5.46E-1116 1. 96E+02 lll.llllllE+llll ll.llllE+llll l.BJE-ll2 11/l:52 1. 0lB-ll2 l. lllB-1112 l.1111E-ll2 1. lillE-02 5.46E-lil6 1. 96E+ll2 lil. llllE+r.lll ll.lllilE+lillll l.BJE-02 lll:53 1. lll2E-ll2 l.1112f:-02 1.ll2B-1112 l.ll2E-ll2 5. 46E-1116 1. 96E+lil2 0.01lE+00 111.llllilE+llllll 1. B3E-lll2 lll t 54 1. ll2B-ll2 l.0:?E-02 l.02B-1112 l.02E-1112 5.47E-1116 1. 96E+02 0.lllllE+IIIIII 111.lllilE+lllll 1. B3E-02 lll:55 l.lil2E-1112 l.lil2B-lil2 l.lil2E-lil2 l. ll2E-lil2 5.47E-lll6 1. 96B+lil2 111.lilllE+lilll lil.lillilE+lillil l.BJE-02 1111:56 l.lll2E-lil2 l.lil2B-lil2 l. lil2E-lil2 l.lil2E-lil2 S.47E-lil6 l.96E+lil2 lil.lillllE+lillil lil.lillilE+lillil l.B3E-lil2 10:57 l. lll2E-lll2 l.lil2E-1112 l.lil2E-lll2 l .lll2E-lll2 5. 41fE-lil6 l.96E+02 IIJ.llllllE+llllll lil.lillilE+lillil l.83E-ll2 10: SB l. lll2E-lil2 l.lil2E-lil2 1.lil2E-lll2 l.lll2E-lil2 5.48E-lil6 1. 97E+lll2 lil.lillllE+lillil 111.llllE+lillil l.83E-lil2 10:59 l.lll2E-lil2 l.ll2B-32 1.lil2E-1112 l .1112E-lil2 5. 49E-1116 1.97E+lil2 111.lleE+lilll ll.lllllE+IIIIII l.84E-lll2 11:llllll l. ll2E-lil2 l.ll2B-1112 l .llJ2E-1112 l.lil2E-ll2 5.49E-lil6 1. 97E+ll2 lil.lllllE+llll ll.llllE+lillil l.84E-1112 11:1111 l.1112E-lil2 l .lll2E-1112 l.lil2E-1112 l .1112E-1112 5.49E-1116 l.97E+ll2 111.llllllE+llllll lil.lllllE+lllll l.84E-lll2 11:1112 1.1112E-1112 1. lll2E-ll2 l.lll2E-1112 l. lil2E-1112 5.SIIIE-ll6 1. 97E+lll2 111.IIIIIIE+IIIIII lil.lllllE+IIIIII l.84E-lil2 11:1113 l.1112E-lil2 l. lil2E-1112 l.1112E-1112 l.1112E-lil2 5.51/lE-06 1. 97E+lll2 IIJ.llllllE+lllil lll.1/JllE+lllil 1. 84E-ll2 11:U l.ll2E-1112 l .1112E-1112 l. lll2E-lil2 l. ll2E-1112 5.51lE-1116 l.97E+lil2 111.IIIIIIE+lillll 111. lleE+llllll 1. 84E-lll2 THIS IS A DRILL

THIS IS A DRILL

• Scenario HS-124 MS-125 MS-126 RMS-129 VG-131-1 VG-131-1 VG-131-2 VG-131-2 VG-123 Time mR/hr mR/hr mR/hr mR/hr uCi/cc uci/eec uci/cc uCi/eec mR/hr 11:1115 1. lil2E-lil2 1.lil2E-ll2 l.lil2E-02 1. lil2E-1112 5.51E-11J6 1.9BE+ll2 11J.lillilE+lilll lil.l1JlilE+l1Jl1J 1.84E-lil2 l1111l6 l.lil2E-lll2 1.lll2E-lll2 l.ll2E-lll2 1. lll2E-lll2 5.51E-lll6 1. 9BE+l1J2 lll.llllilE+lillll 11J.11111JE+llllll l.84E-1112 ll:lil7 l.lll3E-lll2 1. lll3E-ll2 l .1113E-lll2 l . lll3E-lll2 5.52E-ll6 1. 9BE+lll2 lll.1/HlE+llllll lll.llllllE+lillll 1. 85E-lil2 11:lllB 1.lll3E-1112 l. lil3E-ll2 1.lll3E-lll2 l . lll3E-lll2 5.52E-lll6 1.9BE+lll2 lil.lillilE+lllil lil.1111/lE+lillil 1. 85E-ll2 l l 11119 1. lil3E-lll2 1.1113E-1112 1.ll3E-lil2 l. lil3E-ll2 5.52E-ll6 1. 9BE+lll2 lil.llllllE+IIIIII 111.IIIIIIE+llllil 1.85E-ll2 11: lll 1. lll3E-lll2 1.1113E-lil2 1.1113E-1112 l. ll3E-1112 5.53E-lil6 1. 9BE+lll2 ll.lillilE+lill1J lil.lillilE+llll 1.BSE-1112 11111 l.lll3E-lll2 1.ll3E-lll2 l. lll3E-IIJ2 l.03E-ll2 5.53E-06 1.9BE+lil2 ll.lllilE+lllil ll.ll11JE+lllll 1.BSE-1112 11112 1. IIJJE-1112 1.ll3E-ll2 1.lil3E-ll2 l . lll3E-ll2 5.53E-ll6 1.99E+ll2 ll.lillilE+llll ll.llllE+llll 1. 85E-ll2 11113 l.lll3E-lll2 1.ll3E-ll2 l.lll3E-lll2 l.lll3E-ll2 5.54E-ll6 1. 99E+lll2 ll.llJlilE+lilll IIJ.lllilE+lilll 1.85E-ll2 11114 l.ll3E-ll2 1. lilJE-1112 l.llJ3E-lll2 l . ll3E-ll2 5.54E-11J6 1. 99E+lil2 lll.llJIIIE+lillil ll.lllilE+lillil 1. BSE-1112 11 :15 l. lil3E-lil2 l. lil3E-lil2 1.lil3E-ll2 l.ll3E-ll2 5.55E-lil6 1. 99E+lil2 ll.lillilE+lillil 111.lillilE+lillil 1. 86E-lil2 11:16 1. lil3E-lll2 l.lll3E-lll2 1.lll3E-ll2 1. ll3E-lil2 5.55E-lil6 1. 99E+ll2 lil.lillilE+lill1J lil.lillilE+lillil 1.86E-lil2 11117 1. lll3E-lil2 1.lilJE-1112 1. lll3E-1112 l . lll3E-lll2 5.SSE-1116 1. 99E+ll2 lll.lillllE+lillil lil.lilllE+lillil 1.86E-lil2 11118 l. lll3E-lll2 l.ll3E-lll2 1.lil3E-ll2 l . lll3E-lll2 5.56E-lil6 l.99E+IIJ2 lil.lillilE+lillil lil.lillilE+IIIIII l.86E-1112 11119 l. lll3E-lll2 1.lil3E-lll2 1. lll3E-lil2 1. lll3E-lll2 5.56E-1116 1.99E+lil2 lll.lilllJE+llllll ll.llllE+lillll 1. 86E-lil2 11:2111 l. lil3E-lil2 1.ll3E-lil2 l. lil3E-lil2 l . lil3E-lil2 5.56E-ll6 2.lillilE+lil2 111.lilllE+lillil lil.lillilE+lillil 1. 86E-lil2 11121 1.lil4E-ll2 1. IIJ4E-ll2 l.1114E-ll2 1. ll4E-lll2 5.57E-lil6 2.lllilE+IIJ2 lll.llJlilE+IIJlil lil.llJllE+lillll l.B6E-ll2 11122 l.lll4E-lil2 1. lll4E-lll2 1.ll4E-lll2 1. lll4E-lll2 5.57E-1116 2.IIIIIIE+lll2 lll.lllllE+lillll lil.llllllE+lillll 1.86E-lil2 11:23 l. lll4E-lll2 l . lil4E-lil2 1. lll4E-lll2 1. lll4E-IIJ2 5.SBE-1116 2. lillilE+ll2 lll.11J0E+lillil lil.lilllE+011J 1. 87E-lil2 11124 1. lil4E-lll2 l. lil4E-I/J2 l.11J4E-02 l.11J4E-1112 5.SBE-06 2.lillllE+l1J2 lll.11JlllEHHl lil.lilllE+lill1J 1. 87E-lil2 11:25 l .11J4E-lil2 1.lil4E-ll2 l .11J4E-11J2 l. lil4E-02 5.5BE-lil6 2.lillilE+lil2 lil.lllllE+l1Jlil lil.lilllE+lillil 1. P7E-1112 11126 l. lll4E-lil2 1.lil4E-lll2 l. lil4E-lll2 1. ll4E-lll2 5.59E-lil6 2.lllilE+lll2 1/l.lilllE+llllll lil.lilllE+lillil l.B?E-1112 11:27 1. lll4E-lll2 1.lil4E-lil2 1. lll4E-lil2 l. lil4E-lil2 5.59E-lil6 2. il1E+ll2 111.lllilE+lillll ll.lllilE+1111il 1.B7E-lil2 11128 1. lll4E-lll2 1.lil4E-lil2 l. lll4E-1112 1. lll4E-IIJ2 5.59E-11J6 2 .11J1E+lll2 11J.lillilE+lllil lil.11Jl1JE+l1Jl1J 1. 87E-lil2 11129 1. 04E-lll2 l.04E-lll2 l.1114E-ll2 1.1114E-1112 5.6111E-lil6 2. lillE+lll2 lil.111111E+IIIIII 111.lilllE+lillil l.B7E-lil2 11 :3111 1. lil4E-lil2 1.1114E-IIJ2 1. lil4E-lll2 1. lll4E-1112 5. 611lE-1116 2.lil1E+lil2 lil.1HlE+l1Jlil 111.llllilE+0111 1. 87E-1112 11:31 1. B4E-lll2 1.IIJ4E'-lll2 l .1114E-lll2 1. lll4E-lll2 5.61E-1116 2. llllE+ll2 Ill. llllllE+llHl lil.llilEH'lm l.BBE-1112 11:32 l.1114E-lll2 l.1114E-lll2 1. lil4E-lll2 1. lll4E-IIJ2 5.61E-lll6 2. lll1E+lll2 lll.lllllE+lillll lll.lilllE+lillll 1.BBE-1112 11133 1. lil4E-lll2 1.lll4E-lll2 l . lll4E-lil2 1. ll4E-1112 5. 6 lE-1116 2.lll1E+ll2 lll.lllllE+llllll lil.llJlilE+lillil 1.BBE-02 11: 34 l. lll4E-lll2 1.lil4E-lll2 l. lil4E-IIJ2 1. ll4E-lil2 5.62E-lil6 2. ll1E+lil2 lil.lillilE+lillil 111.lillilE+lillil 1.BBE-1112 11:35 l.lil4E-lil2 1. lil4E-1112 1.1114E-lil2 l. lil4E-1112 S.62E-lll6 2.1112E+ll2 lll.lillilE+lill1J lil.11JlilE+lill1J 1.BBE-1112 11136 l.05E-lll2 l. lllSE-ll2 l.0SE-lll2 l . lll5E-lll2 S.62E-ll6 2. ll2E+lil2 ll.llllllE+lllll lll.llllllE+lll0 1. BBE-1112 11:37 l.llSE-1112 l.ll5E-lll2 l . lll5E-lll2 1. 05E-lll2 5.63E-06 2.lll2E+02 IIJ.lilllJE+IIJlll lll.lillllE+llllll 1. BBE-lil2 11138 l. lllSE-lll2 1.1115E-ll2 1. IIISE-1112 l. lllSE-ll2 5.63E-ll6 2. ll2E+lll2 111.lllllE+lillll lil.lillllE+llll 1. BBE-1112 11139 l. lll5E-lil2 1. lil5E-ll2 l.ll5E-ll2 1. lll5E-lll2 5.64E-lll6 2 .ll2E+lll2 Ill. llllllE+IHl lll.llllilE+IIIIII l.89E-1112 THIS IS A DRILL

THIS IS A DRILL

• Scenario MS-124 MS-125 MS-126 RMS-129 VG-131-1 VG-131-1 VG-131-2 VG-131-2 VG-123 Time. mR/hr mR/hr mR/hr mR/hr uci/cc uci/aec uci/cc uCi/aec mR/hr 11:4111 l.1115E-11l2 l, 1115E-1112 1. 05E-1112 l.1115E-lll2 5,64E-lll6 2 ,1112E+1112 111.11111lE+011l lll,llllllE+lll111 1. 89E-1112 11141 l,1115E-lll2 l.lll5E-lll2 1. I/JSE-1112 l,1115E-lll2 5,64E-lll6 2,1112E+lll2 ll,111111E+llll 111,111111E+011l l,89E-02 11:42 1.05E-1112 1.1115E-02 l.lllSE-1112 l.05E-02 5,65E-lll6 2,lll3E+02 ll,llllllE+00 0.00E+lll0 l,89E-02 11:43 1. 05E-lll2 1.11l5E-02 1. 05E-1112 l.05E-ll2 5.65E-06 2.03E+lll2 lll,00E+lll0 ll,011lE+011l 1. 89E-02 11:44 1.05E-02 l .11J5E-lll2 l.1115E-02 1. lll5E-lll2 5.65E-1116 2,1113E+02 0, 011lE+lll0 0.00E+011l 1. 89E-lll2 11:45 1. 05E-lll2 l,05E-lll2 l. l/JSE-02. 1, 05E-1112 5.66E-lll6 2,lll3E+lll2 IIJ.011lE+llllll lll.lll0E+00 1. 89E-lll2 11:46 l.lllSE-1112 l. lllSE-1112 l,1115E-lll2 1, IIISE-1112 5.66E-lll6 2. IIJ3E+lll2 0, 00E+IIIIII I/J,llllllE+00 1.89E-lll2 11:47 1. IIISE-1112 l, IIISE-1112 l. l/JSE-02 1. llSE-02 5.67E-06 2, 1113E+lll2 lll.llllllE+llll1J lll,llllllE+00 1. 911lE-lll2 11:48 1. 05E-1112 I 1. IIISE-1112 1.1115E-lll2 1. IIISE-lll2 5.67E-1116 2,lll3E+lll2 lll.llllllE+011l lll,00E+llllll 1. 911lE-02 11:49 l. lllSE-02 l.lllSE-1112 1,lll5E-lll2 1.llSE-02 5. 67E-ll6 2,04E+02 ll.00E+IIIIII ll,lllllE+llll 1. 90E-02 11:50 l.06E-02 1. 06E-ll2 l . lll6E-02 l.06E-02 5.68E-06 2,04E+02 111,00E+00 ll,lllllE+lillil 1. 911lE-02 ll :51 l.lll6E-1112 1.1116E-02 l.1116E-1112 1, 1116E-1112 5.68E-06 2.lll4E+lll2 lll,1110E+llllll lll,llllllE+0111 1. 911lE-lll2 11:52 1.lll6E-1112 l.1116E-02 1.1116E-1112 1, 1116E-1112 5.69E-06 2 .1114E+lll2 lll,IIIIIIE+l1JIII 111,IIIIIIE+00 1. 911lE-lll2 11:53 1.lll6E-lll2 1.lll6E-lll2 1.lll6E-lll2 1. lll6E-lll2 5.69E-lll6 2,04E+lll2 111.llllllE+lillil lll.llllllE+lillll 1. 90E-lll2 11:54 1.06E-lll2 1, lll6E-1112 1. 06E-02 1. lll6E-lll2 5.69E-lll6 2,lll4E+lll2 111,llllllE+llllll lll,llllllE+llllll 1. 911lE-lil2 11:55 1. lll6E-02 1.lll6E-1112 l,lll6E-02 l,lll6E-02 5.7111E-lll6 2,lll4E+lll2 lll,00E+00 lll.llllllE+lllll 1. 91E-lll2 11:56 1.1116E-lll2 1.lll6E-lll2 1. l/l6E-lll2 l,lll6E-lll2 5.71/JE-06 2.04E+lll2 0.01/JE+H 111,IIIIIIE+llllll 1. 91E-1112 11:57 l,06E-lll2 1.ll6E-lll2 l.lll6E-lll2 1, 06E-lll2 5.70E-06 2,lll5E+lll2 1/l,l/ll/JE+llllll 1/l,llllllE+llllll 1. 91E-lll2 11:58 l, l/l6E-lll2 1. lll6E-1112 1.1116E-lll2 l .1116E-1112 5. 71E-1116 2.lll5E+lll2 111.llllllE+llllll 111,IIIIIIE+llllll l,91E-lll2 11:59 1, 06E-1112 1. lll6E-1112 1.1116E-lll2 l . lll6E-1112 5. 71E-1116 2.lll5E+lll2 lll,111111E+llllll 0.llllllE+llllll l.91E-lll2 12:llll 1.06E-lll2 1. l/l6E-1112 1.1116E-lll2 l . lll6E-lll2 5.72E-lll6 2.lll5E+lll2 lll.llllllE+llll 0.00E+00 1. 91E-02 12:1111 1.1116E-02 1.06E-1112 1. l/l6E-02 l,06E-02 5.72E-06 2.1115E+lll2 111.IIIIIIE+llllll 0.IIIIIIE+IIIIII 1, 91E-1112 12 :1112 1, 1116E-1112 1.lll6E-02 l .06E-lll2 1.1116E-1112 5. 72E-1116 2 .1115E+lll2 111,111111E+IIIIII 111,IIIIIIE+llllll 1. 9 lE-1112 12 :1113 1.1116E-02 l, lll6E-1112 1,1116E-1112 l , 1116E-lll2 5.73E-lll6 2. IIISE+lll2 111.llllllE+llllll lll,llllllE+llllll 1. 92E-lll2 12:1114 1.ll7E-lll2 1. lll7E-1112 l.07E-1112 l,1117E-1112 5. 73E-lll6 2.1116E+lll2 lll.0111E+lll0 111,llllllE+llllll 1. 92E-02 12:1115 l.1117E-1112 1,07E-1112 1.07E-02 1. 07E-02 5.73E-1116 2.1116E+02 lll,llllllE+011l lll.00E+00 l.92E-lll2 12*:06 l.1117E-1112 1. 07E-1112 1. 07E-02 l,1117E-1112 5,7'8-1116 2,lll6E+02 111,lillllE+llllll lll,llllllE+0111 l,92E-02 12: m7 1.lll7E-02 l,l/l7E-lll2 1.1117E-lll2 1,1117E-02 5.74E-lil6 2,1116E+lll2 11l,l/ll/JE+lillll 111,1/JIIIE+llllll 1,92E-1112 12 :1118 1.1117E-11l2 1. lll7E-1112 l.1117E-1112 l.lll7E-02 5.75E-1116 2 .1116E+lll2 1/l,lillllE+lllll lll,llllllE+llllll l,92E-1112 12 :lll9 1.07E-1112 1,lil7E-lll2 l,1117E-lll2 1.07E-lll2 5.75E-06 2 .lll6E+02 lll,lillllE+Bl1l lll,lllllE+lillll l.92E-lll2 12: llll l.1117E-1112 1.07E-1112 l . llJ7E-1112 1, 1117E-1112 5,75E-lil6 2,lil6E+lll2 lll.00E+00 111,1/ll/JE+llllll 1. 92E-lll2 121 ll l.1117E-1112 1. lll7E-1112 1. ll7E-1112 l , 1117E-1112 5,76E-ll6 2 .ll6E+lll2 111,01/JE+lllll 1/l,IIIIIIE+H l.93E-lll2 12,12 1.lll7E-lll2 1.lil7E-1112 1. lll7E-lll2 1. lll7E-lll2 5.76E-lll6 2,l/l7E+lll2 lll,111111E+011l 1/l,lillllE+IIIIII l,93E-1112 12:13 1. lll7E-1112 l , lil7E-lll2 l, IIJ7E-lll2 1. 07E-ll2 5.76E-lll6 2. IIJ7E+lll2 ll,ll111E+Bl1l 0,lllllE+llllll 1. 93E-1112 12114 1.lll7E-1112 l. llJ7E-1112 1, lll7E-lll2 1.1117E-lll2 5, 77E-IIJ6 2. lil7E+lll2 IIJ.111111E+llll1l 111,IIIIIIE+IIIIII 1. 93E-1112 THIS IS A DRILL

THIS IS A DRILL

• Scenario MS-124 MS-125 MS-126 RMS-129 VG-131-1 VG-131-1 VG-131-2 VG-131-2 VG-123 Time mR/hr mR/hr mR/hr mR/hr uCi/cc uci/sec uci/cc uCi/sec mR/hr 12:15 1. lll7E-lll2 1. lll7E-lll2 l.11J7E-lll2 l.lll7E-ll2 5. 77E-11J6 2.ll7E+02 lll.llllE+01l 111.IIIIIIE+llil 1. 93E-1112 12116 l.ll7E-1112 1. 1117E-1112 l.l1J7B-1112 l.1117E-1112 5.78E-ll6 2 .ll7E+ll2 ll.lllllE+illl ll.llllE+llll 1. 93E-1112 12117 l.ll7E-ll2 1. ll7E-ll2 l .ll7B-ll2 l.ll7E-ll2 5.78E-1116 2. 1117E+il2 ll.llll1JE+lllll ll.lll0E+llll 1. 93E-ll2 12118 l.ll7E-02 1. ll7E-lll2 l.ll7E-1112 l.1117E-02 5.78E-lll6 2 .ll7E+02 lll.lllilE+llll ll.llllE+lilll l .93E-ll2 12119 l.llBE-02 l. ll8E-ll2 l.llJBE-ll2 l.ll8E-ll2 l.69B-IIJ2 6 .IIJ7E+ll5 1. 69E-lil2 6. lll7E+lil5 5.65E-1112 12:21! l. llBE-02 l. ll8E-ll2 l.ll8E-ll2 l. llBE-02 3. 77E-ll2 1. 35E+ll6 3. 77E-02 1. 35E+ll6 l.llllE-01 12121 l.ll8E-ll2 1. llBE-ll2 l.llBE-ll2 l.llBE-1112 6.36E-ll2 2 .28EH16
• 6.36E-lil2 2.28E+l1J6 1. 55E-lill 12122 l.llBE-1112 l.ll8E-ll2 1. llBE-1112 l.llBE-02 9.63E-lil2 3.45E+ll6 9.63E-ll2 3.45E+lll6 2.23E-01 12123 1. llBE-ll2 l. ll8E-ll2 1.llBE-ll2 l.llBE-lll2 1.38E-lll 4.94E+ll6 l.3BE-lll 4.94E+ll6 3.llllE-lll 12124 1. llBE-02 1. ll8E-ll2 1. llBE-ll2 l. ll8E-ll2 1. 77E-lll 6.34E+ll6 1. 77E-lll 6.34E+ll6 3.92E-lll 12125 l.llBE-02 l. llBE-02 1.ll8E-ll2 l.lll8E-ll2 2.14E-lll 7.66E+ll6 2.14E-lll 7.66E+ll6 4.71lE-lll 12126 1. llBE-02 1.llBE-02 1. ll8E-lll2 1.lil8E-ll2 2.48E-llll 8.91lE+ll6 2.4BE-lll 8.91lE+ll6 5.42E-lll 12127 l. llBE-02 1. 08E-lil2 1. lllBE-ll2 1.ll8E-ll2 2.BllE-lll 1.lllE+ll7 2.BllE-lll 1.ll1E+IIJ7 6. ll9E-lll 12128 l. ll8E-ll2 1. IIJBE-ll2 1. llBE-02 l. ll8E-ll2 3.lllE-lll 1.11E+ll7 3. lllE-lll l.11E+ll7 6.73E-lll 12129 l. llBE-02 1. IIJBE-02 l. llBE-02 1.IIIBE-1112 3.3BE-lll l.21E+lll7 3.3BE-lill 1.21E+ll7 7.32E-lill 12s31l 1. IIJBE-02 1. IIJBE-02 l. llBE-1112 1. llBE-02 3.65E-lll 1. 31E+ll7 3.65E-11Jl 1. 31E+ll7 7.B7E-lll 12131 l.llBE-02 l. llJBE-lil2 l. lilBE-02 l. lllBE-1112 3.89E-lill l.41lE+il7 3.89E-lill 1.41lE+ll7 8.38E-lll 12:32 l. lllBE-ll2 l. llBE-1112 1. llBE-ll2 1.llBE-02 4.12E-lill l.4BE+lil7 4.12E-lill 1. 4BE+lil7 8.86E-lill 12133 l.ll9E-lll2 l. lll9E-lil2 1.lll9E-02 l. ll9E-lil2 4.33E-lll 1.55E+il7 4. 33E-111 1. 55E+07 9.31lE-lill 12134 l. lil9E-IIJ2 l. lil9E-lil2 1. lil9E-lll2 1.lll9E-lll2 4.53E-llll 1.62E+lll7 4. 53E-11Jl 1. 62E+lil7 9. 71E-lll 12:35 1. 09E-IIJ2 1. lll9E-lll2 1. lll9E-lil2 l .lil9E-lll2 4. 71E-lll l.69E+ll7 4. 71E-01 1. 69E+IIJ7 1.IIJlE+IIJIIJ 12 :36 l.ll9E-02 l. llJ9E-lll2 l. ll9E-lll2 l.lll9E-lll2 4.87E-ill 1.75E+IIJ7 4.87E-IIJ1 1. 75E+07 l.ll4E+lllil 12137 1. "9E-IIJ2 l.ll9E-lil2 1.ll9E-m2 1.ll9E-ll2 5 .IIJ3E-lll l.BIIJE+lll7 5. f/JJE-llll 1. BllE+ll7 1. lllBE+IIHl 12138 1. lll9E-lll2 1. lll9E-lll2 1. lll9E-lll2 l.ll9E-ll2 5.17E-lll 1.86E+lll7 5.17E-lll 1. 86E+IIJ7 1.llEHlll 12139 1. lll9E-lll2 1.ll9E-ll2 l. llJ9E-lll2 l.09E-IIJ2 S.3111E-lill 1.90E+ll7 5. 31lE-lll l.91lE+il7 1.13E+lllll 12 :4111 l. ll9E-ll2 l.ll9E-ll2 l. lil9E-ll2 1.ll9E-lil2 S.42E-lll 1. 94E+ll7 S.42E-llll 1. 94E+ll7 1.16E+IIHl 12141 l.lil9E-ll2 1.09:i.--lll2 1.1119E-IIJ2 1.ll9E-1112 5. 53E-11Jl l.9BE+ll7 5.53E-lll 1. §BE+ll7 l. lBE+lllll 12142 1. 1119E-ll2 l.1119E-1112 l.1119E-1112 1.1119E-ll2 5.63E-lll 2.1112E+lll7 5.63E-01 2.ll2E+ll7 l.2111E+llll 12143 l.llJ9E-ll2 l. lll9E-lll2 l.1119E-IIJ2 l.ll9E-lll2 5. 72E-lill 2.lll5E+lll7 5. 72E-lll 2.lll5E+lll7 l.22E+llllll 12144 l. lll9E-lll2 l.lll9E-lll2 l.ll9E-IIJ2 l.llJ9E-ll2 S.BIIJE-1111 2 .llBE+ll7 S.BllE-lll 2.ll8E+ll7 l.24E+01l 12:45 l.ll9E-lll2 1. 1119E-lll2 1.ll9E-lll2 l.ll9E-1112 5.87E-llll 2 .11E+ll7 S.87E-lll 2. UE+il7 1.25E+illil 12146 l.ll9E-lil2 l. lll9E-lil2 l.ll9E-lil2 l. lll9E-ll2 S.93E-lll 2.13E+lil7 5. 93E-01 2.13E+lil7 l.27E+lillll 12147 l .1111B-lil2 l.111JE-ll2 l. llilB-1112 1. lllB-1112 5.99E-llll 2.15E+ll7 S.99B-llll 2.15E+lil7 l.2BE+lillil 12148 l. lllE-lll2 l. llllE-ll2 l. llllE-lll2 l. llllE-lll2 6. lil4E-llll 2 .17E+lil7 6. lll4E-llll 2.17E+ll7 l.29E+lillll 12149 l. llllE-ll2 l. lllE-ll2 l. llllE-ll2 l. lli'JE-ll2 6.IIJBE-1111 2.1BE+IIJ7 6. IIIBE-lll 2.18E+lll7 l.31lE+llll THIS IS A DRILL

THIS IS A DRILL

• Scenario HS-124 MS-125 MS-126 RMS-129 VG-131-1 VG-131-1 VG-131-2 VG-131-2 VG-123 Time mR/hr mR/hr mR/hr mR/hr uCi/cc uci/eec uci/cc uCi/eec mR/hr 12151l l.lllE-1112 1. H'E-1112 l. llllE-1112 l. llllE-1112 6 .12E-llll 2.19E+lll7 6 .12E-llll 2.19E+lll7 l. 31E+IIIIII 12151 l.lllE-02 l. lllE-02 l. lllE-02 l. HlE-1112 6 .15E-llll 2.20E+07 6 .15E-llll 2.2111E+07 l. 31E+0111 12152 l.lllE-02 l.lllE-1112 l.lllE-02 l.1111E-ll2 6.17E-01 2.21E+lll7 6.17E-llll 2.21E+07 l.32E+IIIIII 12:53 l. lllE-02 l.10E-02 l.10E-02 l.lllE-02 6 .19E-llll 2.22E+07 6 .19E-llll 2.22E+lll7 l. 32E+ll0 12154 l.10E-02 l.10E-02 l. lllE-02 l.HlE-1112 6.20E-01 2.22E+07 6.2111E-01 2.22E+07 l. 32E+00 12155 l. lllE-1112 l. lllE-02 l. lllE-02 l .10E-02 6.21E-01 2.23E+07 6.21E-llll 2.23E+lll7 l. 33E+lllll 12156 l. lllE-02 l. lllE-1112 1. HlE-02 l. llllE-02 6.21E-01 2.23E+lll7 6.21E-llll 2.23E+lll7 l. 33E+0111 12157 l. llllE-02 l. lllE-02 l. llllE-02 1. lllE-1112 6.21E-llll 2.23E+07 6.21E-01 2.23E+lll7 l. 33E+lllll 12158 l. llllE-1112 l.llllE-1112 l. lllE-1112 l. llllE-02 6.21E-llll 2.23E+lll7 6.21E-01 2.23E+lll7 1. 32E+IIIIII 12159 l. llllE-1112 l. llllE-1112 l. llllE-02 l. lllE-1112 6. 211lE-llll 2.22E+lll7 6 .2111E-01 2.22E+lll7 l. 32E+lllll 13:0111 l. llllE-02 l. llllE-02 l. l!IJE-1112 l.lllE-02 6.19E-lll 2.22E+lll7 6.19E-llll 2.22E+lll7 1. 32E+llll 13101 1. lllE-02 l .10E-02 l. lllE-02 l.lllE-02 6.17E-01 2.21E+lll7 6.17E-01 2.21E+ll7 l. 32E+IIIIII 1311112 l. llE-1112 l. llE-02 l. llE-1112 1. llE-1112 6.16E-lll 2.21E+!IJ7 6 .16E-!lll 2.21E+lll7 l. 31E+llll 13103 l. llE-1112 l. llE-1112 l. llE-02 l. llE-02 6.13E-llll 2 .2111E+lll7 6.lJE-01 2.20E+ll7 l. 31E+llll 13:1114 l. llB-02 l. llE-02 l. llE-02 l. llE-02 6. llE-1111 2.19E+lll7 6. llE-01 2.19E+ll7 l.31lE+IIIIII 1311115 l. llE-1112 l. llE-02 l.llE-02 l. llE-02 6. II BE-Ill 2.l8E+07 6. IIBE-111 2.1BE+ll7 l.31lE+llll 13:06 l. llE-02 l.llE-02 l.llE-02 1. llE-02 6. 1115E-llll 2.17E+ll7 6.IIISE-01 2.17E+ll7 l .29E+lllll 1311117 l. llE-1112 l.llE-02 l. llE-02 l. llE-02 6. 1112E-llll 2.16E+07 6.02E-llll 2.16E+lll7 l.29E+lllll 13108 l. llE-02 l. llE-1112 l. llE-02 l. llE-02 5.99E-llll 2.15E+07 5.99B-llll 2.15E+ll7 l.2BE+01l 13109 l. llB-02 l. llE-02 l. llB-02 l. llE-02 5.95E-01 2.14E+07 5.95E-01 2.14E+ll7 l.27E+01l 13:lll l. llE-02 l. llE-02 l. llE-02 l. llE-02 5.92E-lll 2.12E+07 5.92E-01 2.12E+ll7 l.26E+011l 131 ll l. llE-02 l. llE-02 l. llE-02 l.llE-1112 5.88E-01 2 .11E+lll7 5. 88E-llll 2 .11E+lll7 l.26E+011l 13112 l.llE-1112 l.llB-02 l.llB-02 l. llE-02 5.84E-!lll 2.1119E+!ll7 5.84E-01 2.09E+ll7 l.25E+lllll 13113 l.llE-02 l. llE-02 l.llE-02 l. llE-02 5. 79E-llll 2.0BE+07 5.79E-llll 2.lllBE+07 l.24E+01l 13114 l. llE-1112 l.11E-lll2 l. llE-1112 1. llE-1112 5.75E-1111 2.06E+07 5.75E-1111 2.06E+ll7 l.23E+lllll 13115 l.llE-1112 l. llE-02 l. llE-1112 l.llE-02 5.71E-lll 2.05E+07 5. 71E-llll 2.05E+lll7 l.22E+llllll 13116 l.12E-02 1.12E-02 l.12E-02 l .12E-02 5.6t!E-01 2. 03B+07 5.66E-llll 2.!113E+07 l.21E+011l 13117 l.12B-lll2 l.12E-02 l .12E-lll2 l.12E-lll2 5.61E-01 2. llllE+07 5.61E-01 2.llllE+07 l.20E+lllll 13118 l.12E-02 l .12E-02 l .12E-1112 l.12E-!112 5.57E-01 2.00E+lll7 5.57E-llll 2.00E+07 l.19E+00 13119 l.12E-02 l .12B-02 l .12E-lll2 1.12E-lll2 5.52E-01 l.98E+lll7 5.52E-!lll l.98E+07 l.1BE+00 13120 l.12E-22 L J .12E-02 l.12E-02 l.12E-02 5.47E-01 1. 96E+07 5.47E-01* l. 96E+07 l. l 7E+011l 13121 l.12B-02 l.12E-lll2 l.12E-02 l.12E-lll2 5.42E-llll l. 94E+07 S.42E-llll l. 94E+07 l .16E+011l 13:22 l.12E-02 l.12E-02 l.12E-02 l.12E-02 5. 37E-llll l. 93E+07 5.37E-llll l. 93E+lll7 l.15E+00 13123 l .12E-lll2 l.12B-02 l.12E-02 l.12E-02 5.32B-01 l. 91E+lll7 5.32E-llll l. 91E+lll7 l.14E+lllll 13124 l .12B-lll2 l.12B-lll2 l .12E-!112 l .12E-lll2 5.26E-llll 1. 89B+ll7 5.26E-llll l.89E+lll7 l.13E+00 THIS IS A DRILL

THIS IS A DRILL

• Scenario HS-124 HS-125 HS-126 RMS-129 VG-131-1 VG-131-1 VG-131-2 VG-131-2 VG-123 Time mR/hr mR/hr mR/hr mR/hr uci/cc uCi/sec uCi/cc uCi/sec mR/hr 13:25 l.12E-lll2 1.12E-lil2 1.12E-lil2 1.12E-lil2 5.21E-lill 1. 87E+lll7 5.21E-llll 1. 87E+lil7 l .12E+lllfll 13:26 l.12E-lil2 l.12E-lll2 1.12E-ll2 l .12E-lil2 5.16E-lll 1. 85EH!l7 5.16E-ill 1.85E+lil7 1. HlE+llll 13127 1.12E-ll2 l.12E-ll2 1.12E-ll2 1.12E-ll2 5. UE-lll 1. 83E+ll7 5. UE-lill 1. 83E+ll7 l.ll9E+lllil 13128 1.12E-ll2 1.12E-lil2 1.12E-lil2 1.12E-ll2 5.ll5E-lll l.81E+ll7 5.lll5E-lll 1. 81E+lil7 l.ll8E+lilll 13129 l.12E-lll2 l.12E-ll2 l.12E-ll2 l.12E-lil2 5. llllE-lill l.79E+ll7 5.llllllE-lll 1. 79E+lil7 l. ll7E+lllil 13:31l 1.13E-ll2 1.13E-ll2 l.13E-lil2 l .13E-lil2 4.95E-lll 1.77E+ll7 4.95E-lll 1. 77E+lil7 l.lil6E+lillil 13131 1.13E-ll2 1.13E-ll2 l.13E-ll2 l.13E-ll2 4.88E-lll 1. 75E+ll7 4.88E-lll l.75E+07 l.ll5E+llll 13132 1.13E-ll2 l.13E-ll2 1.13E-ll2 l.13E-ll2 4.82E-lll 1. 73E+ll7 4.82E-lll 1. 73E+ll7 l.ll3E+llll 13133 1.13E-ll2 l.13E-ll2 1.13E-ll2 l.13E-ll2 4.74E-lll 1. 71lE+ll7 4.74E-01 l.71lE+ll7 l.ll2E+llll 13134 l.13E-ll2 1.13E-ll2 l.13E-lll2 l.13E-lll2 4.66E-lll 1. 67E+ll7 4.66E-lll l.67E+ll7 9.99E-lll 13135 l.13E-ll2 l.13E-ll2 1.13E-ll2 1.13E-ll2 4. 57E-lll l.64E+ll7 4.57E-lll l.64E+ll7 9.82E-01 13136 l.13B-ll2 l.13E-ll2 l.13E-ll2 l.13E-ll2 4. 49E-lll l.61E+ll7 4.49E-lll 1.61E+ll7 9 .63E-lll 13137 l.13E-lil2 l.13E-ll2 1.13E-lll2 1.13E-ll2 4.39E-lll l.58E+ll7 4.39E-lll l.5BE+lll7 9.44E-01 13138 l.13E-ll2 l.13E-ll2 l.13E-ll2 l.13E-ll2 4. 31lE-lll l.54E+ll7 4.31lE-lll l.54E+ll7 9.24E-01 13139 l.13E-ll2 l.13E-02 1.13E-ll2 l.13E-ll2 4.21lE-lll 1.51E+ll7 4.21lE-lll l.51E+ll7 9.ll4E-01 13140 l.13E-ll2 1.13E-02 l.13E-02 1.13E-ll2 4. UE-lll l.47E+lil7 4. UE-01 l.47E+ll7 B.B4E-lill 13141 1.13E-ll2 1. l3E-ll2 l.13E-ll2 l.13E-ll2 4. lllE-lll l.44E+ll7 4. lillE-llll l.44E+lil7 B.63E-lill 13142 l.13E-ll2 1.13E-ll2 l.13E-ll2 1.13E-ll2 3.91E-lll 1. 40E+ll7 3.91E-lill l.41lE+lil7 B.43E-lill 13:43 1.13E-ll2 1.13E-ll2 1.13E-ll2 l.13E-fll2 3.BlE-lll 1. 37E+fll7 3.81E-lll 1. 37E+ll7 8.22E-lill 13:44 1.14E-ll2 1.14E-ll2 l.14E-ll2 1.14E-ll2 3. 72E-lll 1.33E+ll7 3.72E-lll 1. 33E+ll7 8.lllE-lll 13145 l.14E-ll2 1.14E-ll2 1.14E-ll2 l.14E-ll2 3.62E-lll l.31lE+ll7 3.62E-flll 1. 30E+07 7.81E-lill 13146 l.14E-ll2 1.14E-ll2 l.14E-ll2 l.14E-ll2 3.52E-lll l.26E+ll7 3.52E-lll 1.26E+ll7 7.61E-lill 13147 1.14E-lil2 l.14E-ll2 1.14E-ll2 l.14E-02 3.43E-lll l.23E+ll7 3.43E-llll l.23E+lll7 7. 4 lE-01 13148 l.14E-ll2 l.14E-ll2 l.14E-lil2 l.14E-ll2 3.33E-lll 1.21lE+ll7 3. 33E-llll 1.21lE+lil7 7.21E-lll 13149 l.14E-ll2 l.14E-ll2 l.14E-ll2 l.14E-ll2 3.24E-lill l.16E+lll7 3.24E-llll l.16E+ll7 7 .lllE-lll 13151/l l.14E-lil2 1.14E-lil2 l.14E-lil2 1.14E-lil2 3.15E-lill l.13E+lil7 3.15E-lll l.13E+lil7 6.82E-lill 13151 l.14E-ll2 1.14~-lil2 1.14E-IIJ2 1.14E-ll2 3.IIJ6E-lll 1.111JE+ll7 3.ll6E-lll 1. illE+ll7 6.63E-lll 13152 1.14E-ll2 1.14E-ll2 1.14E-ll2 l.14E-ll2 2. 97E-lll 1.ll7E+ll7 2. 97E-lll l.ll7E+ll7 6.45E-lll 13153 l.14E-ll2 1.14E-lil2 1.14E-fll2 l.14E-ll2 2. 88E-111 1.ll3E+lil7 2.8BE-lill l.ll3E+lil7 6 .26E-11Jl 13154 1.14E-fll2 1.14E-ll2 l.14E-ll2 l.14E-lil2 2.80E-lill 1.lllilE+lil7 2.81ilE-lill l.lillilE+ll7 6. lil8E-lill 13:55 l .14E-lil2 1.14E-lil2 l.14E-lil2 l .14E-lil2 2.71E-lll 9.74E+ll6 2.71E-lll 9.74E+ll6 5.91E-lll 13156 1.14E-lil2 1.14E-lil2 1.14E-lil2 l .14E-lil2 2.63E-lill 9.44E+lil6 2.63E-lill 9.44E+lil6 5. 74E-llll 13157 1.14E-ll2 l.14E-lil2 1.14E-lil2 1.14E-ll2 2. 55E-"1 9.16E+fll6 2.55E-lill 9 .16E+lll6 5.57E-lill 13158 l .14E-lil2 l .14E-lil2 1.14E-lil2 l.14E-lil2 2.48E-lill 8.88E+ll6 2.48E-lll 8.88E+06 5.41E-lll 13159 1.15E-lil2 l.15E-lil2 1.15E-lil2 1.15E-lil2 2.40E-lll 8.61E+lil6 2 .41ilE-IIJ1 8.61E+lil6 5.25E-01 THIS IS A DRILL

THIS IS A DRILL

• Scenario MS-124 MS-125 MS-126 RMS-129 VG-131-1 VG-131-1 VG-131-2 VG-131-2 VG-123 Time mR/hr mR/hr mR/hr mR/hr uci/cc uCi/sec uci/cc uCi/sec mR/hr 14:llll l.15E-ll2 l.15E-ll2 l. lSE-1112 l.15E-ll2 2.33E-lll B.34E+lll6 2.33E-lll B.34E+ll6 5.ll9E-lll 14101 l.15E-02 l.15E-02 l.lSE-02 l.15E-02 2.25E-01 B. 09E+lll6 2. 25E-lll B.ll9E+06 4.94E-lll 1411l2 l.15E-02 1.15E-ll2 l.15E-ll2 l.15E-ll2 2.lBE-1111 7.83E+lil6 2. lBE-lll 7.83E+ll6 4.BIIJE-lll 14103 l.15E-lil2 l.15E-1112 1.15E-ll2 l.15E-ll2 2 .12E-lll 7.59E+1116 2.12E-lll 7.59E+ll6 4.65E-lll 14104 1.15E-ll2 l.15E-ll2 l.lSE-1112 l.15E-ll2 2. 05E-lill 7.35E+ll6 2.lll5E-01 7.35E+06 4.51E-lll 14105 l.15E-ll2 l.15E-02 l.15E-02 l.15E-ll2 1. 98E-01 7.12E+ll6 l.9BE-01 7.12E+ll6 4.3BE-lll 14106 l.15E-02 l.15E-02 l.15E-1112 l.15E-ll2 1. 92E-1111 6.89E+ll6 l.92E-01 6.89E+ll6 4.25E-lll 14107 l.15E-02 l.15E-02 l.15E-ll2 l.15E-ll2 1. 86E-lll 6.68E+ll6 l.86E-lll 6.6BE+ll6 4.12E-lll 14:llS l.15E-02 l.15E-02 l.15E-ll2 1.15E-ll2 1. BIIJE-lll 6.46E+ll6 l.BIIJE-1111 6.46E+ll6 3.99E-lll 14:09 l.15E-ll2 l.15E-02 l.15E-ll2 l.15E-ll2 l. 74E-lll 6 .26E+i!6 l. 74E-lll 6.26E+ll6 3.87E-lll 14:lll l.15E-ll2 l.15E-ll2 l.15E-ll2 l.15E-ll2 1. 69E-lll 6. ll6E+lil6 1. 69E-lll 6.ll6E+ll6 3.76E-lll 141 ll l.15E-ll2 l.15E-ll2 l.lSE-02 l.15E-02 1.63E-lll 5.86E+06 l. 63E-lll 5.86E+ll6 3.64E-lll 14112 l.15E-1112 l.15E-02 l.15E-1112 l.lSE-02 l. 58E-lll 5.67E+lll6 l. 58E-lll 5. 67E+ll6 3.53E-lll 14113 l.16E-1112 l.16E-02 l.16E-ll2 l.16E-ll2 l. 53E-lll 5.49E+lll6 l.53E-lll 5.49E+06 3.42E-lll 14:14 l.16E-1112 l.16E-ll2 l.16E-02 l.16E-lll2 1. 48E-lll 5.31E+lll6 1. 48E-lll 5.31E+lll6 3.32E-lill 14:15 l.16E-ll2 l.16E-ll2 1.16E-ll2 l .16E-lil2 l.43E-llll 5.14E+lll6 1.43E-lll 5.14E+ll6 3.22E-lill 14116 l.16E-ll<< l. l6E-02 l.16E-02 1.16E-lll2 1.39E-llll 4.97E+lll6 1. 39E-lll 4.97E+ll6 3.12E-lll 14117 l.16E-ll2 l.16E-ll2 l.16E-02 l.16E-02 1. 34E-lll 4.81E+lll6 l.34E-lll 4.81E+ll6 3.ll3E-lll 14118 l.16E-ll2 l.16E-ll2 l.16E-1112 l .16E-ll2 1.31/lE-lll 4.66EHl6 1. 311JE-lll 4.66E+ll6 2.94E-lll 14:19 l.l6E-ll2 l.16E-ll2 l.16E-ll2 l.16E-ll2 l.26E-lill 4. 5111E+ll6 l. 26E-01 4.511JE+ll6 2.85E-01 14:211l l.16E-ll2 1.16E-ll2 l.16E-02 1.16E-ll2 1.21E-01 4.36E+ll6 l. 21E-lll 4.36E+ll6 2.76E-lll 14121 l.16E-02 l.16E-ll2 1.16E-02 1.16E-02 l.17E-llll 4.21E+ll6 1.17E-llll 4.21E+ll6 2.68E-lll 14:22 1.16E-1112 l.16E-ll2 1.16E-02 l.16E-1112 l.14E-llll 4.ll8E+ll6 l.14E-lll 4.ll8E+ll6 2.61lE-lll 14:23 1.16E-ll2 l.16E-02 1.16E-ll2 l.16E-ll2 l. lllE-lll 3.94E+lll6 1. lllE-lll 3.94E+ll6 2.52E-lill 14124 l.16E-ll2 l.16E-ll2 l.16E-1112 l.16E-ll2 l.1116E-01 3.81E+lll6 l. ll6E-llll 3.81E+ll6 2. 44E-lll 14125 l.16E-ll2 l.16E-ll2 l.16E-02 l.16E-ll2 l. lil3E-llll 3.69E+lll6 l. ll3E-lll 3.69E+ll6 2.37E-llll 14126 l.16E-02 l.16E-02 l .16E-IIJ2 1.16E-02 9. 9'8-lil2 3.57E+06 9.94E-ll2 3.57E+ll6 2.31lE-lll 14127 l.16E-ll2 l.16E-ll2 l.16E-02 l.16E-ll2 9.62E-ll2 3.45E+ll6 9.62E-ll2 3.45E+ll6 2 .23E-ll!l 14:28 l.16E-ll2 1.16E-ll2 l.16E-ll2 l.16E-ll2 9. 31lE-ll2 3.34E+ll6 9.31lE-ll2 3.34E+ll6 2.16E-lll 14:29 l.16E-ll2 l.16E-ll2 l.16E-ll2 l.16E-ll2 B.99E-ll2 3.23E+1116 B.99E-ll2 3.23E+ll6 2.lllE-lll 14:31l 1.16E-ll2 1.16E-ll2 l .16E-IIJ2 l.16E-ll2 B.69E-ll2 3.12E+ll6 B.69E-ll2 3.12E+ll6 2.ll4E-lll 14131 l.16E-02 l.16E-02 l.16E-02 l.16E-ll2 B.37E-lll2 3.llllE+ll6 B.37E-ll2 3.llllE+1116 l.97E-lll 14:32 l.16E-02 l.16E-ll2 l .16E-IIJ2 l.16E-ll2 B.03E-ll2 2.8BE+IIJ6 8.IIJJE-02 2.BBE+ll6 l.911JE-01 14:33 l.16E-ll2 l.16E-02 l.16E-ll2 1.16E-02 7.6BE-02 2.75E+lll6 7.6BE-02 2.75E+06 l. 82E-01 14:34 l .16E-ll2 l.16E-ll2 1.16E-02 l.16E-ll2 7.32E-lil2 2.62E+lll6 7.32E-li'l2 2.62E+ll6 l. 75E-U THIS IS A DRILL

THIS IS A DRILL

• Scenario MS-124 MS-125 MS-126 RMS-129 VG-131-1 VG-131-1 VG-131-2 VG-131-2 VG-123 Time DIR/hr DIR/hr DIR/hr mR/hr uci/cc uci/eec uci/cc uCi/eec mR/hr 14135 l.16E-02 l.16E-ll2 1.16E-02 l.16E-ll2 6.96E-ll2 2.51lE+06 6.96E-ll2 2.511lEHl6 l. 67E-11Jl 14136 1.16E-ll2 l.16E-ll2 1.16E-ll2 l.16E-lil2 6.611lE-lll2 2.37E+ll6 6.61ilE-lil2 2.37E+lil6 l. 61ilE-lill 14137 l.16E-lil2 1.16E-ll2 l.16E-ll2 l.16E-lil2 6.24E-lil2 2.24E+ll6 6.24E-lil2 2.24E+lll6 l.52E-lill 14138 l.16E-fll2 l.16E-ll2 l.16E-fll2 l.16E-lll2 5.89E-fll2 2 .11E+ll6 5.89E-lil2 2 .11E+lil6 1. 45E-lill 14139 l.16E-lil2 l.16E-112 l.16E-lil2 l.16E-ll2 5.56E-lil2 l.99E+ll6 5.56E-ll2 l. 99E+ll6 l.3BE-lll 14140 1.15E-lil2 l.15E-ll2 l.1SE-lil2 l.15E-ll2 5.23E-lll2 l. BBE+lll6 S.23E-lll2 l.88E+06 1. 31E-llll 14141 l.15B-lil2 l.15E-lil2 l.15E-lil2 l.15E-fll2 4.91E-ll2 l.76E+lil6 4.91E-lil2 1. 76E+lil6 l.24E-lill 14142 l.15E-ll2 l.15E-lil2 l .15E-lil2 l.15E-lil2 4.61E-lil2 l.65E+ll6 4.61E-lil2 1. 65E+ll6 l. lBE-lill 14143 l.15B-02 l.15E-lil2 l.15E-fll2 l.15E-02 4.32E-02 l.55B+ll6 4.32E-lil2 1. 55E+06 l.12E-lil 1 14144 l.15B-ll2 l.15B-lil2 l.15B-lil2 l.15B-lil2 4. ll4B-lil2 l.45B+lil6 4.lil4B-lil2 l.45E+lil6 1. 06E-lll 14145 1.15E-lil2 l.15E-02 1.15E-ll2 l.15E-lil2 3.78E-lll2 l.35E+lll6 3.78E-ll2 l. 35EHl6 l. 1/lllE-lll 14146 l.15E-ll2 l.15E-ll2 1.15E-lll2 l.15E-ll2 3.52E-lll2 l.26E+lll6 3.52E-ll2 l.26E+ll6 9.51lE-lll2 14147 1.15E-ll2 l.15E-ll2 l.15E-ll2 l.15E-lil2 3.2BE-ll2 l.1BE+ll6 3.2BE-lll2 l.18E+06 8.99E-lil2 14148 l.15E-lil2 l.15E-lil2 l.15E-lil2 l.15E-lil2 3.05E-lil2 l.lll9E+lll6 3.lll5E-ll2 l.lil9E+ll6 8.51lE-02 14149 1.15B-lil2 l.15E-lil2 l.15E-lil2 1.15E-lil2 2.83E-lil2 l.lil2E+lil6 2.83E-lil2 l. lil2E+06 8. lll4E-IIJ2 141511 l.15E-ll2 l.15E-ll2 l.15E-ll2 l.15E-ll2 2.62E-ll2 9.41E+ll5 2.62E-ll2 9.41E+05 7.61E-ll2 14151 l.15E-ll2 l.15E-lil2 l.15E-fll2 1.lSE-1112 2.43E-lil2 8.72E+ll5 2.43E-lil2 8.72E+05 7 .21lE-lil2 14152 l.15E-lil2 l.15E-lil2 1.15E-ll2 1.15E-lil2 2.25E-ll2 8.lil7E+lil5 2.25E-lil2 8.lll7E+ll5 6.82E-lll2 14:53 l.15E-lil2 l.15E-l'J2 1.15E-1112 l.15E-1112 2. llBE-1112 7.46E+lll5 2 .lllBE-1112 7.46E+lil5 6.47E-lil2 14,54 l.14E-lil2 l.14E-lil2 l.14E-ll2 l.14E-lil2 1.92E-lil2 6.89E+lll5 l.92E-ll2 6.89E+ll5 6.13E-lil2 14,55 l.14E-lil2 l.14E-lil2 1.14E-lil2 l.14E-lll2 l. 77E-lll2 6.36E+lll5 1.77E-lll2 6.36E+ll5 5.82E-lll2 14,56 l.14E-lil2 l.14E-lil2 l.14E-ll2 1.14E-lil2 l. 63E-ll2 5.86E+ll5 l.63E-ll2 5.86E+lil5 5.53E-lll2 14157 l.14E-lil2 l.14E-lil2 l.14E-lil2 l.14E-fll2 l.51E-lil2 5.41ilE+lil5 l.SlE-1112 5.41lE+lil5 5.26E-lll2 14,58 l.14E-lil2 l.14E-lil2 l.14E-lil2 l.14E-lil2 l.39E-lil2 4.98E+lil5 l.39E-lil2 4.98E+05 5 .ll1E-ll2 14,59 1.14E-ll2 l.14E-lil2 l.14E-lil2 l.14E-ll2 l.2BE-lil2 4.58E+fll5 l.2BE-ll2 4.58E+ll5 4.78E-ll2 1511llil l.14E-lil2 l.14E-ll2 l.14E-lll2 l.14E-ll2 l.18E-ll2 4.22EHl5 1.18E-ll2 4.22E+lll5 4.57E-lll2 15,ei- l.14E-ll2 l.14E!.lil2 l.14E-fll2 1.14E-ll2 1.llBE-02 3.88E+ll5 l.fllBE-lil2 3.i!BE+lil5 4.37E-lil2 15:lil2 1.14B-lil2 1.14E-fll2 l.14E-ll2 1.14E-lll2 9.94E-ll3 3.57E+ll5 9.94E-ll3 3.57E+ll5 4.19E-ll2 15:03 l.14E-ll2 1.14E-ll2 1.14E-ll2 l.14E-ll2 9.14B-ll3 3.28E+ll5 9.14E-lil3 3.28E+05 4. lll2E-lil2 15:lil4 1.14E-ll2 1.14E-lil2 1.14E-ll2 1.14E-lll2 8.39E-ll3 3.lil1E+lil5 B.39E-03 3. lll1E+ll5 3. 86E-lil2 15:1115 1.14E-ll2 l.14E-ll2 l.14E-ll2 l.14E-ll2 7. 71E-ll3 2.76E+lil5 7.71E-l/l3 2.76E+lll5 3.72E-ll2 15:lil6 l.14E-lil2 1.14E-*ll2 l.14E-lil2 l.14E-ll2 7.ll8E-ll3 2.54E+lil5 7.ll8E-ll3 2.54E+ll5 3.59E-ll2 1511117 1.14E-ll2 l.14E-lil2 1.14E-fll2 1.14E-lll2 6.49E-ll3 2.33B+ll5 6.49E-ll3 2.33E+05 3.46E-lil2 1511il8 l.14E-lil2 l.14E-lil2 l.14E-lil2 l.14E-ll2 5.96E-ll3 2.14E+ll5 5.96E-ll3 2.14E+lil5 3.35E-1112 15:1119 l.13E-lil2 l.13E- lil2 l.13E-1112 l.13E-ll2 5.46E-ll3 l.96E+ll5 5.46E-1113 l.96E+ll5 3 .25E-11J2 THIS IS A DRILL

THIS IS A DRILL

• Scenario MS-124 KS-125 MS-126 RMS-129 VG-131-1 VG-131-1 VG-131-2 VG-131-2 VG-123 Time mR/hr mR/hr mR/hr mR/hr uCi/cc uci/sec uCi/cc uCi/sec mR/hr lS1lll l.13E-lil2 l.13E-ll2 l.13E-lll2 l.13E-ll2 S.01E-ll3 l.BlilE+llS S.lillE-lil3 l.B1lE+ll5 3.15E-lil2 15111 1.13E-ll2 l.13E-lll2 1.13E-lll2 l.13E-lll2 4.59E-lll3 l.65E+ll5 4.59E-ll3 l. 65E+ll5 3.ll6E-ll2 15112 l.13E-lll2 l.13E-ll2 l.13E-lll2 l.13E-lll2 4.21E-ll3 l.51E+ll5 4.21E-lll3 l. 51E+lll5 2.98E-ll2 15113 l.13E-ll2 l.13E-ll2 l.13E-lil2 l.13E-IIJ2 3.B6E-11J3 l.3BE+lll5 3.B6E-lil3 l.3BE+lll5 2.91E-ll2 15114 l.13E-ll2 l.13E-lil2 l.13E-lil2 l.13E-lil2 3.53E-lil3 l.27E+lll5 3.53E-lll3 l.27E+ll5 2.B4E-ll2 15:15 l.13E-ll2 l.13E-ll2 l.13E-ll2 l.13E-ll2 3.23E-ll3 l.16E+ll5 3.23E-ll3 l. l6E+ll5 2.78E-ll2 15116 l.l3E-lil2 l.13E-lil2 l.13E-ll2 l. l3E-lll2 2.96E-ll3 l.ll6E+lil5 2.96E-lll3 l.ll6E+lil5 2. 72E-ll2 15117 l.13E-ll2 l. lJE-02 l.13E-ll2 l.l3E-lil2 2.68E-ll3 9.62E+lil4 2.6BE-ll3 9.62E+ll4 2.66E-ll2 15118 l.13E-ll2 l. l3E-lil2 l.13E-ll2 l.13E-ll2 2.43E-ll3 8. 72E+ll4 2.43E-ll3 8.72E+ll4 2.61E-ll2 15119 l.lJE-02 l. l3E-ll2 l.13E-ll2 l.13E-ll2 2.21lE-03 7.91lE+lil4 2.20E-ll3 7.91lE+lil4 2.56E-lll2 15120 l.13E-ll2 l. l3E-ll2 l.13E-ll2 l.lJE-02 2.lilllE-03 7.16E+04 2. I/HlE-03 7.l6E+ll4 2. 52E-ll2 15121 l.13E-ll2 l.13E-lll2 l.13E-ll2 l.13E-lll2 1. 81E-lil3 6.4BE+ll4 1. 81E-lll3 6.48E+ll4 2.48E-ll2 15122 l.13E-ll2 l.13E-ll2 1.13E-lll2 l.13E-ll2 1.64E-ll3 5.B7E+lil4 1. 64E-ll3 5.B7E+04 2.44E-lil2 15:23 l.12E-ll2 1.12E-lil2 l.12E-lll2 l.12E-ll2 1.48E-ll3 5.32E+lll4 1. 48E-ll3 5.32E+ll4 2.41E-ll2 15124 l.12E-ll2 l.12E-lil2 l.12E-ll2 l.12E-ll2 l.34E-ll3 4.82E+fll4 1. 34E-ll3 4.82E+ll4 2.38E-lll2 15125 l.12E-ll2 l.l2E-ll2 l.12E-ll2 l.l2E-ll2 l.22E-ll3 4.37E+ll4 l.22E-ll3 4.37E+ll4 2.36E-ll2 15126 l.12E-ll2 l.l2E-ll2 l.12E-ll2 l.12E-lil2 l.lllE-1113 3.96E+lil4 l. llllE-03 3.96E+ll4 2.33E-ll2 15127 l .12E-ll2 1.12E-lll2 1.12E-lll2 l.12E-lll2 l. llllE-03 3.59E+ll4 l.llllE-03 3.59E+ll4 2.31E-ll2 15128 1.12E-ll2 l.12E-ll2 l.12E-lll2 l.12E-ll2 9.ll6E-ll4 3.25E+lll4 9.ll6E-ll4 3.25E+ll4 2.29E-ll2 15129 l.12E-lil2 l.12E-ll2 1.12E-ll2 l.12E-lil2 8.21E-lil4 2.94E+ll4 8.21E-ll4 2.94E+ll4 2.27E-ll2 15130 1.12E-ll2 l .12E-lil2 1.12E-ll2 l.12E-ll2 7.44E-ll4 2.67E+ll4 7.44E-lil4 2.67E+ll4 2.26E-ll2 15131 l.12E-ll2 l.12E-ll2 l.l2B-ll2 l .12E-ll2 6.74E-ll4 2.42EHl4 6.74E-ll4 2.42E+ll4 2.24E-ll2 15132 l.12E-ll2 1.12E-ll2 1.12E-lil2 l.12E-lll2 6. lllJE-04 2.19EHl4 6 .1'lE-ll4 2.19E+ll4 2.23E-ll2 15133 l.12E-ll2 1.12E-ll2 1.12E-fll2 l .12E-ll2 5.53E-ll4 1. 98E+lll4 5.53E-ll4 l. 9BE+ll4 2.22E-ll2 15134 l.12E-ll2 l. l2E-lil2 l.l2E-lil2 l.l2E-lil2 5.lllE-04 l.BlllE+ll4 5.lllE-04 l.BllE+ll4 2.21E-ll2 15135 l.l2E-ll2 l.12E-ll2 l.12E-ll2 1.l2E-ll2 4.54E-ll4 1. 63E+ll4 4.54E-lll4 1. 63E+ll4 2.21lE-ll2 15136 l.l2E-ll2 l.l2E-lll2 l.l2E-lil2 1.l2E-ll2 4.ll'l!:-ll4 l.4BE+ll4 4. llE-1114 1.48E+fll4 2.l9E-ll2 15137 1. llE-02 l. llE-02 l. llE-02 l.11E-ll2 3.73E-lil4 1. 34E+ll4 3.73E-ll4 l.34E+ll4 2.18E-ll2 15138 1.11E-ll2 l.11E-ll2 l.11E-ll2 l.11E-lll2 3.38E-IIJ4 l.21E+ll4 3.38E-lil4 l.21E+04 2.17E-lil2 15139 1.11E-ll2 l.11E-ll2 1. llE-02 l.11E-ll2 3. lll6E-lll4 l. llllE+lll4 3.06E-lll4 l. llllE+ll4 2.16E-ll2 151411l 1.11E-ll2 l.11E-IIJ2 l.11E-ll2 l. llE-02 2. 77E-lil4 9.94E+ll3 2. 77E-ll4 9.94E+ll3 2 .16E-lil2 15141 l. llE-02 l.11B-lll2 l .11E-ll2 l.11B-lll2 2.51E-lll4 9.lllllE+lll3 2.51E-lll4 9.llllllE+lil3 2.15E-lll2 15142 l.11E-ll2 l.11E-ll2 l.11B-lll2 l. llE-02 2.27E-ll4 8.16E+lll3 2.27E-ll4 8.16E+lll3 2.15E-lll2 15143 l.11E-ll2 l.11E-ll2 l.11E-ll2 l.11E-lll2 2. lll6E-lll4 7.39E+lll3 2.lll6B-ll4 7.39E+ll3 2.l4E-ll2 15144 l.11E-ll2 l.11E-ll2 l.11E-ll2 l.11E-ll2 l.87E-ll4 6. 711lE+lil3 l.87E-lil4 6.711JE+lil3 2.14E-lil2 THIS IS A DRILL

THIS IS A DRILL

• Scenario MS-124 MS-125 MS-126 RMS-129 VG-131-1 VG-131-1 VG-131-2 VG-131-2 VG-123 Time mR/hr mR/hr mR/hr mR/hr uCi/cc uci/eec uCi/cc uCi/eec mR/hr 15:45 l.11E-lll2 1.11E-lll2 l.11E-ll2 1.11E-ll2 1. 69E-ll4 6.ll7E+ll3 l.69E-lll4 6.ll7E+ll3 2 .14E-ll2 15146 l.11E-ll2 l.11E-lll2 1.llE-02 l.llE-1112 l.53E-ll4 5.51lE+ll3 l.53E-ll4 5.51lE+ll3 2.13E-ll2 15147 l. llE-112 l.11E-ll2 l.11E-ll2 l.11E-ll2 1. 39E-ll4 4.9BE+ll3 1. 39E-ll4 4.9BE+lil3 2.13E-ll2 15:48 l.11E-ll2 l.11E-ll2 l.11E-ll2 l.11B-lil2 l.26E-ll4 4.51E+ll3 l.26E-ll4 4.51E+ll3 2.13E-ll2 15149 l.11E-ll2 l.11E-ll2 l.11E-ll2 l.11E-ll2 l.14E-ll4 4.ll9E+ll3 l.14E-ll4 4.lll9E+ll3 2.12E-ll2 15:50 l.11E-ll2 l .11B-ll2 l.11E-ll2 l.11E-ll2 l.ll3E-ll4 3. 71ilEHl3 l.ll3E-ll4 3.71lE+ll3 2.12E-ll2 15:51 l.lllE-ll2 l.lllE-ll2 l.11lB-ll2 l.lllE-ll2 9.35B-ll5 3.36E+ll3 9.35B-ll5 3.36E+ll3 2.12E-ll2 15:52 l.lllE-ll2 l.lllE-ll2 l.lllE-1112 1. lllE-ll2 B.47E-ll5 3. ll4E+lil3 B.47E-lll5 3.ll4E+ll3 2.12E-ll2 15153 l.llilE-ll2 l. llllE-ll2 l. lllE-ll2 l. lllE-ll2 7.68B-lll5 2.75E+ll3 7.6BE-ll5 2.75E+ll3 2.12E-ll2 15154 l. llllE-lll2 l.1'1JE-lll2 l. lllE-lll2 l.llllE-lil2 6.96E-lll5 2.51lE+ll3 6.96E-lll5 2.51lE+ll3 2 .11E-ll2 15:55 l. lllE-lll2 l. lllE-ll2 l. llllE-ll2 l. llllE-ll2 6. 31lE-lll5 2.26E+ll3 6.31lE-ll5 2.26E+ll3 2.11E-ll2 15156 l.lllE-ll2 l.1'lE-lll2 l.1'lE-ll2 l. llllE-ll2 5. 71E-05 2.ll5E+ll3 5.71E-ll5 2.ll5E+ll3 2.llE-02 15157 l.lllE-1112 l.llllE-ll2 l. llllE-02 l.lllE-ll2 5.17E-11J5 1. 86E+ll3 5.17E-lll5 l.B6E+ll3 2.llE-02 15158 l.10E-ll2 I 1.1'lE-lll2 l.lllE-ll2 l. llllE-lil2 4.69E-ll5 l.6BE+ll3 4.69E-ll5 l.6BE+ll3 2 .11E-ll2 15159 l.lllE-ll2 l. lllE-lll2 l. llllE-ll2 l.lllE-ll2 4.25E-ll5 l.52E+lil3 4.25E-lll5 1. 52E+lil3 2 .11E-ll2 l611lll l.lllE-ll2 l.lllE-ll2 l.11lB-ll2 l.11lB-ll2 3.85E-ll5 l.3BE+ll3 3.85E-lll5 1. 3BE+03 2 .11E-lll2 THIS IS A DRILL

VffiGINIA POWER

• SURRY POWER STATION AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE RADIOLOGICAL ISOTOPIC MESSAGES/DATA

VIRGINIA POWER SURRY POWER STATION AUGUST 27, 28, ABD 29, 1991 EHERGEBCY EXERCISE MESSAGE NO: RAD-1 Ill SCENARIO MESSAGE TO: CONTROLLER l::J CONTINGENCY MESSAGE TO: l::J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: The radiological isotopic data results are found as listed below. TIME: AS NEEDED THIS IS A DRILL

1. Chemistry section has the following radiological isotopic data:

• a.

b. c. Reactor Coolant System containment sump containment atmosphere

2. Radiological In-plant section has the following radiological isotopic data:

a. Auxiliary Building atmosphere all levels THIS :rs A DRILL

VIRGINIA POWER SURRY POWER STATION AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE RADIOLOGICAL IN-PLANT

• MESSAGES/DATA

_..,. * .,.,**~**a..a,v**~**"*" nc-o.u.,, - ..... Form HP.&.Q.12-1 RADIOLOGICAL SURVEY MAP AND RECORD (Rev I) PQi 24-02-Q) Loca1io1 MY 18; &,D<iliacy Bld; .. Eley, 13' o.ac _____ nrne :ZEE 7A-f/.E£ PUR10SE: Q1tou11Dc 0Hoa-Roulioc 0RWP, RWP * - - - - - - - - Reactor Power: 11 _ _ _1' TI'PE: QGamma QBcu 0Ncvtro1 QSa>ear OA 0Sa:icar HP QAllSui:iplc I 0 #2 1' WU\unclll Model Serial I 0 Al GA. ~ n < 1000 DPWIOO cm' accpc II DOCcd OI aap o r ~ ~ 0 Ai GA Ml)C:ln < 1000 DPWIOO ca*. 0 AJ CiA. MDCIII ia DP'WIOO er. 0 >.i H7' MDCIII < 1 H1/Mz)cat. 0 AJ KP MZICan 1a ~ - 0 All ~Ilic + L < 2'" Mic 0 AJ Gao&a rc:adinp 111111",. 0 AJ Seta~ I I ~ . 0 0 AJ ~ n::adlnp l a ~ . 0 a u,n

• Low DoH VaUf.q uu, au
• b t r - ~ l.dlatlo1 Ana, IU
• 11.p Wbtlo. 1r'M D&
• IHtroa 1.aUatlc,e .f.ru, 11'.t.
• lot P&rtle11 &na, Cl* Coat . .batH l.rN, I.U * .1.1.norM Z.flucU91C7

              ~            &na, DI.I.

• ldlo.cctn llatart&l &na, 1W *_ blhloi,le&l Cfttnl lr'M

                                                       *--* .. *-                                           _ _J f

I RWP I ~ Pcrfcnd U9dcr. _ _ _ _ _ _ _ __

                                                                                   ~a,
                                                                                                                            °'"-----
  /iji §lg~                         P.A TA               ET : /03;...- J:l

[g [g !9Jelel ~ ~~ [Q]@J §JI?) Q]Ql ~ § [g Pit#'- 0 0 0 00 0 a 0 0 00

SURRY POWER STATION HP-8.0.12 JUL o3 Form HP-8.0.12-1 RADIOLOGICAL SURVEY MAP AND RECORD (Rev I) PCM 24-02-0 Loca1ion M.b.P f9; Auxiliacy Bldg., Elev. 2' Dale _ _ _ _ _ _ TimcSEE TAN.es'

• PURPOSE:

TYPE: 0 0 Routine Gamma Wll'\lment Model O Non-Routine O RWJ', RWP ' - - - - - - - - - - O Beu O Neu1roo O Smear.GA O Smear HP O lur Sample 0

                                           . Serial I               0 0

0 0 Reaclor Power: # 1 _ _ _ _~

                                                                                                                                         #2 AJ1 GA sman < 1000 DPM/100 cm' CIC"Cpl u no1cd Oft map ot smear 111oruhttt.

All GA la!Cln < 1000 DPM/100 cm 1* All HP i,mc.an < l HP/smear. Air pe11icul1le + L < 25~ MPC. 0 0 0 All GA smc.an in DPM/100 cm 1. All HP smc.an in HPl/1mcar. All Gamma rudinp in mR.lht.

                                                                                                                                                         ~

0 All Beu readinp ia m'1/llr. D 0 All Neutron rcadinp in mrrnv'lr. D D Comll)Cftta: _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ __ Sur,,cy Team Dole (SRO and/or ak\llalcd aflcr survey): mrcm RWP I Survey Performed U n d e r : - - - - - - - - - - -

  $,...19 P'afe.'llled e, PA TA SET / W                        - /~ / 8'                                                                 Date _ _ _ _ __

LDWA

• Low DoH liaiti111 Area, !:JOU. * !xtre.. Bi&b l.adiatioa Area, R14
• B.i&b l.adiatioa Araa NL\* leutroa l&diatioa Area, HPA
• Bot Particle Area, Cl* Coataaiaated Area, Aa4
• Airborne l.adioact1v1ty Area, IMA
• l&dioactive Katerial Area, ICAB
• ladiolo1ical Control Area Boundary
• 0 0 o oj(]t

                                                                                         ._______I @J C)
                                                                                         ._____I ~
                                                                                                             ~
                                                      -c:::,

• D Ciea. Arca; 0 ContKt; ~ GA Smear, a HP Smear, AS Air Sample Locauon; LCK Locked G.uc; >E->E* EMmcr; ~ FNklns SL111on
• 13* and 2' Auxilary Building Dose Rates THIS IS A DRILL

                                                              - Areas Adjacent to Letdown Linea Graph t 1            Graph t 2               Graph t 3                 Graph ' 4 Total           Dose Rates            Dose Rates             Doee Rates                Dose Rates Scenario   Activity      at top of Stairway   Stairway Mezzanine       Bottom of Stairs        Letdown line Gen Area Time      uci/cc              mR/hr                 mR/hr                  mR/hr                     mR/hr 10132     5.49E+ll0           A11 Read             A11   Read              A11 Read                  AB Read 10133     1. 71E+ll4             191!                  3711l                  751!0                   37490 10:34     l.71E+ll4              190                   370                    7500                    37491l 10135     1. 71E+ll4             1911                  37111                  751l0                   37480 10136     l.71E+ll4              1911                  370                    7500                    37480 10137     1. 71E+ll4             1911l                 3711l                  7490                    37470 10138     1. 71E+04              1911                  371l                   74911                   374611!

10:39 l.71E+04 1911l 370 74911! 374611 1014111 1. 71E+lll4 191/J 371l 7490 374511l llil:41 l.71E+lll4 191l 37111 7490 37450 111142 1. 71E+ll4 1911 371l 74911 37441l 111:43 1. 71E+ll4 191! 3711 74911 37440 111144 1. 71E+lll4 191l 370 74911! 37430 111145 l.71E+ll4 191l 371l 7481l 374211 10146 1. 71E+lll4 191l 370 74811 374211 lll147 l.71E+ll4 191l 370 7480 374111 10148 l.71E+ll4 191! 371l 7481l 37411! 111149 1. 71E+ll4 1911 37(/J 7480 37400 lll1511 1. 71lE+(IJ4 191! 37(/J 7480 374(1J0 1e151 1. 711lE+ll4 l91l 3711 7481l 37391l 111152 1. 71ilE+ll4 l91l 3711 7481l 373911 111: 53 l.71lE+ll4 1911l 371l 7480 37380 11111 54 l.71lE+ll4 1911l 370 7470 37370 10:55 l.71lE+ll4 191! 371il 7471l 37370 lll156 1. 711lE+lll4 191! 371l 7471l 37360 10157 l.71lE+ll4 191l 371l 74711 37361l 10: 58 1. 711lE+ll4 191l 371l 7470 37350 lll:59 1. 711E+ll4 1911l 3711 74711l 37350 11:1111 1. 711lE+ll4 1911 371l 74711 373411 11101 l.711E+ll4 1911 371il 74711 373311 11:112 l.711E+ll4 1911 371l 74711 373311 11:113 l.711E+ll4 1911 3711 7461l 37321! 11:04 l.7i!E+ll4 1911 3711 7461l 37321! THIS IS A DRILL

• 13° and 2' Auxilary Building Do*e Rate11 THIS IS A DRILL

                                                          - Area11 Adjacent to Letdown Linea Graph I 1            Graph I 2              Graph I 3                 Graph ' 4 Total          D011e Ratea           Doee Ratea            DoBe Ratee                 Doee Rates Scenario  Activity     at top of stairway   Stairway Mezzanine      Bottom of Stairs        Letdown line Gen Area Time     uci/cc             mR/hr                mR/hr                  mR/hr                     mR/hr 11:"5    1. 7"E+ll4            19"                  371!                  746"                     373Hl 11:"6    1.71lE+ll4            191!                 371l                  7461l                    37311!

11:1!7 1. 711lE+ll4 191l 371l 7461l 37300 ll:lll8 1. 71lE+lll4 1911l 370 7461l 37300 11:09 1. 71lE+04 191! 370 7461l 37290 11: lll l. 711lE+04 191l 371l 7461l 37280 11:11 1. 71lE+ll4 190 371l 7461l 37281/l 11:12 1. 71lE+lll4 190 370 7450 37270 11: 13 1. 71lE+04 191l 371l 7450 37270 11:14 1. 70E+04 191l 371l 7450 37260 11:15 1. 711lE+04 190 37111 745111 37260 11: 16 1. 71lEHl4 190 370 7450 3725111 11:17 1. 69E+04 190 37111 74lll 37060 11:18 l.68E+lll4 1811l 3711l 7370 36870 11: 19 1. 67E+lll4 180 3711l 73411l 36680 11:20 l.66E+ll4 180 360 72711l 36350 11:21 l.64E+lll4 180 3611l 72llll 36031/l 11:22 l.63E+04 180 361/l 7140 35710 11:23 l.61E+04 181l 351l 71l811l 353911) 11:24 l.611lE+ll4 1811l 3511l 711l211l 3511l81/l 11:25 l.58E+04 171/l 350 6951/l 34771/l 11:26 1. 57E+04 170 340 6891l 34461/l 11:27 1.56E+04 170 340 6831/l 34161/l 11:28 1. 54E+ll4 171l 34") 6771l 33870 11:29 1.53E+ll4 171l 341l 672" 335811l ll:311l l.52E+"4 1711l 3311l 66611l 3329111 11:31 1. 51lE+lll4 1711l 3311l 6611llll 3311lllll 11:32 1. 49E+ll4 161/l 331/l 6551l 32731/l 11:33 1. 48E+lll4 1611l 3211l 6491/l 32451/l 11:34 1. 47E+ll4 161! 320 6440 32180 11:35 1.45E+04 161! 320 63811l 31911! 11:36 1.44E+04 161! 320 63311) 31651! 11: 37 1. 43E+04 161! 31111 6280 31390 11: 38 1. 42E+ll4 161l 310 623" 31131il 11: 39 1. 41E+lll4 150 3Hl 6171il 3"870 THIS IS A DRILL

• 13* and 2' Auxilary Building Dose Ratea THIS IS A DRILL

                                                             - Areaa Adjacent to Letdown Lines Graph I 1             Graph I 2              Graph I 3                 Graph ' 4 Total          Doae Ratea             Dose Ratea            Doee Rates                 Dose Rates Scenario   Activity     at toi:, of Stairway  Stairway Memaanine      Bottom of stair*        Letdown line Gen Area Time       uCi/cc             mR/hr                mR/hr                  mR/hr                     mR/hr 1114111   l.411E+lil4            15111                3111                  6121l                    30620 11141     1. 3BE+"4              150                  3illil                611l711l                 311l371il 11142     1. 37E+lil4            151il                311l0                 611l30                   301311l 11:43     1. 36E+04              1511l                311l0                 59Blil                   29B9lll 11144     l.35E+04               1511l                311l0                 5930                     296511l 11145     1. 34E+"4              150                  29il                  5880                     29410 11:46     1. 33E+04              1511l                290                   58411l                   291811l 11147     1. 32E+04              140                  290                   57911l                   289511l 11148     1. 31E+lil4            1411l                290                   5740                     28720 11:49    l.31i!E+ll4            1411l                280                   5700                     28500 11:511   l.29E+li!4             1411l                2811l                 5660                     28280 11:51    l.2BE+ll4              140                  280                   5610                     28060 11152    l.27E+04               140                  2811l                 5570                     27840 11:53    l.26E+04               140                  280                   5530                     27630 11:54    l.25E+04               140                  270                   5490                     27420 11:55    l.24E+04               140                  270                   5440                     27210 11:56    l.23E+04               140                  270                   5401!                    27000 11:57    1.22E+04               130                  270                   5361!                    26800 11:58    1. 21E+"4              130                  27il                  5320                     26600 11:59    1.20E+04               131!                 260                   52811l                   26411l0 12 :lll0 l.19E+04               lJlll                2611l                52411l                    26200 12 :llll l.19E+04               1311l                260                   52011l                   26011!

12111l2 1.1BE+"4 130 261il 51611l 25B2lll 12 :lll3 1. l 7E+lll4 131il 2611 51311l 25630 12:ll4 l.16E+04 131l 250 51l911l 25440 12:05 l.15E+04 130 250 5050 25250 12:lll6 l.14E+04 lJlll 2511l 50llll 25070 12:lll7 l.13E+04 1211l 2511l 49811l 24890 12 :lll8 l.13E+04 1211l 250 49411l 24710 12109 1.12E+04 120 250 4910 24530 12:10 1.11E+04 120 240 4871l 24351l 12: 11 l. llllE+04 121l 240 4840 24190 12: 12 l. 09E+ll4 120 240 481/ll/l 24010 12: 13 l.lll9E+04 120 241l 4770 23940 12:14 1. ll8E+ll4 120 240 4731l 23671l THIS IS A DRILL

• 13* and 2* Auxilary Building Dose Rates THIS IS A DRILL

                                                         - Areas Adjacent to Letdown Linea Total Graph t 1 Dose Rates Graph t 2 Dose Rates Graph t 3 Do11e RateB Graph Dose Rates 4

scenario Activity at top of Stairway Stairway Mezzanine Bottom of Stairs Letdown line Gen Area Time uci/cc mR/hr mR/hr mR/hr mR/hr 12:15 1.117E+'14 1211 241l 471llll 2350111 12:16 1.06E+04 1211 230 467111 2334111 12:17 l.1116E+04 1211 230 463111 23170 12: 18 l.1112E+lll4 1111 22111 4500 2248111 THIS IS A DRILL

SURRY PO\VER STATION HP-8.0.12 JUL o3 Form HP-8..0.12*1 RADIOLOGICAL SURVEY MAP AND RECORD (Rev I) ro'1 24-02-0 Location MAP 19: Auxiliary Bldg., Elev. 2' Date _ _ _ _ _ _ Time JgJq-/{00 PURPOSE: 0 Routine O Non,Routine O RWP, RViP * - - - - - - - - - - Rcaclor Power: #1 _ _ _ _ -i. TI'PE: 0 Camm, 0 Beu O Neu1roa O Smear' CA O Smar HP O Air S..mple 0 #2 .... Instrument Model Serial I 0 All GA smcan < 1000 DPM/100 cm' a~pc u noled on map or sniar '*Oruhcct. 0 All GA ,mun < 1000 DPM/100 cm'. 0 All CA sman in DPM/100cm 1. 0 All HP 1111an < 1 HP/,mcar. 0 All HP sman in HP'111DUr. 0 Air paniculate + L < 2.5'.\ MPC. 0 All 011111111 rudinp in mR/hr. 0 All Beu rcadinp ill mrad/hr. D 0 All Neutron radi11p in mrein/hr. D D Comme11u: _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ __ SQMJ Team Dole (SRO 1Dd/or akulalcd after SUl'fC)'): - - - - - 111rem RWP # Su.-..cy Performed U n d e r : - - - - - - - - - - - SIUYCY Pcrfonucd By Date _ _ _ _ __ LDIIA

• Lav DoH Wdtin1 Area, l!:HllA
• btreM Bi&h 1&diat1011 Area, &Lt.
• BJ.ah l&diation Ana

                            !IL\* 8eutron ll.&d11tion Aria, !IPA* Bot Particl1 .l.rea, Cl* Cont&ainated Area, Al.A* Airborne l&d1oect1v1ty  Area,    111.A

• l&d1oact1ve Material Area, ICU
• bdiolo11cal Control Area Boundary
• @JI 0 0 I

                                                                            )      I 0

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• 2 THIS IS A DRILL Ft El AUXILARY BUILDING GENERAL AREA RADIOLOGICAL DATA P.C. *a and Charcoal Particulate cumulative Cumulative Equipment Clad Wndw Opn Wndw lllll cc gas grab Cartridge Filter Activity Contamination Contamination Contamination Scenario Dose Rate Dose Rate sample bomb PER Cu Ft PER cu. Ft. Sc. per lllll crn*2 per lllll crn* 2 per 100 crn*2 Time mR/hr mR/hr mR/hr @ 1 crn mr/hr @ 1cm NET dpm NET dpm mR/hr (O.W.) NET dpm (Upon Egreee) 12: 19 431l 761l lll 31il 15111111 180 111.111 180 12:2111 181lll 32111111 42 130 3100 93111 Ill.Ill 75111 12:21 42111111 761lll 1111111 30111 491lll 27111111 111.0 180111 12:22 81illillil 140011J 191il 561l 691il0 611l21il lil.1 331110 12:23 1361llil 2411Jlillil 32111 961l 95111111 12111111111 111.1 57111111 12:24 2111600 3711J01il 480 1400 12000 210111111 lil.2 86111111 12:25 286111111 51111111111 671l 21111illil 14000 3311100 ll.3 1200111 12:26 37600 671lllll 890 260111 160111111 49000 0.5 16000 12:27 475Bll 85000 1100 33111111 1811100 6900111 0.7 2001110 12,20 524111111 9411llil0 12111111 361il0 21111l1111l 910011J 111.9 22000 12,29 56901! 1000111111 13111111 391110 2211100 lllllllllllll 1.1 231111110 12,30 6120111 lllllllllil 1400 421110 2400111 141lllllll 1.4 251111110 12:31 65111111 12111000 1511Hl 450111 2511100 17011100 1.8 271110111 12: 32 6BB01l 121lllllllll 160111 471110 271lllll 21ll/Hl111111 2.1 28111111111 12:33 7231110 131111lllm 171110 500111 280111111 23111111111111 2.4 31llllllll 12:34 754H 131illlllll 18111111 52111111 291Hlll 261111Hlll 2.7 31111111111 12135 7841110 1411111100 1800 54111111 3100111 291lll01l 3.111 32000 12:36 BllBll 1411100111 19 IHl 5600 3200111 3211111100 3.3 33000 12:37 8360111 151lll01l 2000 5700 3300111 351111111/Jll 3.6 341il01l 12:38 8591110 151lllllll 2111111111 5900 34111111111 38111111111111 3.9 351110111 12:39 8Bllllll 161llillllll 21111B 6111111111 34111111111 421111111110 4.3 361110111 12:4111 91lllllll 161lllllll 211110 61111111 3500111 461lllllll 4.8 360111111 12:41 917111111 161lllllll 2200 62111111 36000 51llil01llll 5 3700111 12:42 93300 1701llllll 2200 631lll 371lllll 541illlllll 6 381lllll 12:43 94800 171llllilll 2200 64111111 37111111111 581llllilll 6 38111111111 12:44 96Hl0 171lllllll 231lll 650111 381lllll 621lllllll 6 391lllll 12,45 9731110 170000 230111 661111l 3811100 661illl01l 7 39111111111 12:46 98300 181il01l0 231110 671110 39111111111 701110111111 7 40111111111 12: 47 99200 1801111110 23111111 6700 391lllll 741lllllll 8 411100111 12:48 Hllllllillil 181lllllm 24111111 681lll 391llllil 780111111111 8 411111100 12:49 10111100 18001110 241110 68111111 411111100 B211111101il B 4011100 THIS IS A DRILL
• 2 THIS IS A DRILL Ft El AUXILARY BUILDING GENERAL AREA RADIOLOGICAL DATA P.c. 0 11 and Charcoal Particulate Cumulative Cumulative Equipment clad Wndw Opn Wndw lllllll cc ga11 grab Cartridge Filter Activity Cont11.111ination Contamination Contamination Scenario Do11e Rate Do11e Rate 11ample bomb PER Cu Ft PER cu. Ft. Be. per lllllll cm*2 per llilll cm*2 per 10111 cm*2 Time mR/hr mR/hr mR/hr I 1 cm mr/hr i 1cm NET dpm NET dpm mR/hr (O.W.) NET dpm (Upon Egre1111) 1215111 lllllll!ll 181llllllll 241111! 681lll 411lllllllll 861lllllll 9 4101lll 12151 lll21illllll 18111Bllll 2411llll 69111111 411111lBIII 91llllllllll 9 41111111111 12:52 lll21llillll 181111lllll 24B0 69111111 41111llllll 941lllllll lll 411llllll 12:53 lll21111illll 181illllllll 241lll 6911llll 411lll011l 9811lllllllll lll 4101110 12:54 llll31llllll 181111111lB 241llll 691lll 411llllllllll 10211llllllllll 11 4Hl00 12155 lll301111l 1801111illl 24011 69111111 41111111111 1061illlllllll 11 4llllillol 12156 111131111H l 81Hlfllll 24Bll 691111il 4llilllllll 11111111000 11 4llll011l 12157 llll301lB 1801110B 2400 690111 41000 114011100 12 41000 12158 103001! 18000B 2400 6900 4111100 1180001l 12 4111100 12159 l031llllll 181111llle 2411lll 691lll 41011lll 122011100 13 4lllllllll 1311110 lll2lll!ll lBIIIIIHlll 24BIII 6800 4111000 12611100111 13 4100111 1311111 llil21l0111 lBflHllllll 24BIII 68111111 4111000 l31illllllllll 13 41000 13:02 l11121111lll 181111lllll 241lB 681110 401110111 1340111111111 14 4011100 1311!3 111111110111 1811111101! 240111 68111111 4111111011l 138011111111l 14 4011100 13:lll4 1010011l 18011llile 241110 6711111l 411l01110 14201il011l 15 411llllllll 13105 llillllllllll 1811l01l0 2400 67111111 411llillillll 1461illllillll 15 40000 1311116 101illlll0 1811111100 2400 671illil 401111illl 15000111111 15 4001110 13107 99600 l8011lllB 230111 66111111 391111110 15401lllll 16 391lllll 13 :1118 991llllll lBlllllllile 23111111 661lll 391111110 l58001illl 16 39000 13:1119 98500 18011100 23111111 651lll 391111110 l6211111lllllll 17 391llll0 13:lll 9781ile l71lllf/Hl 231lll 651illl 391llllll 1661llllllll 17 39000 13: 11 9720111 17001110 2300 6400 3911100 1700000 18 38000 13:12 9650111 17011100 231110 6400 3811100 174011l00 18 38000 13:13 9580B l 71lllf1Jll 231110 6411llll 380011l 1781llilllllll 18 38011lll 13114 95100 171lllllllll 221illl 6311111l 3811111111l 1821llllllll 19 371lllll 13115 9441lll 1711lllllile 2211llll 621llll 3701llll 1861llllillll 19 3711llllll 13116 9 361lm l 71llill'IB 221lll 6211llll 3711111111l 191llllllll1llll 20 3711lllllll 13:17 92800 l 701111110 2211llll 6llllll 37011111l 1941llllllll 2111 371lllll 13:18 9211100 16000B 2200 61011l 371l011l 1981llllllllll 211l 361lllllll 13:19 9121lll 1601111110 210111 60011l 3611100 21l21l01lll 21 361lllll THIS IS A DRILL
• 2 THIS IS A DRILL Ft El AUXILARY BUILDING GENERAL AREA RADIOLOGICAL DATA P.C. *11 and Charcoal Particulate Cumulative Cumulative Equipment Cled Wndw Opn Wndw 111.111.1 cc gas grab Cartridge Filter Activity Contamination Contamination Contamination Scenario Doee Rate Dose Rate sample bomb PER Cu Ft PER Cu. Ft. Sc. per 101/l cm*2 per 11/llil cm*2 per llillil cm*2 Time mR/hr mR/hr mR/hr@ l cm mr/hr@ 1cm NET dpm NET dpm mR/hr (O.W.) NET dpm (Upon Egress) 13121/l 91il41illl 161l11"llll 211llil 61/lllll 361/l1/llil 2061/llllllil 21 361/lllll 13121 8961/lll 161/lllllll 211/lll 591/lll 361/Jlilll 211/llllll/Jll 22 351/llilll 13122 8881/lll 161/lllllll 2 llllil 591/lll 3501/llil 2131/llillilll 22 3501/lll 13123 879111111 161/JI/Jllm 211/lll 580111 351/l1/ll/J 21611Jll1111l 22 341/llilll 13124 970111/l 161illlJIIJlil 21/llillil 571/llil 351/ll'Hl 2191illllillil 23 341illllil 13125 862H 151/llllllJll 21/llilll 571/llil 341/llilll 2221/llllilll 23 341l011J 13126 85300 151il01illil 201/lll 561/llil 341/llillil 2251/llillillil 23 331/llilll 13127 8441/llil 151/llillHl 21/ll/Jll 561/llil 341/Jlillil 2281/llillillil 24 331il01l 13128 836110 151/llillilll 21/ll/Jll 551/lll 331/lllllil 2311/llillilll 24 331/llilB 13:29 82711Jll 151/llillllll 1911.11/J 541/llil 331/Jlillil 2341/llillilll 24 321/llilll 1313111 8181lll 151/llilllll 191/lll 541/llll 331/llillil 2371/llllillil 24 321il00 13131 81l81illil 141/Jllllillil l91il0 531/llil 3201/llil 241illil01illil 25 321/lllllil 13132 7961/lll 141/llillillil 191/lll 5201/l 321/llilll! 2430000 25 31001/l 13133 7841/llil l41illil01il 181/llil 5200 311/llillil 2461/llillillil 25 311/lllllll 13:34 771il01il 141/llillillil 181/llil 5llil0 3101/llil 2491illil01il 26 31/ll/Jlillil 13135 7561/Jll 141111/lillil 181/llil 51/llill/J 31/Jlillillil 2521/llillillil 26 31/llilllllll 13136 7421/lll 131/llilillil 171/llil 4901/l 31il001il 2551/llillllll 26 291il01l 13137 7261/llil 131/llillillil 1711!1/l 481/Jlil 2901/llil 2581/llillillil 27 281/llllll 13138 7111/llil 131/ll/JIIJl/l 171/llil 471/llil 281/llillil 26lillil01il 27 281/llillil 13139 6951illil l21Hllllil 161/lll 461/llil 281/llllil 2641/llllilll 27 271/llilll 13141/l 67911Jll 121/llllllllJ 161/lllJ 451/lll! 271/llllil 2671/lllllll 28 261/llilll 13141 6631lll 121llilllll 161/lll 431/lll 261/llilll 271/llllillilll 28 261/llilll 13142 6471/llil 121/llilllllil 151/lll 421/llil 261/llllil 2731/llillillil 28 251/Jlilil 13:43 63100 lll'Jlililil 151/lil 4101/l 251l01l 27501/llillil 28 25000 13:44 6141/ll/J 110111/lll 141/llil 41/llillil 251il01il 2771lll01il 29 241/J00 13:45 59801/l llllllJllll 1401/l 391/llil 24000 27911!1/ll/Jlil 29 231il00 13:46 5821/lll lll401illll 14011.1- 3800 241/J011J 2811/llillillil 29 231/llilll 13:47 5671/lll llllllllll 131/lll 371/llll 231/lllll 2831/llilllll 29 22001/l 13:48 5511/llil 981/llllil l31il0 361il0 231/J00 2850001/l 29 21001/l 13149 5361/lll 96000 131il0 351/lll 2311Jll0 2871illll01il 31/l 211/llilll 13151/l 521/lllll 931/llllil 121illl 34011! 221/llillil 2891/lllllll 31l 21/llillilll 13:51 51il61lll 91/llllllil 121/lll 331illil 2201/llil 29 llillil01il 31/l 21illillillil 13:52 4911/llll 881/llillil 1201/l 321/lll 221il01l 2931illill1ll!J 31/l 1900111 13:53 4771/lll 851/lllll lllilll 311/llil 221/llllil 2951llil01l 31/l 19001/l 13:54 4631/llll 831/llllil 111/lll 31/llillil 22001/l 2971/llillilll 31 181/llilll THIS IS A DRILL
• 2 TRIS IS A DRILL Ft El AUXILARY BUILDING GENERAL AREA RADIOLOGICAL DATA P.c.*a and Charcoal Particulate Cumulative Cumulative Equipment Clad Wndw Opn Wndw lll!ll cc gae grab Cartridge Filter Activity Contamination Contamination Contamination Scenario Do11e Rate Dose Rate 11ample bomb PER Cu Ft PER cu. Ft. Sc. per 10111 cm*2 per 1BB cm*2 per 1111111 cm*2 Time mR/hr mR/hr mR/hr@ 1 cm mr/hr@ 1cm NET dpm NET dpm mR/hr (O.W.) NET dpm (Upon Egre11e) 13155 4491111l Bll!lllillil llil61il 291illll 211il1111l 29901llillil 31 171illilll 13156 4351llil 7Blillillil llil20 2Blillll 21111111111 31ilHllll1110 31 17001il 13157 422110 7501illil 990 281illll 211llllil 31il31illillllll 31 161illil0 13158 41191lll 7301llil 96111 271illll 2111Jlllil 31il51il1Hllil 32 161ilile 13159 3971/llll 711111/llll 93111 261illil 211/lllllil 31il71illilllllll 32 151illlllil 1411/llll 3851/llil 6911Jllllll 91/llll 251/llll 21llllillil 31il811111111llll 32 1511lll0 14101 3731111il 6711111111 BBlll 24111111 2011llll111 311191110lll'J 32 14111011 1411il2 3611110 641/lllllll 8511l 2411llll 211llllllllll 3llilllllilllllil 32 141illillil 14111l3 35011Jlil 620111111 82111 231illll 21l011l0 31lllllil011l 32 141illil0 14104 3391lll 611illillil 800 221110 201illl0 3121lllllllil 32 131il01il 141115 3281111l 591illlll 77111 2 lllll 21l11Hllil 3131illil01l 32 1301lll 1411l6 318011 571illllil 750 211illll 191illil0 3141llillllll 32 121lllll 14111l7 311181llll 551111llil 720 21lllll 1911llillll 31511lllllllll 33 121llil0 1411/lB 29811l0 531/llllll 701il 1911llil 191illillil 31611llil01l 33 1211llillll 1411il9 2BBllllil 5211l00 681/l 190111 1900111 317111000 33 11001il 14110 2791/llll 511101/llll 661/l 1800 19011llll 31811lllllll0 33 1101illll 141 l l 271/llllll 4Blll0lll 640 181illl 181l01il 31911lllllllll 33 1001illil 14112 26200 4711J011l 6211J 1700 181l01il 321illlllllllllll 33 llll000 14113 25301il 45000 611lll 1600 1811l00 32 lllllllillll 33 981il0 14114 2451/llll 441llll0 581/l 161/llll 1B00lil 3221il000 33 9500 14115 2371/llll 421H!ll 56111 15111111 181lll111 323000111 33 921illl 14116 2291illll 41000 540 1501! 1711100 3241l01il0 33 0900 14117 2220111 411llll00 521il 1401il l 701illil 3251illil00 34 8600 14118 2150111 38001! 501il 1401il l 71il1110 32601illll111 34 8300 14119 21il81il111 37000 491! 131111il 171illllil 32701illillll 34 81lll0 14120 21ill01il 361llillil 471il 1300 161illil111 328111111111111 34 781illil ,

14121 1941illll 351lllll 461il 131il111 161il01il 3291illlllllil 34 7501! 14122 18801il 341illillil 441! 12111111 161illillil 331illillilllllll 34 7301il 14123 18200 321111!0 430 1201/l 16000 331001llil 34 71illll0 14124 1761111/l 3llllllil 4llil 11111111 151il01l 332001illil 34 681/llil 14125 170111111 301illillil 400 l Hllil 151/lllllll 3330000 34 66Blll 14126 16400 2911100 390 llllllll 151il1110 3340000 35 6311l0 14:27 15900 280111111 370 11113111 15000 3350000 35 6Hl0 14:28 15400 2711101il 360 l01111il 14001/l 33611111l00 35 590111 14129 14900 2711100 350 961il 14000 3370000 35 5700 TRIS IS A DRILL

• 2 THIS IS A DRILL Ft El AUXILARY BUILDING GENERAL AREA RADIOLOGICAL DATA P.C. *11 11nd Ch11rcoal Particulate Cumulative Cumulative Equipment Clad lfndw Opn lfndw lllllJ cc 91111 grab Cartridge Filter Activity Contamination Contamination Contamination Scenario D01111 Rate Do11e Rate lllllllple bomb PER Cu Ft PER Cu. Ft. Sc, per 100 cm"2 per l00 cm"2 per lllllll cm*2 Time mR/hr mR/hr mR/hr@ 1 cm mr/hr@ 1cm NET dpm NET dpm mR/hr (O.lf.) NET dpm (Upon Egreae) 141311l 144011l 2611110 3411 9311 l41111ll1 3381111110 35 551111 14131 1381111 2511111il 3311 91111 1411110 33911000 35 5300 14132 1331!1! 241llill1 3111 860 130110 3401111011 35 511/ll1 14133 127110 230011 3011 820 130110 3411Jlillil011 35 4901il 14134 121111! 220011 280 781! 1211l00 341100110 35 47111!

14135 11511111 211!1111 2711 751! 120111! 3401/lllllilll 35 4400 14136 1119110 19111111 2611 7111 11111111 34000011 35 42011 14137 11131111 1801111 240 6711 110110 34011000 35 40011 14138 971111 171lm0 2311 6311 111400 340000111 35 381llll 14139 9211111 161illll0 221il 61!0 9900 34011111111111 35 351ill1 141411 861111 15011111 21111 5611 9411111 341111111111111 35 3300 14141 8llll/l 151ill11il 19111 5311 891110 341l0000 35 310111 14142 7611111 141!00 180 490 8500 3400000 35 2900 14143 71011 13000 171l 460 81l00 3401lll01l 35 271l0 14144 6700 121l01il 160 4311 7500 341illil001l 35 2600 14145 62110 11000 150 400 7101l 341illl000 35 24011 14146 581l0 1'l400 140 380 6700 3400001! 35 2201! 14147 5401il 97011 13111 350 6300 3401llilllll 35 211/l0 14148 510111 9000 120 331l 59011 3400000 35 1900 14149 47011 84110 110 3111 55011 34011111100 35 1800 14150 441ll1 781l0 100 280 5200 3401Hl00 35 17110 14151 41"'1 73110 96 261il 491illil 341il001il0 35 161111 14:52 381111 68011 89 241il 4500 34111100111 35 1500 14153 351111 6311111 83 2311 421illl 340001110 35 1400 14154 33011 581llil 77 2111 41il00 34110001l 35 1300 14155 311011 54111l 71 , 21111 3700 340111100 35 121il0 14:56 281l0 51l01il 66 1811 341il0 341lllllllll0 35 11011 14157 2600 46011 61 171il 320111 340111ill10 35 1000 14:58 241111 431111 56 1511 3000 341111000 35 920 14159 221illll 41Hl0 52 1411 2811Hl 341/l00011 35 8511 1511111 20111il 3701il 48 130 26011 34110000 35 791il 15: 01 19011) 3411111 44 12111 24111111 3411110111111 35 730 15:112 171111 3llillll 41 lllil 221illil 341illl01illil 35 671il 15:113 1600 291111 38 llll1 2100 341illlllll00 35 620 15:04 15011 27110 35 96 1900 340111100 35 5711 THIS IS A DRILL

THIS IS A DRILL

• 2 Pt El AUXILARY BUILDING GENERAL AREA RADIOLOGICAL DATA P.C. '11 and Charcoal Particulate Cumulative cumulative Equipment Chd lfndw Opn lfndw Hlll cc ga11 grab Cartridge Filter Activity Contamination Contamination Contamination Scenario Do11e Rate Dose Rate sample bomb PER Cu Ft PER Cu. Ft. Sc. per Hlll c111*2 per 11111 cm"2 per Hlll cm"2 Time mR/hr mR/hr mR/hr @ 1 cm mr/hr@ 1cm NET dpm NET dpm mR/hr (O.W.) NET dpm (Upon Egre1111) 151115 1411lll 241J1l 32 89 181!1/l 34111/lllilil 35 5311l 15:lll6 1311lll 231/llll 311 82 171!1/l 34111/ll1H!lll 35 4911 15:07 121111 211Hl 27 75 151/llll 3401/lllll1J0 35 450 15:lll8 lllllll 1901l 25 69 141/l0 34011Jl/lllllll 35 410 15:09 990 18llll 23 64 1300 341l11Jllllllll 35 380 151 ll/l 9111 1601/l 21 59 121/lll 3411Jlllllllllll 35 3511 151 ll 840 151!1! 20 54 lllll0 341Hll/ll/llll 35 320 15112 771! 1400 18 Sil 1040 3400000 35 3011 15:13 7111 13llll 17 46 9611 3411Jlllll01l 35 271/l 15114 650 1200 15 42 8911 3401l01l0 35 250 15:15 61/llll 1071/l 14 39 821/l 34elllllllll 35 231/l 15:16 551/l 980 13 35 7611 3400001/l 35 210 15:17 511J0 890 12 32 690 3401/l000 35 190 15118 451/l 81" 11 29 620 34011JIIJIIJ0 35 171/l 15:19 411/l 730 u 26 560 34011001/l 35 160 15120 370 661l 9 24 510 34011J01l0 35 141/l 15:21 340 600 8 22 460 3400000 35 130 15:22 31!0 540 7 21l 420 3400000 35 120 15:23 280 490 6 19 380 34000011) 35 lllll 15:24 250 450 6 16 340 3401/llllllllll 35 96 15:25 230 400 5 15 311/l 3401llllllll 35 97 15126 2"'1 3711) 5 13 290 34011JIIJIIJIIJ 35 79 15:27 190 330 4 12 260 34001/llllll 35 71 15:29 170 301/l 4 11 230 34011Jl1JIIJ0 35 64 15:29 150 2711) 4 1ll 2 lll 34001/lllllll 35 58 15:30 140 250 3 9 190 3411Jlll011lll 35 53 15:31 1211 221/l 3 9 170 3411l011llll0 35 49 15:32 llll 201/l 3 7 160 340011lllllll 35 43 15:33 100 190 2 7 140 34011llllll0 35 39 15:34 93 170 2 6 130 341/llll1Hl0 35 36 15:35 84 1511) 2 5 120 341/lllllllllllll 35 32 15:36 76 141/l 2 - 5 111/l 3401/llll01/l 35 29 15:37 69 12111 2 4 96 3411llllllll1Jlll 35 27 15:38 63 110 1 4 87 3400000 35 24 15:39 57 100 1 4 79 341lllllllllllll 35 22 THIS IS A DRILL
• 2 THIS IS A DRILL Ft El AUXILARY BUILDING GENERAL AREA RADIOLOGICAL DATA P.c. *s and Charcoal Particulate Cumulative Cumulative Equipment Chd Wndw Opn Wndw 10111 cc gas grab Cartridge Filter Activity Contamination Contamination Contamination Scenario Dose Rate Dose Rate eample bomb PER Cu Ft PER cu. Ft. Sc, per 1110 cm*2 per !ell cm"2 per HHl cm*2 Time mR/hr mR/hr mR/hr@ l cm mr/hr@ 1cm NET dpm NET dpm mR/hr (O.W.) NET dpm (Upon Egress) lS141ii 51 92 l 3 71 341llillllillil 35 20 15141 47 83 l 3 64 3400000 35 18 15142 42 75 1 3 SB 3400000 JS 16 15143 38 68 l 2 53 340111000 35 15 15:44 35 62 l 2 48 34H000 35 13 15145 31 56 1 2 43 34000011l 35 12 15:46 28 51 1 2 39 3411llllil00 35 11 15:47 26 46 l 2 36 3400000 35 Hl 15148 23 42 l 2 32 3411JIIJ01il0 35 9 15149 21 38 l 29 34011Hl00 35 B 15:50 19 34 lil l 26 3400000 35 7 15:51 17 31 lil l 24 34"J0000 35 7 15152 16 28 0 l 22 3400000 35 6 15153 14 25 0 l 20 3400000 35 5 15:54 13 23 0 l 18 3400000 JS s 15:SS 12 21 0 1 16 J4"J011l0111 JS 4 15:56 11 19 l 15 3400000 35 4 15157 Hl 17 "lil l 13 3400000 JS 4 15:58 g 16 0 1 12 3400000 JS 3 15159 8 14 0 l 11 3400000 35 J 16: 00 7 13 0 0 10 3400000 JS J THIS IS A DRILL
• THIS PAGE IS INTENTIONALLY INSERTED AS A DATA DIVIDER FOR THIS SUBSECTION
• 2 Ft El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS THIS IS A DRILL
• Scenario Kr-87 Kr-88 Xe-13lm Xe-133m Xe-133 Xe-135 I-131 I-132 I-133 I-134 I-135 I-131 D.E.

Time uCi/cc uci/cc uCi/cc uCi/cc uci/cc uCi/cc uci/cc uci/cc uCi/cc uCi/cc uCi/cc uci/ml 12119 2.BJE-1114 7.ll9E-1114 1. JllE-ll4 3.1117E-lil4 3 .lllE-1112 3. lil9E-lil3 6.18E-ll3 8.ll3E-ll4 4 .11J9E-ll3 2.99E-IIJ3 2. ll9E-lil3 7.54E-ll3 12 :21l 5.87E-11J4 1. 48E-ll3 2. 72E-ll4 6.46E-ll4 6. 31E-11J2 6.4BE-ll3 1.JllE-1112 1. 67E-ll3 8.57E-ll3 6.19E-03 4.38E-1113 l.5BE-ll2 12121 9 .17E-eJ4 2.JJE-03 4. 311JE-11J4 1. ll2E-ll3 9.98E-ll2 1. ll3E-ll2 2.lllSE-lil2 2.63E-ll3 1. 35E-ll2 9 .62E-lil3 6 .911JE-03 2. SllE-IIJ2 12:22 l.28E-11J3 3.26E-ll3 6.ll7E-lil4 1. 44E-ll3 1. 41E-lll l.45E-lil2 2.89E-ll2 3. 68E-lil3 l.91E-ll2 1. 34E-lll2 9. 71E-ll3 3.53E-lil2 12:23 1. 73E-ll3 4. 46E-lil3 8.34E-IIJ4 1. 98E-ll3 1. 94E-01 1. 99E-lil2 3.98E-ll2 S.lil2E-lil3 2.62E-ll2 l.8111E-ll2 1. 33E-lil2 4.85E-lll2 12:24 2.16E-lll3 5.58E-ll3 l. lilSE-lil3 2.49E-IIJ3 2. 44E-"1 2. 511JE-ll2 S.lllilE-lil2 6.28E-lil3 3. 31ilE-lil2 2.24E-ll2 1. 67E-ll2 6.ll9E-lil2 12:25 2.55E-ll3 6.62E-ll3 1.25E-1113 2. 97E-lil3 2.91E-lill 2.99E-11J2 5.97E-lil2 7. 45E-lil3 3. 93E-lll2 2.63E-1112 l.99E-1112 7.27E-ll2 12126 2. 91E-IIJ3 7 .6111E-1113 1. 44E-1113 3.42E-ll3 3.35E-lll 3.44E-ll2 6.88E-ll2 8.53E-1113 4.53E-1112 2.99E-ll2 2.29E-ll2 8.37E-ll2 12:27 3.24E-ll3 B.5111E-ll3 1.62E-lil3 3.BSE-1113 3.76E-01 3.87E-11J2 7.73E-ll2 9.54E-ll3 5.IIIBE-1112 3.32E-ll2 2.57E-ll2 9.41E-ll2 12128 3.54E-ll3 9.J4E-ll3 1.79E-ll3 4.25E-1113 4.lSE-01 4.26E-ll2 8. 53E-,'2 1. 1115E-ll2 5. 61lE-ll2 3.62E-fll2 2.B3E-ll2 1.lil4E-lll 12:29 3.B2E-ll3 1. lllE-02 l.95E-ll3 4.62E-1113 4.52E-lll 4.64E-11J2 9.27E-1112 1.13E-ll2 6.ll9E-lll2 3.89E-ll2 3.ll7E-ll2 l.13E-llll 12: 31l 4. IIJBE-1113 l. lllBE-1112 2 .1119E-1!13 4.97E-1113 4.86E-lll 4.99E-ll2 9.97E-ll2 l.21E-ll2 6.55E-ll2 4 .14E-1112 3.31lE-ll2 1.21E-el 12:31 4. JlE-1113 l. l5E-IIJ2 2.23E-ll3 5.29E-ll3 5.lBE-lll 5.32E-ll2 1. ll6E-eJ1 l.29E-ll2 6.9BE-1112 4.36E-ll2 3.51E-ll2 1. 29E-lll 12132 4.52E-ll3 l.21E-ll2 2.36E-ll3 5.60E-1113 5.47E-"1 5.62E-ll2 1.12E-lll 1.35E-ll2 7.37E-ll2 4.56E-ll2 3. 711JE-lll2 l.37E-lill 12:33 4. 71E-1113 l.27E-ll2 2.4BE-1113 5.BBE-03 5.75E-1111 5.91E-ll2 1. lBE-1111 1.42E-1112 7.74E-02 4.74E-1112 3.BBE-02 1. 43E-lll 12: 34 4. BBE-1113 l.32E-IIJ2 2.59E-ll3 6.14E-11J3 6.lllE-lll 6.17E-IIJ2 l.23E-lll 1. 47E-02 8 .llBE-ll2 4.91lE-ll2 4.1115E-ll2 1.SlilE-01 12: 35 S.lil4E-1113 1. 37E-1112 2.69E-1113 6.39E-1113 6.25E-lll 6.42E-IIJ2 1.2BE-"'1 1. 52E-1112 8. 40E-ll2 5 .IIJSE-02 4.21lE-1112 1. 56E-IIJ1 12136 5.1BE-ll3 1. 41E-1112 2.79E-lil3 6.61E-1!3 6.47E-1111 6.64E-ll2 1.33E-lll 1. 57E-ll2 B.71lE-ll2 5.18E-ll2 4.35E-ll2 1.61E-01 12:37 5.JlE-113 l.45E-ll2 2. BBE-1113 6.82E-ll3 6.67E-01 6.85E-ll2 1.37E-lll 1. 62E-ll2 B. 97E-IIJ2 5.29E-02 4.48E-IIJ2 1. 66E-11Jl 12138 5.42E-ll3 1. 49E-1112 2.96E-03 7.ll2E-ll3 6.86E-ill 7 .llSE-1112 l.41E-lll 1. 65E-ll2 9.22E-11J2 5.39E-ll2 4.6111E-11J2 1. 71E-11Jl 12139 5.52E-ll3 l.52E-ll2 3.1113E-lll3 7.19E-03 7.ll4E-01 7.23E-ll2 1. 44E-lill 1. 69E-ll2 9. 45E-lll2 5.47E-1112 4. 71E-lll2 1. 75E-lll 12: 41'1 5.61E-lll3 1. 55E-ll2 3.lllE-lil3 7.36E-1113 7 .211JE-lll 7.39E-ll2 1.4BE-lll l.72E-ll2 9.66E-ll2 5.55E-ll2 4.B1E-lll2 l.79E-l'll 12:41 5.69E-lil3 1.SBE-1112 3.16E-ll3 7. SlE-03 7.34E-11Jl 7.54E-ll2 1.51E-lll 1. 75E-ll2 9.B5E-ll2 5.61E-il2 4.91lE-ll2 1. B3E-ill 12142 5.75E-lil3 1. 611lE-il2 3.22E-03 7.64E-1113 7. 4BE-"1 7.6BE-lll2 1. 53E-"1 1. 78E-I/J2 1.IIIIIIE-01 5.66E-ll2 4.98E-lll2 1. 86E-lll 12:43 5.BlE-11J3 l.62E-fll2 3.27E-1113 7. 77E-1113 7 .611JE-lill 7.BllE-ll2 1. 56E-lll 1. BllE-ll2 1.ll2E-lll 5.71lE-ll2 5. lll6E-11J2 1. 89E-lll 12144 5.B6E-ll3 1. 64E-1112 3.32E-ll3 7.B8E-ll3 7. 71E-IIJ1 7.91E-ll2 1. 58E-lll l.82E-ll2 1.ll3E-lll 5.74E-ll2 5.12E-il2 1. 92E-lll 12:45 5.91lE-ll3 1. 66E-ll2 J.36E-1113 7.98E-ll3 7.BllE-lll 8.lllE-l'l2 1. 61lE-lll 1. 83E-ll2 l.1114E-lll 5.76E-ll2 5.18E-IIJ2 1. 94E-lll 12:46 S.93E-ll3 1. 67E-ll2 3.41/lE-1113 8. lll7E-lll3 7.89E-lll 8. lllE-1112 1. 62E-lll l.B5E-ll2 1. ll6E-lll 5.78E-IIJ2 5.23E-ll2 l.96E-lll 12: 47 5. 95E-03 l. 68E-IIJ2 3.43E-ll3 8.15E-ll3 7.97E-lll 8.18E-IIJ2 1. 63E-lll l.86E-ll2 1. lll7E-lll 5.79E-IIJ2 5.28E-ll2 l. 9BE-lll 12:48 5.97E-lll3 l.69E-ll2 3.46E-ll3 B.22E-ll3 8.ll4E-11Jl 8.25E-ll2 1. 65E-lll 1.87E-02 l.il7E-llll 5.BllE-1112 5.32E-IIJ2 2.IIIIIIE-lll 12:49 5.98E-ll3 l. 711JE-lll2 3.49E-lll3 8 .28E-lll3 8.ll9E-11Jl 8.31E-lll2 l.66E-lll 1. BBE-ll2 1. llBE-01 5.BlilE-02 5.35E-IIJ2 2. lillE-ill 12:51l 5.98E-ll3 1. 71E-lll2 3.51E-lll3 8.33E-ll3 8 .15E-"1 8.37E-ll2 1. 67E-"1 1. BBE-1112 1.IIJ9E-llll 5.79E-IIJ2 S.38E-ll2 2.IIJ3E-I/Jl 12 :51 S.9BE-ll3 1. 71E-ll2 3.53E-ll3 8.37E-IIJ3 B.19E-11Jl 8.41E-11!2 l.68E-11Jl 1. 89E-1112 1.ll9E-11Jl 5.7BE-ll2 5.411JE-ll2 2.ll4E-lll 12152 5.9BE-ll3 1. 71E-lll2 3.54E-l!J3 B.41E-l!J3 B.22E-ill 8.45E-ll2 l.69E-lll 1. 89E-ll2 l. lllE-lll 5.76E-ll2 5.42E-ll2 2 .ll4E-11Jl 12:53 5.97E-ll3 l. 71E-lll2 3.55E-1113 8. 43E-IIJ3 B.25E-llll 8.47E-il2 1. 69E-lll 1. 89E-IIJ2 1. lilE-lll 5.74E-02 5.43E-ll2 2.ll5E-lll 12:54 S.95E-ll3 1. 71E-ll2 3.56E-ll3 B.46E-il3 B.27E-lll 8.49E-lll2 1. 71lE-llll 1. 89E-IIJ2 1. lilE-lll 5.72E-ll2 5.44E-ll2 2 .lil6E-lll THIS IS A DRILL

TBIS IS A DRILL 2 Ft Bl AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS Total Scenario Sb-129 sr-89 Sr-9111 y - 91 Ce-134 Ce-136 Ca-137 Ru-11113 Ru-11116 Ho-99 Activity Time uci/cc uci/cc uci/cc uci/cc uci/cc uci/cc uci/cc uci/cc uCi/cc uci/cc uCi/cc 12: 19 1. 42E-IIJ6 2 .24B-11 8.89B-13 2.7111E-11 6.97E-llB 9.46E-11JB 4.40E-ll8 2.ll9E-lil8 4.82E-ll9 2. 38E-11 5.11!7E-ll2 12121/J 2.97E-ll6 4. 71B-11 l.87B-12 5.66B-ll 1. 46E-ll7 1. 99E-ll7 9.24E-ll8 4. 39E-ll8 l. lillE-lllB 5.llllE-11 l.lil6E-01 12:21 4.67E-11J6 7. 45E-11 2.95E-12 B.94B-ll 2.31E-ll7 3.14E-ll7 1. 46E-07 6.94E-11JB 1. 61lE-11JB 7.92E-11 l.6BE-lll 12:22 6.56E-ll6 l. lil5B-111J 4.16E-12 l.26E-lll 3.26E-ll7 4.43E-f/J7 2.11J6E-07 9.79E-ll8 2.26E-11JB l .12E-llil 2. 37E-lll 12:23 B.9BE-ll6 l,44E-lll 5,72E-12 l,73E-llll 4.49E-ll7 6. lil9E-ll7 2.83E-lil7 1. 35E-lil7 3,lllE-lllB l.54E-111J 3.25E-llll 12:24 l.13E-05 l.B2E-U 7,20E-12 2.17E-lll 5,65E-ll7 7,66E-1117 3,56E-07 l.69E-lil7 3.9111E-IIJB 1. 93E-llil 4.lilBE-1111 12125 1. 34B-ll5 2 .17E-llll B,59E-12 2,SBE-llil 6.73E-lil7 9,14E-07 4,25E-ll7 2. IIJ2E-lil7 4.6SE-ll8 2.JlilE-llll 4,87E-llll 12:26 l,54E-IIJ5 2, SIJE-1111 9.911JE-12 2.97E-llil 7.76E-lll7 l.lll5E-ll6 4,91ilE-lll7 2.33E-lll7 5,36E-lll8 2 .66E-H'J 5.61ilE-llll 12:27 1. 72E-lil5 2. BlB-11/J l. llE-11 3.33E-llll 8. 72E-ll7 l.lBE-06 S.SlE-1117 2.62E-lll7 6. lil3E-lil8 2.98E-lll 6.29E-ill 12128 l.91ilE-ll5 3, UE-lll 1. 23E-11 3,67E-llll 9,62E-lil7 1. 31E-11J6 6.lll7E-ll7 2.89E-ll7 6.65E-11JB 3.29E-llil 6,93E-llll 12:29 2, lll6E-lll5 3. 37E-U 1. 34E-ll 3.99E-llll 1. ll5E-lll6 1. 42E-ll6 6.61E-lil7 3.14E-ll7 7.23E-lll8 3.SBE-llll 7.53E-IIJ1 12: 311) 2,21E-ll5 3.62E-lll l.44E-ll 4.29B-llll l.13E-IIJ6 1. 53E-lil6 7.llE-1117 3.38E-ll7 7.7BE-IIIB 3.BSE-lll B.IIJ9E-lll 12:31 2.JSE-1115 3. 86E-lll 1. 53E-11 4.56E-lll l.21ilE-ll6 l.63E-ll6 7.57E-ll7 3.61lE-lil7 B.29E-lil8 4. lllE-1111 B.62E-1111 12132 2,4BE-1115 4,lllBE-U 1. 62E-11 4.92E-lll l.27E-lil6 1, 72E-1116 8.llllE-1117 3. BlllE-1117 9. 77E-IIIB 4.34E-llil 9. llilE-U 12:33 2.59E-lll5 4,29E-U 1, 71ilE-11 5.lll6E-llll 1. 33E-IIJ6 1. 91E-lll6 9 ,41E-1117 4, lllllE-1117 9.21E-IIIB 4.56E-1111 9.56E-llll 12:34 2.70E-ll5 4,4BB-llil 1. 79E-11 5.2BE-llil l.39E-lil6 l,99E-lil6 9.79E-ll7 4.1BE-ll7 9.62E-IIIB 4.76E-llil 9.99E-lill 12135 2.BlE-1!5 4.66B-lll 1.BSE-11 5.48B-llll l.45E-ll6 l.97E-11J6 9.14E-1117 4. 34E-lil7 1.lillilE-lil7 4.95E-111J 1.1114E+lillil 12136 2, 91JE-lil5 4. B2E-llll 1. 91E-ll 5.67E-llil 1.51lE-lil6 2,IIJ3E-lil6 9.46E-11J7 4. SlilE-1117 1.1114E-lil7 5,13E-1111 1.lil7E+lll0 12:37 2.99E-05 4.98E-lll 1.97E-11 5.84E-111J l.55E-lll6 2. llilE-ll6 9. 76E-lil7 4.64E-lil7 l.ll7E-lil7 5.29E-111J 1.llE+lllll 12:38 3,ll6E-ll5 5, 12E-lll 2.1113E-11 6 ,llllE-lll 1.59E-ll6 2.16E-lil6 1.lillllE-1116 4, 77E-lil7 l. lllE-1117 5.44E-111J l, 14E+lillll 12:39 3,13E-il5 S,25E-U 2,IJBE-11 6,lSE-1111 l.63E-ll6 2.21E-lil6 l.1113E-ll6 4,89E-ll7 l.13E-ll7 S.SBE-lll l.16E+llll 12: 41/l 3.211JE-IIJS S,37E-lll 2 .13E-ll 6.2BE-lll 1.67E-lll6 2,26E-lil6 l.lilSE-1116 S.lllllE-1117 1. lSE-1117 5, 71E-lll l.19E+IHl 12:41 3,26E-ll5 5,4BE-1111 2,17E-11 6,4111E-llil 1. 71/lE-06 2. 31E-lll6 1.lil7E-ll6 5,llilE-ll7 l.19E-ll7 5.82E-lll l.21E+llll 12:42 3,31E-lil5 5,SBE-ll'J 2,21E-11 6,SlE-llll l,73E-lll6 2.35E-lll6 l.ll9E-ll6 5.2fllE-ll7 1. 21lE-lil7 5,93E-llll l.23E+lillil 12:43 3.36E-lll5 5,67E-llil 2.2SE-ll 6.61E-llll l,76E-ll6 2.39E-ll6 l.11E-lll6 S.29E-ll7 1. 22E-lll7 6 .1112E-llll l.25E+llll 12:44 3, 4111E-fll5 S,75E-llll 2.29E-ll 6.71lE-lll l,79E-ll6 2,42E-ll6 l.13E-IIJ6 S.36E-ll7 1. 23E-lil7 6. llE-1111 l.27E+llll 12:45 3,43E-IIJ5 S,92B-llil 2.31E-ll 6,77B-llll 1. 91E-IIJ6 2.45E-ll6 l.14E-ll6 S.42E-lll7 l.25E-lil7 6.19E-Hl l.29E+lllll 12:46 3.47E-IIJS S,BBE-lll 2.33E-11 6.84B-lll 1. 93B-!IJ6 2.49B-ll6 1,lSE-06 S.49E-lll7 1.26E-lil7 6.26B-1111 l.31lE+lllll 12:47 3.49E-ll5 S,94E-lll 2. 36B-ll 6.91lE-llll 1. BSE-1116 2.SlE-06 l. l 7E-IIJ6 S.54E-ll7 l.28E-lil7 6.32E-lll l.31E+lll1J 12:48 3.52E-ll5 5.99E-U 2. 39E-ll 6.96B-lll l,B6E-ll6 2,53E-IIJ6 l.1BE-ll6 5,59E-lil7 l.29E-1117 6.37E-111J l.32EHll1J 12: 49 3,54E-IIJS 6,l!J4B-U 2,39B-ll 7 .ll111E-111J 1. BBE-116 2.SSB-06 l.1BE-ll6 5,63B-ll7 1. 31lE-IIJ7 6.42E-111J l,33E+lllll 12: 511 3,SSE-05 6,ll7B-lll 2.41B-11 7,lil4B-111J l.B9E-ll6 2.56E-ll6 l.19E-ll6 S.66E-ll7 1. 31lE-ll7 6,46E-lil l.34E+llll 12:51 3,57E-11JS 6. llE-lll 2.42E-ll 7, ll7B-llil l.91ilE-06 2,5BE-!l6 l.21lE-ll6 5.69E-lil7 1. 31E-1117 6.49B-ll/J l.35E+llll 12:52 3.57E-ll5 6, 13E-Uf 2.43E-11 7 .11l9E-1111 1. 91E-11l6 2. 59E-1116 l.2111E-ll6 5. 71E-ll7 1, 32E-lil7 6.52E-lil l.3SE+IIHl 12:53 3.SBE-1115 6. lSE-1111 2,44E-ll 7. llE-1111 1, 9 lE-1116 2. 611JE-ll6 l.21E-ll6 S.73E-07 1. 32E-lll7 6,54E-llil 1,35E+lilll 12:54 3.SBE-IIJS 6,17E-10 2. 45E-ll 7.12B-llil 1. 92E-11l6 2.60E-ll6 l.21E-ll6 5,75E-ll7 1. 32E-lll7 6.56E-llil 1. 36E+r.lll TBIS IS A DRILL

• 2 Ft El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS THIS IS A DRILL
• Scenario Kr-87 Kr-88 Xe-13lm Xe-133m Xe-133 Xe-135 I-131 I-132 I-133 I-134 I-135 I-131 D.E.

Time uci/cc uCi/cc uCi/cc uci/cc uci/cc uci/cc uci/cc uci/cc uCi/cc uci/cc uci/cc uci/ml 12155 5.93E-ll3 1. 71E-lil2 3.57E-lil3 8.47E-ll3 8.28E-lill 8.51E-ll2 l.71ilE-lll 1. 89E-lil2 l.llE-1111 5.69E-ll2 5.44E-ll2 2. lil6E-lill 12156 5.91E-ll3 l.71E-ll2 3.57E-lil3 8.48E-ll3 8.29E-lill 8.52E-ll2 l.71ilE-lll 1. 88E-lil2 l. llE-111 5.66E-lil2 5.44E-lil2 2.lil6E-lill 12157 5.88E-lll3 1. 71E-lll2 3.57E-03 8.48E-ll3 8.29E-lill 8.52E-lll2 1. 711lE-lll 1. BBE-1!2 l. llE-lill 5.62E-lil2 5.44E-lil2 2. lil6E-lill 12158 5.86E-ll3 1. 71lE-lil2 3. 57E-lil3 8.4BE-ll3 8.29E-lll 8.52E-lll2 1. 71lE-ill l.87E-lil2 1.111!!-lill 5.59E-ll2 5.43E-lll2 2. lil6E-lill 12159 S.82E-lll3 l.71lE-lil2 3.57E-lll3 8.47E-lil3 B.2BE-lill 8.51E-lll2 1. 711lE-ill l.87E-lil2 l. llilE-llll 5.55E-lil2 5.42E-ll2 2 .lll6E-llll 1311lll S.79E-ll3 1. 69E-lll2 3.56E-ll3 8.46E-lll3 8.27E-lll 8.49E-ll2 1. 71lE-lll 1. 86E-ll2 l. lllE-lll 5.51E-lll2 5.411lE-lll2 2.lil5E-lill 13:llll S.75E-1113 1. 68E-lll2 3. 56E-lll3 8.44E-lil3 8.25E-lll 8.48E-lll2 1. 69E-lll 1. 85E-ll2 l. llilE-lll 5.46E-11J2 5.39E-lil2 2 .llSE-lill 13111!2 5. 71E-ll3 1. 68E-ll2 3.55B-ll3 8.42E-ll3 B.23E-lll 8.4SE-ll2 1. 69E-lll l.84E-lll2 l. llilE-lll 5.42E-ll2 S.37E-lil2 2 .ll4E-lll 13: lll3 S.67E-ll3 l.67E-lll2 3.54E-lll3 8.39E-lil3 B.21E-llll 8.43E-lll2 1. 68E-llll 1. 83E-IIJ2 l.lil9E-lill 5.37E-lil2 S.35E-ll2 2.11l4E-lill 13: lll4 S.63E-lll3 1. 66E-11l2 3. 52E-lll3 B.36E-lll3 8. lBE-llll 8.41ilE-lil2 1. 68E-llll l.82E-lil2 l.ll9E-lll S.32E-ll2 5.32E-ll2 2.ll3E-lll 13:lllS S.58E-lll3 1. 65E-lil2 3.SlE-1113 8.33E-ll3 8 .14E-01 8.36E-ll2 1. 67E-"1 1. 81E-lll2 l.ll8E-lll 5.27E-ll2 5.311lE-lll2 2.ll2E-lill 13 r lll6 5.54E-lll3 l.64E-lil2 3.49E-ll3 8.29E-lll3 8. llE-llll 8.33E-ll2 1. 66E-"1 l.79E-lll2 l.lilBE-llll 5.22E-lll2 5.27E-ll2 2.lllE-llll 13111!7 S.49E-lll3 1.63E-ll2 3.48E-ll3 8.2SE-lll3 8.IIJ7E-ill 8.29E-il2 1. 65E-"1 l.78E-lll2 l.il7E-llll 5.17E-ll2 S.24E-lll2 2 .llllE-llll 13108 S.44E-ll3 1. 62E-lil2 3.46E-ll3 8.211lE-03 8.ll2E-lll B.24E-ll2 1. 64E-L'll 1. 77E-ll2 l.ll7E-llll 5.12E-lll2 5.21E-ll2 1. 99E-llll 13, 11!9 S.39E-lll3 1. 611lE-lil2 3.44B-ll3 8.16B-lil3 7. 98E-01 8.21lE-lll2 1. 64E-llll 1. 75E-ll2 l. lll6E-llll 5. lil7E-lll2 5.17E-lll2 l.98E-lill 131lll 5.34E-lll3 1. 59E-lil2 3.42B-ll3 8.llE-1113 7.93E-lll 8.15E-ll2 l.63E-lill 1.74E-lll2 l. lllSE-01 5.lillE-1112 5.14E-lll2 l.97E-lill 13, 11 5.29E-lil3 l.5BE-lil2 3. 41ilE-lll3 8.ll6E-lil3 7. BBE-"1 8. lll9E-ll2 l.61E-lll 1. 73E-ll2 l. lllSE-1111 4.96E-lil2 S. llilE-lll2 1. 95E-lll 13112 5.23E-lil3 1. 56E-lil2 3.37E-ll3 8. lll!E-lll3 7.BJE-llll 8.ll4E-lll2 1. 611JE-lill 1. 71E-lll2 1. lil4E-llll 4.911lE-lil2 5.IIJ6E-lil2 l.94E-lill 13113 5.18E-ll3 1.55E-ll2 3.35E-il3 7.95E-lil3 7.77E-lill 7.99E-lil2 1. 59E-"1 1. 71ilE-lil2 l.lilJE-lll 4. 85E-ll2 S.lil3E-lil2 1. 93E-lill 13114 5.13E-ll3 l.54E-lil2 3. 33E-lll3 7.89E-lll3 7. 72E-lill 7.93E-lil2 1. SBE-lill 1. 68E-ll2 1. lll2E-llll 4.79E-lil2 4.99E-il2 l.91E-lill 13:15 S.il7E-ll3 l.52E-lil2 3.31lE-ll3 7.83E-ll3 7.66E-lll 7.87E-ll2 l.57E-Bl 1. 66E-IIJ2 l. ll2E-"1 4.74E-ll2 4.94E-ll2 l.91lE-lll 13116 5. lll2E-lll3 1. 51E-lil2 3. 2BE-lll3 7.77E-ll3 7. 611lE-lll 7.81E-lll2 1. 56E-llll 1. 6SE-lil2 l. lillE-lll 4.6BE-lll2 4. 91ilE-ll2 1. BBE-lll 13117 4.96E-lll3 l.49E-lil2 3.25E-lll3 7. 71E-lll3 7.54E-lll 7.74E-ll2 1. 54E-llll l.63E-lil2 l. lillilE-lll 4. 62E-lil2 4.86E-ll2 1. 87E-lll 13118 4.91ilE-lil3 1. 48E-lll2 3.22E-ll3 7.65E-03 7.48E-llll 7.68E-lll2 1. 53E-lll l.62E-lll2 9.91E-lil2 4.57E-lil2 4.82E-lll2 1. SSE-Ill 13119 4.85E-lll3 l.47E-ll2 3 .19E-lll3 7.58E-ll3 7. 41E-llll 7.62E-ll2 1. 52E-llll 1. 61lE-ll2 9.83E-lll2 4.51E-lil2 4.77E-lil2 1. 84E-lill 13121il 4.79E-lll3 l.45E-lil2 3.17E-lil3 7.51B-lll3 7.35E-llll 7.55E-ll2 1. 51E-ill 1. 58E-lil2 9.74E-lil2 4. 46E-lll2 4.73E-lil2 l.82E-U 13121 4.74E-lll3 l.44E-ll2 3 .14B-lll3 7.45B-lll3 7 .28E-lll 7.48E-ll2 1. 49E-lll 1. 57B-lll2 9.6SE-lil2 4. 41lE-lil2 4.6BE-lil2 1. BlE-lll 13122 4.6BE-lll3 1. 42!!!-1112 3. llE-03 7.3BE-lll3 7.22E-llll 7.41E-ll2 1. 481!!-lll 1. 5SE-ll2 9. 56E-lll2 4.34E-lil2 4.64E-lll2 1. 79E-lill 13123 4.62E-lil3 1. 41E-lil2 3.lil8E-ll3 7.31E-ll3 7.15E-lll 7.34E-lll2 1. 46E-01 1. 53E-lil2 9.47E-lil2 4.29E-ll2 4.59E-lll2 1. 77E-llll 13:24 4.57E-lil3 1. 39E-lil2 3. lllSE-lll3 7.24E-ll3 7.lilBE-lll 7.27E-lil2 1. 4SE-llll 1. 51E-ll2 9.3BE-lil2 4.23E-lil2 4.54E-lil2 1. 7SE-Bl 13125 4.SlE-03 1. 37B-lil2 3. lll2B-lll3 7. l 7E-lll3 7.lllE-lill 7.21ilE-lll2 1. 44E-lill 1. SlllE-1112 9.2BE-lil2 4 .1BE-lll2 4 .51ilE-lll2 l.74E-llll 13:26 4.46E-lll3 1. 36E-lil2 2.99E-lll3 7. lllE-lll3 6.94E-llll 7.13E-ll2 1. 42E-01 1. 48E-lil2 9.19E-ll2 4 .12E-lll2 4.4SE-lll2 1. 72E-lll 13127 4.411lE-lll3 1. 34E-lll2 2. 96E-lil3 7.lll3E-lll3 6. 87E-llll 7 .lil6E-ll2 1. 41E-llll 1.46E-lll2 9. llllE-lll2 4. lll7E-lll2 4.41ilE-lll2 1. 711lE-"1 13:28 4.34E-lll3 1. 33E-lil2 2.93E-ll3 6.96E-ll3 6.BlllE-llll 6.99E-ll2 l.39E-lill 1. 45E-lil2 9.llllilE-1112 4.lillE-1112 4.36E-lil2 l.69E-lill 13129 4.291!!-1113 1. 31E-lll2 2. 91lE-ll3 6.BBE-1113 6.73E-llll 6.92E-ll2 1. 38E-"1 1. 43E-ll2 8.91E-ll2 3.96E-lil2 4.31E-lil2 l.67E-lll THIS IS A DRILL

THIS IS A DRILL 2 Ft El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS Total Scenario Sb-129 Sr-B9 Sr-90 y - 91 C11-134 C11-136 C11-137 Ru-1"3 Ru-Hl6 Mo-99 Activity Time uCi/cc uCi/cc uci/cc uci/cc uci/cc uCi/cc uci/cc uci/cc uci/cc uci/cc uci/cc 12:55 3.SBE-llS 6 .1BE-Ul 2. 4SE-ll 7.13E-l!ll 1.92E-ll6 2.61E-06 l.21E-06 5.76E-lll7 1. 33E-07 6.57E-10 1. 36E+01l 12:56 3.SBE-llS 6.lBE-10 2.45E-11 7.13E-10 1.92E-06 2.61E-06 l.21E-06 S.76E-lil7 l. 33E-07 6.SBE-llil 1. 36E+01il 12:57 3.SBE-05 6 .19E-l!ll 2.4SE-11 7.13E-llil l.92E-06 2.61E-06 l.21E-lil6 S. 77E-lil7 1. 33E-lil7 6. SBE-llil 1. 36E+00 12:SB 3.57E-05 6.lBE-lllJ 2.4SE-11 7.12E-l!ll 1.92E-lll6 2.61E-06 l.21E-lll6 S.76E-lil7 1.33E-lil7 6.SBE-llil l.36E+lil0 12159 3.56E-lil5 6.1BE-lll 2. 45E-11 7. llE-10 1.92E-06 2.61E-06 l.21E-IIJ6 5.76E-lil7 l.33E-IIJ7 6. 57E-1" 1.36E+01il 13: "'" 3.SSE-05 6;17E-llil 2.45B-11 7.09E-111J 1. 92E-IIJ6 2. 61ilE-ll6 1.21E-06 S.75E-ll7 1.32E-07 6.56E-llll 1. 3SE+lil0 13111Jl 3.54E-ll5 6 .16E-lll 2.44B-11 7 .!ll7E-111J 1. 91E-06 2.611JE-06 l.21E-06 5.74E-07 1.32E-ll7 6. 54E-llil 1. 3SE+lilllJ 13:02 3.53E-ll5 6 .14E-lll 2.43E-11 7.llSE-lllJ 1. 91E-ll6 2.59E-1116 1.20E-06 S.72E-IIJ7 1. 32E-lil7 6.53E-llll 1.3SE+lll0 13: 1113 3.51E-IIJS 6.12E-10 2.43E-11 7 .lil2E-llil 1. 91ilE-lil6 2.SBE-1116 l.211JE-IIJ6 S.71ilE-IIJ7 1.31E-IIJ7 6.SlE-llil 1.34E+IIJll 13:ll4 3.49E-05 6.UE-lll 2.42B-11 6.99E-llil 1.B9E-lil6 2.57E-ll6 l.21lE-06 S.68E-lil7 1.31E-lil7 6. 48E-lll 1. 34E+llllll 13105 3.47E-IIJS 6.lll7E-111J 2. 41B-11 6.96E-111J 1.89E-lll6 2.56E-1116 1.19E-ll6 5.66E-07 1. 3111E-lil7 6.46B-1111 1.33E+lilllJ 13:ll6 3.4SE-1115 6.05E-lll 2. 4"8-11 6.92E-10 l.BBE-lll6 2.55E-lll6 1. l9E-lll6 5.63E-ll7 1. 311lE-lil7 6.43E-111J 1.32E+llllll 13:07 3.43E-05 6.02E-10 2.3BE-11 6.89E-llll 1.87E-06 2.54E-06 l. lBE-06 S.61E-lll7 l.29E-lil7 6.40E-lll 1. 32E+IIJIIJ 13:08 3.41E-IIJ5 S.98E-10 2. 37E-11 6.BSE-10 1. 86E-IIJ6 2. 52E-IIJ6 l.17E-ll6 S.SBE-07 l.29E-ll7 6. 36E-111J 1.31E+lllll 13:09 3.39E-05 S.95E-lll 2. 36E-11 6 .BlllE-lllJ 1.8SE-lll6 2.51E-lll6 l.17E-lll6 5.5SE-IIJ7 1.28E-07 6.33E-llll l.311JE+lllll 13: 111 3.36E-ll5 S.92E-10 2.34E-11 6.76E-lll 1.84E-ll6 2.49E-06 1.16E-06 5.SlE-07 1.27E-IIJ7 6.29E-111J l .29EHJ0 13: 11 3.34E-05 S.BBE-lll 2. 33B-11 6. 71E-llll 1. B3E-lll6 2.4BE-06 l.15E-lll6 S.4BE-lll7 l.26E-ll7 6.2SE-111J 1.29E+lllll 13:12 3.31E-05 S.B4E-10 2.31B-11 6.66E-10 1.BlE-06 2.46E-06 l .15E-IIJ6 5.44E-ll7 l.25E-IIJ7 6 .21E-Hl 1.28E+00 13:13 3.29E-lil5 5. BlilE-llil 2. 311JE-11 6.61E-111J 1. 81lE-lll6 2. 45E-lll6 l.14E-IIJ6 5.411JE-IIJ7 1.25E-IIJ7 6.17E-111J l.27E+ll0 13:14 3.26E-05 S.76E-10 2.28E-11 6.56E-llll l. 79E-06 2.43E-06 1.13E-IIJ6 5.36E-IIJ7 1.24E-IIJ7 6.12E-llll 1.26E+lll0 13:15 3.23B-IIJ5 5. 71E-lll 2.26E-11 6.51E-llll l.78E-IIJ6 2.41E-ll6 1.12E-IIJ6 5.32E-ll7 1.23E-IIJ7 6 .IIJ7E-llll 1. 25E+lil0 13:16 3.20E-IIJ5 5.67B-1" 2.25E-11 6.46E-lll l.76E-06 2.39E-ll6 1.11E-lil6 5.28E-ll7 1.22E-ll7 6.ll3E-Hl 1.24E+llll 13: 17 3.17E-ll5 5.62E-lll 2.23E-ll 6.41lE-lll l.75E-ll6 2.37E-IIJ6 1. lllE-1116 5.24E-ll7 l.21E-ll7 5.98E-1111 1.23E+lllil 13:18 3.14E-lil5 5.SBE-llil 2.21E-11 6.34E-llll 1.73E-06 2.3SE-IIJ6 1.lll9E-ll6 S. 20E-IIJ7 l.20E-ll7 S.93E-lll 1.22E+lll0 13:19 3 .11E-lil5 5.53E-111J 2 .19E-11 6.29E-lll l.72E-06 2.33E-06 l.lllBE-06 5.15E-lll7 l.19E-lll7 5.BBE-llll 1.21E+llllll 13:211l 3.08E-05 5.4BE-Hl 2 .17B-11 6.23E-lll l.71lE-ll6 2.31E-06 l. llBE-06 5.llE-07 l.lBE-07 5.83E-10 l.211JE+IIJIIJ 13:21 3.05E-1115 5.43E-10 2 .15E-11 6.17E-10 1. 69E-1116 2.29E-1116 l. 07E-lll6 5.1116E-ll7 1.17E-IIJ7 5.78E-10 l .19E+lll0 13:22 3.1112E-ll5 5. 38E-llll 2.lJE-11 6.llE-lllJ 1.67E-lil6 2.27E-ll6 l.1116E-lll6 5.IIJ2E-ll7 1.16E-IIJ7 5.72E-10 1.17E+00 13:23 2. 99E-1115 5. JJE-lll 2. llE-11 6.llSE-lll 1.66E-1116 2.25E-IIJ6 l.lll5E-1116 4.97E-lll7 1.lSE-07 S.67E-llll 1.16E+0flJ 13:24 2.96E-05 5.28E-1111 2. 09E-11 S.99E-lll 1. 64E-IIJ6 2.23E-1116 l.lll4E-ll6 4.92E-1117 1.13E-IIJ7 5.62E-10 l.15E+lil0 13:25 2.93E-1115 5.23E-lll 2 .1117E-ll S.93E-lll 1. 63E-1116 2.21E-1116 1.llJE-06 4.87E-07 1.12E-07 S.56E-1" 1.14E+0111 13:26 2. 9111E-IIJS 5. lBE-Hl 2. llSE-11 S.87E-10 1. 61E-1116 2. lBE-06 1.IIJ2E-ll6 4.83E-IIJ7 l. llE-07 5.51E-111J l.13E+lllll 13:27 2.87E-1115 S.lJE-1111 2.llJE-11 5.BlE-10 l.59E-ll6 2 .16E-1116 l.llJlE-1116 4.78E-1117 1. lllJE-1117 5.45E-llll 1.12EHllll 13:28 2.BJE-1115 5. 07E-111J 2.lllE-11 S.74E-Hl 1.58E-lll6 2.14E-06 9.9SE-lll7 4.73E-lll7 1. lll9E-IIJ7 5.39E-llll 1. llE+lllll 13:29 2.BlllE-!llS 5. ll2E-llll l.99E-ll 5. 68E-Hl 1.56E-1116 2.12E-lll6 9.BSE-07 4.6BE-IIJ7 l.lll8E-ll7 S.34E-Hl l.llJ9E+llllJ THIS IS A DRILL

• 2 Ft Bl AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS THIS IS A DRILL
• Scenario ltr-87 Kr-88 Xe-13lm Xe-133m Xe-133 Xe-135 I-131 I-132 I-133 I-134 I-135 I-131 D.E.

Time uci/cc uCi/cc uci/cc uci/cc uCi/cc uci/cc uCi/cc uCi/cc uCi/cc uci/cc uCi/cc uCi/ml 13:3111 4.23B-ll3 l.31lE-ll2 2.87E-ll3 6.81E-ll3 6.66E-lll 6.B4E-ll2 1. 36E-lll l.41E-ll2 8.81E-ll2 3.91E-ll2 4.26E-lil2 l.6SE-lll 13131 4.17E-ll3 1. 28E-lil2 2.83E-ll3 6.73E-lil3 6.SBE-lll 6.76E-ll2 1. 35E-11'1 1. 39E-lil2 8. 71lE-lil2 3.85E-ll2 4.21E-ll2 l.63E-lll 13132 4.11E-ll3 l.26E-ll2 2.811lE-ll3 6.63E-lll3 6.49E-lll 6.66E-ll2 l.33E-lll l.37E-ll2 B.SBE-02 3.78E-ll2 4.14E-ll2 l.61E-lll 13133 4.ll3E-ll3 l.24E-ll2 2.75E-lll3 6.53E-lil3 6.39E-lill 6.56E-ll2 1. 31E-lill 1. 35E-ll2 B.44E-ll2 3. 72E-ll2 4.llBE-1112 1. SBE-llll 13134 3.96E-IIJ3 l.22E-ll2 2. 71E-lil3 6.42E-lll3 6.28E-lll 6.45E-lll2 l.29E-llll l.32E-lll2 8.31lE-lll2 3.64E-lil2 4.lillE-02 1. SSE-Ill 13135 3.BBE-03 l.19E-ll2 2.66B-ll3 6.31lE-ll3 6.17E-11'1 6.33E-lll2 l.26E-lll l.31lE-ll2 B.lSE-1112 3.57E-ll2 3.93E-ll2 l.53E-lll 13:36 3.BllE-03 l.17E-ll2 2.61E-ll3 6. lBE-1113 6.llSE-11'1 6.21E-ll2 1. 24E-lll 1. 27E-ll2 7.99E-ll2 3.49E-ll2 3. 86E-lil2 l.SllE-lll 13137 3. 71E-ll3 l.15E-ll2 2.55E-ll3 6.1116E-ll3 S.92E-01 6.1118E-lil2 l.21E-lill 1. 24E-ll2 7.83E-ll2 3.41E-ll2 3.7BE-lil2 1. 47E-1111 13138 3.63E-ll3 l.12E-ll2 2.5111E-1113 5.93E-lll3 5.BllE-lll 5.96E-ll2 l.19E-lll l.22E-lll2 7.66E-ll2 3.33E-lil2 3.69E-lil2 1. 44E-lll 13139 3.54E-1113 l.1119E-1112 2.44E-ll3 S.BllE-lll3 S.67E-llll 5.82E-lll2 l.16E-lill l.19E-lil2 7.49E-lil2 3 .25E-lil2 3.61E-ll2 l.411lE-lll 13140 3.45E-ll3 l.lil7E-1112 2.39E-lll3 5.66E-lll3 S.54E-l/ll 5.69E-lil2 l.13E-llll l.16E-lil2 7.32E-lil2 3.17E-lil2 3.53E-ll2 1. 37E-lill 13141 3.37E-ll3 l. ll4E-lil2 2. 33E-lil3 5.53E-lil3 S.41E-llll 5.56E-l/l2 l. llE-lll 1.13E-ll2 7.14E-ll2 3.ll9E-ll2 3.44E-lll2 1. 34E-llll 13142 3.28E-ll3 l.ll2E-ll2 2.27E-lil3 5.41lE-1113 5.28E-lll 5.42E-ll2 l. llBE-lll l.10E-lil2 6.97E-ll2 3.lllE-02 3.36E-1112 1. JlE-lill 13143 3.19E-ll3 9.91lE-1113 2.22E-ll3 5.26E-ll3 5. lSE-1/ll 5.29E-ll2 l. llSE-IJl l. lll7E-lll2 6. 79E-l/l2 2.93E-l/l2 3.27E-1112 1.27E-llll 13144 3. llE-03 9.64E-ll3 2.16E-lll3 5.13E-lll3 5.ll2E-lll 5.lSE-02 l.llJE-1/ll 1. lll5E-l/l2 6.62E-lil2 2.BSE-02 3 .19E-lll2 l.24E-llll 13145 3.ll2E-lll3 9.3BE-1113 2.llllE-1113 4.99B-ll3 4. BBB-Ill 5.ll2E-ll2 l. llJlilE-lll l.lll2E-lll2 6.45E-1112 2.77E-lil2 3. lllE-1112 l.21E-lill 13146 2.94E-ll3 9.12E-lil3 2. lil5E-lll3 4.86E-1113 4.75E-l!ll 4.88E-lil2 9.74E-ll2 9. 91ilE-lll3 6. 27E-lil2 2.69E-ll2 3.lll2E-ll2 l.lBE-U 13147 2.BSE-1113 8.87E-ll3 1. 99E-ll3 4.73E-lll3 4.63E-llll 4.75E-l/l2 9. 47E-lll2 9. 62E-lil3 6. lllE-lil2 2.61E-ll2 2.94E-ll2 l.14E-lll 13148 2.77E-1113 8.62E-ll3 1. 94E-ll3 4.61lE-ll3 4.51/lE-llll 4.62E-lll2 9.21E-ll2 9.35E-lll3 5.94E-ll2 2.54E-lil2 2.B6E-ll2 l. llE-lll 13149 2. 69E-lil3 8.37E-ll3 1. BBE-1113 4.47E-ll3 4.37E-llll 4.49E-1112 B.96E-ll2 9. llBE-03 S.77E-ll2 2.46E-1112 2.78E-ll2 1. llBE-1111 1315111 2.61E-ll3 8.13E-ll3 1. B3E-1113 4.3SE-ll3 4.25E-1111 4.37E-ll2 B. 711JE-lil2 B.BlE-1113 5.61E-1112 2.39E-lil2 2. 71ilE-1112 1. lilSE-llll 13151 2.53E-ll3 7.89E-ll3 l.7BE-11J3 4.22E-ll3 4.13E-lll 4.24E-1112 B.46E-IIJ2 B.SSE-03 5. 4SE-lil2 2.32E-lil2 2.62E-ll2 l. l/l2E-llll 13152 2.46E-ll3 7.66E-ll3 l.73E-ll3 4.1111E-1113 4. lllE-1111 4.12E-lil2 B.21E-lil2 B.311lE-ll3 5.29E-lil2 2.25E-ll2 2.54E-lll2 9.92E-lil2 13153 2.3BE-1113 7.43E-lil3 1. 6BE-11J3 3.9BE-1113 3.89E-llll 4.IIIIIIE-lil2 7.97E-ll2 B.ll5E-lil3 5.13E-ll2 2.lBE-1112 2.47E-ll2 9.63E-ll2 13154 2.31E-lil3 7.211lE-ll3 1. 63E-ll3 3.86E-ll3 3. 78E-llll 3.88E-lil2 7.74E-ll2 7.BlE-1113 4.9BE-ll2 2 .11E-lil2 2.39E-ll2 9.JSE-1112 13155 2.24E-lll3 6. 99E-lil3 l.SBE-ll3 3.7SE-1113 3.67E-l/ll 3.77E-ll2 7.51E-IIJ2 7.57E-lil3 4.83E-ll2 2. ll4E-1112 2.32E-lil2 9.ll7E-1112 13156 2.17E-ll3 6. 77E-ll3 1. 53E-ll3 J.64E-1113 3.56E-1111 3.6SE-1112 7.2BE-lil2 7.34E-ll3 4.69E-ll2 1. 98E-1112 2.25E-ll2 8. BllE-1112 13157 2. lllE-03 6.56E-ll3 1. 49E-1113 3.53E-ll3 3. 45E-llll 3.54E-ll2 7.ll6E-ll2 7. llE-IIJ3 4.SSE-02 l.92E-ll2 2.lBE-02 8.53E-ll2 13158 2.lll3E-ll3 6.36E-ll3 1. 44E-lll3 3.42E-lll3 3.35E-lll 3.44E-lll2 6.85E-lil2 6.89E-ll3 4.41E-lll2 l.BSE-1112 2 .12E-ll2 B.27E-ll2 13:59 l.97E-ll3 6.16E-ll3 1. 4111E-ll3 3.32E-1113 3.24E-l/ll 3.33E-lll2 6.64E-lll2 6. 67E-lil3 4.27E-lil2 1. BllE-lil2 2.llSE-1112 8.ll2E-lll2 141111111 1. 9111E-1113 S.97E-1113 1. 35E-IIJ3 3. 22E-lil3 3.14E-1111 3.23E-1112 6.44E-lil2 6.46E-ll3 4.14E-1112 l.74E-1112 1. 99E-IIJ2 7. 77E-1112 14101 1. B4E-1113 S.78E-1113 1. 31E-lll3 3.12E-1113 3.llSE-1111 3.13E-lll2 6.24E-1112 6.26E-lll3 4.1111E-1112 l.6BE-ll2 1. 93E-1112 7.53E-1112 14:1112 1. 7BE-lll3 5. 61ilE-1113 l.27E-ll3 3.ll2E-ll3 2.95E-IIJ1 3.ll3E-1112 6. lllSE-IIJ2 6. lll6E-ll3 3.B9E-ll2 l.63E-02 l.86E-1112 7. 31lE-lll2 14 :03 1. 73E-IIJ3 S.42E-ll3 l.23E-ll3 2.93E-ll3 2. 86E-l/ll 2. 94E-lll2 S.86E-IIJ2 5.86E-ll3 3.77E-ll2 l.57E-lil2 1. BlE-02 7.ll7E-ll2 14:1114 1. 67E-ll3 S.24E-ll3 l.19E-lll3 2.83E-ll3 2.77E-lll 2.BSE-ll2 5.67E-ll2 5.67E-ll3 3.65E-ll2 l.52E-ll2 l.75E-ll2 6.BSE-ll2 THIS IS A DRILL

• 2 Ft Bl AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS THIS IS A DRILL
• Total Scenario Sb-129 Sr-89 Sr-9111 Y - 91 Ca-134 C11-136 C11-137 Ru-11113 Ru-llil6 Mo-99 Activity Time uCi/cc uci/cc uCi/cc uci/cc uci/cc uci/cc uci/cc uci/cc uCi/cc uCi/cc uCi/cc 1313111 2. 77B-lll5 4.97B-llll 1. 97E-ll 5.62E-llll 1. 54E-lll6 2 .1111E-lll6 9.75E-lll7 4.63E-lll7 l.lll7E-lll7 5.28E-llll 1.lllBE+llllll 13131 2.73E-lll5 4.91E-llll 1. 95E-ll 5.55E-llll l.52E-ll6 2.ll7E-lil6 9.63E-lil7 4.57E-11l7 1. lil5E-lil7 5 .22E-lll l. lil7E+lillil 13132 2.69E-lil5 4.84E-llil 1. 92E-11 5.47E-Hl 1.51ilE-lll6 2. lll4E-ll6 9.49E-lil7 4.51E-lll7 l.lll4E-lil7 5.14E-111l 1.lll5E+llllll 13133 2.65E-ll5 4.76E-llll l.89E-11 5.38E-llll 1.48E-lil6 2.llllE-lll6 9.34E-lll7 4.44E-ll7 l.lll2E-lll7 5.lll6E-llll l.lll4E+llllll 13:34 2.611lE-lll5 4.68E-llll 1. 86E-11 5.29E-llll l. 46E-1116 l. 98E-1116 9 .19E-1117 4.36E-lil7 l. illE-1117 4 .9BE-llil 1.ll2EHl111 13135 2.56E-lll5 4.611lE-ll! 1.82E-ll 5.l9E-ll! 1.43E-ll6 l. 94E-lll6 9 .1112E-lll7 4.28E-1117 9.87E-1118 4. 89E-llil 1.lllllE+11111l 13136 2 .5111E-lll5 4.51E-l111 1. 79E-ll 5 .lll9E-llll 1. 411lE-lil6 1. 91lE-lil6 B.85E-lll7 4.2111E-1117 9.68E-lll8 4.79E-lll 9. BlE-llll 13137 2.45E-lil5 4 .42E-llil 1. 75E-11 4.98E-lll l.37E-lil6 l. 86E-lll6 8.67E-1!7 4.12E-lil7 9.49E-lll8 4. 711lE-llil 9.61E-1111 13138 2.41!E-1!5 4.32E-llil 1. 71E-11 4.88E-llil l.34E-1116 l. 82E-1116 8.48E-lil7 4.lll3E-lil7 9.29E-lll8 4.611lE-llil 9. 41lE-lill 13139 2.34E-1115 4.23E-1111 1. 68E-ll 4.77E-llll 1.31E-ll6 1.78E-ll6 8.3111E-lil7 3.94E-1117 9.ll8E-1118 4.511lE-llll 9. 211lE-llll 13140 2.29E-lll5 4 .13E-Hl l.64E-11 4.66E-1111 1.28E-lll6 l. 74E-1116 8 .11E-lll7 3.85E-lll7 8.87E-lll8 4.39E-llll 8.98E-llll 13:41 2.23E-lll5 4.lll3E-llll l. 61lE-11 4.55E-llll l.25E-1116 l. 711lE-lll6 7.91E-lll7 3.76E-ll7 8.66E-lll8 4.29E-llll 8. 77E-llll 13:42 2.18E-ll5 3.94E-1111 1.56E-ll 4.43E-llll l.22E-11J6 l. 66E-lll6 7. 72E-lll7 3.67E-lil7 8.45E-lll8 4.19E-llll 8.56E-llll 13:43 2.12E-lil5 3.84E-llll 1. 52E-11 4.32E-111l 1.19E-lll6 l. 62E-ll6 7.53E-lll7 3.58E-ll7 8.24E-lll8 4 .lllBE-llll 8.34E-llll 13:44 2 .1117E-lll5 3.75E-lll l.49E-11 4.22E-lll l.17E-ll6 l.58E-ll6 7.36E-lll7 3.511lE-lll7 8. lll6E-lll8 3.99E-llll 8.13E-llll 13145 2 .lllE-1115 3.68E-lll l.46E-11 4.13E-lll l.14E-lll6 l.55E-ll6 7.21E-lil7 3.43E-ll7 7.91lE-ll8 3.91E-111J 7.92E-lll 13146 l.96E-lll5 3.61E-llll l.43E-11 4.ll5E-llll l.12E-1116 l.52E-lll6 7 .lll8E-ll7 3.37E-ll7 7.75E-lll8 3.84E-lll 7. 71lE-llll 13147 l. 9111E-ll5 3.55E-lll l.41E-11 3.98E-lll l.lllE-ll6 l. 511lE-ll6 6.97E-ll7 3.31E-ll7 7.63E-ll8 3.78E-lll 7.51lE-lll 13148 l.85E-ll5 3.51lE-lll 1. 39E-11 3.91E-lll 1. ll9E-lll6 l. 48E-ll6 6.87E-lll7 3.26E-ll7 7.52E-ll8 3.72E-Hl 7.29E-1111 13:49 l.BllE-ll5 3.45E-llll 1. 37E-ll 3.85E-lll 1. lll7E-ll6 l.46E-ll6 6.78E-ll7 3.22E-lll7 7.42E-lllB 3.67E-llll 7 .1119E-llll 131511l l.75E-ll5 3 .41E-ll! 1.35B-11 3. BlllE-lll l. lll6E-lll6 l.44E-lil6 6. 711lE-ll7 3.1BE-lil7 7.33E-ll8 3.63E-llil 6.BBE-llll 13151 1.71lE-lll5 3.38B-llll 1. 34E-11 3.74E-lll l. !'l5E-ll6 l. 42E-lll6 6.62E-lll7 3.15E-ll7 7.25E-ll8 3.59E-lll 6. 69E-llll 13152 l. 65E-ll5 3.34E-lll 1. 32E-11 3.711lE-llll l.ll4E-1116 l. 41E-lil6 6.55E-lll7 3 .11E-lll7 7.17E-IIJB 3. 55E-llil 6.49E-lll 13:53 l.61!E-lll5 3.31E-lll 1. 31E-11 3.65E-llll l. lll3E-1116 1. 41ilE-lil6 6.49E-ll7 3 .111BE-lll7 7. llE-1118 3.52E-llll 6. 311lE-llll 13:54 l.55E-ll5 3.2BE-lll 1. 311lE-11 3.61E-llll l.lll2E-lll6 1. 3BE-lll6 6.43E-lll7 3. lll6E-lll7 7. lll4E-lllB 3.49E-llll 6.12E-lll 13:55 l.51lE-lll5 3.25B-ll! l.29B-11 3. 56E-lll 1. lllE-1116 l.37E-lll6 6. 3BE-lll7 3. lll3E-lll7 6.9BE-lllB 3.46E-lll 5.94E-lll 13:56 l.46E-lll5 3.22B-llil l.28E-11 3.52E-llil l.llllllE-ll6 1. 36E-1116 6.32E-lll7 3.lillllE-117 6.92E-ll8 3.43E-lll S.76E-lll 13:57 l.41E-ll5 3.21lE-llil l.27E-11 3. 4BE-Hl 9.93E-lll7 l.35E-ll6 6.27E-1117 2.9BE-lll7 6.86E-lll8 3.41lE-llil 5.58E-lll 13:58 1. 37E-lll5 3 .17B-lll l.26E-11 J.44E-llll 9.85E-lil7 l.34E-lll6 6.22E-lll7 2. 95E-lll7 6.81E-lll8 3. 37E-llil 5. 41E-llll 13:59 l. 33E-lll5 3.14E-lll l.25E-11 3.41E-HJ 9. 77E-lll7 l. 33E-lll6 6.17E-lll7 2. 93E-lil7 6.75E-lllB 3.34E-llll 5.25E-llll 14:llllll l.29E-lll5 3.121!-lll l.24E-11 3.37E-lll 9.69E-ll7 l.32E-ll6 6.12E-lll7 2.91E-1117 6. 711lE-ll8 3.32E-llll 5.ll9E-llll 14:llll l.24E-lll5 3.11191!-llll l.23E-11 3. 33E-lll 9.61E-ll7 1. 31lB-1116 6.1!7E-lll7 2.88E-lll7 6.64E-1!8 3.29E-ll! 4. 93E-l!l 14:112 l.21E-lll5 3.1!7E-llll l.22E-11 3.29E-ll! 9.53E-1!7 1. 29E-lll6 6 .1!1E-lll7 2. 86E-lll7 6.5BE-lil8 3.26E-llll 4.7BE-l!l 14: 1113 l. l 7E-1115 3.ll4E-llll 1. 21!E-11 3.25E-Hl 9.44E-ll7 1. 28E-lll6 5.96E-1117 2.83E-lll7 6.53E-lll8 3.23E-lm 4.63E-llll 14 :lll4 l.13E-lll5 3.llllE-lll l.19E-11 3.21E-ll! 9. 36E-lll7 1. 27E-lll6 5.91E-ll7 2.81E-lll7 6.47E-lll8 3 .211lE-lll 4.48E-llll THIS IS A DRILL
• 2 Pt El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS THIS IS A DRILL
• Scenario ltr-97 Kr-BB Xe-131m Xe-133m Xe-133 Xe-135 I-131 I-132 I-133 I-134 I-135 I-131 D.E.

Time uCi/cc uCi/cc uci/cc uci/cc uci/cc uCi/cc uCi/cc uci/cc uCi/cc uci/cc uci/cc uci/ml 141 llS 1. 62E-ll3 5.ll7E-ll3 l.16E-l'l3 2.74E-lil3 2.68E-lill 2.76E-lil2 S. 51ilE-lil2 S.49E-ll3 J.SJE-02 1. 47E-02 1. 69E-lll2 6.64E-lil2 1411!6 l.56E-03 4.91E-lil3 1.12E-lll3 2.66E-03 2.60E-01 2.67E-lll2 S.32E-ll2 5.JlE-03 J.42E-lll2 1,42E-lll2 1. 64E-lll2 6,43E-lll2 14107 1. 51E-ll3 4,7SE-ll3 1.ll8E-ll3 2,57E-lll3 2.52E-lll 2.59E-ll2 S,1SE-ll2 S,14E-ll3 3.31E-ll2 l.38E-ll2 1.59E-ll2 6.22E-02 14108 1. 46E-ll3 4,61/JE-1113 1. 0SE-l!IJ 2.49E-03 2. 44E-01 2.50E-02 4,99E-lil2 4,97E-lilJ J,21E-ll2 1. JJE-02 1,54E-ll2 6. 0JE-02 14:119 1. 41E-IIIJ 4.45E-IIIJ l, IIJ2E-03 2, 41E-ll3 2,36E-11Jl 2.42E-1112 4.BJE-02 4.BlE-03 3 .11E-lll2 1.29E-lil2 1.49E-lil2 S,83E-ll2 14:1111 1. 37E-03 4,30E-03 9.BSE-lil4 2.34E-03 2,29E-01 2,35E-1112 4,68E-lil2 4.65E-03 3.UE-lil2 1.24E-02 1. 44E-02 5,65E-lll2 14:11 1, 32E-03 4,16E-03 9.53E-04 2.26E-1113 2,21E-lll 2.27E-1112 4.53E-lil2 4. SlilE-03 2.91E-lil2 1.21ilE-ll2 1. 39E-ll2 S.47E-02 14112 1.28E-0J 4, 02E-lllJ 9,22E-lil4 2.19E-ll3 2.14E-01 2,2111E-1112 4,3BE-lil2 4,JSE-03 2.82E-02 1.16E-ll2 1. JSE-02 5,29E-02 14:13 1.23E-lil3 3,89E-lll3 8.93E-1114 2.12E-03 2. lil7E-lll 2.lJE-1112 4.24E-02 4.21E-03 2. 73E-lil2 1.12E-02 1.30E-ll2 5.12E-02 14114 1.19E-03 3.76E-ll3 8.64E-04 2,lllSE-03 2 .01E-01 2 .lll6E-lil2 4. llilE-lll2 4.07E-ll3 2.64E-02 l.ll8E-lil2 1.26E-lll2 4.95E-ll2 14,15 1. lSE-03 3.64E-03 8,36E-1114 1,9BE-03 l.94E-lll 1. 99E-1112 3.97E-ll2 3.9JE-lil3 2.55E-ll2 1.ll5E-ll2 1.22E-ll2 4.79E-ll2 14116 1. llE-03 3.52E-03 8. lll9E-ll4 l,92E-lil3 l.BBE-01 1. 93E-ll2 J.84B-ll2 3.BllE-03 2.47E-ll2 1,1111E-ll2 1.lBE-112 4.64E-ll2 14117 l,0BE-ll3 3,41lE-ll3 7,BJE-1114 l.86E-ll3 1.82E-llll 1.87E-lll2 3. 72E-1112 3,68E-ll3 2,39E-1112 9,77E-ll3 l.14E-1112 4.49E-ll2 14118 l,ll4E-1113 3,29E-ll3 7,57E-1114 l.8111E-lil3 1,76E-lll 1. BlE-1112 3. 6111E-IIJ2 3,SSE-03 2.31E-ll2 9.44E-ll3 l. llilE-ll2 4.34E-02 14119 1. llllE-ll3 3,18E-lll3 7,JJE-1114 1. 74E-IIJ3 1. 71lE-lll 1. 75E-ll2 3.48E-ll2 3.43E-ll3 2.24E-lll2 9 .11E-ll3 1.ll7E-ll2 4,211lE-ll2 14120 9,71lE-ll4 3,ll7E-ll3 7, lll9E-1!14 l.68E-ll3 l.65E-lll 1.69E-lil2 3.37E-IIJ2 3.32E-ll3 2.16E-ll2 8.8111E-lll3 1.lllJE-02 4,lil6E-1!2 14:21 9.37E-04 2.97E-03 6.86E-1114 l.63E-03 l.59E-lll 1. 63E-02 3.26E-02 3.21E-03 2,ll9E-ll2 8.SlilE-llJ 9,98E-ll3 3.93E-ll2 14122 9, lll5E-lil4 2.87E-lll3 6.63E-lil4 1. 57E-03 1. 54E-01 l,58E-ll2 3,15E-ll2 J.llllE-llJ 2.ll2E-lll2 8.21E-lll3 9.65E-ll3 J, 80E-lll2 14123 8,74E-lil4 2.78E-li!J 6,42E-ll4 1,52E-ll3 l.49E-01 1. SJE-1112 J,QISE-1112 J.llllE-IIJJ l.96E-ll2 7.93E-03 9.JJE-03 3,68E-ll2 14:24 8,45E-ll4 2.68E-lll3 6.21E-1114 1. 47E-1113 1, 44E-"1 1. 48E-ll2 2,95E-ll2 2,91lE-lll3 1, 89E-lil2 7.66E-ll3 9,IIJ2E-IIJ3 3,56E-ll2 14125 8.16E-04 2.59E-03 6,00E-1!14 1. 42E-ll3 1. 39E-llll 1. 43E-1112 2,85E-IIJ2 2.81lE-ll3 l.83E-ll2 7.41lE-03 8.72E-03 3,44E-lll2 14126 7,BBE-1114 2,SlE-03 5.BlE-1114 1. 38E-lil3 1. JSE-111 1.JBE-1112 2.76E-lil2 2. 71lE-lil3 1, 77E-lil2 7 .14E-lll3 8.43E-03 3.33E-lll2 14127 7.61E-04 2.42E-03 S.62E-1114 l.33E-lll3 1. 30E-lill l,34E-1112 2.67E-ll2 2.61E-ll3 1. 71E-ll2 6.90E-03 8.lSE-03 3,22E-ll2 14128 7.JSE-04 2.34E-ll3 5,43E-ll4 l,29E-lil3 l.26E-lill l.29E-1112 2.58E-ll2 2,52E-ll3 l.65E-ll2 6,66E-ll3 7.88E-ll3 3.11E-ll2 14129 7.10E-ll4 2.26E-ll3 5,25E-1114 l.25E-lil3 1.22E-lll 1. 25E-IIJ2 2.49E-ll2 2.44E-ll3 1.61lE-1112 6.43E-ll3 7.62E-1113 3.lllE-02 141Jll 6, 86E-"4 2,18E-ll3 5,ll8E-04 l,21E-03 l. lBE-111 l.21E-02 2.41E-ll2 2.36E-il3 1.SSE-02 6.21E-ll3 7.37E-IIJ3 2.91E-02 14: 31 6,59E-il4 2,lllE-03 4,89E-1114 1,16E-il3 1,14E-01 1.17E-ll2 2.32E-02 2,27E-lil3 1.49E-ll2 5,97E-lil3 7 ,lil9E-03 2, BlilE-112 14:32 6,32E-il4 2 ,01E-lil3 4,69E-1!14 l. llE-IIJJ 1.ll9E-11Jl 1.12E-1112 2.23E-IIJ2 2,17E-03 1.43E-lil2 S. 72E-IIJ3 6,811fE-IIJ3 2. 69E-lil2 14:33 6. lil3E-04 1.92E-03 4,49E-04 1.IIJ6E-IIJ3 1. ll4E-01 1.lil7E-lil2 2,13E-lil2 2. lil8E-lil3 1. 37E-ll2 5,46E-ll3 6.SllE-ll3 2,57E-ll2 14:34 5. 74E-ll4 1.BJE-IIJJ 4.28E-IIJ4 l.llJ2E-03 9.93E-ll2 1, 1112E-1112 2.ll3E-ll2 1. 98E-ll3 1. 3ilE-02 S ,2111E-ll3 6.19E-ll3 2.4SE-ll2 14135 5,46E-04 1. 74E-lll3 4.1117E-04 9, 65E-"4 9.44E-lil2 9.69E-ll3 1. 93E-lil2 1. BBE-IIJ3 1.24E-ll2 4.94E-ll3 S.89E-ll3 2.33E-ll2 14:36 S.17E-ll4 1.65E-03 3,86E-04 9.lSE-04 8.9SE-ll2 9,19E-03 1. 83E-lil2 1. 79E-03 1.17E-02 4,68E-03 S.58E-lil3 2,21E-02 14:37 4. 89E-lil4 1. 56E-ll3 3.6SE-lil4 8.66E-1114 8.47E-lil2 8, 7111E-1113 1. 73E-lil2 1. 68E-ll3 1. llE-1112 4.42E-lil3 5,28E-lil3 2, lil9E-lil2 14:38 4.61E-04 1.47E-03 3. 45E-lil4 8.lBE-1114 8.lillilE-ll2 8.22E-lil3 1. 64E-1112 1. 59E-lil3 1. 05E-ll2 4.l?E-1113 4.98E-lil3 1.97E-ll2 14:39 4.34E-lil4 1. 39E-1113 3.25E-lil4 7. 71E-lil4 7.54E-02 7.75E-lil3 1. 54E-ll2 l.SllE-llJ 9.89E-lil3 3.9JE-ll3 4.71lE-lil3 1,B6E-ll2 THIS IS A DRILL

THIS IS A DRILL 2 Ft El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS Total Scenario Sb-129 Sr-89 Sr-91l y - 91 C11-134 C11-lJ6 cs-137 Ru-lllJ Ru-Hl6 Ho-99 Activity Time uCi/cc uCi/cc uCi/cc uCi/cc uci/cc uci/cc uci/cc uCi/cc uCi/cc uci/cc uci/cc 14:llS 1. ll9E-lil5 2. 98E-lll 1. lBE-11 J. lBE-10 9.27E-ll7 l.26E-ll6 5.85E-ll7 2.7BE-ll7 6.41E-ll8 J.17E-llil 4.34E-lll 14 :ll6 l.ll6E-lil5 2. 96E-lll 1. l 7E-ll J.14E-lll 9.19E-ll7 1.25E-ll6 5.BllE-07 2.75E-ll7 6.35E-llB J .14E-lll 4.21lE-lll 14:ll7 l.llJE-ll5 2. 93E-lll 1.16E-ll J. lllE-1111 9. lllE-1117 1.2JE-ll6 5.74E-ll7 2.7JE-ll7 6.29E-ll8 J. llE-Hl 4.ll7E-lll 14:llB 9.92E-ll6 2.91lE-lll l. lSE-11 3.ll6E-lll 9. llllE-ll7 1.22E-ll6 5.69E-ll7 2.71lE-ll7 6.22E-llB J.llBE-lll J.94E-lll 14:ll9 9.61lE-ll6 2. 87E-lll 1.14E-11 J.ll2E-llil 8.91E-ll7 1.21E-ll6 5.6JE-ll7 2.67E-ll7 6.16E-IIIB 3.ll5E-Hl J. 81E-11Jl 14:lll 9.29E-ll6 2.84E-lll 1.12E-11 2.98E-Hl 8.82E-ll7 1.21lE-ll6 5.57E-ll7 2.64E-ll7 6.ll9E-ll8 3.ll2E-lll 3.69E-lll 14:11 8.99E-ll6 2.BlE-lll 1. llE-11 2.94E-lll B.72E-ll7 1.18E-ll6 5.SllE-07 2.61E-ll7 6.ll2E-IIIB 2.9BE-lll 3.57E-lill 14:12 8.69E-ll6 2. 77E-10 1. lllE-11 2.91lE-lll B.62E-ll7 1. l 7E-lil6 5.44E-ll7 2.5BE-ll7 5.96E-ll8 2.95E-lll 3.46E-I/Jl 14:13 8.41E-ll6 2.74E-lll 1.ll9E-11 2.B6E-lll B.52E-ll7 1.16E-ll6 5.JBE-ll7 2.55E-ll7 5.B9E-ll8 2.91E-Hl 3.JSE-lll 14:14 B.1JE-ll6 2. 71E-lll l.ll7E-ll 2.B2E-lll B.41E-ll7 1.14E-ll6 5.31E-ll7 2.52E-ll7 5.BlE-llB 2.BBE-llil J.24E-lll 14:15 7.87E-ll6 2.67E-lll 1.ll6E-ll 2.77E-lll 8.JlE-07 l.13E-ll6 5.25E-ll7 2.49E-ll7 S.74E-ll8 2. 84E-H'J J.lJE-lll 14:16 7.61E-ll6 2. 64E-lll 1. llSE-11 2.7JE-lll B.21lE-ll7 1.11E-ll6 5.lBE-07 2.46E-ll7 5.67E-llB 2.BIE-lll J.llJE-lll 14:17 7.36E-ll6 2.61lE-lll 1. llJE-11 2.69E-lll 8.lil9E-lil7 1. lllE-06 5.11E-ll7 2.4JE-ll7 5.59E-IIIB 2.77E-lll 2.9JE-lll 14:18 7 .11E-ll6 2.57E-lll 1.ll2E-ll 2.65E-lll 7.98E-ll7 l.ll8E-ll6 5.ll4E-ll7 2.J9E-ll7 5.52E-ll8 2.73E-10 2.84E-lll 14119 6.88E-ll6 2.53E-lll 1.llllE-11 2.61E-lll 7.B7E-ll7 1. ll7E-ll6 4.97E-ll7 2.36E-ll7 5.44E-ll8 2.69E-lll 2.75E-lll 14:21l 6.65E-lil6 2.51lE-lll 9.91lE-12 2.56E-lll 7.76E-1117 l.11JSE-ll6 4.91lE-ll7 2.JJE-ll7 5.36E-IIJ8 2.66E-lll 2.66E-lll 14:21 6.4JE-ll6 2.46E-lll 9.76E-12 2.52E-lll 7.65E-ll7 1. lll4E-ll6 4.8JE-ll7 2.29E-lil7 5.29E-ll8 2.62E-lll 2.57E-lll 14:22 6.22E-ll6 2. 43E-lll 9.61E-12 2.48E-lll 7.54E-ll7 1. ll2E-ll6 4.76E-ll7 2.26E-ll7 5.21E-ll8 2.SBE-lll 2.49E-lll 14:23 6. lllE-06 2. 39E-lll 9.47E-12 2.44E-lll 7.42E-ll7 1. lllE-06 4.69E-ll7 2.2JE-ll7 5.1JE-ll8 2.54E-lll 2.41lE-lll 14 :24 5.81E-ll6 2.JSE-llil 9.32E-12 2. 39E-111l 7.31E-ll7 9. 92E-lil7 4.61E-lil7 2.19E-lil7 5.llSE-llB 2.SllE-lll 2.32E-lll 14:25 5.62E-lil6 2.JIE-lll 9 .17E-12 2.JSE-lll 7.19E-ll7 9.76E-ll7 4.54E-lil7 2.16E-ll7 4.97E-llB 2.46E-llil 2.25E-lll 14:26 5.4JE-ll6 2.2BE-llil 9.llJE-12 2. JlE-lll 7 .1117E-ll7 9.61lE-ll7 4.47E-lil7 2.12E-lil7 4.89E-IIJ8 2.42E-lll 2.17E-lll 14:27 5.25E-lil6 2. 24E-lll B.BBE-12 2.27E-lll 6.96E-ll7 9.45E-ll7 4.J9E-ll7 2.ll9E-ll7 4.81E-llB 2.JBE-lll 2. llilE-lll 14:28 5.ll7E-lil6 2 .21lE-lll 8.73E-12 2.22E-lll 6.84E-ll7 9.29E-lil7 4.32E-lil7 2.ll5E-ll7 4.73E-llB 2.J4E-lll 2. llJE-lll 14:29 4.91lE-ll6 2.16E-lll 8.SBE-12 2.18E-llil 6.7JE-lil7 9.lJE-1117 4.25E-lil7 2. lil2E-lil7 4.65E-ll8 2.JIIIE-llil 1.97E-lll 14:Jll 4.74E-ll6 2.13E-lll B.43E-12 2.14E-llil 6.61E-ll7 8.97E-lil7 4.17E-lil7 l.9BE-ll7 4.57E-lil8 2.26E-llil 1. 91lE-lll 14 I 31 4.56E-ll6 2. llBE-lll 8.24E-12 2.ll9E-lll 6.46E-ll7 8.77E-1117 4.llBE-07 l.94E-ll7 4.46E-lil8 2.21E-llil 1.BJE-lll 14:32 4.37E-ll6 2. ll2E-lll 8.lil2E-12 2.lilJE-lll 6.2BE-ll7 8.SJE-07 J.97E-lil7 1. 88E-ll7 4.34E-ll8 2.lSE-lll 1. 76E-lill 14:33 4.lBE-06 l.96E-lll 7.76E-12 1. 96E-lll 6.ll9E-ll7 B.26E-lil7 J.84E-ll7 1. 83E-ll7 4.21E-ll8 2.llBE-lll 1. 68E-lll 14: 34 J.98E-lil6 1. 89E-lll 7.49E-12 l.89E-lll 5.87E-lil7 7.97E-lil7 3.71E-ll7 l.76E-ll7 4. lil6E-lil8 2.lllE-llil 1. 61lE-lll 14:35 J.7BE-ll6 l.82E-llil 7.21lE-12 1. 82E-lll 5.65E-ll7 7.67E-ll7 3.57E-ll7 l.69E-ll7 3.91lE-ll8 1.93E-ll/J 1. 52E-lll 14:36 J.59E-ll6 1. 74E-lll 6.91E-12 l.74E-lll 5.42E-ll7 7.JSE-ll7 3.42E-lil7 l.62E-ll7 J.74E-ll8 1. 85E-Hl 1.44E-lll 14:37 J. 39E-lil6 l.67E-lll 6.61E-12 1.66E-lll 5.18E-ll7 7.llJE-07 J.27E-ll7 1. SSE-07 J.SBE-llB l.77E-lll 1. 37E-lll 14:38 J .21lE-ll6 l.59E-llil 6.JllE-12 l.SBE-lll 4.94E-lil7 6. 71E-ll7 J.12E-ll7 l.48E-ll7 3.41E-ll8 l.69E-llil 1.29E-lll 14:39 3. ll2E-lil6 1. SlE-lll 6.llllE-12 1. SllE-lll 4.71lE-ll7 6.JBE-ll7 2.97E-ll7 1. 41E-ll7 J.25E-ll8 l.61E-llll 1. 22E-lll TRIS IS A DRILL

• 2 Ft El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS THIS IS A DRILL
• Scenario ltr-87 ltr-88 Xe-lJlm Xe-133m Xe-133 Xe-135 I-131 I-132 I-133 I-134 I-135 I-131 D.E.

Time uci/cc uci/cc uci/cc uCi/cc uCi/cc uCi/cc uci/cc uCi/cc uci/cc uCi/cc uCi/cc uCi/ml 1414111 4. 1118E-lll4 1. JlE-lll3 3.ll6E-1114 7.261!-1114 7 .1111E-lll2 7.29E-ll3 l.45E-02 l.41E-03 9. 311lE-lll3 3.69E-lll3 4.42E-lll3 l.75E-lll2 14141 J.8JE-lll4 l.2JE-ll3 2. 87B-il4 6.82E-1114 6.67E-1112 6.BSE-1113 l.J6E-ll2 1. 32E-ll3 8.74B-IIIJ J.46E-ll3 4.lSE-llJ 1. 65E-1112 14142 J.59E-1114 l.15E-lll3 2.7111B-1114 6.41ilE-1114 6.26E-ll2 6.4JE-ll3 l.28E-ll2 l.24E-ll3 8.2111E-IIIJ J.25E-IIIJ J.89E-1113 1.54E-1112 14:43 3.36E-lll4 1.lll8E-IIIJ 2.5JE-IIJ4 5.99E-lil4 5.86E-lll2 6.lll2E-ll3 l.21lE-ll2 l.16E-ll3 7.68E-ll3 J.lll4E-ll3 3.65E-lil3 1.45E-lll2 14144 J,14E-lll4 l. llllE-llJ 2,J6E-1114 5,61E-1114 5,49E-02 5,63E-IIIJ l.12E-1112 l. lll8E-IIIJ 7,19E-IIIJ 2.84E-ll3 J.41E-lll3 l,35E-ll2 14145 2,94E-1114 9, 41E-ll4 2,21B-ll4 5,24B-ll4 5,lJE-1112 5.27E-ll3 l.1115B-ll2 l. lllE-1113 6, 72E-03 2,65B-lll3 J.19E-IIIJ l.26B-ll2 14146 2,74E-ll4 8,78E-ll4 2,1116E-ll4 4,89B-ll4 4,79B-ll2 4,92E-ll3 9,79E-ll3 9,45E-ll4 6.27E-lilJ 2.47E-lll3 2.98E-ll3 l.18B-1112 14:47 2.55B-lll4 8,18E-ll4 l.92E-lll4 4,57B-ll4 4,46E-lll2 4.59E-lll3 9.13B-lll3 8.BlE-04 5.85E-ll3 2.JlE-1113 2.77E-lll3 l. lllE-lll2 14148 2.38E-lll4 7,62E-lll4 l,79E-lll4 4.25B-lll4 4,16E-lll2 4,27E-IIIJ 8,51E-lll3 8.21E-lll4 5.45E-1113 2.15E-ll3 2,5BE-1113 1, lllJE-ll2 14149 2.21E-1114 7,ll9E-ll4 l.67E-ll4 J,96E-1114 J,87E-ll2 J,98E-lll3 7.92E-lllJ 7,64E-lll4 5.lll7E-1113 2.llllilE-lllJ 2.41E-lll3 9,56E-lll3 1415111 2 .1115E-il4 6,59E-lll4 1. 55!!-1114 J,68B-1114 J,6111E-1112 J,711lE-IIIJ 7,J7E-lll3 7 .11lB-lll4 4. 72E-1113 l.86E-lll3 2.24E-IIIJ 8.89E-lll3 14151 l.91E-1114 6,1JE-lll4 1. 44B-lll4 J,421!-1114 3,J5E-ll2 J,44B-lll3 6,85B-ll3 6.59E-1114 4,J9B-1113 1, 72E-IIIJ 2 ,1118E-lll3 8.26B-IIJJ 14152 l, 77B-1114 5,69E-1114 1. 34B-ll4 J, lBB-1114 3.llE-1112 J.19E-lll3 6.J6E-lll3 6,12E-1114 4,lll7E-IIJJ l.611lE-lil3 1. 93E-lll3 7.67E-lil3 14153 l.64B-lll4 5.28E-lll4 l.24E-1114 2,95B-1114 2,89E-lll2 2.96E-ll3 5.911lE-lllJ 5.68E-1114 3.78B-ll3 1. 48E-lll3 l.79E-IIIJ 7.12E-lll3 14154 l.52E-1114 4.89E-lll4 l.15E-ll4 2,74B-ll4 2,68E-ll2 2,75E-IIIJ 5.48E-lll3 5.26E-04 J,5111E-lll3 l.37E-lil3 l.66E-IIJJ 6 ,6111E-IIIJ 14155 l.41B-lll4 4.53E-04 1. ll7B-ll4 2.54B-ll4 2.48E-lll2 2.55B-lll3 5. lll8E-lll3 4.87B-1114 J.25B-lll3 l.27B-lil3 l.54E-lll3 6 .12B-lll3 14156 l.JllE-lll4 4,19E-ll4 9.91lB-lll5 2.35B-lll4 2.JlllE-02 2,36E-lll3 4. 71ilE-lll3 4.51E-1114 J.lllE-1113 l.18E-IIIJ 1. 4JE-IIIJ 5.67E-IIIJ 14:57 l.21B-lll4 J.88E-lll4 9.17B-ll5 2,18B-ll4 2,lJE-1112 2.19B-lll3 4.35E-lll3 4.18E-lll4 2,78E-1113 l.lll9E-IIIJ l.32E-lll3 5.25E-lll3 14158 l.12E-1114 J,59E-lll4 B,48B-ll5 2.llllE-114 1. 97E-lll2 2.1112E-lllJ 4, llJE-1113 J.86B-1114 2.58B-ll3 l.lllE-lilJ l.22E-11J3 4.86E-ll3 14159 l,lil3E-lll4 J,32E-ll4 7.84B-IIJ5 l.86E-ll4 l.82E-lll2 l.87E-lll3 3.72E-ll3 3.57E-lll4 2.38E-IIIJ 9 ,JlllE-1114 l.13E-lll3 4.49E-lll3 15111l0 9.52E-ll5 J,l1J6B-ll4 7,25E-ll5 l,72B-ll4 l,68E-IIJ2 l.73E-lll3 J,44E-lllJ 3,31lE-ll4 2.211JE-fll3 8.59E-IIJ4 l. lll4E-11J3 4.15E-1113 1511!1 8.79E-ll5 2.83E-11J4 6,7111E-ll5 l.59E-ll4 l.55E-lll2 1. 61lE-1113 3.18E-ll3 3, lll4E-lll4 2,lllJE-1113 7,93E-lll4 9,63E-ll4 J,83B-IIJJ 15:lll2 8,11B-lll5 2.61E-ll4 6.18E-IIJ5 1,47E-ll4 l.44E-lll2 1. 47E-IIJJ 2.94E-1113 2,BlE-1114 1. 88E-IIJJ 7,J2E-lll4 8.89E-lll4 J,54E-ll3 15111lJ 7.48E-IIJ5 2.41E-lll4 5.71E-ll5 1. 35E-lll4 l,32E-1112 1. 36E-lll3 2.71E-1113 2.59E-lll4 1. 73E-03 6.75E-1114 8 .211JE-lll4 3.27E-ll3 15:lll4 6.91lB-ll5 2,22E-ll4 5,27E-lll5 1.25E-ll4 1,22E-ll2 1.26E-ll3 2, 51lE-IIJ3 2,39E-ll4 1.61lE-lil3 6,22E-lil4 7.56E-ll4 3. llllE-llJ 1511115 6.36E-1115 2.1115E-lil4 4.86B-lll5 l.15E-ll4 1. lJE-1112 l.16E-1113 2.31E-lil3 2.21lE-ll4 1.47E-1113 5.73E-1114 6.97E-1114 2,78E-lllJ 1511!6 5.85E-1115 1. 89E-ll4 4.48E-ll5 l.1116E-lil4 1.lll4E-lil2 1.ll7E-ll3 2.13E-ll3 2,llJE-04 1. 36E-ll3 5.28E-lll4 6,43E-ll4 2,56E-11JJ 15:ll7 5.39E-lll5 l.74E-lll4 4.lJE-1115 9.79E-ll5 9.57E-ll3 9.BJE-1114 1. 96E-lll3 1. 87E-1114 1.25E-lll3 4.86E-1114 5,92E-lil4 2,36E-lil3 1511!8 4.96E-lll5 1. 61lE-ll4 3.BIIIB-1115 9.lll2E-1115 8.82E-IIIJ 9. lil6E-1114 l,811lE-lll3 1, 72E-ll4 1.15E-IIIJ 4.47E-1114 5.45E-ll4 2.17E-IIIJ 15:1119 4,57E-1115 1. 47E-1114 3.5111E-1115 8. JIIJE-1115 8.12E-llJ 8.J4E-ll4 1. 66E-llJ 1. 58E-lll4 l. lil6E-ll3 4.12E-1114 5.ll2E-ll4 2 ,lllilE-03 THIS IS A DRILL

THIS IS A DRILL 2 Ft El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS Total Scenario Sb-129 sr-89 sr-91l y - 91 Ci,-134 Ce-136 Ci,-137 Ru-103 Ru-11116 Mo-99 Activity Time uCi/cc uCi/cc uci/cc uCi/cc uci/cc uci/cc uci/cc uci/cc uCi/cc uci/cc uci/cc 14141l 2.84E-ll6 1.44E-lll 5.71lE-12 1. 43E-10 4.47E-ll7 6.lil6E-ll7 2.82E-ll7 1. 34E-ll7 3.ll9E-ll8 1. 53E-10 1.14E-01 14141 2.67E-ll6 l.36E-lll 5.40E-12 1. 35E-10 4.24E-ll7 5.75E-ll7 2.67E-ll7 1.27E-ll7 2.93E-lilB 1.45E-lll 1.lil7E-01 14142 2.51ilE-ll6 l.29E-lll 5. llE-12 1. 28E-llil 4.lil1E-lil7 5.44E-07 2.53E-07 1.21lE-ll7 2.77E-ll8 1. 37E-lll 1.lllE-1111 14143 2.34E-1116 1.22E-lll 4.BJE-12 1.21E-lll 3.79E-ll7 5.14E-lil7 2. 39E-1117 1.14E-ll7 2.62E-ll8 1.JllE-10 9.44E-ll2 14144 2 .19E-lil6 l .15B-lll 4.56E-12 1.14E-10 3.57E-lil7 4.85B-lil7 2.26E-ll7 1. lil7E-ll7 2.47E-lil8 1.22E-10 8.84E-ll2 14:45 2.IIISE-06 l.llBE-lll 4.JllE-12 1. ll7E-lll 3.37B-lil7 4.57E-ll7 2.13E-ll7 1. ll1E-ll7 2.33B-llB 1.15E-Hl 8.26E-ll2 14:46 1. 91E-lil6 1.lil2E-10 4. ll4B-12 1.lllE-10 3.17E-lil7 4. 31lE-lil7 2. lilllE-07 9.51E-llB 2.19E-ll8 1. llBE-llil 7.71E-02 14147 l.79B-06 9. 59B-11 3.BllE-12 9.46B-ll 2.9BE-07 4.ll4E-07 1.9BE-07 B.94E-ll8 2.06E-llB 1. lll2E-lll 7.l9E-ll2 14149 1.66E-ll6 9. llllE-11 3.57E-12 9.B7E-11 2.80E-ll7 3.BllE-07 1. 77E-ll7 B.39E-llB 1. 93E-llB 9.57E-ll 6.71lE-02 14149 1. 54E-ll6 9. 44E-ll 3.35E-12 B.32E-11 2.62E-ll7 3.56E-ll7 l.66E-07 7.B7E-ll8 1. BlE-llB 8.98E-11 6.24E-ll2 14150 1. 44E-ll6 7 .91E-ll 3.14B-12 7. 7BE-11 2.46B-ll7 3.34E-ll7 1. 55E-ll7 7.37E-llB 1.71lE-llB B.41E-11 5.BllE-ll2 14151 1.3JE-ll6 7. 41E-ll 2.94E-12 7.28E-11 2.JllE-07 3.12E-ll7 1.45E-ll7 6.91lE-llB l.59E-llB 7. B7E-11 5.39E-ll2 14152 1.24E-ll6 6.93E-ll 2.75E-12 6.BllE-11 2.l5E-ll7 2.92E-ll7 1. 36E-ll7 6.46E-llB 1.49E-ll8 7 .36E-11 5.ll1E-ll2 14153 l.15E-ll6 6. 47E-ll 2.57E-12 6.35E-11 2.lllE-07 2.7JE-ll7 1.27E-lll7 6.ll3E-llB 1. 39E-ll8 6.BBE-11 4.65E-lil2 14154 l.ll7E-ll6 6. ll4E-ll 2.41lE-12 5.93E-11 l.BBE-07 2.55E-ll7 l.19E-ll7 5.63E-ll8 1. JllE-1118 6.4JE-11 4.31E-ll2 14155 9.87E-ll7 S. 64E-ll 2.24E-12 S.52E-11 1. 75E-07 2.3BE-ll7 l. llE-07 5.26E-ll8 1.21E-ll8 6.llllE-11 3.99E-ll2 14:56 9.14E-ll7 5.26E-ll 2.llBE-12 5.15B-11 l.63E-ll7 2.22E-ll7 1. llJE-07 4 .91lE-llB 1.13E-llB 5.59E-11 3. 71lE-ll2 14157 B.46E-lil7 4. 9111E-ll l. 94E-12 4. 79E-11 1.52E-ll7 2.ll7E-ll7 9.61E-ll8 4.56E-ll8 1.llSE-1118 5.21E-11 3.42E-ll2 14158 7.82E-ll7 4. 56E-ll l. BlE-12 4.46E-11 1.42E-ll7 l.92E-ll7 8.95E-ll8 4.25E-ll8 9. 79E-ll9 4.B5E-ll 3.17E-ll2 14159 7.23E-ll7 4 .24E-ll l.68E-12 4.14E-11 1. 32E-ll7 l.79E-ll7 8.33E-ll8 3.95E-lil8 9. llE-1119 4.51E-11 2.93E-ll2 1511llil 6.69E-ll7 3 .9SE-ll l. 56E-12 3.95E-ll l.23E-ll7 l. 66E-ll7 7.74E-ll8 3.68E-lll8 8.47E-lil9 4.21lE-11 2. 71E-ll2 15:lill 6.17E-07 J.67E-ll l. 45E-12 3.SBE-11 1.14E-ll7 1. 55E-ll7 7 .21ilE-lilB 3.42E-lil8 7.88E-ll9 3.91ilE-11 2.51ilE-02 15102 5.69E-ll7 3.41E-ll l. JSE-12 3.32E-ll l.06E-ll7 l.44E-117 6.68E-08 3.lBE-llB 7.32E-09 3.62E-11 2.31E-!l2 15:03 5.25E-07 3 .16E-ll l.25E-12 3. 0BE-11 9.BJE-08 l.33E-lil7 6.21E-08 2.95E-lil8 6.79E-09 3.36E-11 2.lJE-02 15104 4.8SE-ll7 2.94E-ll l.16E-12 2.86E-11 9.12E-08 l.24E-07 5. 76E-lil8 2.74E-08 6.30E-ll9 3.12E-ll 1. 97E-lil2 15105 4.47E-ll7 2. 72E-ll l. lilBE-12 2. 65E-11 8.46E-IIJ8 1.15E-ll7 5.34E-lilB 2.54E-08 5.85E-09 2.89E-11 1. 81E-lil2 15:06 4.12E-ll7 2 .52E-ll 1. llllE-12 2. 45E-ll 7.84E-IIJB 1. lil6E-ll7 4.9SE-lil8 2.35E-ll8 5.42E-ll9 2. 6BE-ll 1. 67E-lil2 15:lil7 3.79E-lil7 2. 34E-ll 9.27E-13 2.27E-11 7.27E-IIIB 9.B6E-ll8 4.59E-lil8 2.18E-ll8 5.ll2E-lil9 2.49E-ll 1. 54E-ll2 15:llB 3.49E-ll7 2.17E-ll 9.59E-13 2 .10E-11 6.73E-08 9.14E-ll8 4.25E-08 2.1112E-IIJB 4.65E-ll9 2.JllE-11 l. 42E-ll2 15:ll9 3.21E-ll7 2. lllE-11 7. 95E-13 1. 94E-11 6.23E-0B B.46E-llB 3.9JE-llB l. 87E-IIJ8 4.31E-ll9 2.13E-11 1. 31E-ll2 THIS IS A DRILL

• 2 Ft El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS THIS IS A DRILL * ,.*'

Scenario ltr-87 Kr-88 Xe-13lm Xe-133m Xe-133 Xe-135 I-131 I-132 I-133 I-134 I-135 I-131 D.E. Time uci/cc uci/cc uci/cc uci/cc uci/cc uCi/cc uCi/cc uCi/cc uci/cc uci/cc uCi/cc uci/ml 151 Hl 4.211JE-lil5 1. 36E-il4 3.22E-ll5 7.64E-IIJ5 7.48E-lil3 7.6BE-lil4 1. 53E-lil3 1. 46E-lil4 9.77E-lil4 3.79E-lil4 4.62E-ll4 1.84E-lil3 15111 3.B6E-lil5 1. 25E-lil4 2.96E-05 7. IIJ3E-IIJ5 6.BBE-03 7. ll7E-lil4 l.41E-lil3 l.34E-lll4 8.99E-lll4 3.4BE-lil4 4.25E-lil4 1. 711JE-lil3 15112 3.55E-lil5 1.15E-04 2.73E-ll5 6.47E-ll5 6.33E-lil3 6. 511JE-lll4 l.29E-lll3 l.23E-lil4 B.27E-lll4 3.211JE-lil4 3.91E-lil4 l.56E-lll3 15113 3.26E-lll5 l.lil5E-ll4 2.51E-lil5 5.95E-lil5 5.B2E-lil3 5.98E-ll4 1.19E-ll3 1.13E-lll4 7.61E-lll4 2.94E-ll4 3.59E-lll4 1. 43E-lil3 15114 3.llli'JE-lll5 9.6BE-lil5 2.31E-ll5 5.47E-ll5 5.35E-lil3 5.511JE-ll4 l. lll9E-lll3 1. lll4E-lil4 6.99E-lil4 2. 711JE-lll4 3. llllE-1114 1.32E-lil3 15115 2.75E-lil5 8.89E-ll5 2.12E-lil5 5.lll3E-lll5 4.92E-ll3 5.lil5E-lil4 l. llllE-03 9.56E-ll5 6.43E-lil4 2.48E-lil4 3.ll4E-ll4 1.21E-lil3 15116 2.53E-115 8.17E-lil5 l.95E-lil5 4.62E-lil5 4.52E-ll3 4.64E-lil4 9.24E-lil4 8.7BE-lll5 5.90E-lil4 2.28E-lll4 2.79E-ll4 1.11E-lll3 15117 2.29E-ll5 7. 411JE-lll5 l.76E-l!J5 4.19E-lll5 4.lll9E-ll3 4.21E-ll4 B.37E-ll4 7.95E-lll5 5.35E-lil4 2.IIJ6E-lll4 2.53E-lll4 1. llllE-IIJ3 15118 2. ll8E-lil5 6. 71E-lil5 1. 61ilE-lil5 3.79E-ll5 3.71E-lll3 3.81E-lil4 7.59E-lil4 7.21E-lll5 4.85E-lil4 l.87E-lil4 2.29E-ll4 9 .14E-lil4 15119 1.BBE-IIJ5 6. lil7E-lil5 1. 45E-ll5 3.44E-lll5 3.36E-ll3 3.45E-lil4 6.87E-lil4 6.53E-ll5 4.39E-lil4 1.69E-ll4 2 .IIJ7E-IIJ4 B.2BE-lll4 15120 1. 71ilE-lil5 5.51ilE-lil5 1. 31E-lil5 3 .11E-lil5 3.11J4E-ll3 3.13E-lil4 6.23E-lil4 5.91E-ll5 3.98E-lil4 l.54E-lil4 1.BBE-lil4 7.51E-lil4 15121 1. 54E-lll5 4.99E-ll5 1.19E-lil5 2.B2E-lil5 2.76E-lil3 2.B3E-ll4 5.64E-lil4 5.36E-lil5 3. 611JE-lll4 1. 39E-11J4 1. 711JE-lil4 6 .BIIJE-1114 15122 1. 41/lE-05 4.52E-lil5 1.lil8E-ll5 2.56E-lil5 2.51/lE-1113 2.57E-lil4 5.11E-lil4 4.B6E-IIJ5 3.27E-lil4 1. 26E-lll4 l.54E-lll4 6.16E-ll4 15123 1. 27E-lil5 4.lil9E-IIJ5 9.76E-ll6 2.32E-ll5 2.26E-lll3 2.33E-ll4 4.63E-lil4 4.411JE-lll5 2.96E-lil4 1.14E-IIJ4 1.411JE-lll4 5.5BE-lil4 15124 l.15E-ll5 3.71E-ll5 8.84E-lil6 2.lllE-1115 2.ll5E-ll3 2.11E-lll4 4. 211JE-lil4 3.99E-lll5 2.68E-lil4 1.lll3E-lil4 1.27E-lil4 5. lil6E-lll4 15125 l. ll4E-ll5 3.36E-lll5 8.lillE-1116 1.!illilE-1115 1. 86E-ll3 l.!illE-1114 3.811JE-lil4 3.61E-lil5 2.43E-ll4 9.37E-lil5 l.15E-lil4 4.SBE-lil4 15:26 9.42E-ll6 3.lil4E-lil5 7 .26E-lil6 l.72E-IIJ5 1.6BE-lll3 l.73E-ll4 3.44E-lll4 3.27E-lil5 2.21lE-11J4 8.49E-11J5 l .11J4E-lil4 4.15E-lll4 15:27 8.54E-ll6 2.76E-ll5 6. 57E-lil6 l.56E-lll5 1. 53E-lll3 1. 57E-lll4 3.12E-lil4 2.96E-IIJ5 1.99E-ll4 7.69E-lll5 9.41E-lil5 3.76E-IIJ4 15:28 7.73E-lll6 2. 511lE-lll5 5.96E-ll6 1. 41E-IIJ5 l.3BE-ll3 l.42E-IIJ4 2.B3E-lil4 2.69E-IIJ5 1.BlE-lil4 6.97E-lll5 8.53E-lil5 3. 41E-ll4 15129 7.lil1E-lll6 2.26E-lil5 5. 4"E-lil6 1.28E-lil5 1.25E-lll3 l.29E-lil4 2.56E-lil4 2.43E-IIJ5 1. 64E-lil4 6.31E-lil5 7.73E-ll5 3 .IIJ9E-lil4 15130 6.35E-ll6 2. lil5E-IIJ5 4.89E-lil6 l.16E-ll5 l.13E-lil3 l.17E-ll4 2.32E-lil4 2 .211JE-IIJ5 l.48E-lil4 5. 72E-lil5 7 .lillilE-lil5 2. BIIJE-04 15131 5.75E-lil6 l.86E-lil5 4.43E-lil6 1. ll5E-lil5 l.lil3E-lil3 1.lil6E-lil4 2. lllJE-1114 2.llllllE-lil5 1. 34E-lil4 5.18E-lil5 6.34E-ll5 2.53E-lil4 15132 5.21E-lil6 1. 6BE-lil5 4. lllE-06 9.52E-lil6 9.31E-lll4 9.57E-lil5 1. 911JE-lll4 1. B1E-lll5 l.22E-lil4 4. 711lE-lil5 5.75E-lll5 2. 311JE-lil4 15133 4. 72E-lil6 1. 53E-ll5 3.64E-ll6 B.63E-lll6 B.44E-ll4 B.67E-lil5 1. 73E-lil4 1. 64E-lil5 l. llilE-lll4 4.25E-lll5 5.21E-ll5 2 .IIJBE-lil4 15134 4.2BE-lil6 1. 3BE-lil5 3.29E-lll6 7.B2E-lil6 7.64E-lil4 7.B5E-lll5 1. 56E-lll4 1.49E-lil5 9.99E-IIJ5 3.85E-lll5 4. 72E-lll5 1.88E-IIJ4 15135 3.88E-lll6 1. 25E-lil5 2.98E-lil6 7. lll8E-lil6 6.93E-lll4 7. llE-1115 1. 42E-lll4 1.35E-ll5 9 .lll5E-IIJ5 3.49E-lll5 4.27E-ll5 1. 71E-ll4 15136 3.51E-ll6 1.13E-lll5 2.71lE-lil6 6.42E-lil6 6.27E-lll4 6.44E-lil5 l.28E-lll4 1.22E-lll5 B.211lE-lil5 3.16E-lil5 3.87E-ll5 l.55E-IIJ4 15:37 3.1BE-IIJ6 1. lil3E-lll5 2.45E-lil6 5.81E-lil6 5.6BE-lll4 5.84E-IIJ5 1.16E-lil4 1.10E-IIJ5 7.43E-IIJ5 2.B7E-lll5 3.51E-IIJ5 1.411JE-04 15138 2.BBE-lil6 9. 31E-lil6 2.22E-lil6 5.27E-lil6 5.15E-lll4 5.29E-lil5 l. lil5E-lil4 l. llllllE-lil5 6.73E-lil5 2.61ilE-ll5 3.18E-lil5 1.27E-ll4 15:39 2.61E-lil6 8.44E-lil6 2. lil1E-lil6 4. 77E-lil6 4.67E-lil4 4.79E-lil5 9.54E-lil5 9. lil7E-lil6 6 .111JE-IIJ5 2.35E-lil5 2.BBE-IIJ5 1.15E-lil4 15: 40 2.37E-IIJ6 7.64E-ll6 1. 82E-lil6 4.32E-ll6 4.23E-ll4 4.34E-ll5 B.65E-ll5 8.21E-lil6 5.52E-lil5 2 .13E-ll5 2.61E-lil5 1. lil4E-ll4 15141 2.14E-ll6 6.92E-lil6 1. 65E-lil6 3.92E-lil6 3.B3E-lil4 3.93E-lil5 7.BJE-05 7.44E-06 5.lillE-05 1. 93E-05 2.36E-lil5 9.44E-05 15:42 1. 94E-IIJ6 6.27E-lil6 1. 511JE-lil6 3. 55E-lil6 3.47E-IIJ4 3.568-05 7 .10E-lll5 6.748-06 4.538-05 1. 75E-IIJ5 2.14E-lil5 B.55E-IIJ5 15:43 l.768-lil6 5.6BE-lil6 1. 358-06 3.21E-06 3.14E-lll4 3.23E-lll5 6.43E-11J5 6 .118-lll6 4.118-05 1.59E-lil5 1. 94E-lil5 7.75E-05 15:44 l.59E-lll6 5.158-06 1.238-116 2.91E-116 2.B5E-lll4 2.93E-IIJ5 5.83E-ll5 5.538-IIJ6 3. 728-05 1. 448-05 1. 76E-05 7.028-05 THIS IS A DRILL

THIS IS A DRILL 2 Pt El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS Total Scenario sb-129 Sr-89 sr-91l Y - 91 C11-134 C11-136 ca-137 Ru-11l3 Ru-lll6 Ko-99 Activity Time uci/cc uci/cc uCi/cc uCi/cc uCi/cc uCi/cc uci/cc uci/cc uCi/cc uci/cc uCi/cc 1511" 2.96E-ll7 1. 86E-11 7.36E-13 1.BllE-11 5.77E-ll8 7.83E-ll8 3.64E-ll8 1. 73E-ll8 3.99E-ll9 1.97E-11 1.211JE-ll2 15111 2. 72E-"7 1, 72B-11 6,BlE-13 1. 66E-11 5.33E-IIJ8 7,24E-IIIB 3,37E-08 1. 6111E-ll8 3,69E-ll9 1. 83E-11 1. llE-1112 15:12 2,SIIJE-07 1.59E-11 6.29E-13 1.54E-11 4,93E-IIJB 6.7111E-ll8 3,llE-1118 l.48E-ll8 3,41E-ll9 l,69E-11 l.llJ2E-lil2 15 I 1J 2. 311JE-IIJ7 1.47E-11 5,82E-l3 1. 428-11 4.568-08 6,198-08 2.88E-ll8 1. 37E-ll8 3.15E-lll9 1. 56E-ll 9.36E-l/l3 15114 2 .11E-ll7 1. 36E-11 5,3BE-l3 1. 31E-11 4.21E-ll8 5.72E-lil8 2.66E-ll8 1.26E-lilB 2,91E-lil9 1.44E-11 B ,61ilE-lil3 15115 1,94E-ll7 1,25E-11 4.97E-13 l.21E-11 3,B9E-ll8 5,28E-08 2.46E-IIJ8 1. l 7E-08 2.69E-ll9 1. 33E-11 7,918-ll3 15116 1. 7BE-ll7 l .16E-11 4,59E-13 1.12E-11 3,6L'JE-lil8 4.88E-08 2.27E-ll8 l. ll88-ll8 2.48E-lil9 l.23E-ll 7.27E-ll3 15117 1,62E-ll7 l.ll58-ll 4.16E-13 1.lllE-11 3.26E-ll8 4.428-08 2.ll6E-08 9. 77E-ll9 2.258-09 l. llE-11 6.588-03 15118 1,46E-07 9. 51118-12 3,76E-13 9.168-12 2,958-08 4.lllE-08 1. 86E-lil8 8,85E-ll9 2.ll4E-ll9 1,01E-ll 5.96E-ll3 15119 1. 33E-ll7 8.61lE-12 3,41E-13 8.31lE-12 2,67E-08 3.63E-IIJ8 l.69E-ll8 8.ll2E-ll9 1. 85E-ll9 9,lSE-12 5.40E-ll3 15:21l 1. 21l8-ll7 7. 81118-12 3,1119E-13 7,52E-12 2,428-1118 3,29E-ll8 1. 53E-ll8 7.27E-ll9 l.67E-ll9 8.29E-12 4.89E-03 15:21 1.1119E-ll7 7.ll6E-12 2,BIIIE-13 6.818-12 2.l9E-08 2,988-1118 1.39E-08 6.58E-ll9 1.528-09 7.518-12 4,43E-03 15122 9.878-08 6. 4111E-l2 2.548-13 6.17E-12 l.99E-ll8 2,71/lE-ll8 1.268-08 5.968-1119 l.37E-lll9 6.BllE-12 4,lil2E-lil3 15123 B,94E-1118 5.81lE-12 2.JllE-13 5,59E-12 1,BllE-08 2,45E-ll8 1.14E-IIJ8 5.4111E-ll9 1. 24E-ll9 6.16E-12 3,64E-lil3 15:24 8,llllE-lil8 5.25E-l2 2, lil8E-13 5,ll7E-12 1.63E-IIJ8 2,22E-lil8 l. lll3E-lll8 4,91ilE-09 l. l3E-ll9 5.SBE-12 3,JlllE-lil3 15125 7,34E-ll8 4.76E-12 1. 89E-13 4.59E-l2 1.48E-ll8 2,lillE-llB 9.34E-lil9 4.43E-ll9 1,ll2E-lil9 5.lil6E-12 2.99E-ll3 15:26 6,65E-lil8 4,318-12 1. 71E-13 4.168-12 1. 34E-ll8 1.82E-lil8 8.46E-lil9 4.ll2E-ll9 9.26E-llil 4.58E-12 2.71E-il3 15127 6,lil2E-ll8 3.91E-12 1. 55E-13 3.778-12 1.21E-08 1.65E-ll8 7.66E-ll9 3,64E-lil9 8.39E-lll 4.lSE-12 2.458-03 15128 5.468-ll8 3.S48-12 1. 41ilE-l3 3.41E-l2 1. lllE-llB 1.49E-ll8 6.94E-IIJ9 3.JllE-1119 7.61/lE-lll 3.76E-12 2.22E-lil3 15:29 4.94E-ll8 3.21E-12 l.27E-13 3,ll9E-12 9.96E-lil9 l.35E-lll8 6.29E-ll9 2.99E-lll9 6.89E-lll J,41E-12 2 .llllE-ll3 15131! 4.48E-IIJ8 2.918-12 1.15E-13 2,BlilE-12 9 .ll3E-1119 1.23E-08 5.711JE-lil9 2.71E-IIJ9 6.24E-Hl 3.ll9E-12 1. 82E-ll3 15131 4. lil6E-lil8 2.63E-12 1. ll48-13 2.548-12 8 .18E-09 l.llE-1118 5.16E-1119 2.45E-1119 5.65E-llil 2,BlilE-12 1. 65E-1113 15132 3.68E-ll8 2.JBE-12 9.458-14 2,311J8-12 7.41E-ll9 1.lillE-08 4.6BE-lil9 2,22E-lll9 5.12E-llll 2.54E-12 1. 51/lE-1113 15133 J,33E-lil8 2.16E-12 8.56E-14 2,ll8E-12 6,71E-1119 9 .11E-ll9 4.24E-1119 2.llllE-1119 4.64E-llil 2,31ilE-l2 1. 36E-ll3 15134 3 ,ll2E-1118 1,96E-12 7,76E-14 l.89E-12 6, lll8E-lll9 8,268-1119 3.84E-ll9 1.82E-ll9 4,2111E-llll 2.llBE-12 1.23E-ll3 15135 2.738-lll8 1. 77E-12 7,ll3E-14 l. 718-12 5,518-1119 7,48E-lil9 3.408-ll9 l. 658-ll9 3.818-1111 1.098-12 1.llE-1113 15:36 2.4BE-08 1.618-12 6.37E-l4 1. 55E-12 4.99E-09 6.78E-ll9 3.15E-lil9 1,51il8-ll9 3.45E-111J l, 71E-12 l. llJ1E-IIJ3 15:37 2,24E-lil8 1. 46E-12 5. 778-14 1. 41118-12 4.S28-lil9 6 .14E-1119 2.86E-ll9 1.36E-lil9 3,138-1111 1.558-12 9 .14E-1114 15:30 2.038-1118 1. 328-12 5.23E-14 l.27E-12 4, llllE-09 5.56E-ll9 2.59E-ll9 l.23E-ll9 2.83E-lll 1. 41lE-l2 8.288-"4 15139 1.84E-ll8 l.198-12 4.748-14 1.158-12 3.71E-1119 5.ll4E-ll9 2 ,34E-1119 l. llE-09 2.57E-llll 1.27E-12 7 ,SIIIE-1114 15141l 1.67E-08 l. 08E-12 4,29E-14 1.1114E-12 3. 36E-1119 4.S7E-09 2.12E-1119 l.llJ1E-ll9 2.32E-lll l.158-12 6.BIIIE-04 15:41 1. 51E-lil8 9.BlE-13 3.89E-14 9.46E-13 3.1lSE-ll9 4 .14E-IIJ9 1.92E-ll9 9.14E-lll 2. llE-lll l.ll4E-12 6.16E-lil4 15:42 1. 37E-ll8 8.89E-13 3.52E-14 8,57E-13 2,76E-09 3.75E-ll9 1. 74E-ll9 8.28E-lll 1. 9 lE-10 9.45E-13 5.58E-ll4 15:43 1.24E-ll8 B.1115E-13 3.19E-14 7. 76E-13 2. 51lE-ll9 3.41lE-1119 l. 58E-ll9 7.5111E-llll l. 73E-lll 8,S6E-13 S.llSE-ll4 15144 1.12E-ll8 7.29E-13 2.89E-14 7.ll3E-13 2.27E-ll9 3.lll8E-ll9 l. 43E-ll9 6.81lE-lll l. 57E-llll 7.75E-13 4,58E-04 THIS IS A DRILL

THIS IS A DRILL 2 Ft El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS Scenario ltr-97 Kr-BB Xe-13lm Xe-133m Xe-133 Xe-135 I-131 I-132 I-133 I-134 I-135 I-131 D.E. Time uci/cc uci/cc uci/cc uci/cc uci/cc uCi/cc uCi/cc uci/cc uci/cc uci/cc uci/cc uCi/ml 15:45 1.44E-ll6 4.67E-ll6 1.11E-ll6 2.64E-06 2.5BE-ll4 2.65E-1!5 5.2BE-ll5 5.ll1E-ll6 3.37E-ll5 1. 31lE-lllS 1.59E-ll5 6.36E-lll5 15146 1. 31E-lll6 4.23E-ll6 1.01E-lll6 2.39E-ll6 2.34E-lll4 2. 411lE-lll5 4.78E-lll5 4.54E-ll6 3.lll6E-lll5 1.1BE-lll5 l.44E-ll5 S.76E-lll5 15147 1.19E-ll6 3.BJE-1!6 9.13E-lll7 2.17E-ll6 2.12E-lll4 2.18E-ll5 4.33E-lll5 4.12E-lll6 2. 77E-lll5 1. lll7E-lll5 1.JlE-1115 5.22E-lll5 15148 1.ll7E-lll6 3.47E-ll6 8.27E-lll7 l.96E-ll6 1.92E-lll4 1. 97E-ll5 3.92E-lll5 3.73E-lll6 2.51E-lll5 9.6BE-ll6 1.1BE-lll5 4.73E-ll5 15149 9.73E-lll7 3.14E-lll6 7.49E-ll7 l.7BE-ll6 1. 74E-lll4 1.79E-lll5 3.56E-lll5 3.3BE-lll6 2.27E-lll5 8. 77E-1116 1.ll7E-ll5 4.29E-1115 151Sll 8.82E-m7 2.85E-1116 6.79E-ll7 l.61E-1116 1.5BE-lll4 1.62E-1115 3.22E-ll5 J.1116E-1116 2.1116E-1115 7.94E-ll6 9.72E-ll6 3.BBE-ll5 15151 7.99E-ll7 2.58E-1116 6.15E-ll7 1.46E-1116 1.43E-1114 1.47E-1115 2.92E-1115 2.77E-ll6 l.87E-ll5 7.21lE-ll6 8.BlE-06 3.52E-ll5 15:52 7.24E-ll7 2.34E-ll6 5.57E-lll7 1.32E-ll6 1.29E-ll4 l.33E-ll5 2. 64E-11J5 2.51E-ll6 1. 69E-1115 6.52E-ll6 7.98E-1116 3.19E-lll5 15:53 6.56E-ll7 2.12E-ll6 S.1115E-1117 l.21ilE-1116 1.17E-ll4 1. 21lE-ll5 2. 41ilE-lil5 2.28E-1116 l.53E-ll5 5.91E-1116 7.23E-ll6 2.89E-1115 15154 5.94E-ll7 1. 92E-1116 4.57E-1117 l.1119E-1116 1. 1116E-ll4 1.ll9E-ll5 2.17E-ll5 2. ll6E-ll6 1.39E-1115 5.35E-1116 6.55E-1116 2.62E-1115 15155 5.JBE-07 1. 74E-1116 4.14E-ll7 9.83E-lll7 9.62E-1115 9. BBE-lil6 1.97E-ll5 1. 87E-ll6 l.26E-ll5 4.85E-ll6 5.93E-ll6 2.37E-1115 15156 4.BBE-117 l.58E-1116 3.75E-ll7 8.91E-ll7 8.71E-ll5 8.95E-1116 1.78E-1115 1.69E-ll6 1.14E-11J5 4.39E-lll6 5.3BE-lil6 2.15E-ll5 15157 4. 42E-1117 1. 43E-06 3.40E-ll7 8. ll7E-lll7 7.89E-lll5 8.11E-lil6 1.61E-05 1. 53E-06 l.ll3E-ll5 3.9BE-ll6 4.87E-1116 1. 95E-11J5 15159 4.llllE-ll7 l.29E-ll6 3.llBE-1117 7.31E-lll7 7.15E-ll5 7.35E-ll6 1.46E-ll5 1.39E-ll6 9.JSE-1116 3.61E-ll6 4.41E-ll6 1. 76E-ll5 15159 3.63E-ll7 l.17E-ll6 2.79E-ll7 6.63E-ll7 6.48E-ll5 6.66E-ll6 1.33E-ll5 1.26E-ll6 8.47E-ll6 3.27E-11J6 4.lllilE-1116 1. 611lE-1115 l611llil 3.2BE-ll7 l.ll6E-1116 2.53E-ll7 6.llllE-ll7 5.87E-ll5 6 .lllJE-1116 1.2111E-ll5 1.14E-ll6 7.67E-11J6 2.96E-1116 3.62E-1116 1. 45E-ll5 THIS IS A DRILL

THIS IS A DRILL 2 Ft Bl AUXILARY BU*ILDING GENERAL AREA ACTIVITY CONCENTRATIONS Total Scenario Sb-129 sr-89 Sr-90 y - 91 Ce-134 Ce-136 Ce-137 Ru-ll1J3 Ru-lll6 Mo-99 Activity Time uCi/cc uCi/cc uCi/cc uci/cc uci/cc uci/cc uCi/cc uci/cc uci/cc uCi/cc uCi/cc 15:45 l. ll2E-l/l8 6.61B-13 2.62E-14 6.37E-13 2 .1115E-ll9 2.79E-1!19 1. 31lE-ll9 6.16E-lll l.42E-llll 7.lllJE-13 4.15E-ll4 15146 9.23E-ll9 5.99E-13 2.37E-14 S.77E-13 l.86E-ll9 2.SJE-09 l.17E-ll9 S.5BE-10 1. 29E-10 6.37E-13 3.76E-lll4 15147 8. 36E-lll9 5,42E-13 2.lSE-14 S.23E-13 l.69E-lll9 2.29E-09 l.llJ6E-ll9 S.llSE-llll l.16E-10 5. 77E-13 3.41E-ll4 15:48 7.58E-ll9 4.91E-13 1. 95E-14 4.74E-13 l.53E-lil9 2. lll7E-lll9 9.64E-llil 4.SBE-llll l.1!16E-llll S.23E-13 3.lll9E-ll4 15:4!1 6.87E-ll9 4.45E-13 1. 76E-14 4.29E-13 l.3BE-lil9 l.BBE-lll9 8. 73E-llll 4.lSE-llll 9.56E-11 4.73E-13 2.80E-lll4 15:511l 6.22B-l'l9 4.IIJJE-13 l.611lE-14 3.89E-13 l.25E-11l9 1. 711lE-11l9 7 .91E-lll 3.76E-lll 8.66E-11 4.29E-13 2.53E-IIJ4 15:51 5.64E-ll9 3.65E-l3 1. 45E-14 3.52E-13 1. l4E-lil9 l.54E-ll9 7.17E-l!IJ 3. 41E-llll 7. 85E-11 3.89E-13 2.29E-lll4 15:52 5 .11E-ll9 3.JlE-13 1. JlE-14 3.l9E-13 l .lll3E-ll9 1. 41ilE-lil9 6.511lE-lll 3.lil9E-llll 7. llE-11 3.52E-13 2.ll8E-lll4 15:53 4.63E-ll9 J. l!lllE-13 l. l9E-14 2. 89E-13 9.32E-llll 1.27E-lil9 5.BBE-lll 2. BllE-10 6. 44E-11 3.19E-13 l,BBE-04 15154 4.19E-ll9 2. 72E-13 l. llBE-14 2.62E-13 8.44E-111l l.15E-11l9 5.33E-10 2.53E-10 5.84E-ll 2.89E-13 1. 71E-ll4 15:55 3 .811lE-fll9 2,46E-13 9.76E-15 2.37E-13 7.65E-lll l.lil4E-09 4.83E-lil 2 .29E-111J 5. 29E-11 2,62E-13 1. 55E-ll4 15:56 3. 44E-B9 2,23E-13 B,84E-15 2,15E-13 6. 93E-Hl 9. 41E-llil 4. JBE-llil 2. llBE-Hl 4. 79E-ll 2.37E-13 l.41lE-l'J4 15:57 3.12E-ll9 2.lil2B-13 B,BlE-15 1. 95E-13 6.2BE-Hl B.53E-ll1J 3.97E-lll 1. BBE-Hl 4.34E-11 2.15E-13 l.27E-ll4 15:58 2. 82B-l'J9 1. BJE-13 7,26E-15 l.77E-13 5.69E-lll 7. 72E-Hl 3,59E-lll 1. 71E-Hl 3.93E-ll l.95E-13 l.15E-04 15:59 2.56E-ll9 1. 66E-13 6.5BE-15 l.611lE-13 5.16E-10 7. lllllE-Hl 3,25E-lll l.55E-lllJ 3. 56E-11 1. 76E-13 l. ll4E-ll4 l611illil 2.32E-lll9 l.51lE-13 S.96E-15 l.45E-13 4.67E-llll 6.34E-lll 2,95E-lll l.41ilE-lll 3. 23E-11 1. 61/lE-13 9.44E-l/l5 THIS IS A DRILL

RADIOLOGICAL SUR VEY MAP AND RECORD (Rev I) p;:w 24-02-Q) Loarioa $P f8; Auxiliacy Bld;J., Elev, 13' o.sc _ _ _ _ nmc 1~/1- /Goo PURIOS!:- 0Routlac 0Hci11-Rouliac 0RWP, llWP ' - - - - - - - - - Rcae1or Power. # I ____1' TYPE: 0 Ci1mma O Beu O Hcvlll:la O Sll>CU OA O Sa>cll HP OM Su:iplt 0 I I #2 1' WU\UDcDI Model Saia!' 0 A.I GA WDCan < 1000 OP'WIOO c a ' ~

• ooccd oe aup er MDCat ~

D Ai GA WDCan < 1000 OPWIOOca'. 0 AJ GA IIDQ11 ia OPWlOO ca'. 0 Ai HP'~< I HP/MDear. 0 AJ HP MaCan II HPI/Mzlcw. D >Jr pe,,1kvla1C + L < z,~ Mk. 0 Ai 0a&&a l"eadil!JI la mRN. O>.i~~1a~. a 0 AJ 'Pbtl,:a ~np I I ~ . a a

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            ~                                    *--* *- *-
 ~Team~ (SRO &:141or e&kvbred after saMJ) _ _ _ _ Drca

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C C 00 0 0 00 00

• THIS IS A DRILL 13 Ft El AUXILARY BUILDING GENERAL AREA RADIOLOGICAL DATA P.C.
• e and Charcoal Particulate Cumulative Cumulative Equipment Clad Wndw Opn Wndw ll!lll cc gae grab Cartridge Filter Activity Contamination Contamination Contamination Scenario Doee Rate Doee Rate eample bomb PER Cu Ft PER Cu. Ft. Sc. per 100 cm*2 per 100 cm*2 per 100 cm*2 Time mR/hr mR/hr mR/hr@ l cm mr/hr@ 1cm NET dpm NET dpm mR/hr (O.W. I NET dpm (Upon Egreee) 12119 355 630 e 25 1226 150 ll.ll 150 12,20 15110 2711&! 35 11'! 2575 630 lll.0 630 12121 351lll 6301! 83 250 41l71 151lll Ill.ii 1500 12122 661lll 121lllHII 156 4711 5744 281l0 ll.ll 2800 12123 110110 20000 268 800 7895 4700 0.0 4700 12124 l 7ml!J0 31000 41l4 121lll 9934 7101! ll. l 711lll 12125 24000 43000 561 1700 11852 991/llll 0.1 9901/l 12:26 3101/llll 561111111/J 738 221llll 13654 l311llll0 1/l. l l301lll 12:27 411llll00 7llll00 932 281lll 15346 161l00 lll.2 161lll0 12128 44000 7801110 111127 301!0 16933 l801lll 0.2 l801lll 12:29 47001/l 85000 1117 3300 18419 20000 0.2 2001l0 12130 51011lB 91000 121110 3500 19809 21000 0.2 2101l0 12:31 54000 971100 1277 3700 21108 221llll0 0.2 22000 12:32 571l00 11/lllllllHl 1351! 401lll 22320 23000 ll.2 231l01l 12:33 61lll01l 11001l0 1417 4lll0 23450 251100 lll.3 251/lllllll 12:34 63000 1Ul01lll 1479 4300 2451110 26011l0 lll.3 26000 12135 651/llllll 1211lllHHl 1537 4500 25476 2701l0 0. 3 271lllll 12:36 681l01l 121l000 1591l 461110 26380 28000 0. 3 28000 12:37 701lll0 121lll01l 1639 4800 27216 281lll0 Ill. 3 281l01l 12:38 72000 131ll1l00 1685 4911llll 27987 2901/llil lll.3 29000 12139 73000 131ll1l00 1726 5000 28696 31llllllil ll.3 301/lllll 12:40 751l01l l31l01lll 1764 5Hlll 29347 301l011l 0.3 301lll0 12:41 760"'1 1401lll0 1799 5200 29943 31011!0 0. 3 3llllllll 12:42 7811llll0 1401lllllll 18311! 5311llll 311l485 3111lllllll Ill. 3 3lllllllll 12:43 7901/llll 1411lllllll0 1859 541llll 31l978 3211lllllll Ill. 3 321llllll 12:44 801lllll 140000 1885 541llll 31422 3201/llll Ill. 3 321/lllllll 12:45 811/lllJll 141lllllllll 1911!7 5511!0 31822 33000 Ill. 3 3311llll0 12:46 82011llll 150000 1928 5500 32178 3311Hl0 lll.3 33011l0 12:47 83000 15011J00 1946 56110 32494 33011llll lll.3 331/llllll 12:48 831/lllllll 15011l00 1961 5611!0 32771 3301/llll lll.3 3311llll0 12:49 841/llllll 15011Jlll0 1974 5700 331/lll 341/lllllll 0. 4 34000 THIS IS A DRILL

THIS IS A DRILL 13 Ft El AUXILARY BUILDING GENERAL AREA RADIOLOGICAL DATA P.C. 0 11 and Charcoal Particulate Cumulative Cumulative Equipment clad Wndw Opn Wndw lllll cc ga11 grab Cartridge Filter Activity Contamination Contamination Contamination Scenario Do11e Rate Do11e Rate 11ample bomb PER Cu Ft PER Cu. Ft. Sc. per 100 cm-2 per 100 cm-2 per 100 cm-2 Time mR/hr mR/hr mR/hr @ 1 cm mr/hr@ 1cm NET dpm NET dpm mR/hr (O,W.) NET dpm (Upon Egress) 12150 84011!0 150000 1986 5700 33216 3400111 111.4 341111110 12151 B5011llll 15mll01l 1995 5711!111 33389 34011llll lll.4 341il1111l 12152 8500111 151111100 21111il3 57111111 33531 3400111 111.4 34000 12153 95000 150000 21111118 57111111 33643 341110111 111.4 3400111 12154 860111111 150000 21ill2 571/llil 33727 3401/llll ll.4 341/lllll 12155 861/llHl 151J111111111 2015 571/llil 33785 341/llllil lil,4 3401il111 12156 86111111111 151lllllllll 211116 571il111 33919 341/llllil lll.4 341/llilll 12157 9611!00 15"""" 2016 5700 33829 341/lfillil ll.4 341/lllll 12:58 96001/l 1501illl0 211114 5700 33815 341/llllil fil.4 341/llllil 12:59 8511111!0 151illll1111il 21ill2 570111 33782 341/lllllil ll.4 3411Jllll 13:111111 85000 150000 211109 570111 33729 341/llillil ll.4 3401110 13:01 951/llilll l51illillillil 21illl3 571/llil 33657 341il00 lil,4 341illl0 13:02 8501/lll 150000 1997 5700 33569 34000 0.4 34000 1311113 951illll1J 150011!0 1990 5600 33462 3411Hllfil 0.4 341/lllllll 13104 841/llillll 15011101/l 1982 561/llil 33341 331/llilfil ll.3 33001/l 13105 941/llllil 151/llillillil 1973 561/llil 33206 331illil0 0.3 331/llilll 13106 8300111 1511Jelilll 1963 5600 33057 33000 0.3 3301/lll 13107 9301/lll l50mllll 1953 551/lll 32896 331il01il 111.3 331/llilll 131lil8 93000 151lllllilll 1942 551110 32723 3301/llil Ill. 3 331illil0 13:IIJ9 821/lllllil 1511Jlllllil 1931 551il0 32538 321/lllll 0.3 3211Jllll 13:lll 82Hll 1501!00 1919 5400 32344 321illil0 0.3 3211100 131 ll 811/llillil l41il01illil 1906 5400 32139 32000 ll.3 321/lllll 13112 81il000 141lll00 1893 5300 31926 321il01il 0,3 321/llllil 13:13 81illllil0 141illillil0 1979 531llil 31705 31001/l ll.3 311/llilll 13: 14 791/llillil 14ill1Jlllll 1865 531/llll 31476 3llillil0 lll.3 3llillil0 13:15 791/lllll 140001/l 1851 521/llil 31241/l 3lllll0 Ill. 3 3llil00 13:16 791/llllll 140000 521/lll 30997 31011Jli'J 0.3

                                                                                                                               -      3lillilll 1936 13117        77000         141lllllillil              1820           5111lll            30749          31il000          0.3           311!000 13119        7701'Hl       140001/l                   1905           5100               30494          30000            0.3           31/llillilll 13:19        7601111/l     141illil01il               1789           501/Hl             30235          30000            0.3           311Hlllll THIS IS A DRILL

THIS IS A DRILL 13 Ft El AUXILARY BUILDING GENERAL AREA RADIOLOGICAL DATA P.C. 'II and Charcoal Particulate Cumulative Cumulative Equipment Clsd Wndw Opn Wndw lllHl cc gas grab Cartridge Filter Activity Contamination Contamination Contamination Scenario Dose Rate Dose Rate sample bomb PER Cu Ft PER Cu. Ft. Sc. per 101l cm"2 per llillil cm"2 per llillil cm"2 Time mR/hr mR/hr mR/hr@ l cm mr/hr@ 1cm NET dpm NET dpm mR/hr (O.W.) NET dpm (Upon Egreee) 13:21/l 751/lllll 131/llllllil 1773 51ill11l 29972 3111/llillll lll.3 31illillil!IJ 13:21 751/lllllil 13Bllll11il 1757 491111 297114 291illillil lll.3 29111111 13122 741Hlll 13Bllll11il 1741il 49111/l 29432 291illillil lil.3 29000 13:23 73111ill1 131illilllll1 1724 481ill1 29157 291/lflllil ll. 3 291/llillil 13:24 731illlllil 131/llllllll 171il7 481/llil 28879 2811lllllil lll.3 2Blill111l 13:25 721ill111l 131lllllllil 1691/l 471lll 28599 281illllil Ill. 3 28111/llll 13:26 711/lllllll 131/llllllllll 1673 471/llll 28316 281/llillll 11l.3 281/lllllll 13127 7111/llllll l31111lllll1 1656 461/llll 281il31 281/lllllll lll.3 281/lllllll 13128 71/lllllillil l21llll011l 1639 461/llll 27744 271/lllllil 111.3 271/llillil 13129 691/llllll 121/lllllill1 1621 451/llll 27456 2711lllllll Ill. 3 271/llillll 13131/l 691/llllll 121111Jlll1 1611l4 451/llil 27167 2711lllllil lll.3 271lllll1 13:31 6711llill1 121ll11illil 1584 441/llil 26831 261/llillil 1/l.3 261111ll1 13132 661ill11il 121/llillll1 1561 441/lll 26455 261/llllll ll.3 26111/lll 13133 651/llillil 121illillillil 1537 431illil 261il45 261illillil lil.3 261illillil 13:34 64111illil 1111111illil 1511 4211llil 2561il5 251/lllllil lil.3 251illill1 13135 631llillil lllill111111l 1483 4111JIIJ 25141 251/llillll lil.3 251illillil 13:36 621illillll lllillilllllil 1454 411illil 24658 241illillil lll.2 241/llillil 13137 611illillil 111.lmlllil 1425 41llillil 24158 241/llillll ll.2 241illillil 13:38 591illillll 1111111ill1 1394 391/llil 23645 231/llillll Ill .2 231/llillil 13:39 581/llillll 11111J11111lll 1363 381illll 23123 231Hllil lil.2 2311llillll 13141/l 571llillil llillll!IJIII 1332 371il111 22594 221illlllil lil.2 221llillll 13:41 551/llillll 991illillil 131/llll 361/llll 2211l611l 2211llillil ll.2 221/llillll 13:42 541111lll 96Hl1 1268 351illil 21524 211/lflllil lll.2 2111llllll 13:43 531illilll 94111111 1237 341111l 211988 211lfllllllll lll.2 21illillill1 13:44 511/llil!IJ 9 lli'HHl 121il5 341/llil 211518 21illlllllil lll.2 21ill1111il 13145 5111ill11l 891111illl 1173 331111! 2111117 191/llillil lll.2 191illilll 13146 491llil11 871illilll 1142 321illll 19746 191illillil ll.2 1911011l 13:47 471llillll 841illll1 1111 31'llil 19427 1811101/l ll.2 181illillil 13:48 46111illll 821illillil 11181 31illillil 19144 181/llillil ll.2 181il01il 13149 451/llillil 8111illllil llil51il 291illl 18891 171illill1 111.2 171illill1 13151/l 4311l1111 7711"'1 le21 2811111 18664 171/lllllll lil.2 171llillil 13:51 421illllil 751ill111 991 281illil 18457 161illillil lil.2 161illillil 13:52 4llillll1 73elill1 963 27111il 18268 16flllillil 111.2 16111/llil 13:53 4111/lH 7llillllll 935 2611llil 1811l92 15fllllllil ll.2 15111lll 13:54 391/lllllll 691illlll1 9117 2511lll 17928 lSllllllll lil.2 15111lll THIS IS A DRILL

THIS IS A DRILL 13 Ft El AUXILARY BUILDING GENERAL AREA RADIOLOGICAL DATA P.c. *s and Charcoal Particulate Cumulative cumulative Equipment Clad Wndw Opn Wndw lllll cc gas grab cartridge Filter Activity Contamination Contamination Contamination Scenario Dose Rate Dose Rate sample bomb PER Cu Ft PER Cu. Ft. Sc. per lllllil cm*2 per 100 cm"2 per 100 cm*2 Time mR/hr mR/hr mR/hr@ 1 cm mr/hr@ 1cm NET dpm NET dpm mR/hr (O.W.) NET dpm (Upon Egreee) 13:55 37000 67011Hl 88111 2400 17771 15111111111 0.2 151llllll 13156 3601llll 651110111 854 241110 17621 14011JIIJ IIJ. l 141l00 13157 351111110 6311J011J 828 2311JIII 17475 1411JIIJIIJ IIJ.l 14011J0 13:58 3411Jlilll 6100111 81113 2200 17332 130011J 0.1 131llil0 13159 33000 59011J0 778 221Hl 17191 l311JIIJ0 111.1 l3011J0 14111J0 321111!1! 57001! 754 210111 1711J49 1211JIIJIII IIJ.1 1211100 14:lll 31001/l 5501!0 731 21illlJIIJ 16911J7 1211111J0 IIJ. l 12001! 1411!2 301!01/l 54011JIIJ 71!8 211J011J 16763 1211Jilll ll.1 121lllll 14: IIJ3 291lllll 5211111111J 686 19111111 16618 llllllillll 111.1 lllllil0 14:1114 28111H 511JIIJIIJ0 664 1800 1647111 llllllillll 111.1 lUIIJIIJ 14:1115 271110111 491!01! 644 18111111 16319 11111111111 111.1 lllilllll 14:IIJ6 26111011J 47011JIIJ 623 1711JIIJ 16164 10311JIIJ 111.1 lllllilllll 1411!7 2611Jlllil 461lllll 611J3 1711Jll 1611111J7 991lll IIJ.1 991!111 1411118 251111lll 441lllll 584 161111! 15846 961lll IIJ.1 961lll 14:IIJ9 2411111J0 4311J011J 566 1600 15681 9311JIIJ 0.1 9311JIIJ 141 llil 2311J011J 421111llil 547 1511JIIJ 15513 911Jlllll IIJ.l 911111JIIJ 14: 11 23011J0 411JIIJIIIIIJ 5311J 1511JIIJ 15341 8711J0 0.1 87011J 14:12 22011JIII 391/lllllll 513 1400 15166 841lll 111.1 8411Jll 14113 2111111Jll 381/lllllll 496 141110 14987 8211111J 111.1 82111111 14114 211111JIIIIII 361111110 48111 1311JIII 1481115 7911JIII 0.1 7911JIIJ 14115 21111111/lll 35QJIIJIII 465 1311JIIJ 14621 761/llll 111.1 7611111J 14116 1900111 3411111l0 45111 120111 14433 7411J0 111.1 74111111 14117 181/lBlll 330111111 435 12111111 14243 72111111 111.1 72111111 14118 1811Jlllll 3200111 421 1200 14111511J 691110 111.1 6911JIII 14119 l 711J00 3111100 41117 11111111 13856 6700 111.1 67111111 14:2111 1700111 3111111111111 394 11111111 13659 651110 111.1 65111111 14:21 1611101/l 2911100 381

                                                                  -  11111111             134611J         631110           lil.1         631110 14122      1611100         28111111111               368            llilllllll           132611J         611110           111.1         611110 14:23      1511100         2711100                   356             980                 1311159         590111           111.1         5900 14124      1500111         26000                     345             95111               12857           5700             111.1         570111 14125       1401/llll       251111110                 333             92111               12654           550111           lll.1         55011l 14:26       1411100         2400111                   322             89111               1245111         531110           111.1         5311l0 14:27       13000           24111111111               312             860                 12245           51111111         0.1           5111111J 14:28       1311JIIJIIJ     2311JIIJIIJ               31111           8311J               1211J41         4900             IIJ.1         4911llil 14:29       1211J00         2211JIIJ0                 292             8111111             11836           4801/l           Ill.Ill       4811111J THIS IS A DRILL

THIS IS A DRILL 13 Ft El AUXILARY BUILDING GENERAL AREA RADIOLOGICAL DATA P.C. 'II and Charcoal Particulate Cumulative Cumulative Equipment Clad Wndw Opn Wndw lllJl/l cc ga11 grab Cartridge Filter Activity Contamination Contamination Contamination Scenario Do11e Rate Do11e Rate 11ample bomb PER Cu Ft PER Cu. Ft. Sc. per lflJl/l cm*2 per llllll cm* 2 per 11/llll cm*2 Time mR/hr mR/hr mR/hr@ 1 cm mr/hr@ 1cm NET dpm NET dpm mR/hr (O.W.) NET dpm (Upon Egre1111) 14131/l 121/lllll 2lllllflJ 282 781/l 11632 4611llll l!l.lil 4611lll 14131 121Hl0 2llll01/l 271 751/l 11368 4511l0 Ill.Ill 4511llll 14132 1UJIIJ0 21!11111iH! 26111 720 111157 43H Ill.Ill 431/lll 14133 llillllll l!Hllllll 249 691! 111J71l9 4llll/l IIJ.0 411/lil 14134 11!111!0 l811JIIJl!I 237 651! llll333 391/llll l!l.llJ 391!111l 14135 961illl 171!11!111J 226 6211J 9938 371/llll l'l.lll 3711llil 14136 9101/l l611Jlillll 214 591!1 9529 3511Jlll 1/l.ll 351/llil 14:37 86H 1511Jllll 2112 561! 9113 331/ll/l 1/l.0 331illil 14138 8Ulll 151ill/lll 191 531/l 8693 Jllillll ll.lil 3llil0 14139 7711(/J 141illlllil 181/l 51illll 8275 290111 ll.111 291illil 14141il 72H 1311111111 17111 471! 7861/l 281illil lil.0 2800 14141 68H 121/lflJIIJ 159 440 7453 261110 IIJ.111 261110 14142 6301/l 1100111 149 4111) 711l54 2400 ll.0 241il111 14:43 59111111 lllll01l 1411J 39111 6666 231/lll Ill.Ill 23111111 14:44 5611Je 991110 131 361/l 629111 211111il lil.lll 211/llil 14145 52H 931/lll 122 341il 5927 21illil0 flJ.ll 21/llillll 14:46 4900 8701/l 114 JU 5578 1900 Ill.Ill 19111111 14147 4511111! 81111111 11117 29111 5243 1700 111.111 170111 14:48 420111 7511Jl!I 99 270 4923 161110 111.ll 1611)0 14149 39011 71111111 92 251!1 4617 1501il 111.IIJ 151il0 14:50 371/lll 65111r.l 86 241/l 4326 141illll 111.111 141111/l 14151 341lm 6Hl111 8111 2211) 41151il 1311111 111.IIJ 131/llil 14152 321/llll 5601! 74 201/l 3788 121illil 111.ll 121illil 14153 291/l111 521H'J 69 191/l 3539 111111il lll.111 lllillil 14154 271/lB 48111111 64 181/J 331/l5 llil41l lil.ll 111141/l 14155 251/llll 4511llil 59 161/l 311J83 971il lil.1/l 97111 14156 23011J 421illll 55 151/l 2875 91illil, lil.ll 91illll 14157 2200 3900 51 140 2678 831! 111.0 8311 14:58 21ilU 36Glll 47 131! 2494 771! ll.ll 770 14159 180111 3311Jll 43 1211) 2321il 711! 111.IIJ 710 15 :lillil 1711Je 31.lllJIIJ 41.l llll 2158 660

                                                                                                                           "'*"              660 15 :Ill 15:lll2 l61le 1511Hl 281ilr.l 261/lQJ 37 34 llillll 94 21illll5 1863 61111 561/l            "'*"'

QI.Ill 611,l 561il 15:1113 1301! 2Ur.l 32 87 1729 521il ll.1/l 521/l 15:lll4 1200 2211JIIJ 29 BIil 161il5 481! Ill.Ill 481il THIS IS A DRILL

THIS IS A DRILL 13 Ft El AUXILARY BUILDING GENERAL AREA RADIOLOGICAL DATA P,C, 'a and Charcoal Particulate Cumulative Cumulative Equipment Clad Wndw Opn Wndw 111Jll cc ga11 grab Cartridge Filter Activity Contamination Contamination Contamination Scenario Do11e Rate Doee Rate sample bomb PER Cu Ft PER Cu. Ft. Sc, per lliHl cm"2 per Hlll cm"2 per 1111111 cm"2 Time mR/hr mR/hr mR/hr @ 1 cm mr/hr@ 1cm NET dpm NET dpm mR/hr co.w.) NET dpm {Upon Egreae) 1511115 111110 201l0 27 74 1488 44111 0.ll 44111 15111)6 10511) 191/Hl 25 68 l381l 41/Hl Ill.Ill 4111111 15:1117 97111 l 701l 23 63 1279 37111 Ill.Ill 37111 15:llB 891l 161/llll 21 58 1184 34111 ll,ll 34111 1511119 821l 151/Hl 19 53 111196 320 Ill.Ill 32111 151 ll/l 761/l 140111 18 49 111115 291/l lil,1/l 29111 15: ll 7111111 120111 16 45 939 27111 111,0 270 15112 64111 llllllll 15 41 868 25111 Ill.Ill 25111 15113 59111 llil51l 14 38 81113 23111 Ill.Ill 23111 15:14 540 97111 13 35 742 21111 ll,111 21111 15:15 51llil 89111 12 32 685 19111 Ill.Ill 19111 15:16 46111 82111 11 31l 633 18111 Ill.Ill 180 15:17 41111 740 Hl 27 573 16111 ll,111 1611 15118 38111 6711l 9 24 519 14111 lil.111 14111 15:19 34111 61111 8 22 47111 131/l Ill.Ill 13111 15:20 31111 55111 7 20 426 12111 ll.111 12111 15121 281il 51110 7 18 386 111/l Ill.Ill lllll 15:22 25111 450 6 16 35111 97 111.ll 97 15:23 23111 41111 5 15 317 88 Ill.Ill 88 15:24 21111 37111 5 13 287 BIil Ill.Ill BIil 15125 19111 341l 4 12 261/l 72 ll,ll 72 15:26 171l 301l 4 11 236 65 111,ll 65 15:27 151l 280 4 1111 214 59 0.111 59 15:28 14111 250 3 9 194 54 0.111 54 15:29 13111 2311l 3 8 175 49

                                                                                                                "*"             49 15:30 15:31 110 11111/l 210 19QJ 3

2 7 7 159 144 44 41l "*" 1/l,ll 44 41l 15:32 94 171l 2 6 13111 36 111.il 36 15:33 85 150 2 6 118 33 QJ,111 33 15:34 77 140 2 5 11117 31l Ill.Ill 3111 15:35 7111 130 2 5 97 27 ll.111 27 15:36 64 llQJ 1 4 88 24 ll.111 24 15137 58 1111111 1 4 8111 22 Ill.Ill 22 15:38 52 93 l 3 72 21l Ill.Ill 21l 15:39 47 84 l 3 65 18 lil. ll 18 THIS IS A DRILL

THIS IS A DRILL 13 Ft El AUXILARY BUILDING GENERAL AREA RADIOLOGICAL DATA P.C. 'II and Charcoal Particulate Cumulative Cumulative Equipment Cllld Wndw Opn Wndw Hlll cc ga11 grab Cartridge Filter Activity Contamination Contamination Contamination Scenario Do11e Rate Dose Rate 11ample bomb PER Cu Ft PER Cu. Ft. Sc. per Hl0 cm*2 per lllll cm*2 per lli!ll cm*2 Time mR/hr mR/hr mR/hr@ 1 cm mr/hr@ 1cm NET dpm NET dpm mR/hr (O.W.) NET dpm (Upon Egress) 15:41! 43 76 3 15:41 39 1 3 59 16

                                                                                                          "*"             16 15:42          35 69 63 1

1 2 54 49 15 13 "*" 15 15:43 32 57 1 2 44 12 "*" ll.ll 13 12 15:44 29 52 1 2 40 11

                                                                                                          "*"             11 15:45 15146 26 24 47 42 1

l 2 2 36 33 lll 9 "*" ll.0 lll 9 15:47 21 38 1 1 30 B ll.lll B 15:48 19 35 1 27 7 lll.ll 7 15149 18 31 " 1 24 7

                                            "                                                             111.ll           7 15:51l         16        28                                1                 22               6           lll.ll           6 15:51          14        26
                                           "               1                 21l              6           0.0              6 15:52          13        23
                                           "               1                 18               5           lil.ll           5 15:53          12        21 "Ill            1                 16               5           lil.ll           5 15:54          11        19                 Ill            1                 15               4           ll.0             4 15:55          lll       17                                1                 13               4           ll.ll 15:56           9        16 "lil            l                 12               3           lil.lll 4

3 15:57 8 14 Ill 1 11 3 ll.0 3 15:58 7 13 ll Ill lll 3 lll.0 3 15159 7 12 0 9 3 lil.0 3 16 :lllil 6 11

                                           "               lil                B               2
                                                                                                          "*"              2 THIS IS A DRILL

• THIS PAGE IS INTENTIONALLY INSERTED AS A DATA DIVIDER .

FOR THIS SUBSECTION

• 13 Ft El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS THIS IS A DRILL
• Scenario ltr-87 ltr-88 Xe-lJlm Xe-133m Xe-133 Xe-135 I-131 I-132 I-133 I-134 I-135 I-131 D.E.

Time uCi/cc uCi/cc uci/cc uCi/cc uCi/cc uci/cc uCi/cc uCi/cc uCi/cc uci/cc uCi/cc uci/ml 12119 2. 36E-lll4 5.91E-lll4 1.IIJBE-04 2.56E-IIJ4 2.SlE-02 2.57E-lll3 S.lSE-03 6.69E-ll4 3.41E-IIJ3 2. SIIJE-IIJJ 1. 74E-03 6.28E-03 121211l 4. 89E-"4 1.23E-IIJ3 2.27E-114 S.JBE-114 5. 26E-rll2 S.41lE-ll3 l.llBE-11l2 l.39E-ll3 7.14E-r1JJ S.16E-ll3 3.6SE-ll3 1.32E-02 12121 7.64E-rll4 l.94E-03 3.SBE-ll4 8.SlE-04 8.32E-ll2 B.54E-03 1. 71E-11l2 2.19E-ll3 l.lJE-02 8.ll2E-ll3 5.75E-ll3 2,rllBE-112 12122 l.11l7E-ll3 2. 72E-ll3 5. ll6E-"4 1.211JE-ll3 1.17E-11Jl 1. 21E-rll2 2.41E-02 3.07E-lll3 1.59E-ll2 1.11E-ll2 8.ll9E-ll3 2.94E-ll2 12123 1. 45E-ll3 3. 72E-IIJ3 6.95E-m4 1. 65E-lll3 1. 6 lE-IIJl 1. 66E-IIJ2 3.31E-ll2 4.19E-ll3 2.1BE-ll2 1.511JE-IIJ2 1. llE-1112 4,IIJ4E-ll2 12:24 1.BIIJE-IIJ3 4.65E-lll3 B.75E-ll4 2. lllBE-1113 2.lll3E-lll 2.IIJ9E-lll2 4.17E-lil2 5.23E-11J3 2.75E-flJ2 l.B6E-ll2 l.39E-lll2 5.11JBE-11J2 12:25 2.12E-lll3 5.52E-lll3 1.11J4E-lll3 2.48E-lil3 2.42E-lll 2.49E-ll2 4.97E-11J2 6.21E-lll3 3.2BE-ll2 2.19E-lil2 1. 66E-flJ2 6. ll6E-IIJ2 12126 2.42E-IIJ3 6.33E-IIJ3 1.211JE-ll3 2.85E-ll3 2.79E-lll 2.87E-IIJ2 5.73E-IIJ2 7 .11E-ll3 3.77E-ll2 2.49E-ll2 l.91E-ll2 6.9BE-11J2 12:27 2. 71!lE-IIJ3 7.IIJBE-1113 1. 35E-lll3 3.21E-11J3 3 .14E-l!ll 3.22E-flJ2 6.44E-flJ2 7.95E-ll3 4.24E-ll2 2. 77E-lil2 2,14E-flJ2 7.84E-lil2 12128 2.95E-11J3 7.78E-1113 1. 49E-ll3 3.54E-flJ3 3.46E-f1Jl 3.SSE-02 7. llilE-lil2 8. 72E-ll3 4.67E-ll2 3.IIJ2E-ll2 2.36E-ll2 8.65E-lll2 12129 3.lBE-113 B.43E-IIJ3 1. 62E-lll3 3.85E-I/J3 3.76E-lll 3.87E-IIJ2 7.73E-ll2 9.44E-lil3 5.lilBE-ll2 3.24E-IIJ2 2.56E-IIJ2 9 .41ilE-1112 12130 3.4f1JB-ll3 9 .1113E-IIJ3 1. 74E-113 4.14E-ll3 4.1/JSE-lill 4.16E-IIJ2 8.31B-f1J2 1.lllE-02 5.46E-ll2 3.45E-IIJ2 2.75E-ll2 1. lllE-lll 12131 3.59E-ll3 9.59E-ll3 1. 86E-ll3 4.41E-IIJ3 4.31E-rlll 4.43E-IIJ2 8.86E-IIJ2 l .rll7E-lil2 5.81E-lll2 3.63E-lll2 2.92E-lll2 1.IIIBE-lll 12:32 3. 77E-ll3 1.01E-lll2 1. 97E-IIJ3 4.66E-lll3 4.56E-rlll 4.68E-lll2 9.36E-11!2 l .13E-lil2 6 .14E-IIJ2 3. 811JE-ll2 3.IIJ8E-ll2 1.14E-lll 12:33 3.93E-QJ3 l.ll6E-ll2 2.IIJ6E-ll3 4.911JE-ll3 4.79E-llll 4.92E-IIJ2 9.84E-IIJ2 l.18E-ll2 6.45E-ll2 3.95E-lll2 3.23E-IIJ2 1.21lE-IIJl 12:34 4. lll7E-IIJ3 l. l!IJE-IIJ2 2.16E-IIJ3 5.12E-11!3 5.lllE-llll 5.14E-02 1. IIJ3E-11Jl 1.23E-ll2 6.74E-I/J2 4. rll9E-rll2 3. 37E-IIJ2 1.25E-11Jl 12135 4.21lE-ll3 1.14E-ll2 2.24E-lll3 5.32E-ll3 5.21E-rlll 5.35E-ll2 1. IIJ7E-ll!l 1.27E-11J2 7 .IIJIJE-02 4.21E-ll2 3. SllE-11!2 1. 311JE-11Jl 12:36 4.32E-ll3 1.18E-ll2 2.32E-11J3 5.SlE-03 5.39E-lll 5.54E-rll2 1. llE-IIJl 1. 31E-lll2 7.25E-IIJ2 4.31E-lll2 3.62E-IIJ2 1.34E-IIJ1 12:37 4.42E-ll3 1.21E-IIJ2 2.411JE-ll3 5.69E-IIJ3 5.56E-llll 5. 71E-rll2 l.14E-11Jl 1. JSE-1112 7.47E-lll2 4.41E-lil2 3.73E-IIJ2 l.39E-IIJ1 12:38 4.52E-IIJ3 l.24E-IIJ2 2.46E-11JJ 5.BSE-03 5. 72E-llll 5.87E-lll2 l.17E-lll 1. 3BE-IIJ2 7.6BE-lll2 4.49E-lll2 3.83E-IIJ2 l.43E-IIJ1 12:39 4.611JE-ll3 1.27E-lil2 2.53E-ll3 6 .l!llE-lilJ 5.86E-lill 6. IIJ2E-lil2 1. 21ilE-lll 1.41E-ll2 7.87E-ll2 4.56E-ll2 3.92E-ll2 1. 46E-lll 12 :4flJ 4.67E-ll3 1.29E-ll2 2.SBE-lilJ 6.13E-ll3 6 .llllllE-1111 6.16E-lil2 1. 23E-llll 1.43E-lll2 B.IIJSE-02 4.62E-IIJ2 4.rlllE-02 l.49E-11Jl 12:41 4.74E-ll3 1. 31E-ll2 2.64E-lll3 6.26E-IIJ3 6 .12E-11Jl 6.2BE-IIJ2 1. 26E-11Jl 1.46E-lll2 B.21E-lll2 4.67E-IIJ2 4.QJBE-02 1.52E-IIJ1 12:42 4.79E-ll3 1.JJE-lil2 2.68E-03 6.37E-IIJ3 6.23E-IIJ1 6 .41lE-lil2 1. 2BE-IIJ1 1.4BE-IIJ2 8.35E-IIJ2 4. 72E-IIJ2 4.15E-lil2 1. SSE-01 12:43 4.84E-lil3 1. 35E-ll2 2. 73E-IIJ3 6.47E-QJ3 6.33E-11Jl 6.SllE-11!2 1. 31ilE-lill 1. 51ilE-ll2 8.4BE-02 4.75E-lil2 4.21E-IIJ2 1. SSE-rill 12:44 4.BBE-03 1. 37E-ll2 2.77E-IIJ3 6.57E-ll3 6.42E-rlll 6. 611JE-ll2 1. 32E-lill 1.SlE-02 B.60E-IIJ2 4.78E-IIJ2 4.27E-IIJ2 1.611JE-01 12:45 4.91E-ll3 1. 38E-r1'2 2. BIIJE-lil3 6.65E-IIJ3 6. SIIJE-11!1 6.68E-02 1. 33E-llll . 1. 53E-ll2 8. 71E-1112 4. BllE-IIJ2 4.32E-IIJ2 1. 62E-rlll 12:46 4.94E-IIJ3 l.39E-02 2.B3E-ll3 6. 72E-113 6.SBE-IIJl 6.75E-IIJ2 1. 35E-11Jl 1.54E-IIJ2 B.BllE-02 4.82E-lil2 4.36E-02 1.64E-IIJ1 12:47 4.96E-03 l.40E-02 2.86E-ll3 6.79E-lil3 6.64E-11Jl 6.B2E-IIJ2 1. 36E-rlll l.55E-ll2 8.88E-IIJ2 4.83E-ll2 4.40E-IIJ2 l.65E-lill 12:48 4.97E-lll3 1.41E-ll2 2.B9E-IIJ3 6.BSE-rll3 6. 711JE-lll 6.BBE-IIJ2 1. 37E-01 1.56E-IIJ2 B.96E-lil2 4.83E-IIJ2 4.43E-IIJ2 1. 67E-llll 12:49 4. 9BE-lll3 1.42E-ll2 2. 91E-IIJ3 6. 911lE-ll3 6.75E-lill 6.93E-IIJ2 l.JBE-lill 1.56E-IIJ2 9.IIJ2E-ll2 4.83E-02 4.46E-IIJ2 1. 68E-11Jl 12:50 4.99E-lll3 1.42E-lll2 2.92E-lll3 6.94E-rll3 6.79E-lll 6.97E-lil2 1. 39E-lll 1.57E-lll2 9. ll7E-IIJ2 4.82E-IIJ2 4.4BE-ll2 1. 69E-llll 12:51 4.99E-IIJ3 1.42E-02 2.94E-03 6.9BE-lil3 6.B2E-11Jl 7.rlllE-02 1. 4"E-lll 1. 57E-ll2 9.12E-02 4.81E-IIJ2 4.50E-IIJ2 1. 711JE-rlll 12 :52 4.9BE-rll3 1. 43E-ll2 2.95E-ll3 7 .ll1E-lil3 6.85E-11Jl 7.04E-ll2 1.41E-IIJ1 1.57E-lll2 9.lSE-02 4.BIIJE-02 4.51E-IIJ2 1. 7"E-"'1 12:53 4.97E-03 l.43E-IIJ2 2.96E-03 7.IIJ3E-03 6.87E-01 7.ll6E-IIJ2 1.41E-l'Jl 1. 57E-ll2 9. lBE-02 4.7BE-02 4.52E-02 1. 71E-r1Jl 12 :54 4.96E-ll3 1.43E-ll2 2.97E-ll3 7.llSE-03 6.89E-lll 7.llBE-02 1. 41E-11Jl 1. 57E-lll2 9.21lE-IIJ2 4. 76E-IIJ2 4.53E-ll2 1. 71E-llll THIS IS A DRILL

THIS IS A DRILL

• 13 Ft El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS Total Scenario Sb-129 sr-89 sr-9111 Y - 91 Ca-134 Ca-136 Cn-137 Ru-103 Ru-11116 Mo-99 Activity Time uci/cc uCi/cc uci/cc uCi/cc uCi/cc uci/cc uCi/cc uCi/cc uCi/cc uci/cc uci/cc 12119 1.1BE-ll6 l.87E-11 7.41B-13 2. 25E-11 5.BlE-lilB 7.BBE-lilB 3.67E-lilB 1. 74E-lil8 4.lillE-ll9 l.99E-11 4.23E-ll2 1212111 2.47E-1116 3.92E-11 l.56E-12 4. 72E-11 1.22E-ll7 1. 66E-ll7 7.71lE-llB 3.66E-ll8 B.43E-ll9 4 .17E-11 B.87E-ll2 12121 3.89B-ll6 6.21lE-11 2.46E-12 7. 45E-11 1. 93E-l'l7 2.62E-ll7 l.22E-ll7 5.7BE-ll8 l.33E-llB 6. 61lE-11 l.41lB-lll 12122 S.47E-ll6 B. 7SE-11 3.47E-12 1.llSE-lll 2.72E-ll7 3.69E-ll7 l.72E-ll7 B.16E-llB l.BBE-llB 9. 31E-ll 1. 97E-lll 12123 7 .49E-ll6 l.21lE-lll 4.77E-12 l.44E-111J 3.74E-ll7 5.IIJ7E-ll7 2.36E-ll7 1.12E-ll7 2.SBE-IIJB 1. 2BE-Hl 2. 71E-lll 12124 9. 39E-ll6 1.51E-Hl 6. lllllE-12 1. BlE-1111 4. 71lE-ll7 6. 39B-ll7 2.97E-ll7 1.41E-ll7 3.25E-llB 1. 61E-lll 3.41lE-"'1 12125 1.12B-ll5 1.811'!-lll 7.161'!-12 2.lSE-lll 5.61E-ll7 7.62E-ll7 3,54B-ll7 l.6BE-ll7 3.BBE-llB 1,92E-llil 4.ll5B-lll 12126 l.2BE-llS 2 .llBE-lll B.25E-12 2.4BE-lll 6.47E-1117 B,78E-lil7 4. ll8E-IIJ7 l.94E-lil7 4.47E-llB 2 .21E-lll 4.67E-llll 12127 1. 441'!-llS 2.34E-lll 9.27E-12 2.7BE-llll 7.27E-ll7 9.86E-ll7 4.S9E-lll7 2.lBE-1117 5.lll2E-llB 2.49E-lll 5.24E-"'1 12,20 1. 5BE-llS 2.SBE-lll 1.ll2E-ll 3.ll6E-lll B. ll2E-IIJ7 l.ll9E-ll6 5.ll6E-ll7 2. 41lE-ll7 S.54E-ll8 2.74E-lll 5.7BE-"'1 12129 1. 72E-llS 2.BlE-1111 l.llE-11 3.33E-lll 8. 72E-ll7 1.1BE-ll6 5.SlE-ll7 2.62E-ll7 6 .ll3E-llB 2 .9BE-Hl 6.2BE-"'1 12131! 1.84E-llS 3 .ll2B-llil l .21lE-11 3.57E-lll 9.38E-lil7 1. 27E-ll6 S.92E-ll7 2.BlE-ll7 6.4BE-llB 3.21E-lll 6.74E-lll 12131 1. 96E-llS 3.22B-lll 1. 2BE-11 3.BllE-lll l.lil111E-ll6 1.36E-ll6 6. 31E-lll7 3.llllllE-1117 6.91E-llB 3.42E-llll 7. lBE-1111 12132 2.ll6E-lll5 3. 41lE-llll 1. 3SE-11 4. lll2E-llll l.lll6E-ll6 1. 43E-ll6 6.67E-lll7 3.17E-lll7 7. 31lE-lllB 3.62E-lll 7.59E-lll 12133 2.16E-ll5 3.S7E-lll l.42E-11 4.21E-lll l.11E-ll6 1. SlE-1116 7. lllE-lil7 3.33E-ll7 7.67E-lll8 3.BlllE-1111 7.96E-lll 12134 2.25E-ll5 J.73B-lll l.4BE-ll 4.41lE-llil l.16E-ll6 l.57E-lll6 7.33E-ll7 3.4BE-1117 B.1112E-ll8 3,97E-llll B.31E-"'1 12135 2.34E-llS 3.BBE-1111 1.54E-ll 4. 57E-UI l.21E-ll6 1. 64E-ll6 7.62E-lll7 3.62E-ll7 B.34E-IIJB 4. lJE-Hl B.64E-lll 12136 2.42E-lll5 4. ll2E-llil l.S9E-ll 4.72E-lll 1.25E-ll6 l.71lE-ll6 7.B9E-lll7 3.75E-ll7 B.63E-llB 4.27E-Hl B.94E-lill 12137 2.49E-llS 4,lSE-1111 l.64E-11 4.B7E-lll l.29E-ll6 l.7SE-ll6 B.14E-IIJ7 3.87E-ll7 8.91E-lil8 4. 41E-Hl 9.22E-lll 12138 2.SSE-llS 4.27E-llil l .69E-11 5. llllE-111 1. 33E-ll6 l.BllE-ll6 B.37E-lil7 3.97E-lll7 9.16E-llB 4. SJE-1111 9.47E-ltll 12139 2.61E-lllS 4.37E-lll 1. 73E-11 5.12E-lll 1. 36E-lil6 1. 84E-ll6 B.SBE-1117 4. lllBE-1117 9.39E-lll8 4.65E-lll 9. 71lE-lill 12 141l 2.66E-1115 4.47E-lll 1. 77E-ll 5.23E-lll 1. 39E-ll6 l.89E-ll6 8.77E-07 4.17E-ll7 9.61lE-08 4.76E-llll 9.92E-llll 12:41 2.71E-ll5 4.S6E-Hl 1. BlE-11 S.J3E-lll l.42E-lll6 l.92E-lll6 B.95E-lll7 4.25E-ll7 9 .BllE-1118 4.BSE-1111 l.illE+lllll 12:42 2.76E-lll5 4.65E-Hl 1.84E-11 S.42E-llll l.44E-lll6 1. 96E-1116 9. llE-07 4.JJE-1117 9.9BE-0B 4.94E-llll l.lllJE+llll 12143 2.BllE-1115 4. 72E-Hl 1. 87E-ll 5.SlE-lll 1. 47E-ll6 1. 99E-IIJ6 9.26E-ll7 4. 41lE-1117 l.llllE-1117 5 .ll2E-Hl 1.ll4E+QIIIJ 12:44 2.BJE-1115 4,79E-llll l.91lE-ll S.SBE-lll 1. 49E-lll6 2.ll2E-lll6 9. 39E-lll7 4.46E-lll7 l.llJE-1117 5.ll9E-llll l.ll6EH'Jll 12:45 2.861'!-1115 4.BSE-10 1.92E-ll 5. 6SE-UI l.SlE-1116 2.llSE-ll6 9. SlE-1117 4.52E-lll7 1.ll4E-ll7 S.16E-llil 1. lil7E+llll1J 12:46 2.89E-1115 4.91lE-llll l.94E-ll 5.7111E-lll 1.S2E-1116 2.ll7E-1116 9.62E-il7 4.57E-lil7 1.1115E-lil7 S.21E-1111 1.IIIBE+lllll 12147 2. 9 lE-1115 4.9SE-lll 1. 96E-11 S.75E-lll 1.S4E-ll6 2. lll9E-lil6 9.71E-ll7 4.62E-lil7 1.lil6E-lil7 S.27E-lll 1.ll9E+lilll 12:48 2.9JE-ll5 4.99E-lll 1. 9BE-ll 5. BllE-lll 1. SSE-1116 2. llE-1116 9.BllE-1117 4.6SE-ll7 1. lll7E-ll7 S.31E-llll 1. HlE+lllB 12:49 2.95E-ll5 S.llJE-lll l.99E-ll S.84E-lll 1. 56E-ll6 2.12E-lll6 9.87E-ll7 4.69E-lil7 1. llBE-1117 5.JSE-1111 1. llE+llllll 12 :Slil 2.96E-llS S.ll6E-Hl 2.IIJlE-11 S.B7E-llll 1.57E-ll6 2.14E-ll6 9.9JE-lll7 4.72E-lll7 1. ll9E-ll7 S.JBE-1111 l .12E+lllll 12:51 2.97E-llS S.ll9E-lll 2. lll2E-ll S.89E-llll 1. SBE-1116 2.lSE-1116 9.98E-ll7 4.74E-lll7 1. ll9E-lll7 5. 41E-Hl 1.12E+lllll 12:52 2 .98E-IIJS S.llE-Hl 2. lilJE-11 S.91E-llll l.59E-IIJ6 2 .16E-lll6 1. llllE-1116 4.76E-lll7 l. llllE-1117 S. 4JE-10 1. lJE+lllll 12:53 2.9BE-lll5 S.lJE-lll 2.llJE-11 5.9JE-Hl 1. 59E-ll6 2.16E-ll6 l. llllE-1116 4.7BE-ll7 l. lllE-ll7 5.45E-10 l. lJE+lllll 12154 2.99E-lll5 5,14E-lll 2. ll4E-ll 5.94E-llll 1. 61lE-ll6 2.17E-ll6 l.llllE-1116 4.79E-ll7 1. lllE-ll7 S.47E-llll l. lJE+lllll THIS IS A DRILL

THIS IS A DRILL 13 Ft El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS

• ti

Scens.rio ltr-87 ltr-88 Xe-13lm Xe-133m Xe-133 Xe-135 I-131 I-132 I-133 I-134 I-135 I-131 D.E. Time uCi/cc uci/cc uCi/cc

• uCi/cc uCi/cc uCi/cc uCi/cc uci/cc uci/cc uCi/cc uci/cc uci/ml 12155 4.94E-lil3 1. 43E-ll2 2.97E-lil3 7.lil6E-lil3 6. 91lE-"1 7.ll9E-lil2 1. 42&-"1 1. 57E-lil2 9.21E-lil2 4.74E-lil2 4.53E-lil2 1. 72E-"1 12156 4.93E-lil3 l.43E-ll2 2.9BE-ll3 7.lil7E-ll3 6.91E-ll1 7.lllE-lil2 l.42E-lll 1. 57E-lil2 9.22E-ll2 4. 72E-ll2 4.53E-lil2 1. 72E-"1 12157 4.91ilE-lil3 1. 42E-ll2 2.98E-lil3 7.lil7E-ll3 6. 91E-"1 7.llilE-lil2 l.42E-lill l.57E-lil2 9.22E-lil2 4.69E-ll2 4.53E-02 l. 72E-"1 12158 4.88E-lill l.42E-lil2 2.98E-lill 7.lil7E-lil3 6.91E-01 7. llilE-02 l.42E-01 l.56E-ll2 9.21E-ll2 4.66E-ll2 4.52E-lil2 l. 72E-lill 12159 4.85E-ll3 1. 41E-ll2 2.97E-ll3 7.lil6E-lil3 6 .91lE-lll 7.lll9E-lil2 l.42E-lill l.55E-ll2 9.20E-ll2 4.62E-02 4.51E-lil2 l. 71E-lll 13100 4.82E-lil3 1.41E-ll2 2.97E-lll3 7.05E-IIJ3 6.89E-ll1 7.lilBE-ll2 1.41E-01 1.SSE-lll2 9.lBE-1!2 4.59E-lil2 4.SllE-lil2 l. 71E-ll1 13:lll 4.79E-ll3 l.41ilE-ll2 2.96E-ll3 7.ll3E-ll3 6. BBE-lill 7.ll6E-lll2 1. 41&-"1 1.54E-ll2 9.16E-ll2 4.SSE-ll2 4.49E-ll2 l. 71&-lll 13:ll2 4.76E-ll3 l. 41lE-ll2 2.96E-lll3 7. lillE-ll3 6.86&-lll 7.llSE-1!2 l.41E-lll l. 53E-ll2 9.13E-ll2 4.52E-lil2 4.47E-lil2 1. 71lE-lill 13tll3 4.73E-lil3 1. 39E-ll2 2.95E-lil3 6.99E-lil3 6.B4E-lill 7. lil2E-lil2 1. 41ilE-lill 1.52E-lil2 9. llilE-ll2 4.4BE-lil2 4.46E-ll2 1. 71ilE-lil1 13:lil4 4.69E-lil3 l. 3BE-lil2 2.94E-lil3 6.97E-lil3 6. BlE-llll 7.lllilE-lil2 1. 41ilE-lill l.52E-lil2 9.lil7E-02 4.44E-lil2 4.44E-lil2 1. 69E-lil1 1311ilS 4.6SE-ll3 l.37E-ll2 2.92E-lll3 6.94E-fll3 6.79E-lill 6.97E-lil2 l. 39E-"1 l.51E-ll2 9.11J3E-lil2 4. 41ilE-lll2 4.41E-lil2 l. 6BE-llll 13tlil6 4.61E-ll3 l.36E-lil2 2.91E-lil3 6.91E-lil3 6. 76E-lill 6.94E-ll2 1.3BE-lil1 l.SllE-02 8.9BE-lil2 4.35E-ll2 4.39E-lil2 l. 68E-lill 13:ll7 4.57E-ll3 l. 36E-ll2 2.91lE-ll3 6.87E-ll3 6. 72E-1111 6.91lE-ll2 l. 38E-11J1 l. 49E-ll2 8.94E-ll2 4.31E-ll2 4.37E-ll2 1. 67E-ll1 13:lilB 4.53E-lil3 l. 35E-lil2 2.BBE-lil3 6.84E-lil3 6.69E-lll 6.87E-lil2 1. 37E-"1 l.47E-ll2 8.89E-lil2 4.27E-lil2 4.34E-ll2 1. 66E-lil1 13tlil9 4.49E-lil3 l.34E-lil2 2.B6E-lil3 6. BlilE-lilJ 6 .65E-lill 6.83E-lil2 1.36E-lill 1. 46E-lil2 8.83E-ll2 4.22E-lil2 4.JlE-02 l. 65E-lill 13: llil 4.45E-lil3 l. 33E-ll2 2.85E-lll3 6.76E-lil3 6 .61E-lill 6.79E-lil2 l.35E-lill l.45E-ll2 8.7BE-ll2 4.lBE-02 4.2BE-ll2 1. 64E-lll 13: 11 4.411JE-lil3 l.31E-ll2 2.83E-lil3 6. 71E-ll3 6. 57E-lill 6.75E-ll2 l.35E-lill l.44E-lil2 B. 72E-ll2 4.13E-ll2 4.25E-lil2 l.63E-lll1 13: 12 4. 36E-lil3 l.31lE-lil2 2.81E-lil3 6.67E-lil3 6. 52E-lill 6. 71ilE-ll2 1. 34E-lill l.43E-lil2 8.66E-ll2 4.ll9E-ll2 4.22E-ll2 l. 62E-"1 13113 4.32E-ll3 1. 29E-ll2 2.79E-ll3 6.62E-lil3 6. 4BE-ll1 6.65E-lil2 1. 33E-lll 1. 41E-ll2 8.61ilE-lil2 4.ll4E-ll2 4.19E-02 l.61E-lill 13114 4.27E-lil3 1. 2BE-ll2 2.77E-lil3 6. 58E-lil3 6.43E-lill 6.61E-ll2 l. 32E-lill l.41lE-ll2 8.54E-ll2 3.99E-lil2 4.15E-lil2 l. 59E-lll 13:15 4.23E-ll3 1.27E-lil2 2.75E-ll3 6. 53E-lil3 6.JBE-lll 6.56E-ll2 l. 31E-lll l.39E-ll2 B.47E-lil2 3.95E-lil2 4.12E-ll2 l. 5BE-"1 13116 4.1BE-ll3 l.26E-lil2 2.73E-ll3 6.48E-lil3 6. 33E-llll 6.51E-ll2 l. JlilE-llll l.37E-ll2 8. 411JE-lil2 3. 91ilE-ll2 4.ll9E-lil2 l. 57E-lill 13:17 4 .13E-lil3 l.25E-02 2. 71E-lil3 6.42E-ll3 6.2BE-lll 6.45E-lil2 l.29E-lill l. 36E-lil2 8.33E-lil2 3.B5E-ll2 4 .lil5E-lil2 l. 56E-lill 13:18 4. ll9E-lil3 1.23E-ll2 2. 6BE-lll3 6.37E-lil3 6.23E-ll1 6. 41ilE-lil2 l.2BE-llll l.35E-lil2 B.26E-lil2 3.BlE-02 4.lllE-ll2 1. 54E-lll 13:19 4.lil4E-lil3 1.22E-ll2 2.66E-lil3 6.32E-ll3 6.lBE-lill 6.35E-ll2 1.27E-llll 1. 33E-lil2 B.19E-ll2 3.76E-ll2 3.9BE-lil2 l. 53E-llll 13:20 3.99E-lil3 l.21E-lil2 2.64E-IIJ3 6 .26E-lil3 6.12E-lil1 6.29E-lil2 l.25E-lill l. 32E-lil2 B.12E-lil2 3.71E-lil2 3.94E-lil2 1. 52&-lill 13:21 3.95E-lil3 l.21ilE-lil2 2.62E-lil3 6 .21E-lil3 6.lil7E-lil1 6.23E-lil2 l.24E-lill 1. 31ilE-ll2 8. lil4E-lil2 3.67E-lil2 3. 91ilE-lil2 l. 51ilE-ll1 13:22 3.91ilE-ll3 l.1BE-lil2 2.59E-ll3 6.15E-lil3 6.lllE-111 6.18E-ll2 l.23E-lll 1.29E-ll2 7.97E-lil2 3.62E-ll2 3.86E-fll2 l.49E-lill 13:23 3.85E-lil3 1. l 7E-lil2 2.57E-lll3 6. lil9E-lll3 5.96E-01 6.12E-IIJ2 l.22E-"1 1.2BE-ll2 7.89E-ll2 3.57E-ll2 3.83E-lil2 l. 48E-lill 13:24 3.BlE-03 l.16E-lil2 2.54E-lil3 6.lilJE-1!13 5.91ilE-lill 6. lil6E-lil2 l.21E-lill l.26E-lil2 7.81E-lil2 3.53E-lil2 3.79E-lil2 1. 46&-lill 13:25 3.76E-lil3 1.15E-02 2.52E-lil3 S.98E-lil3 5.84E-lill 6. 00E-lil2 l.21ilE-01 l.25E-lil2 7.74E-02 3.48E-02 3.75E-02 l. 45E-01 13:26 3. 71E-lil3 l.lJE-02 2.49E-03 S.92E-03 S.79E-lill S.94E-lil2 l.19E-01 l.23E-ll2 7.66E-02 3.44E-02 3. 71E-lil2 l. 43E-01 13:27 3.67E-03 l.12E-02 2.47E-03 S.86E-03 S.73E-lill S.BBE-02 1.17E-lil1 l.22E-lil2 7.SBE-ll2 J.39E-lil2 3.67E-02 l. 42E-lll 13:28 3.62E-03 1.llE-02 2.44E-ll3 5.80E-ll3 S.67E-lll S.82E-ll2 l.16E-lill 1. 21E-ll2 7.50E-ll2 3.35E-ll2 3.63E-02 l.41ilE-lll 13:29 3.57E-ll3 l.ll9E-ll2 2.42E-lil3 5.74E-ll3 5.61E-01 S.76E-lil2 l. lSE-lll l.19E-ll2 7.42E-ll2 3.30E-ll2 J.59E-11J2 l. 39E-llll THIS IS A DRILL

TRIS IS A DRILL 13 Ft El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS Total Scenario Sb-129 Sr-89 Sr-91il Y - 91 Ce-134 Ce-136 Ca-137 Ru-103 Ru-llil6 Mo-99 Activity Time uCi/cc uCi/cc uci/cc uci/cc uci/cc uci/cc uci/cc uCi/cc uCi/cc uci/cc uCi/cc 12155 2.99E-lll5 5.lSE-llil 2. lil4E-ll S,94E-llil 1. 61ilE-lil6 2.17E-lil6 l.lillE-1116 4. BlilE-lll7 l.11E-lil7 S,47E-llil l.l3E+lllil 12156 2.99E-lll5 5 .15E-llll 2. ll4E-11 5,94E-lll l.61lE-ll6 2.17E-ll6 l. lillE-ll6 4.BllE-ll7 l .11E-lil7 5,4BE-llll l.13E+lllil 12157 2, 98E-lll5 5.16E-llll 2,lil4E-ll 5,94E-llil 1. 61ilE-ll6 2.17E-lil6 1. lllE-ll6 4. BlilE-lll7 l.llE-1117 5.4BE-llil l.13E+lillil 12:58 2.98E-lil5 5.15E-llll 2, lil4E-ll 5,93E-llll 1. 611lE-lll6 2,17E-ll6 l.lllE-lll6 4.81ilE-IIJ7 l.11E-lil7 5.48E-llil 1,13E+lilll 12:59 2.97E-ll5 5 .15E-1'l 2,lil4E-ll 5.92E-lll l.61lE-ll6 2,17E-lil6 1.lllE-ll6 4.81ilE-ll7 l.11E-l/l7 5.47E-lll l.13E+llll 13:lillil 2.96E-lll5 5,14E-ll/l 2.lil4E-ll S.91E-lll 1. 61lE-ll6 2.17E-06 1.lllE-ll6 4,79E-lil7 l. lllE-ll7 5.47E-lll l.13E+llll 13 :lill 2, 95E-lil5 S.13E-U 2. ll3E-ll S.89E-llil 1. 59E-lil6 2,16E-lil6 l.lillE-ll6 4.78E-117 l. llllE-lil7 5.45E-lll l.13EHHl 13:1112 2,94E-ll5 5 .12E-lll! 2. lil3E-ll 5,87E-lll 1. 59E-ll6 2.16E-ll6 l,llllE-06 4, 77E-07 l .1'lE-ll7 5, 44E-lll l.12E+llllll l311il3 2.93B-lil5 5. llilE-lll 2 .ll2E-11 5.85E-llil 1. 58E-ll6 2.15B-lil6 1. lilllE-ll6 4.75E-lil7 l. lllE-ll7 5.42E-llil l.12E+lillil 13:lil4 2.91E-lil5 5.lilBE-llil 2.lllE-11 5.BJE-llil l.58E-ll6 2.l4E-ll6 9. 97E-lil7 4.74E-ll7 l. ll9E-lil7 5. 41lE-lll l. llE+lilll 1311il5 2.91lB-lil5 5.ll6E-lll 2. lllE-11 5. BllE-Hl l.57E-ll6 2.13E-ll6 9.93E-ll7 4. 72E-IIJ7 l.lll9E-ll7 5.38E-llll l. llE+lllll 13:lil6 2.BBE-lil5 5.ll4E-lll 2. VJllE-11 5. 77E-lll l.57E-lll6 2 .12E-lil6 9.88E-ll7 4.71lE-ll7 l.ll8E-ll7 5. 36E-llil l.lllE+lllil 13:lil7 2.86E-lil5 5.lillE-1111 l.99E-11 5.74E-llil 1. 56E-lil6 2, 11E-lil6 9.84E-lil7 4.67E-ll7 l .llBE-lil7 5. 33E-lll l.10EHlll 13:lilB 2,84B-ll5 4.99E-llil l.98E-ll 5, 71ilE-llil l. 55E-ll6 2. lllE-lil6 9.78E-lil7 4.65E-lil7 l.ll7E-lil7 5. 31ilE-llil l.lil9E+lllil 13:lil9 2.82E-lil5 4. 96E-1'l l. 97E-ll 5.67E-llil l.54E-lil6 2.ll9E-lil6 9.73E-lil7 4.62E-lil7 l.ll6E-ll7 5.27E-llil l.ll9E+lllil 13:lll 2, BlilE-lll5 4.93E-lll l.95E-ll 5. 63B-lll l.53E-ll6 2 .ll8E-lil6 9.67E-07 4.59E-lll7 l.ll6E-ll7 5.24E-lll l.llBE+llllil 13111 2.7BE-lil5 4.91lE-1111 l.94E-ll 5.59E-lll l.52E-lil6 2. lll7E-1116 9.61E-lil7 4.56E-IIJ7 l. lil5E-lil7 5.21E-llil l.lll7E+lillil 13112 2.76E-lil5 4.87E-llil l.93E-ll 5. SSE-lll 1. 51E-lil6 2,lil5B-lil6 9.55E-lil7 4.53E-lil7 l.ll4E-ll7 5 .17E-llil l. lil6E+llll 13113 2.74E-lil5 4.83E-lll l.92E-11 5.51E-llil l.51lE-ll6 2 .ll4E-lil6 9.48E-lil7 4.SllE-07 l.ll4E-ll7 5.14E-llil l.lil6E+llll 13:14 2, 72E-lil5 4. BllE-Hl l.91ilE-ll 5,47E-llil l.49E-lil6 2.lil2E-ll6 9.41B-lil7 4.47E-lll7 l.ll3E-lil7 5. lllE-10 l. lil5E+llll 13:15 2,69E-ll5 4. 76E-1'l 1. 89E-11 5.42E-llil 1,4BE-ll6 2 ,lillE-lil6 9.34E-lil7 4.44E-lil7 l, lil2E-l/l7 5.lil6E-lll 1. lll4E+lllil 13:16 2,67B-lil5 4.72E-llil l.87E-ll 5, 38E-Hl l,47E-ll6 1. 9 9E-lil6 9.27E-lil7 4.41ilE-lll7 l. lillE-lil7 5 .1112E-llil l. lil3E+lilll 13117 2.64E-lil5 4, 69E-lll l.86E-11 5,33E-llil l.46E-ll6 l.98B-1116 9 .19E-1117 4.37E-lil7 l.1111E-lil7 4.98E-111J l.lil2E+11111l 13:18 2,62E-lil5 4.65E-llil l.84E-ll 5,29E-llil l,44E-1116 l.96E-lil6 9.12E-lll7 4.33E-lil7 9.98E-lil8 4. 94E-llll l.llllE+llll 13:19 2. 61ilE-lil5 4 .61E-Hl 1. 83E-ll 5 .24E-lll 1. 43E-ll6 l.94E-l/l6 9.ll4E-ll7 4.29E-lil7 9.89E-ll8 4.91ilE-llil l.lillE+lillil 13:21! 2.57E-lil5 4.57E-lll 1. BlE-11 5.19E-llil 1. 42E-ll6 1. 93E-lil6 B.96E-lil7 4.26E-1117 9.BlE-lilB 4 .86E-10 9,97E-llll 13:21 2.54E-lil5 4 .53E-111! 1. 79E-ll 5.14E-llil l,41E-ll6 1.91B-ll6 8.BBE-1117 4,22E-lil7 9.72E-11l8 4.BlE-lll 9.BBE-1111 13:22 2. 52E-lil5 4.49E-lil 1. 78E-ll 5. lil9E-llil 1. 39E-lil6 1.89E-lil6 8.BllE-lil7 4.18E-ll7 9.63E-ll8 4. 77E-lll 9.78E-lill 13123 2.49E-lil5 4.44E-llil 1. 76E-ll 5. lil4E-lll l.38E-ll6 1.87B-ll6 8. 72E-lil7 4.14E-lll7 9,54E-lil8 4. 72E-llil 9.69E-lill 13:24 2.47E-lil5 4.41ilE-llll 1. 74E-ll 4.99E-llil 1. 37E-lll6 1.86E-ll6 8.63E-lil7 4.lllE-1117 9.45E-lil8 4 .6BE-llil 9, 61ilE-lill 13:25 2,441!-1!5 4.36E-llil 1. 7JE-ll 4. 94E-llil l.J5E-ll6 1. 84E-lil6 8.55E-lil7 4.ll6E-lil7 9.36E-lil8 4.63E-lll 9, SlilE-lill 13:26 2,411!-lil5 4.32E-llil 1. 71E-ll 4.89E-lll 1.34E-lil6 l.B2E-lil6 8.47E-lil7 4,ll2E-ll7 9.27E-ll8 4. 59E-llil 9, 41lE-llll 13:27 2.39E-ll5 4.27E-1111 l.69E-11 4.84E-lll! 1. 33E-lil6 1, BlilE-lil6 B,JBE-1117 3.98E-ll7 9.17E-lll8 4.54E-llil 9, 31E-lill 13:28 2,36E-ll5 4.23E-Hl l.68E-ll 4.79E-llil 1. 31E-lil6 l.78E-lil6 8. 31lE-lil7 3.94E-lil7 9. lilBE-lilB 4. SlilE-llil 9 .21E-lill 13:29 2.34E-lil5 4. lBE-1111 1. 66E-ll 4.74E-llil 1, 31ilE-lil6 l.76E-lil6 8.21E-lll7 3, 911JE-lil7 8.99E-lil8 4.45E-lll 9, llE-1/ll THIS IS A DRILL

THIS IS A DRILL 13 Ft El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS Scenario Kr-87 Kr-88 Xe-13lm Xe-133m Xe-133 Xe-135 I-131 I-132 I-133 I-134 I-135 I-131 D.E. Time uci/cc uci/cc uci/cc uCi/cc uci/cc uCi/cc uCi/cc uci/cc uCi/cc uCi/cc uci/cc uci/ml 13131l 3.53E-lil3 l.lil8E-lil2 2.39E-lil3 5.6BE-lil3 5.55E-lill 5.71ilE-lil2 l.14E-lill l.1BE-lil2 7.34E-lil2 3.26E-lil2 3.55E-lil2 1. 37E-lill 13131 3.48E-ll3 1. IIJ7E-ll2 2.36E-lil3 5.61E-IIJ3 5. 48E-"1 5.63E-IIJ2 l.12E-"1 l.16E-IIJ2 7.25E-lil2 3.21E-IIJ2 3.511JE-IIJ2 1. 36E-lill 13132 3.42E-IIJ3 l.llJ5E-ll2 2.33E-ll3 S.53E-ll3 5.41E-llll 5.55E-lil2 l. llE-llll l.14E-IIJ2 7.1SE-lil2 3.15E-IIJ2 3.4SE-IIJ2 1. 34E-1111 13133 3.36E-lil3 l.lil3E-ll2 2.29E-lil3 S.44E-lil3 5.32E-llll 5.47E-lil2 l. lll9E-11Jl l.12E-IIJ2 7.lil4E-lil2 3 .1"E-lil2 3. 4"E-lil2 1. 32E-lill 13:34 3.31ilE-lll3 l. llJ1E-IIJ2 2.25E-lil3 5.35E-ll3 5. 2 3E-"1 5.37E-lil2 1. lil7E-"1 l.111JE-lil2 6.92E-lil2 3.lil4E-lil2 3.34E-lil2 1. 311JE-llll 13135 3.23E-IIJ3 9.95E-lll3 2.21E-lil3 5.25E-lll3 5.14E-llll 5.28E-IIJ2 l.lll5E-llll l.lil8E-IIJ2 6.79E-IIJ2 2.97E-lil2 3.2BE-lll2 l.27E-lll 13:36 3.16E-lil3 9.75E-ll3 2.17E-ll3 5.15E-lil3 5.lil4E-llll 5.1BE-lil2 l.lil3E-1111 l.llJ6E-IIJ2 6.66E-ll2 2.91E-lll2 3.21E-lil2 1. 25E-IH 13137 3.lil9E-lil3 9.55E-lil3 2.13E-ll3 5.lil5E-ll3 4.94E-lill 5.lil7E-lll2 1. lillE-lill l. lil4E-lil2 6.52E-lil2 2.B4E-ll2 3.15E-lil2 l.22E-llll 13138 3.lil2E-lil3 9.33E-lil3 2.lilBE-lll3 4.94E-ll3 4.83E-lill 4.96E-lil2 9.B9E-lil2 1. lillE-lil2 6.3BE-lil2 2.7BE-lil2 3.lil8E-lil2 1.21ilE-lill 13139 2.95E-ll3 9.12E-lll3 2.ll4E-lll3 4.83E-ll3 4.73E-lll 4.85E-lil2 9.68E-ll2 9.91lE-ll3 6.24E-ll2 2. 71E-lil2 3.ll1E-ll2 1.17E-lll 13141il 2.88E-ll3 8.91lE-1113 l.99E-1113 4. 72E-ll3 4.62E-llll 4. 74E-1112 9.45E-lil2 9.67E-ll3 6. lllE-lll2 2.64E-ll2 2.94E-lil2 1.14E-llll 13:41 2.811!-IIJJ B.68E-lil3 1. 94E-lll3 4.61E-IIJ3 4.51E-IIJ1 4.63E-lil2 9.23E-lil2 9.43E-ll3 5.95E-IIJ2 2.5BE-ll2 2.87E-lil2 1.12E-lll 13:42 2.73E-i13 8.47E-ll3 l.911JE-ll3 4.511JE-IIJ3 4.411JE-11Jl 4.52E-IIJ2 9.lil1E-IIJ2 9.19E-ll3 5.BlE-02 2.51E-IIJ2 2.B11JE-lil2 l.i19E-lill 13:43 2.66E-ll3 8.25E-lil3 l.B5E-ll3 4.3BE-lil3 4.29E-lll 4.411JE-lil2 B.78E-lil2 B.95E-lil3 5.66E-lll2 2.44E-lil2 2.73E-lil2 1. lil6E-lll 13144 2.59E-ll3 8.lil3E-ll3 l.BlllE-03 4.27E-lll3 4.18E-lill 4.29E-lil2 B.56E-IIJ2 B.71E-ll3 5.52E-IIJ2 2.37E-ll2 2.66E-lil2 1. llJE-IIJl 13145 2.52E-lil3 7.81E-ll3 1. 75E-ll3 4.16E-ll3 4.lil7E-lll 4.1BE-IIJ2 B.33E-ll2 8.48E-lil3 5.37E-11J2 2.31E-lil2 2.59E-lil2 1. lillE-lill 13:46 2.45E-lil3 7.611lE-ll3 1. 71E-lil3 4.lil5E-lil3 3.96E-11Jl 4.lll7E-lil2 8.11E-lil2 8.25E-lil3 5.23E-lil2 2.24E-lil2 2.52E-lil2 9.81ilE-IIJ2 13:47 2.38E-ll3 7.39E-lil3 1. 66E-11J3 3.94E-1113 3.86E-lill 3.96E-lil2 7.89E-IIJ2 8.IIJ2E-ll3 5.ll9E-lil2 2.1BE-ll2 2.45E-lil2 9.54E-ll2 13:48 2.31E-ll3 7.lBE-1113 l.62E-IIJ3 3.83E-11J3 3.751!-llll 3.85E-lil2 7.6BE-IIJ2 7.79E-lil3 4.95E-ll2 2. llE-02 2.3BE-lil2 9.28E-lil2 13:49 2.24E-lil3 6.9BE-lil3 1. 57E-lil3 3.73E-lil3 3.65E-lill 3.74E-lil2 7.46E-IIJ2 7.56E-IIJ3 4.81E-ll2 2.lll5E-IIJ2 2.31E-lil2 9.IIJ2E-IIJ2 13150 2.lBE-IIJJ 6.77E-lil3 1. 53E-lil3 3.62E-IIJ3 3.54E-lill 3.64E-lil2 7.25E-lil2 7.34E-lil3 4.67E-ll2 1. 99E-lil2 2.25E-ll2 8.76E-lil2 13:51 2. l1E-lil3 6.58E-lil3 1.48E-lll3 3.52E-lil3 3.44E-lill 3.SJE-1112 7 .lll5E-lll2 7.13E-ll3 4.54E-lil2 1. 93E-02 2.18E-lll2 8.51E-lil2 13:52 2.lll5E-lil3 6.3BE-lil3 1. 44E-lil3 3.42E-ll3 3.34E-lill 3.43E-lil2 6.84E-ll2 6.92E-ll3 4.41E-ll2 1. 87E-02 2.12E-02 8.27E-11J2 13:53 1. 9BE-ll3 6.19E-lil3 1.41lE-11J3 3.32E-lil3 3.24E-lll 3.33E-lil2 6.64E-02 6. 71E-ll3 4.28E-ll2 1. 81E-lil2 2. lil6E-02 B.03E-lil2 13:54 1. 92E-ll3 6.IIJlilE-03 1. 36E-ll3 3.22E-il3 3.15E-lll 3.23E-lil2 6.45E-IIJ2 6.51E-ll3 4.15E-ll2 l.76E-IIJ2 1. 99E-lil2 7.79E-IIJ2 13155 1. 86E-IIJ3 5.82E-lil3 l.32E-lil3 3.12E-il3 3. IIJ6E-ill 3.14E-lil2 6.26E-1112 6.31E-lll3 4 .IIJ3E-ll2 1. 711JE-lil2 l.93E-lil2 7.56E-IIJ2 13:56 l.BlE-IIJ3 5.64E-lll3 l.2BE-lil3 3.IIJ3E-ll3 2. 96E-lill 3.IIJ5E-lil2 6.ll7E-ll2 6 .11E-lil3 3.91E-lil2 1.65E-ll2 1. BBE-lil2 7.33E-lll2 13:57 l.75E-lil3 S.47E-ll3 l.24E-lil3 2.94E-lil3 2.BBE-lill 2.95E-lil2 5.89E-lll2 S.92E-IIJ3 3.79E-ll2 1. 611JE-lil2 l.B2E-IIJ2 7 .11E-lil2 13:58 1. 69E-lil3 S.31ilE-ll3 l.21lE-ll3 2.BSE-ll3 2.79E-llll 2.86E-lil2 5. 71E-11J2 S.74E-IIJ3 3.67E-11J2 l.55E-IIJ2 l.76E-IIJ2 6. 91ilE-lil2 13:59 1.64E-lil3 S.13E-lil3 1.16E-lil3 2.76E-lil3 2.70E-01 2.7BE-11J2 S.53E-lll2 5. 56E-IIJ3 3.56E-IIJ2 1. 511JE-IIJ2 l.71E-lil2 6.68E-ll2 14 ,me 1. 59E-lil3 4.97E-lil3 1.13E-lil3 2.68E-IIJ3 2.62E-lill 2.69E-lil2 S.36E-lil2 S.3BE-lil3 3.45E-lll2 1.45E-02 1. 66E-lil2 6.4BE-lil2 14 :Ill 1. 54E-lil3 4.82E-lil3 1.lil9E-lil3 2 .61ilE-lil3 2 .54E-lill 2.61E-lil2 S.211lE-lll2 S.21E-lil3 3.35E-lil2 1. 41ilE-lil2 1. 61ilE-lil2 6.2BE-lil2 14:lil2 1. 49E-lil3 4.66E-lil3 1. lil6E-lil3 2.52E-lil3 2.46E-lll 2.SJE-lil2 5.lil4E-1112 5. lilSE-1113 3. 24E-1112 1.36E-lil2 l.5SE-lil2 6. lilBE-1112 14:lll3 1. 44E-1113 4. SlE-1113 1.lilJE-1113 2.44E-1113 2.JBE-1111 2.45E-1112 4.BBE-02 4.89E-lil3 3 .14E-lil2 1.31E-lll2 1. SIIIE-112 5.89E-lll2 14:1114 1. 39E-lil3 4. 37E-lil3 9.95E-1114 2.36E-lil3 2.JlE-lill 2.37E-1112 4.73E-1112 4.73E-ll3 3 .ll4E-lll2 l.27E-1112 l.46E-lil2 S. 71E-lil2 THIS IS A DRILL

• 13 Ft El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS THIS IS A DRILL
• Total Scenario Sb-129 Sr-89 Sr-90 y - 91 C11-134 C11-ll6 C11-137 Ru-103 Ru-Hl6 Ho-99 Activity Time uci/cc uci/cc uci/cc uci/cc uci/cc uci/cc uci/cc uci/cc uci/cc uCi/cc uci/cc 13:311 2.31E-ll5 4 .14E-lll 1.64E-11 4.68E-llll l.29E-lll6 l. 75E-ll6 8.12E-lll7 3.86E-lll7 8.89E-lll8 4.411lE-Hl 9.lll2E-lll 13:31 2.28E-ll5 4. lll9E-lll l.62E-11 4.62E-llll 1.27E-lll6 1.72E-lll6 8.lll2E-lll7 3.81E-lll7 8.78E-lll8 4. 35E-Hl 8.91lE-llll 13:32 2.25E-ll5 4.IIJ3E-llll 1.61/lE-ll 4.56E-llll l.25E-lll6 1. 71lE-lll6 7.91E-lll7 3.76E-lll7 8.66E-lll8 4.29E-111J B.78E-llll 13133 2.21E-ll5 3.97E-1"J 1.57E-ll 4. 48E-llll 1.23E-lll6 1.67E-lll6 7.79E-lll7 3. 71/lE-11!7 8.52E-lll8 4.22E-llll 8.64E-llll 13:34 2.17E-lll5 3.91/lE-llll 1.SSE-11 4. 41E-llll l.21E-l/l6 1.65E-l/l6 7.66E-lll7 3.64E-lll7 8.38E-lll8 4.lSE-11/l 8.49E-llll 13:35 2.13E-ll5 3.83E-1" 1. 52E-11 4.33E-llll l.19E-ll6 1.62E-ll6 7.52E-lll7 3.57E-lll7 8.23E-l/l8 4.lll7B-llll 8.34E-llll 13:36 2.ll9E-ll5 J.76E-llll 1. 49E-ll 4.24E-llll l. l 7E-lll6 1.59E-ll6 7.37E-lll7 3.511lE-lll7 8.lll7E-lll8 4. llllllE-11/l 8.17E-llll 13:37 2.ll4E-lll5 3.68E-lll 1. 46E-ll 4.lSE-11/l 1.14E-lll6 1.55E-ll6 7.22E-ll7 3.43E-lll7 7.91E-lll8 3. 91E-lll 8.lllE-lll 13138 2.Bll!E-llS J.61lE-lll 1. 43E-11 4. lll6E-llll l.12E-1116 1.52E-lll6 7 .1117E-ll7 3.36E-lll7 7.74E-l/l8 3.83E-llll 7.84E-llll 13:39 l.95E-ll5 3.52E-10 1.41/lE-11 3.97E-llll l. lll9E-lll6 1. 49E-l/l6 6.91E-ll7 3.28E-lll7 7.57E-lll8 3. 75E-lll 7.66E-llll 13:41l 1.91E-ll5 3.44E-llll 1.36E-11 3.88E-lll 1.ll7E-l/l6 1.45E-l/l6 6.76E-lll7 3.21E-lll7 7.39E-lll8 3.66E-llll 7.49E-llll 13:41 1. 86E-ll5 3. 36E-Hl 1. JJE-11 3.79E-llll l. lll4E-lll6 1.42E-ll6 6. 611lE-lll7 3.13E-lll7 7.22E-lll8 3.57E-lll 7.31E-llll 13:42 l.81E-ll5 3.28E-111! l.311lE-ll 3.71/lE-llll l.1112E-lll6 l.38E-ll6 6.44E-1117 3. lll6E-lll7 7. lll4E-lll8 3. 49E-Hl 7.13E-llll 13:43 1. 77E-ll5 3.21/lE-llll 1.27E-11 3.611lE-llll 9.94E-lll7 l.35E-lll6 6.27E-lll7 2.98E-lll7 6.87E-lll8 3. 41lE-1'l 6.95E-llll 13:44 l.72E-ll5 3.lJE-Hl 1. 24E-11 3.52E-llll 9.72E-11l7 l.32E-ll6 6.13E-lll7 2.91E-lll7 6.71E-l/l8 3. 32E-1" 6. 77E-llll 13:45 l.68E-ll5 3.ll6E-llll l.21E-ll 3. 44E-Hl 9.52E-lll7 l.29E-lll6 6.llllE-11!7 2.86E-lll7 6.58E-l/l8 3.26E-lll 6.61/lE-llll 13:46 l.63E-ll5 3. lllE-lll l.19E-11 3.38E-llll 9.35E-lll7 l.27E-ll6 5.91/lE-11!7 2 .81/lE-11!7 6.46E-lll8 3.21/lE-llll 6.42E-llll 13:47 1. 59E-ll5 2.96E-llll l. l 7E-11 3.32E-llll 9 .21/lE-11!7 l.25E-l/l6 S.81E-lll7 2.76E-lll7 6.36E-lll8 3. lSE-11/l 6.25E-llll 13:48 l.54E-ll5 2. 92E-Hl l.16E-11 3. 26E-1" 9. ll7E-lll7 1.23E-l/l6 5. 72E-ll7 2. 72E-lll7 6.26E-lll8 3. lllE-llil 6. lll7E-11'1 13:49 1. SllE-llS 2.8BE-lll l.14E-ll 3.21E-llll 8.95E-lll7 1. 21E-ll6 5.65E-lll7 2.68E-ll7 6.18E-ll8 3.lll6E-llll 5.91lE-lll 13:Sll l.46E-ll5 2.84E-lll l.13E-11 3.16E-lll 8.84E-IIJ7 l.21lE-ll6 5.58E-lll7 2.65E-lll7 6 .11E-lll8 3.lll2E-llll 5.74E-lll 13:51 l.41E-05 2.81E-lll l.12E-11 3.12E-llll 8.74E-ll7 l.19E-lll6 5.52E-lll7 2.62E-lll7 6.lll4E-ll8 2.99E-llll 5.57E-llll 13:52 l.37E-ll5 2.78E-llll 1.11/lE-ll 3. lll8E-lll 8.65E-ll7 l. l 7E-l/l6 5.46E-lll7 2.59E-lll7 5.98E-ll8 2.96E-llll 5.41E-lll 13:53 l.33E-ll5 2.76E-lll 1.ll9E-11 3.lll4E-llll 8.57E-1117 l.16E-lll6 S.41E-lll7 2.57E-lll7 S.92E-ll8 2.93E-lll 5.25E-llll 13:54 l.29E-lll5 2. 73E-llll l.lll8E-11 3.1/llllE-llll 8.49E-ll7 l.15E-lll6 5.36E-lll7 2.SSE-11!7 S.87E-l/l8 2. 91E-H'I 5. lllE-1/ll 13:55 l.25E-ll5 2.71E-llll 1.ll7E-11 2.97E-llll 8.42E-lil7 l.14E-06 5.31E-lll7 2.52E-ll7 S.82E-08 2.8BE-llll 4.9SE-llll 13:56 l.21E-ll5 2.69E-lll l.ll6E-11 2.94E-llll 8.34E-11J7 l.13E-lll6 5.27E-ll7 2. SllE-11!7 5. 77E-l/l8 2. 86E-llll 4. 81/lE-llll 13:57 1.18E-ll5 2.66E-llll 1.ll6E-11 2.91/lE-llll 8.28E-lll7 l.12E-lll6 5.22E-lll7 2.48E-lll7 5.72E-lll8 2.83E-lll 4.65E-llll 13:58 1.14E-ll5 2.64E-lll l.lllSE-11 2.87E-Hl 8.21E-lll7 1. llE-lil6 5.18E-lll7 2.46E-ll7 5.67E-lll8 2.81E-llll 4.SlE-llll 13:59 l. llE-lllS 2.62E-llll l.lll4E-11 2. 84E-Hl 8.14E-lll7 l. llE-1116 S.14E-lll7 2.44E-lll7 S.63E-lll8 2. 79E-llll 4.37E-lll 14:1/llll 1.ll7E-lll5 2 .61lE-Hl l.ll3E-ll 2.81E-lll 8.lll7E-lll7 l.lllE-1116 S.llllE-1117 2.42E-ll7 S.58E-l/l8 2. 76E-llll 4.24E-ill 14 :Ill l.lll4E-ll5 2. 58E-Hl 1.lll2E-ll 2.77E-llll 8. BlE-07 l. lll9E-lll6 S.lll5E-lll7 2. 41/lE-IIJ7 S.53E-ll8 2. 74E-llll 4. llE-IIJl 14: 11!2 1.llllE-lllS 2.SSE-llll 1.lllE-11 2.74E-llll 7.94E-lll7 l. lll8E-lll6 S.llllE-lll7 2.38E-lll7 S.49E-l/l8 2.72E-llll 3.98E-llll 14: Ill 9.73E-ll6 2. SJE-10 1. llllllE-11 2.71E-llll 7.87E-lll7 l. lll7E-l/l6 4.97E-lll7 2.36E-lll7 S.44E-lll8 2. 69E-111J 3.86E-llll 14:lll4 9.42E-ll6 2.SlE-llll 9.9SE-12 2.68E-llll 7. BlllE-lll7 l. lll6E-lll6 4.92E-lll7 2.34E-lll7 S.39E-lll8 2.67E-llll 3.74E-llll THIS IS A DRILL
• 13 Ft El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS THIS IS A DRILL
• Scenario ltr-87 !tr-BB Xe-131m Xe-133m Xe-133 Xe-135 I-131 I-132 I-133 I-134 I-135 I-131 D.E.

Time uCi/cc uci/cc uci/cc uci/cc uci/cc uci/cc uCi/cc uci/cc uCi/cc uCi/cc uci/cc uci/ml 14 ,Ills 1. 35E-lll3 4.23E-lll3 9 .64E-lil4 2.29E-lll3 2. 24E-lll 2.31ilE-lll2 4.5BE-lll2 4.5BE-lll3 2.95E-lil2 1.23E-lll2 1. 41E-lll2 5.53E-ll2 14,lll6 1. 31lE-lil3 4 .lll9E-lll3 9.34E-04 2.22E-lll3 2.17E-llll 2.2JE-lil2 4.44E-lll2 4.43E-lll3 2.85E-lil2 l.19E-lll2 1. 37E-lil2 5. 36E-lll2 14111l7 l.26E-lll3 3.96E-lil3 9 .lll4E-ll4 2.15E-lll3 2. llilE-lill 2. 16E-IIJ2 4 .29E-lll2 4.28E-lil3 2.76E-lll2 1.15E-IIJ2 1.32E-lll2 5.19E-IIJ2 14,118 1.22E-IIJ3 3. 83E-lll3 B.75E-lil4 2.ll8E-ll3 2. lilJE-lill 2.lll9E-lll2 4.16E-lll2 4.14E-lll3 2.67E-lll2 l .11E-lil2 1. 28E-lil2 5. lil2E-lil2 141 lil9 1.18E-lil3 3. 71E-lll3 8.48E-lil4 2.lillE-ll3 1. 97E-llll 2. lil2E-ll2 4.lll3E-lll2 4.llllE-lllJ 2.59E-lll2 1.lll7E-lll2 1.24E-lil2 4.86E-ll2 141llil l.14E-lll3 3. 59E-"3 8 .20E-lll4 1.95B-lil3 1. 911lE-llll 1. 96E-IIJ2 J.91ilE-lll2 3.88E-lil3 2.51E-lil2 1. lll4E-lll2 1.211lE-lll2 4.71E-lll2 141 ll l .10E-lll3 3.47E-IIJ3 7.94E-lll4 1.BBE-lllJ 1. 84E-llll l.89E-lll2 3.77E-ll2 3.75E-lil3 2.43E-lll2 1.llllllE-lll2 l.16E-lil2 4.56E-lll2 14:12 l.llJ6E-IIJ3 3.35E-lil3 7.69E-lil4 1.82E-lll3 1. 7BE-lill 1. 83E-lll2 3.65E-lll2 3.63E-lll3 2. 35E-lll2 9.67E-lll3 1.12E-lll2 4.41E-lll2 14113 l.llJJE-1113 3.24E-lll3 7.44E-ll4 l.77E-ll3 1. 73E-lill 1. 77E-lll2 3.53B-IIJ2 3.51E-lll3 2.27E-lll2 9. 34B-lll3 1. lll9E-lll2 4.27E-lll2 14:14 9 .93E-lll4 3.14E-lll3 7 .211lE-lil4 1. 71B-lll3 1. 67E-lll 1. 72E-IIJ2 3.42E-lll2 3.39E-lll3 2 .211lE-lll2 9. lll3E-lll3 1.lil5E-lll2 4.13E-lll2 14115 9 .611JE-lll4 3.lll3B-ll3 6.97E-lil4 1. 65E-lll3 1. 62E-llll 1.66E-lll2 3.31E-lll2 3.2BE-lll3 2.13E-lll2 8. 72E-03 1. ll2B-lll2 4.lllllE-ll2 14:16 9.2BE-04 2.93E-lll3 6.74E-lll4 1. 611E-lll3 1. 56E-llll l.61E-lll2 3.211lE-lll2 3.17E-lil3 2.lll6E-lll2 B.43E-lll3 9.83E-lll3 3.B7E-lll2 14117 8.96E-IIJ4 2.84E-lll3 6. 52E-lil4 1.55E-lll3 1. 51E-llll l.56E-lll2 3. HlE-lll2 J.lll6E-lll3 1. 99E-lll2 8.14E-lll3 9.51E-lll3 J.74E-lll2 14:18 8.66E-lll4 2.74B-lll3 6.31E-H 1. 511lE-0J 1. 46E-llll 1.511lE-lll2 J.llllllE-ll2 2.96E-lll3 1. 93E-lll2 7.86E-lll3 9.211lE-lll3 3.62E-IIJ2 14119 8.37E-lll4 2.65E-lll3 6 .11E-lil4 1. 45E-lll3 1. 42E-11Jl 1. 46E-lll2 2. 91ilE-lll2 2.86E-il3 1.86E-lll2 7.59E-lll3 8.89E-lll3 J.511lE-il2 14:211! 8. IIJBE-lll4 2.56E-lll3 5.91E-lil4 1. 411lB-lll3 1. 37E-lll 1. 41E-lll2 2.81E-lll2 2.77E-lll3 1.81lE-lll2 7.34E-lll3 8.611lE-lll3 J.39E-lll2 14121 7.81E-lll4 2.48E-lll3 5. 72E-lll4 l.36E-lll3 1. JJE-llll l.36E-lll2 2.71E-ll2 2.67E-lll3 1. 74E-ll2 7.ll9E-lll3 8. 32E-IIJJ J.28E-lll2 14:22 7.54E-ll4 2.39E-lll3 5.53E-lil4 1.31E-lil3 1.2BE-lll 1. 32E-lil2 2.63E-lil2 2.58E-ll3 1. 69E-lll2 6.84E-lll3 8.lll4E-lll3 J.17E-lll2 14:23 7.29E-lll4 2.JlE-1113 S.35E-lll4 1.27E-IIJJ 1.24E-lill 1. 27E-lll2 2.54E-1112 2 .SlllE-1113 l.63E-1!2 6.61E-ll3 7.78E-lll3 3. lil7E-lll2 14124 7.lll4E-04 2.24E-lll3 S.17E-H 1.23E-lll3 1. 211lE-lill 1.23E-lll2 2.46E-lil2 2.41E-lll3 l.58E-lil2 6.38E-lll3 7. 52E-1113 2.97E-lll2 14125 6. BlilE-lll4 2.16E-lll3 5.lilllJE-lil4 1.19E-lll3 1.16E-lill 1.19E-lll2 2.3BE-lll2 2.33E-lll3 1. 53E-lil2 6.16E-lll3 7.27E-lll3 2.87E-lll2 14:26 6.57E-IIJ4 2. lil9E-lll3 4.B4E-lll4 1.15E-lil3 1.12E-llll 1.15E-lll2 2. 3QJE-lll2 2.25E-IIJ3 1.47E-IIJ2 5.95E-lll3 7. lil3E-IIJ3 2. 77E-lll2 14:27 6.34E-lll4 2. IIJ2E-lll3 4.68E-lil4 1.11E-lil3 l.lil9E-llll 1.12E-lll2 2.22E-02 2. lBE-1113 1. 43E-lll2 5.75E-lll3 6.79E-lll3 2.68E-02 14:28 6.lJE-1114 1. 95E-lll3 4. SJE-04 1.lll7E-ll3 1.lllSE-lll 1.IIBE-1112 2.15E-lll2 2.llilE-lil3 1. 3BE-lil2 5.SSE-lil3 6. 57E-lil3 2.59E-02 14:29 S.92E-lil4 1. BBE-lil3 4.JBE-114 1.IIJ4E-lil3 1. lil2E-lill 1.lll4E-lil2 2. lilBE-lil2 2. IIJ3E-IIJ3 1. 33E-lil2 5.36E-lll3 6.35E-lil3 2.51E-lll2 14:Jll 5.71B-04 1.82E-lll3 4.23E-"4 1.IIJlllE-lll3 9.83E-lll2 1.illE-1112 2 .lll1E-ll2 1.96E-lll3 1.29E-ll2 5.17E-lil3 6.14E-lil3 2. 43E-lll2 14131 5.49E-lil4 l.75E-ll3 4.lllBE-ll4 9.67E-lll4 9.46E-lil2 9. 72E-lil3 l.94E-02 l.89E-lil3 1.24E-IIJ2 4.97E-lil3 S.91E-lll3 2.34E-lll2 14132 5.26E-lll4 1.6BE-lll3 3.91E-lil4 9.28E-lll4 9. lllBE-lil2 9. 32E-lll3 1.B6E-lil2 1.BlE-lilJ 1.19E-lil2 4. 77E-IIJ3 S.67E-lll3 2.24E-lll2 14:33 5.lll3E-lll4 1. 611lE-ll3 3.74E-lll4 8.87E-lll4 8.68E-lil2 8.91E-IIJ3 1.7BE-02 1. 73E-lil3 1.14E-lil2 4.55E-lil3 5.42E-lll3 2.14E-lll2 14:34 4. 79E-lll4 1. 53E-lll3 3.56E-IIJ4 8.46E-lll4 8.27E-lil2 8. 511lE-lll3 1. 69E-lll2 1.65E-lll3 l.lll9E-02 4.33E-lll3 5.16E-lll3 2. lll4E-lll2 14:35 4.55E-lll4 1. 45E-ll3 3.39E-lll4 B.lll4E-lll4 7.87E-lil2 B.lllBE-lll3 1.61E-lll2 1. 56E-lll3 1.03E-lll2 4 .11E-lll3 4.91ilE-lll3 1. 94E-lll2 14:36 4. JlE-1114 1. 3BE-IIJ3 3.21E-lil4 7 .63E-lll4 7.46E-lll2 7.66E-lll3 1.53E-ll2 1. 48E-ll3 9.7BE-IIJ3 3.911lE-lll3 4.65E-lll3 1. 84E-lil2 14:37 4.lil7E-lil4 1. 311lE-lll3 3. lil4E-lil4 7.22E-IIJ4 7. lil6E-lil2 7.25E-lil3 l.44E-lll2 1. 41ilE-lll3 9 .26E-lll3 3.6BE-lll3 4.411lE-lll3 1.74E-lll2 14:38 3.84E-lll4 1.23E-lil3 2.87E-lll4 6.82E-ll4 6.67E-lll2 6.85E-lll3 1. 36E-lil2 1. 32E-lil3 8.74E-lil3 3.47E-lll3 4 .15E-lll3 1. 65E-lll2 14:39 3.62E-lil4 l .16E-lll3 2.71E-1114 6 .4JE-lll4 6.28E-lll2 6.45E-lll3 1.29E-lil2 1.25E-lil3 8.24E-lil3 3.27E-lil3 3.91E-ll3 1. 55E-ll2 THIS IS A DRILL

• 13 Ft El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS TBIS IS A DRILL
• Total Scenario Sb-129 Sr-89 sr-90 Y - 91 C11-1J4 Ce-136 C11-1J7 Ru-103 Ru-Hl6 Ko-99 Activity Time uCi/cc uci/cc uci/cc uCi/cc uci/cc uci/cc uci/cc uCi/cc uci/cc uci/cc uci/cc 1411il5 9.12E-lil6 2. 49E-UI 9.86E-12 2.65E-1'l 7.7JE-lil7 1. lil5E-lil6 4.88E-lil7 2.32E-ll7 5.34E-ll8 2.64E-llll 3.62E-"1 14:06 8.93E-ll6 2. 46E-Ul 9. 77E-12 2.61E-lll 7.65E-07 1. lil4E-lil6 4.83E-lil7 2.JIIJE-11J7 5.29E-lil8 2.62E-lll 3.SllE-lill 14:lll7 8. 54E-lil6 2. 44E-1'l 9.67E-12 2.SBE-1111 7.5BE-lil7 1.llJE-1116 4.79E-lil7 2.27E-lil7 5.24E-1lB 2.59E-U J.39E-lll 14:08 B.27E-lil6 2. 41E-lll 9.57E-12 2.55E-llil 7. 51ilE-lil7 1.lil2E-lil6 4.74E-lil7 2.25E-ll7 5.19E-1ilB 2. 57E-Hl J.28E-lill 14:09 8.llllE-lll6 2.39E-lll 9.47E-12 2.52E-llil 7.43E-lll7 l.lllE-06 4. 69E-lil7 2.23E-lil7 5.13E-11JB 2.54E-llil 3.lBE-lill 141 Hl 7.74E-lil6 2. 36E-lll 9.37E-12 2. 4BE-llil 7.35E-lil7 9.97E-lil7 4.64E-lil7 2.21ilE-lil7 5. lilBE-lilB 2.SlE-llil 3.lilBE-lill 14: ll 7.49E-lil6 2. J4E-llil 9.27E-l2 2.45E-10 7.26E-lll7 9.86E-lil7 4.59E-lil7 2.1BE-lil7 5. lil2E-1ilB 2. 49E-Hl 2.9BE-lill 14:12 7 .24E-lil6 2. 31E-llil 9.16E-12 2.41E-lll 7.1BE-lll7 9.75E-lil7 4.53E-ll7 2.lSE-1117 4.96E-1lB 2.46E-llil 2.BBE-1111 14:13 7.lillE-lll6 2.2BE-lll 9. llSE-12 2.3BE-lll 7. lllE-lll7 9 .63E-lll7 4.4BE-lll7 2.lJE-1117 4. 91lE-1lB 2.43E-10 2. 79E-"1 14:14 6. 7BE-ll6 2.26E-lll 8. 94E-12 2.JSE-1111 7. lllE-1117 9.52E-lll7 4.43E-lll7 2. lllE-1117 4.85E-ll9 2.41lE-llll 2. 71lE-lll 14:15 6. SSE-m& 2.23E-llil 8.BJE-12 2. 31E-lll 6.92E-ll7 9 .41lE-l!J7 4.37E-lll7 2 .llBE-1117 4.78E-ll9 2.37E-lll 2. 6 lE-"1 14:16 6. 34E-lll6 2.20E-llll B. 72E-12 2.29E-lll 6.83E-lll7 9.28E-ll7 4. 32E-lll7 2.lllSE-07 4.72E-lil9 2. 34E-lll 2.53E-lll 14:17 6.lJE-1116 2.17E-llll 8.61ilE-12 2.24E-lll 6. 74E-lil7 9.16E-lil7 4.26E-lil7 2. lil2E-lil7 4. 66E-lil9 2.31E-llil 2.45E-lill 14:18 S.93E-lil6 2.14E-lll 8.49E-12 2.21E-llll 6.6SE-lil7 9.ll3E-lil7 4 .21ilE-lil7 2.lllilE-07 4.61ilE-1ilB 2.2BE-lll 2.37E-lll 14:19 S.73E-06 2. llE-lll 8.37B-12 2.17E-llll 6.56B-ll7 8.91E-lll7 4.14E-ll7 l.97E-ll7 4.53E-1ilB 2.25E-lll 2.29E-llll 14 :21/l S.54E-lll6 2.lilBE-1111 8.25B-12 2.14B-llll 6.47B-07 8.78E-lil7 4.ll8E-ll7 1.94E-ll7 4.47E-11lB 2.21E-llll 2.21E-flll 14:21 5.36E-06 2.ll5B-llil 8.lJE-12 2. llllE-llll 6.37E-lll7 8.65E-07 4.lll2E-ll7 1. 91E-ll7 4.41E-IIJ8 2.lBE-1111 2.14E-llll 14:22 S.lBE-06 2.ll2E-lll 8.lllE-12 2.ll6E-lll 6.2BE-lll7 8.52E-ll7 3.96E-lil7 l.8BE-lil7 4.34E-lil8 2.lSE-lll 2 .lil7E-lill 14:23 5. llllE-ll6 l. 99E-lll 7.89E-12 2.lll3E-lll 6.18E-lll7 8.39E-lil7 3 .91ilE-ll7 l.85E-lll7 4.27E-fll8 2.12E-lll 2 .!llmE-llll 14:24 4.84E-lll6 l. 96E-lll 7. 77E-12 l.99E-llll 6. ll9E-lll7 8.26E-lil7 3.84E-ll7 l.83E-lil7 4.21E-ll8 2 .lllBE-llll l.94E-"1 14:25 4. 68E-lll6 1.93E-llll 7.64E-12 l.96E-llll 5.99E-lll7 B.13E-lll7 3.78E-ll7 l.SfllE-1117 4.14E-lll8 2 .lllSE-llll. 1.87E-llll 14:26 4.52E-ll6 l. 911lE-llll 7.52E-12 l.92E-Hl 5.91lE-lil7 8 .llll'JE-lll7 3. 72E-lll7 l.77E-ll7 4. lll7E-fll8 2 .fll2E-llll l.BlE-llll 14:27 4.37E-ll6 l. B7E-lll 7.41lE-12 l. 89E-lll 5.BllE-1117 7.87E-ll7 3.66E-lll7 1. 74E-fll7 4 .lllE-fllB l.98E-llll 1. 75E-lll 14:28 4.23E-ll6 l.84B-lll 7.27E-12 l.85E-lll 5. 71lE-lil7 7.74E-lll7 3.611lE-ll7 l. 71E-ll7 3.94E-f/l8 l.95E-Hl l.69E-lll 14:29 4. lll9E-ll6 l. BlllE-lll 7.15E-12 l.82E-llll 5.61E-lll7 7.61E-lll7 3.54E-ll7 l. 68E-ll7 3.87E-fll8 l.92E-llll 1. 64E-flll 14:Jlll J.95E-lll6 l. 77E-1111 7.IJJE-12 1.78E-llll 5.51E-lll7 7.48E-ll7 3.48E-ll7 l.65E-ll7 3.BlE-llB 1.BBE-llll 1.58E-lll 14:31 3.BlilE-lil6 l. 73E-lll 6.87E-12 1. 74E-llll 5.3BE-lll7 7.31E-lil7 3.411JE-ll7 1. 6 lE-1117 3. 72E-lll8 1.84E-Hl l. 53E-llll 14:32 3.64E-lll6 l. 69E-1111 6.68E-12 l.69E-Hl 5.24E-ll7 7 .11E-lll7 3.31E-lll7 1. 57E-fll7 3.62E-lll8 l. 79E-Hl 1.46E-flll 14:33 3.48E-lil6 l. 63E-lfll 6.47E-12 1. 64E-lll 5.fll7E-fll7 6.88E-lll7 3.21/lE-1117 1.52E-ll7 3.SllE-lllB 1. 74E-lll l.41lE-llll 14:34 J.32E-lll6 l. 57E-lll 6.24E-12 l. 58E-llil 4.B9E-ll7 6.64E-ll7 3.ll9E-ll7 l.47E-ll7 3.38E-ll8 l.67E-lll l. 33E-llll 14:35 3.15E-ll6 1. SlE-1111 6.llllE-12 l.51E-lll 4. 71E-lll7 6.39E-lll7 2.97E-lll7 1. 41E-lll7 3.25E-lll8 1. 6 lE-llll l.27E-lll 14:36 2.99E-lll6 l. 45E-llll 5.76B-12 l. 45E-llll 4.51E-lll7 6 .13E-lll7 2.85E-lll7 l. 35E-ll7 3 .12E-f/l8 l. 54E-lll l.211lE-lll 14:37 2.B3E-lll6 l. 39E-Hl 5.SlE-12 1. 38E-llll 4.32E-ll7 5.96E-lll7 2. 72E-lll7 l. 29E-fll7 2.98E-IIJ9 l. 49E-llll 1.14E-"1 14:39 2.67E-ll6 l. 32E-lll 5.25E-12 1.32E-Hl 4.12E-lil7 5.59E-fll7 2. 611lE-lll7 1.23E-lll7 2.84E-fll9 l. 41E-lll l.ll7E-llll 14:39 2.51E-lll6 l. 26E-lll 5.llllllE-12 1.25E-llll 3.92E-lil7 5.32E-lll7 2.47E-lil7 l.19E-fll7 2. 71E-ll8 l.J4E-llll l.llllE-llll TBIS IS A DRILL

13 Ft El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS THIS IS A DRILL

• Scenario Kr-B7 !tr-BB Xe-l3lm Xe-133m Xe-133 Xe-135 I-131 I-132 I-133 I-134 I-135 I-131 D.E.

Time uCi/cc uCi/cc uci/cc uci/cc uCi/cc uCi/cc uCi/cc uci/cc uci/cc uCi/cc uCi/cc uCi/ml l4:411l 3. 4"E-04 l. lll9B-ll3 2.55E-1114 6. 05E-lll4 5.91E-lil2 6. IIJ7E-11l3 l. 21E-02 l. l 7E-l/l3 7.75E-11JJ 3.11J8E-IIJ3 3.6BE-11J3 l.46E-lll2 14:41 3.19E-11l4 l. lll2E-lll3 2.39E-lll4 5.6BE-lll4 S.56E-lll2 5.71E-lll3 l.14E-02 l. llllE-03 7.2BE-03 2.89E-03 3.46E-11J3 l.37E-02 14:42 2.99E-lll4 9.SBE-1114 2.25E-lll4 5.33E-lll4 5.21E-1112 5.JSE-1113 l.lll7E-1112 l.1113E-lll3 6.BJE-lllJ 2.71E-lll3 3.24E-lil3 l. 29E-lil2 14:43 2. BlllE-1114 B.97E-ll4 2.llilE-114 4.99E-ll4 4.8BE-lll2 5.ll2E-lll3 9.99E-1113 9.66E-lll4 6. 41lE-ll3 2.53E-IIJJ 3.1114E-1113 l.21E-1112 14:44 2. 62E-1114 8.39E-IIJ4 l.97E-IIJ4 4.67E-1114 4.57E-1112 4.69E-1113 9.35E-lll3 9.lll4E-IIJ4 5.99E-ll3 2.37E-ll3 2.84E-lll3 l.13E-lll2 14:45 2.45E-1114 7.B4E-lll4 l. 84E-lll4 4.37E-lll4 4.27E-1112 4.39E-1113 8.74E-lll3 8.44E-lll4 5.611lE-IIJ3 2.21E-ll3 2.66E-lll3 l.11J5E-lll2 14:46 2.2BE-lll4 7.32E-lil4 l.72E-1114 4.lll8E-lll4 3.99E-1112 4. llllE-lll3 8.16E-IIJ3 7.BBE-114 5.23E-ll3 2 .1116E-IIJ3 2.48E-11JJ 9. B4E-1113 14147 2. lJE-114 6.82E-lil4 l. 6111E-lil4 3.BIIIE-04 3.72E-lil2 3.82E-lil3 7.61E-lil3 7.34E-lil4 4.87E-lil3 l. 92E-lil3 2.31E-lil3 9.18E-lil3 14:48 l. 98E-lil4 6.3SE-ll4 l. 49E-lil4 3.54E-lil4 3.47E-1112 3.56E-1113 7.lil9E-03 6. B4E-lil4 4.54E-11J3 l. 79E-lil3 2.lSE-lllJ 8.SSE-03 14149 l.B4E-ll4 5.91E-lil4 l.39E-lll4 3.311lE-lil4 3.23E-lil2 3.32E-lil3 6. 61ilE-lil3 6. 36E-lil4 4.23E-lil3 l. 66E-11J3 2.llllilE-lll3 7.96E-1113 14: SIil l. 71E-lil4 5.SIIIE-1114 l.29E-1114 3.lil7E-lil4 3.""E-02 3. lilBE-03 6.14E-03 5.92E-1114 3.93E-1113 1. SSE-1113 l.B6E-lil3 7.41E-IIJ3 14:51 l.59E-1114 5. llllE-1114 l.211lE-1114 2.BSE-04 2.79E-lil2 2.B7E-1113 5. 71E-1113 5. 5111E-1114 3.65E-1113 l. 44E-1113 l. 73E-lll3 6.BBE-1113 14:52 l. 4BE-lll4 4.74E-1114 l.12E-lll4 2.65E-lll4 2.59E-ll2 2.66E-IIJ3 5. 311JE-11J3 5.llllE-04 3.39E-11J3 l. 33E-ll3 l.61E-11l3 6.J9E-ll3 14153 l. 37E-1114 4.40E-04 l.11J4E-1114 2.46E-1114 2.41E-11l2 2.47E-11J3 4.92E-1113 4.73E-1114 3.lSE-1113 l.24E-ll3 l. 49E-11l3 5.93E-11l3 14:54 l. 27E-ll4 4.ll7E-11!4 9.61E-1115 2.28E-1114 2.23E-1112 2.29E-11l3 4.56E-1113 4.39E-lil4 2.92E-03 l.14E-ll3 l. JBE-1113 5. 50E-11l3 14155 l.17E-lll4 3.7BE-IIJ4 B.91E-lil5 2. llE-11J4 2 .lll7E-lll2 2.12E-1113 4.23E-ll3 4.1116E-ll4 2. 71E-lll3 l.1116E-11J3 l.28E-1113 5. lllE-IIJJ 14:56 l.1119E-lil4 3.SIIIE-11!4 B.25E-1115 l.96E-04 l.92E-ll2 l.97E-1113 3.92E-1113 J.76E-ll4 2.51E-lil3 9.BlE-1114 l.19E-1113 4.72E-1113 14:57 l. llllE-1114 3. 2 JE-"4 7.64E-1115 l.BlE-1114 1. 77E-lil2 l. 82E-1113 3.63E-1113 3.4BE-ll4 2.32E-1113 9. lllBE-11J4 l. llllE-1113 4.37E-lll3 14158 9. JlllE-lllS 2.99E-lil4 7. lil7E-lll5 l.68E-04 l.64E-lil2 l. 69E-lil3 3.36E-lil3 3.22E-lll4 2.15E-1113 B.39E-1114 l. ll2E-lil3 4. f/lSE-03 14:59 8.59E-1115 2.76E-lll4 6.54E-lll5 l.55E-11J4 l.52E-1112 l. 56E-1113 3. ll!E-1113 2.97E-ll4 l. 99E-lll3 7.75E-1114 9. 4111E-1114 J.74E-lil3 1511110 7.94E-lll5 2.SSE-lil4 6 .1114E-lil5 1.43E-1114 1. 411lE-ll2 l. 44E-1113 2.B7E-1113 2.7SE-04 l.83E-03 7 .16E-04 8.69E-lll4 3.46E-1113 1511/ll 7.JJE-1115 2.36E-lil4 5.58E-1115 l.32E-lil4 l. 3111E-1112 l. 33E-lil3 2.65E-1113 2.54E-1114 l. 69E-03 6.61E-1114 8.1112E-IIJ4 J.19E-1113 15:02 6. 76E-1115 2.lBE-1114 5.15E-lil5 l.22E-1114 l.211lE-1112 l. 23E-lll3 2.45E-1113 2.34E-ll4 l. 56E-1113 6. llllE-1114 7.41E-ll4 2.95E-03 15:03 6.23E-05 2.01E-lll4 4.76E-1115 l. lJE-1114 l. llllE-1112 l.13E-lll3 2.26E-lll3 2.16E-ll4 l. 44E-1113 5.62E-ll4 6.83E-lll4 2. 72E-lll3 15:lil4 5.7SE-lll5 l. 85E-IIJ4 4.39E-lil5 l.lll4E-lll4 l.lll2E-lll2 l.lll5E-lll3 2 .IIJBE-1113 l. 99E-11J4 l. JJE-113 5.1BE-lll4 6. 311lE-lll4 2.SlE-1113 15105 5. JlllE-1115 l. 71E-lll4 4. lll5E-1115 9.611lE-lll5 9.39E-1113 9.65E-lll4 l.92E-11J3 l. B4E-lll4 l.23E-11J3 4.78E-1114 S.BlE-1114 2.32E-lll3 15:06 4.BBE-lllS l. 57E-IIJ4 3. 73E-1115 B.BSE-05 B.66E-1113 B.89E-lll4 1.77E-03 l. 69E-04 l.13E-1113 4. 411lE-11J4 S.36E-04 2.13E-1113 15:07 4.49E-lll5 l.45E-04 3.44E-05 B.16E-11!5 7.9BE-1113 B.2111E-1114 l. 63E-1113 l. 56E-1114 l. l/l4E-03 4.IIISE-04 4.93E-1114 l.97E-1113 15: 1118 4.14E-1115 l. 33E-lil4 3.17E-05 7.SlE-1115 7.JSE-1113 7.SSE-1114 l .SlllE-lllJ l.43E-lll4 9.61E-04 3.73E-04 4.54E-1114 l. BlE-1113 15: 09 3. BlE-1115 l.23E-1114 2.92E-1115 6.92E-1115 6.77E-1113 6.9SE-1114 l.3BE-lil3 l. 32E-11J4 B.BSE-04 3.43E-lil4 4.lBE-1114 l.67E-lil3 THIS IS A DRILL

THIS IS A DRILL 13 Ft El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS Total Scenario Sb-129 Sr-89 Sr-!illl y - 91 C11-134 Ca-136 Ca-137 Ru-lll3 Ru-Hl6 Mo-99 Activity Time uci/cc uCi/cc uci/cc uCi/cc uCi/cc uci/cc uCi/cc uCi/cc uci/cc uci/cc uci/cc

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141411 2.36E-ll6 l.20E-10 4.75E-12 l.19E-lll 3.72E-ll7 5.ll5E-ll7 2.35E-lll7 l.12E-lll7 2.57E-11lB l.27E-10 9.53E-ll2 14141 2.22E-lll6 1.14E-10 4.5111E-12 l .13E-10 3.53E-lll7 4.79E-lll7 2.23E-ll7 1. lll6E-1117 2.44E-11lB l.21E-10 B.95E-ll2 14142 2.1lBE-lll6 1.lilBB-111 4.26E-12 l.lll7E-U 3.34E-"7 4.53E-ll7 2 .11E-ll7 l.0111E-ll7 2.31E-1lB 1.14E-lll 8.411lE-lll2 14143 1.95B-lll6 l. lll2E-llll 4.ll3E-12 l.llllE-10 3.16E-ll7 4.29E-07 1. 99E-lll7 9.47E-11lB 2.lBE-1118 l.lllBE-10 7.B7E-ll2 14144 1. B3E-lll6 9. 59E-ll 3.81lE-12 9.4BE-ll 2.9BE-ll7 4.1114E-lll7 l.BBE-07 B.93E-1lB 2. lll6E-lll8 l.lll2E-10 7.36E-ll2 14145 1. 71B-"6 9.lll3E-11 3.5BE-12 B.93E-ll 2 .81E-l'J7 3.81E-ll7 1.77E-lll7 B.42E-ll8 1. 94E-lll8 9.61lE-11 6.BBE-lll2 14146 l.59E-ll6 8. 51lE-ll 3.37E-12 B.411lE-ll 2.64E-ll7 3.59E-"7 l.67E-lll7 7.92E-ll8 l.83E-ll8 9.lll4E-11 6. 42E-lll2 14147 l.4BE-ll6 7.99E-ll J.17E-12 7. 88B-ll 2.4BE-1117 3.37E-lll7 l.57B-IIJ7 7.45E-ll8 l.72E-ll8 B.511lE-11 5.99E-ll2 14148 1. 3BE-ll6 7.51ilE-11 2.97E-12 7.411lB-ll 2.33E-ll7 3.16E-ll7 1. 47E-ll7 6.99E-lllB l. 61E-lllB 7.9BE-ll 5.5BE-ll2 14149 l. 29E-1116 7.IIJ4E-ll 2.79E-12 6. 93E-ll 2.19E-ll7 2.97E-ll7 l.3BE-ll7 6.56E-llB l. 51E-llB 7.4BE-11 5.211JE-ll2 14151! l.21lE-ll6 6. 59E-ll 2.61E-12 6.49E-ll 2.ll5E-ll7 2.7BE-ll7 l.29E-ll7 6.14E-llB l.42E-llB 7.llllE-11 4.B3E-ll2 14151 l.11E-ll6 6.17B-ll 2.45E-12 6.lll7E-ll 1. 92E-ll7 2.611lE-IIJ7 l.21E-ll7 5.75E-llB l.33E-llB 6.56E-ll 4.49E-lll2 14152 l. lll3B-ll6 5. 77B-ll 2.29E-12 5.67E-ll 1.79E-ll7 2.43E-ll7 l.13E-11l7 5.3BE-llB l.24E-llB 6 .14E-ll 4.17E-lll2 14153 9.57E-ll7 5.39E-11 2.14B-12 5.29E-ll 1.6BE-ll7 2.2BE-ll7 l. lll6E-lll7 5.lll3E-lllB l.16E-lllB 5.74E-11 3.87E-ll2 14154 B.BBE-ll7 5.lll4E-11 2. llllllE-12 4.94E-ll l.56E-lll7 2.12E-lil7 9.BBE-lllB 4.69E-llB l. lllBE-lllB 5.36E-11 3.59E-lll2 14155 B.22E-ll7 4. 71lB-ll 1. 86E-12 4.61lE-ll 1.46E-ll7 l. 9BE-lll7 9.22E-lllB 4.38B-llB l. lllE-lllB 5.lllllE-11 3.33E-ll2 14156 7.61E-ll7 4. 38E-11 l.74E-12 4 .29E-ll l.36B-ll7 1.85E-ll7 8.59E-ll8 4. IIJBE-llB 9. 41E-lll9 4.66E-ll 3.lllBE-ll2 14157 7.ll5B-ll7 4. lllBE-11 l.62E-12 3.99B-ll l.27E-ll7 1. 72E-ll7 8.lllE-lllB 3.BlllE-llB B.77E-ll9 4. 34E-11 2.B5B-ll2 14158 6. 52E-lll7 3.BllE-11 l.51E-12 3. 71E-ll l.1BE-ll7 1.61lE-ll7 7.46E-ll8 3.54E-ll8 8.16E-ll9 4.ll4E-11 2.64E-ll2 14159 6.ll2E-ll7 3.54E-ll l.41lE-12 3.45E-ll l.llllE-ll7 1. 49E-ll7 6.94E-lll8 3.31lE-llB 7.59E-lll9 3. 76E-11 2.44E-lll2 1511llll 5.57B-lll7 3.29E-11 l. 31ilE-12 3.21E-ll l.ll2E-ll7 l.39E-lll7 6.45E-ll8 3. ll6E-lll8 7.ll6E-ll9 3.51lE-ll 2.26E-ll2 1511ll 5.14E-ll7 3.ll6E-11 1.21E-12 2. 98E-ll 9. SllE-lllB 1.29E-ll7 6.lllllE-lllB 2.BSE-lllB 6.56E-ll9 3 .25E-ll 2.ll8E-ll2 15102 4.75E-ll7 2. 84E-ll 1.13E-12 2. 77E-ll 8.82E-ll8 1.21lE-ll7 5.57E-ll8 2.65E-llB 6. lll!E-09 3.ll2E-11 1. 92E-IIJ2 1511il3 4.3BE-ll7 2.64E-ll 1. 04E-12 2.57E-ll 8.19E-IIJB 1.11E-ll7 5 .17E-lll8 2.46E-ll8 5.66E-ll9 2.BlllE-11 1. 78E-ll2 15104 4.ll4E-lll7 2. 45E-ll 9.711lE-13 2. 38E-ll 7.61lE-ll8 l. ll3E-ll7 4.BllE-lllB 2.2BE-ll8 5.25E-ll9 2.61lE-11 l.64E-ll2 15105 3.72E-lll7 2.27E-ll B.99E-13 2 .21E-ll 7.ll5E-08 9.57E-ll8 4.45E-lll8 2. llE-lllB 4.B7E-lll9 2 .41E-ll l.51E-lll2 15111J6 3.43E-lll7 2. llllE-11 8.34E-13 2.ll4E-ll 6.53E-ll8 8.87E-lll8 4.13E-ll8 1. 96E-IIJB 4.52E-lil9 2 .24E-11 1. 39E-lll2 15107 3.16E-lll7 1.95E-ll 7.72E-13 l.89E-ll 6 .ll5E-lll8 8.22E-lll8 3.82E-ll8 1. 82E-11J8 4.1BE-lll9 2.lll7E-11 1.2BE-lll2 15:lllB 2.91E-lll7 l.BllE-11 7.15E-13 1. 75E-ll 5.61E-lil8 7.61E-ll8 3.54E-lll8 1. 68E-lll8 3.88E-11J9 l.92E-11 l. lBE-1112 15:lil9 2.6BE-11J7 1. 67B-ll 6.62E-13 l.62E-ll 5.19E-ll8 7 .11!5B-1118 3.28E-lll8 l.56E-11J8 3.59E-ll9 1. 7BE-11 1.1119E-11J2 THIS IS A DRILL

• 13 Ft Bl AUXILARY BUILDING GENERAL TRIS IS A DRILL AREA ACTIVITY CONCENTRATIONS Scenario ltr-87 !tr-BB Xe-13lm Xe-133m Xe-133 Xe-135 I-131 I-132 I-133 I-134 I-135 I-131 D.E.

Time uCi/cc uCi/cc uci/cc uCi/cc uCi/cc uci/cc uCi/cc uci/cc uCi/cc uCl/cc ucl/cc uCl/ml 15110 3. 511lE-lll5 l.13E-lll4 2.68E-lll5 6.37B-05 6.2JE-1113 6. 411lE-11'4 l.27E-11'3 l.21E-ll4 8.14E-lll4 3.16E-ll4 3.85E-ll4 1. 54B-IIJ3 151 ll 3.22E-IIJ5 l.1114E-ll4 2.47E-ll5 5.86B-1115 5.73E-ll3 5.89E-ll4 l. l 7E-lll3 l .12E-lll4 7.49E-ll4 2.911lE-ll4 3.54E-lll4 1. 41B-IIJ3 15112 2.96E-ll5 9.55B-lll5 2.27E-lll5 5.39E-ll5 5.27E-ll3 5.42E-ll4 l. lll8E-lll3 1. ll3E-ll4 6.89E-ll4 2.67E-ll4 3.26E-04 1. 311lE-ll3 15113 2.72E-ll5 8.78E-lll5 2 .lll9E-ll5 4.96E-ll5 4.85E-ll3 4.98E-ll4 9.92E-lll4 9.44E-05 6.34E-04 2.45E-ll4 2.99E-ll4 1.21lE-lll3 15114 2.5BB-ll5 8.ll7E-lll5 l.92E-05 4.56E-lll5 4.46E-lll3 4.58E-ll4 9.12E-lll4 B.67E-1115 5.83E-ll4 2.25E-ll4 2.75B-lll4 l. lllE-ll3 15115 2.29E-lll5 7.41E-lll5 l.77E-lll5 4.19E-ll5 4.lllE-llll 4.21E-lll4 8.38E-ll4 7.97E-ll5 5.36E-ll4 2.lll7E-lll4 2.53E-lll4 l. lllE-ll3 15116 2 .11E-lll5 6.81E-lll5 l.62E-ll5 3.85E-ll5 3. 77E-lll3 3.87E-lll4 7.71lE-ll4 7.32E-ll5 4.92E-lll4 l.91/lE-lll4 2.32E-lll4 9.28E-ll4 15117 l.91E-lll5 6.17E-ll5 1. 47E-lll5 J.49E-lll5 J.41E-lll3 3. 51lE-lll4 6.98E-lll4 6.6JE-ll5 4.46E-ll4 l.72E-lll4 2.11E-lll4 8.41E-ll4 15118 1. 73E-lll5 5.59E-lll5 l.33E-ll5 3.16E-ll5 3.ll9E-llJ 3.17E-ll4 6.J2E-lll4 6. llllE-05 4 .ll4E-lll4 l.56E-lll4 1. 91E-04 7.62E-ll4 15119 l.57E-lll5 5.ll6E-05 l.21E-1115 2.86E-lll5 2.81lE-llJ 2.88E-ll4 5.7JE-ll4 5.44E-ll5 3.66E-lll4 l.41E-ll4 1. 73E-lll4 6. 911lB-lll4 151211l l.42B-lll5 4.59E-lll5 1.ll9E-lll5 2.59E-lll5 2.54E-lll3 2.61E-lll4 5.19E-lll4 4.9JE-lll5 J.32E-ll4 l.28E-ll4 l.57E-lll4 6.25E-lll4 15121 l.29E-ll5 4.16B-lll5 9.91lE-lll6 2.J5E-lll5 2. JIIIE-lll3 2.36E-lll4 4. 711lE-lll4 4.47E-lll5 J.llllilE-1114 l.16E-lll4 l.42E-lll4 5.67E-ll4 15122 l.17E-ll5 J. 76E-lll5 B.97E-lll6 2.13E-lll5 2.llBE-lllJ 2.14E-lll4 4.26E-lll4 4. ll5E-lll5 2.72E-lil4 l. lll5E-lll4 l.29E-ll4 5.1JE-lll4 15:23 l.1116E-lll5 J.41E-ll5 8.1JE-ll6 l.93E-lil5 1. 89E-lll3 l.94E-lil4 3.86E-lil4 3.67E-lil5 2.47E-ll4 9.51E-ll5 l.16E-ll4 4.65E-ll4 15124 9.57E-lll6 3.lll9E-ll5 7.37E-ll6 l.75E-lil5 1. 71E-IIIJ l.76E-lil4 3. 511lE-lll4 3.32E-lll5 2.23E-lll4 8.62E-lll5 1.lll5E-lll4 4.21E-lll4 15125 8.67E-lll6 2. 811lE-lll5 6.67E-1116 l.58E-1115 l.55E-lll3 l.59E-lll4 3.17E-lll4 3. llllE-lll5 2 .ll2E-lll4 7.BlE-1115 9.56E-ll5 3.82E-lll4 15126 7.85E-lll6 2.54E-ll5 6 .lil5E-lil6 l.43E-lil5 1. 4111E-ll3 1. 44E-ll4 2.87E-lll4 2. 73E-ll5 l.8JE-ll4 7 .lll8E-lil5 8.66E-lil5 3. 46E-lil4 15127 7 .11E-ll6 2.311lE-ll5 5.48E-lil6 l.JllE-lll5 l.27E-lllJ 1. 31E-ll4 2. 6111E-ll4 2.47E-ll5 l.66E-lil4 6.41E-lll5 7.84E-ll5 J. lJE-1114 15128 6.45E-IIJ6 2.ll8E-ll5 4.96E-ll6 1.18E-ll5 l.15E-llJ l.18E-ll4 2.36E-ll4 2.24E-ll5 1. 51E-ll4 5.81E-lll5 7 .11E-lll5 2.84E-ll4 15129 5.84E-lil6 l.89E-lll5 4.51JE-lll6 l.lll7E-ll5 1. lll4E-lll3 l.lll7E-lll4 2.1JE-ll4 2.lll3E-lll5 l.36E-ll4 5.26E-lll5 6.44E-lil5 2.57E-ll4 151 JIii 5.29E-ll6 1. 71E-ll5 4.ll7E-ll6 9.67E-ll6 9. 45E-"4 9.71E-ll5 1. 9JE-ll4 l.84E-lil5 l.24E-lll4 4.77E-lll5 5.83E-ll5 2. J3E-lll4 15131 4.79E-lil6 l.55E-lll5 J.69E-ll6 8.76E-ll6 8.57E-lil4 8.811lE-ll5 1. 75E-lil4 l.66E-lll5 l.12E-lll4 4.32E-lil5 5.29E-lll5 2 .11E-lll4 15132 4.34E-ll6 1. 4111E-lll5 3.34E-lll6 7.93B-ll6 7.76E-lll4 7.97E-lll5 l.59E-ll4 l.51E-lll5 l.llllE-ll4 3.91E-ll5 4.79E-ll5 1. 91E-ll4 15133 3.93E-lll6 l.27E-lll5 3.ll3E-ll6 7.19E-ll6 7.ll3E-lll4 7.22E-ll5 1. 44E-lil4 1. 37E-lll5 9.19E-ll5 3.55E-lll5 4.34E-lll5 1. 73E-ll4 15134 3.56E-lll6 l.lSE-llS 2.74E-06 6.51E-ll6 6.37E-ll4 6.54E-lll5 1. 30E-lll4 l.24E-lll5 8.32E-ll5 3.21E-lll5 3.93E-lll5 1. 57E-04 15135 J.2JE-ll6 l. llJ4B-11J5 2.49E-lil6 5.911lE-lll6 5.77E-lll4 5.9JE-lll5 l.18E-lll4 l.12E-lll5 7.54E-ll5 2.91E-lll5 3.56E-lll5 l.42B-lil4 15136 2.93E-lll6 9.45E-lll6 2.25E-lll6 5.J5E-lll6 5.23E-lll4 5.37E-lll5 l.ll7E-lll4 l.ll2E-IIJ5 6 .83E-lll5 2.64E-lll5 J.23E-ll5 1. 29E-lll4 15137 2.65E-ll6 8.56E-lll6 2 .lll4E-ll6 4.84E-ll6 4.74E-ll4 4.87E-lll5 9.69E-ll5 9.21lE-ll6 6 .19E-lll5 2.39E-05 2.92E-lll5 1.17E-ll4 15138 2. 411lE-lll6 7.76E-lll6 l.85E-ll6 4.J9E-ll6 4.29E-lll4 4.41E-lll5 8.78E-lll5 8.34E-lll6 5.61E-ll5 2.16E-lll5 2.65E-lll5 l.ll6E-ll4 15139 2.18E-ll6 7.llJE-ll6 l.68E-ll6 J.98E-lll6 J.89E-lll4 J.99E-IIJ5 7.95E-lll5 7.55E-lll6 5 .lll8E-lll5 l.96E-lll5 2. 411lE-lll5 9.59E-ll5 151411) 1. 97E-lll6 6.J7E-lll6 1.52E-ll6 J.61lE-lll6 J.52E-lll4 3.62E-lll5 7.211lE-lll5 6.84E-ll6 4.61/lE-1115 1.78E-lll5 2.17E-lll5 8.68E-lll5 15:41 1. 79E-lll6 5. 77E-lll6 1. 38E-lll6 3.26E-lll6 J.19E-lll4 3.28E-ll5 6.5JE-ll5 6 .21lE-lll6 4.17E-ll5 1. 61E-lil5 1. 97E-lil5 7.87E-ll5 15:42 1. 62E-ll6 5 .2JE-lll6 l.25E-lll6 2.96E-lll6 2.89E-lll4 2.97E-lll5 5.91E-lll5 5.62E-lll6 3.78E-ll5 1. 46E-lil5 l.78E-ll5 7.lJE-05 15:43 1. 47E-ll6 4.74E-ll6 l.13E-lll6 2.68E-ll6 2.62E-lll4 2.69E-lll5 5.36E-lll5 5.l/l9E-lll6 3.42E-ll5 l.32E-lll5 1. 62E-lll5 6.46E-IIJ5 15:44 1. 33E-lll6 4.29E-IIJ6 l. lll2E-ll6 2.43E-lll6 2.37E-lll4 2.44E-ll5 4.85E-lll5 4. 61E-lll6 J.llllE-llS l.211lE-lll5 1. 46E-lll5 5.85E-ll5 THIS IS A DRILL

THIS IS A DRILL 13 Pt El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS Total scenario Sb-129 Sr-89 Sr-9111 Y - 91 Ce-134 cs-136 Cs-137 Ru-lll3 Ru-11116 Ho-99 Activity Time uci/cc uci/cc uci/cc uci/cc uCi/cc uCi/cc uci/cc uCi/cc uci/cc uCi/cc uci/cc 1511B 2.46E-ll7 l. 55E-ll 6.13E-13 l. 5111E-ll 4.81E-1118 6.52E-1118 3.1113E-1118 1. 44E-ll8 3.32E-ll9 l.64E-ll l.llllE-1112 15: ll 2.27E-ll7 l.43E-11 5.67E-13 1. 38E-11 4. 45E-1118 6 .1113E-1118 2.81E-ll8 1.33E-lll8 3. lll7E-lll9 1. 52E-11 9.22E-lll3 15:12 2. lll9E-ll7 1.32E-11 5.24E-13 1. 28E-ll 4. llE-11!8 5.58E-lll8 2.611lE-1118 1. 23E-lll8 2.84E-lll9 1. 41E-11 8.48E-lll3 15:13 1.928-1117 l.22E-ll 4.85E-13 l .18E-ll 3.811lE-ll8 5.16E-1118 2.41lE-ll8 1.14E-ll8 2.63E-ll9 1. 31lE-ll 7.81lE-ll3 15114 1.76E-ll7 l.13E-ll 4.48E-13 1. ll98-ll 3.51E-ll8 4.77E-ll8 2.22E-1118 l.1115E-ll8 2.43E-lil9 1.211JE-ll 7.178-1113 15115 l. 62E-ll7 l.ll4E-ll 4.14E-13 1. "18-11 3.24E-1118 4. UE-1118 2 .1115E-lll8 9.73E-1119 2.24E-1119 1. llE-11 6.59E-lll3 15:16 1. 498-1117 9.648-12 3.82E-13 9.31118-12 3.HE-1118 4.1!78-1118 l.898-lll8 8.99E-lll9 2. ll7E-lil9 l.lil3E-11 6.ll5E-ll3 15:17 l. 35E-1117 8.74E-12 3.46E-13 8.42E-12 2. 71E-1118 3.68E-1118 l.71E-1118 8.14E-1119 1. 88E-lll9 9.29E-12 5.49E-lll3 15118 l.22E-lll7 7.91E-12 3.14E-13 7.63E-12 2.46E-1118 3.34E-1118 1. 55E-lll8 7.38E-lll9 1. 71lE-1119 8.42E-12 4.97E-ll3 15:19 l.118-ll7 7.17E-12 2.84E-13 6. 92E-12 2.23E-lil8 3.1112E-1118 1.41E-lll8 6.68E-1119 l.54E-lll9 7.62E-12 4. 511lE-11.13 151211! 1.lllll8-ll7 6.508-12 2.58E-13 6.27E-12 2.ll2E-ll8 2. 74E-ll8 1.278-1118 6.llSE-1119 l.41lE-ll9 6.91E-12 4 .1118E-ll3 15:21 9.1118E-ll8 5.89E-12 2.33E-13 5.68E-12 1. 83E-lil8 2.48E-ll8 1.15E-lil8 5.49E-lil9 1. 26E-lil9 6.26E-l2 3. 7111E-ll3 15:22 8.228-08 5.33E-12 2.llE-13 5.14E-12 1. 66E-ll8 2.25E-1118 l.1115E-ll8 4.97E-ll9 l.15E-lll9 5.67E-12 3.35E-lll3 15:23 7.45E-lil8 4.838-12 1. 92E-13 4.66E-12 l.51lE-ll8 2 .1114E-1118 9.48E-ll9 4.51lE-ll9 l.1114E-lll9 5 .14E-12 3.1113E-1113 15:24 6.75E-lil8 4.38E-12 l.74E-13 4.22E-12 l.36E-11!8 l.85E-1118 8.59E-1119 4.1118E-1119 9.411!E-lll 4.65E-12 2.75E-lll3 15:25 6.12E-1118 3.97E-12 1. 57E-13 3.82E-12 l.23E-lll8 l.67E-1118 7.78E-1119 3. 71/lE-1119 8.52E-10 4.22E-12 2.49E-ll3 15:26 5.54E-ll8 3.59E-12 1. 42E-l3 3.46E-12 1.12E-1118 l.52E-ll8 7.lll5E-lil9 3.35E-ll9 7. 72E-llil 3.82E-12 2.26E-1113 15:27 5.11128-'18 3.26E-12 l.29E-13 3.148-12 l.lllE-1118 1. 37E-ll8 6.39E-1119 3. IIIJE-1119 6.99E-llll 3.46E-12 2. "4E-1113 15128 4.55E-1118 2.95E-12 l.17E-13 2.84E-12 9.16E-ll9 1. 24E-1118 5.79E-1119 2.75E-ll9 6.33E-lll 3.14E-12 1. 85E-1113 15:29 4.12E-1118 2.67E-12 l.1116E-13 2. 58E-12 8.3111E-1119 l.13E-1118 5.24E-ll9 2.49E-1119 5.74E-llll 2.84E-12 1.68E-lil3 15:31l 3.73E-1118 2.42E-12 9.61lE-14 2.33E-12 7.52E-1119 l .1112E-1118 4.75E-1119 2.26E-ll9 5.21ilE-lll 2.57E-12 l.52E-1113 15:31 3.38E-lil8 2.19E-12 8.69E-14 2.12E-12 6.81E-1119 9.25E-lil9 4.31ilE-lil9 2 .1114E-lil9 4. 71E-10 2.33E-12 l.38E-lil3 15:32 3 .1116E-1118 1. 99E-12 7.88E-14 1. 92E-12 6 .17E-lil9 8.JBE-1119 3. 9111E-1119 l.85E-1119 4.27E-10 2. llE-12 1.25E-1113 15133 2.788-1118 l. BIIIE-12 7.14E-14 1. 74E-12 5.59E-1119 7.59E-ll9 3.53E-1119 1. 68E-ll9 3.87E-10 1. 91E-12 1.13E-1113 15:34 2.52E-ll8 1. 63E-12 6.478-14 1.578-12 5.1117E-ll9 6.88E-ll9 3.21l8-lil9 1. 52E-1119 3. 51lE-10 1. 73E-12 l.1112E-ll3 15:35 2.28E-ll8 1. 48E-12 5.86E-14 1. 43E-12 4.59E-lil9 6.23E-ll9 2. 9111E-lil9 1. 38E-1119 3.17E-Hl 1. 57E-12 9.28E-1114 15:36 2.1116E-ll8 l. 34E-12 S.31E-14 l. 29E-12 4 .16E-IIJ9 5.65E-ll9 2.63E-1119 l.25E-lil9 2.87E-1'1 1. 42E-12 8.41E-lil4 15137 l.87E-'18 l.21E-12 4. 81E-14 1.17E-12 3.77E-1119 S.12E-lil9 2.38E-1119 l.13E-ll9 2.61lE-llll l.29E-12 7.62E-1114 15:38 1. 69E-1118 l.111JE-12 4.36E-14 l.1116E-12 3. 41E-1119 4.64E-1119 2.16E-1119 l .1112E-lll9 2.36E-lll l. l 7E-12 6.911JE-1114 15:39 l.54E-1118 9.968-13 3.95E-14 9.6111E-13 3. lll9E-fll9 4.211lE-1119 1. 95E-lil9 9 .28E-lll 2.14E-lll l.1116E-12 6.25E-1114 15:4111 1.39E-ll8 9.1112E-13 3.58E-14 8.71/lE-13 2.8111E-l/l9 3. 81lE-1119 l.77E-1119 8.41E-llll l.94E-llll 9.59E-13 5.66E-ll4 15:41 1.26E-ll8 8.17E-13 3.24E-14 7.88E-13 2.54E-1119 3.45E-lil9 l.61lE-l/l9 7.62E-llll 1. 75E-10 8.69E-13 S.13E-lll4 15:42 1.148-08 7. 4111E-13 2.94E-14 7.14E-13 2. 31lE-lll9 3.12E-ll9 l.45E-ll9 6 .91ilE-lll l.59E-llll 7.87E-13 4.6SE-ll4 15:43 l.ll3E-ll8 6.71E-13 2.66E-14 6.47E-13 2.lllBE-11!9 2.83E-ll9 l.32E-lil9 6.25E-llll 1. 44E-lll 7 .13E-13 4.21E-lll4 15:44 9.37E-ll9 6.lllBE-13 2.41E-14 5.86E-13 1.89E-ll9 2.56E-ll9 1.19E-ll9 5.66E-lll l.llE-lll 6.46E-13 3.82E-ll4 THIS IS A DRILL

THIS IS A DRILL 13 Ft El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS Scenario Kr-87 Kr-88 Xe-13lm Xe-133m Xe-133 Xe-135 I-131 I-132 I-133 I-134 I-135 I-131 D.E. Time uci/cc uci/cc uCi/cc uci/cc uci/cc uci/cc uCi/cc uci/cc uCi/cc uci/cc uCi/cc uci/ml 15145 l.21ilE-lil6 3.89E-lil6 9.27E-lil7 2.21ilE-lil6 2.15E-ll4 2.21E-lil5 4.40E-lil5 4.18E-ll6 2.BlE-ll5 l.ll8E-ll5 1. 33E-l!J5 5.31lE-ll5 15146 1. ll9E-ll6 3.52E-ll6 B.41lE-ll7 1. 99E-ll6 l.95E-ll4 2.HE-ll5 3.98E-ll5 3.79E-ll6 2.55E-ll5 9. 83E-ll6 l .21lE-ll5 4.81lE-ll5 15147 9.88E-ll7 3 .19E-ll6 7.61E-ll7 1. 81lE-ll6 1. 77E-ll4 1. 81E-ll5 3.61E-ll5 3.43E-ll6 2. 31E-ll5 8.91lE-ll6 l.ll9E-ll5 4.35E-ll5 15:48 8.95E-lil7 2.89E-ll6 6.89E-ll7 l.64E-ll6 1. 61lE-ll4 1. 64E-ll5 3.27E-ll5 3.11E-ll6 2.ll9E-ll5 8.ll6E-ll6 9.B7E-ll6 3.94E-ll5 15149 8.11E-ll7 2.62E-ll6 6.24E-ll7 l.48E-ll6 1. 4SE-ll4 1. 49E-ll5 2.96E-ll5 2. B2E-lll6 1. 89E-IIJS 7.31E-ll6 8.94E-lil6 3.57E-ll5 15: SIil 7.351!!-07 2.37E-ll6 5.66E-ll7 l.34E-lll6 l.31E-lll4 1. 35E-ll5 2.68E-lll5 2.551!!-1116 l.72E-ll5 6.62E-ll6 8. lllE-06 3.24E-ll5 15151 6.66E-1117 2.15E-06 5.13E-ll7 l.22E-ll6 l.19E-ll4 l.22E-ll5 2.43E-ll5 2.31E-ll6 l.55E-lll5 6 .llllE-ll6 7.341!!-06 2.93E-ll5 15152 6.ll3B-e7 l.95E-ll6 4.64E-ll7 1.lllE-ll6 l.llBE-1114 l. llE-1115 2.21ilE-lil5 2. 09E-ll6 l.41E-ll5 S.43E-ll6 6. 65E-lil6 2.66E-ll5 15153 5. 46E-lil7 l.76E-ll6 4.21E-11l7 9.9BE-ll7 9.76E-lil5 l. lllilE-ll5 2.lileE-1115 1. 91lE-ll6 l.28E-lil5 4.92E-lil6 6. ll2E-ll6 2 .41E-ll5 15154 4. 95E-lil7 1. 61ilE-ll6 3.81E-ll7 9.ll4E-ll7 8.85E-ll5 9. lil9E-ll6 1. 81E-ll5 1. 72E-ll6 l.16E-ll5 4.46E-ll6 5.46E-lil6 2.lBE-llS 15155 4. 48E-ll7 1. 45B-ll6 3.45E-ll7 8.19E-ll7 8 .lllE-1115 B.23B-lil6 l.64E-ll5 1. 56E-ll6 l.ll5E-lil5 4 .ll4E-ll6 4.94B-lil6 1. 98E-ll5 15156 4. lil6E-ll7 1. 31E-lil6 3.13E-ll7 7.42E-ll7 7.26E-lil5 7.46B-lil6 1. 4BE-lll5 1.41B-lil6 9.49E-lil6 3. 66B-lil6 4.48B-lil6 l.79B-lil5 15157 3. 68B-lil7 l.19E-lil6 2.83E-lil7 6.73B-ll7 6.5BE-lil5 6.76B-ll6 1. 35B-ll5 l.2BE-lil6 B.61ilE-lil6 3. 32B-lil6 4. lil6E-lil6 1. 62B-lil5 15158 3. 33B-lil7 1.ll8B-lil6 2.57B-lil7 6 .lil9E-ll7 5.96E-lil5 6.12B-lil6 1. 22E-lil5 l.16B-ll6 7.79E-ll6 3.ll1B-ll6 3.68B-ll6 1. 47B-ll5 15:59 3.ll2B-ll7 9.76B-ll7 2.33E-ll7 5.52B-ll7 5. 40B-ll5 5.55B-ll6 l.10B-ll5 l.lil5E-ll6 7.ll6E-ll6 2. 72B-ll6 3.33B-l'J6 1. 33B-ll5 l611lll 2.74E-lil7 8.84B-lil7 2 .11E-ll7 5.lilllE-ll7 4.B9E-ll5 5.ll2E-ll6 l. ll11JB-ll5 9. SIIJE-07 6.39E-IIJ6 2.47E-ll6 3. IIJ2E-IIJ6 l.21E-ll5 TRIS IS A DRILL

THIS IS A DRILL 13 Ft El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS Total Scenario Sb-129 Sr-89 Sr-91l Y - 91 Cs-134 cs-136 Cs-137 Ru-1"3 Ru-lll6 Mo-99 Activity Time uci/cc uci/cc uci/cc uci/cc uCi/cc uCi/cc uci/cc uci/cc uci/cc uci/cc uci/cc 15145 B.49E-ll9 5.51E-13 2. lBE-14 5.JlE-13 1. 71E-1119 2.32E-ll9 l.08E-ll9 5.l3E-lll l.lBE-lll 5.85E-13 3.46E-ll4 15146 7.69E-09 4.99E-13 1. 98E-14 4.BlE-13 l.55E-ll9 2.lllE-ll9 9.79E-lll 4.65E-lll l.ll7E-lll 5.JllE-13 3.13E-ll4 15147 6.97E-ll9 4.52E-13 1. 79E-14 4.36E-13 1. 41lE-ll9 l.91E-ll9 8.87E-lll 4.21E-lll 9.71E-11 4.BlE-13 2.84E-ll4 15148 6.32E-ll9 4.lllE-13 l.62E-14 3.95E-13 l.27E-ll9 1. 73E-ll9 8.ll3E-lll 3.82E-lll 8. 79E-11 4.35E-13 2.57E-ll4 15149 5.72E-ll9 3.71E-13 l.47E-14 3.58E-13 l.15E-ll9 l.56E-ll9 7.2BE-lll 3.46E-lll 7.97E-11 3.94E-13 2.33E-lll4 15150 5.lBE-1119 3.36E-13 l.JJE-14 J.24E-13 l. lil4E-ll9 l.42E-lll9 6.59E-llll 3.lJE-11/l 7.22E-11 J.57E-13 2 .11E-lll4 15151 4.71ilE-1119 3.IJ5E-13 l.21E-14 2.94E-13 9. 46E-lll l.2BE-lll9 5.97E-llil 2.B4E-llll 6 .54E-11 3.24E-13 l.91E-lll4 15152 4.26E-ll9 2.76E-13 l. lll9E-14 2.66E-13 8.57E-UI l.16E-lll9 5.41E-llll 2.57E-llll 5.92E-11 2.93E-13 1. 73E-lll4 15153 3.86E-ll9 2.SllE-13 9.91E-15 2.41E-13 7. 77E-llil 1. ll5E-l/l9 4.91lE-lll 2.33E-llll 5.37E-ll 2.66E-13 1. 57E-lll4 15154 3.49E-ll9 2.26E-13 B.98E-15 2.lBE-13 7.ll4E-lll 9.55E-llil 4.44E-lll 2. llE-lll 4.86E-11 2.41E-13 1. 42E-ll4 15:55 3.16E-lll9 2.ll5E-13 8.lJE-15 l.98E-13 6.38E-lll 8.65E-lll 4.ll3E-lll l.91E-lll 4.41E-11 2.lBE-13 l.29E-ll4 15156 2.87E-ll9 1. 86E-13 7.37E-15 l.79E-13 5.78E-lll 7.84E-lll 3.65E-lll! l.73E-lll 3.99E-ll l.98E-13 l.17E-11!4 15:57 2. 61/lE-lll9 l.68E-13 6.68E-15 l.62E-13 5.23E-llil 7.llilE-11/l 3. 31ilE-lll 1. 57E-lll 3.62E-ll 1. 79E-13 1. 06E-ll4 15158 2.JSE-1119 l.53E-13 6.lil5E-15 l.47E-13 4.74E-lll 6.44E-lll 2.99E-llll l.42E-lll 3.28E-11 l.62E-13 9.58E-ll5 15,59 2 .13E-lll9 l.JBE-13 5.48E-15 1. JJE-13 4. JlilE-11/l 5.83E-lll 2. 71E-lll l.29E-lll 2.97E-ll 1. 47E-13 8.6BE-ll5 l611l0 1. 93E-lll9 l.25E-13 4.97E-15 l.21E-13 3.89E-llil 5.28E-llll 2.46E-ll/J l.17E-lll 2. 69E-11 1. 33E-13 7.86E-ll5

                                                                                                                                               .1 THIS IS A DRILL

SURRY POWER STATION HP-8.0.12 JUL o : Form HP-8.0.12*1 RADIOLOGICAL SURVEY MAP AND RECORD (Rev 1) PCM 24-02-* Location .M1\P 17; Auxiliary Bldg., Elev. 27' Oate _ _ _ _ _ _ 1ime //).)C/-lbO()

• PURPOSE:

TYPE: 0Ro.itinc 0!'bl-Routinc 0 Gamma lmtNmCnt Model Serial, 0RWP, R W P * - - - - - - - - - - O Beta O Nc,itroa O Smear GA O Sa>ear HP OM ~mple 0 Reactor Power: 0 AD GA ama.n < 1000 DPM/100 cm' acep< aa DOCcd oa m.ap or a.mcarwonaheet. 0 AD GA a.man < 1000 DPM/100 cm1. D AD HP MDCan < 1 HP/lme.ar. 0 Air partk'IILate + I, < 15~ MPC.

                                                                                                                                        #I 112 0 AD OA sman in DPM/100 cm1.

0 All HP smc:an in HPshmcar. 0 AD Camm.a re:adinp in mR/hr. 0 AD Beta readinp I.II mnd/hr. D 0 AD N'C\IU'Oft re:adinp in mmn/hr. D D Commcntc _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ __ Survey Team e>o.e (SRD ar,d/oc cakul.atcd &tier SW"t"CY): _ _ _ __ RWP I $w-,,ey Pa1'oni>cd U n d e r . - - - - - - - - - Sunocy PcrfonDCd By RC"liewcd By Date LDIU

• Lav DoH Vdcilla Aru, !XI.&
• E.:traM liab l.adiaticni Aru, D.l
• lisb l.adutt011 Ar**

IJ.._- KZA

• Jeutroo ~iatioo Area, B:l'A
• lot P1rtlcl1 Are,,~* Coot&aiD1t1d Aria, Al.I.* A..trbon1e ladioacchlt7 .&.rea, IJU.
• l.adioactlve Material Arn, ICil
• ladioloalc&l Colltrol ArH r

11owiury

                                                                . ; , ,.* -, ......

CJ D D 0 Qoo 000 ) Elevation Above Primary Sample Sink Area

• 0 Oen. Ara; Q Contact; A OA Smear; L::I- HP Smear; AS }Jr Sample Loa1ioft; LCX Locked Qa1c; >eE* B,uricr. (l) Frisk.in& Sutioa

THIS IS A DRILL 27 Ft El AUXILARY BUILDING GENERAL AREA RADIOLOGICAL DATA P.C. 'II and Charcoal Particulate cumulative Cumulative Equipment chd 'lfndw Opn 'lfndw lllll! cc gas grab Cartridge Filter Activity Contamination Contamination Contamination Scenario Dose Rate Done Rate sample bomb PER Cu Ft PER cu. Ft. Sc. per 100 cm*2 per 100 cm"2 per 100 cm*2 Time mR/hr mR/hr mR/hr@ 1 cm mr/hr @ 1cm NET dpm NET dpm mR/hr (O.W.) NET dpm (Upon Egress) 12119 294 51l7 7 20 991 1211l lll.0 121l 12:20 1200 2100 28 84 2Hlll 621l 0.0 500 12121 28llll 51l00 66 199 3301l 1800 ll.0 1181 12122 531110 95111! 125 372 461l0 4011Hl 0.ll 221illl 12:23 9lllll 1621110 214 637 631lll 781lll ll. l 3800 12124 13700 24500 323 958 7900 141lllll 0.1 5700 12125 19100 34llllll 449 1300 951!0 221l00 0.2 7900 12:26 25lllll 4481lll 590 1700 1091llll 321llllll ll.3 llllllllllll 12:27 3171llll 56611lll 746 221lll 1231lll 451lllll ll.5 1301111l 12:28 34901/l 62400 822 2400 l351lll 5911llllll lll.6 1401!0 12:29 38000 67811lll 893 2600 14711llll 75000 lll.8 16000 12130 4081111l 7280111 960 281l0 1581llll 9201110 l.0 l 71l01l 12:31 43400 77600 1'l00 31111/llll 16911llll llllmllll l. l 18000 12:32 4591110 81900 1100 3200 l 791llll 131lllll0 l.3 191llll0 12133 48200 8601lll llllll 331lll 1881lll 151l01lll l.5 21llllllll 12134 51l31lll 89800 121lll 351lll 19611llll 1711l11Jllllll l.8 211lllllll 12135 5221lll 93300 1211llll 3611lll 20401l 191/lllllll 2. 0 2101lll 12:36 54lllll 96511llll 131llll 3711llll 21100 2lllllllllllll 2.2 221lBll 12: 37 5571Hl 9951llll 131llll 381l0 2181llll 231l11Jllll 2.4 231lllll 12:38 57311lll lll21l01l l31lll 391lll 2241lll 251lllllll 2.6 231lllll 12:39 5871lll lll51lllll 141lll 411lllll 231lllll 271lllllll 2.8 241llllll 12:40 6llllllll lll71lllll 1411lll 411/lll 23511llll 291111lllll 3.ll 241!1llll 12:41 6121lll 1091lllll 141lll 421lll 2411lllll 3lllllllll 3.2 251lllll 12:42 6221lll lllllllll 151lll 421lll 2441lll 341llllilll 3.5 251lllll 12:43 6321lll l131!1lll 151lll 431lll 2481lll 371lll01l 3.8 2611Hlll 12:44 64lllll 1141lllll 151lll 431lll 25lllll 41lllllllll 4.1 261lllll 12:45 6481lll 1161Hlll lSllll 441!1l 2551lll 431llilllll 4.4 261lllll 12:46 65Sllll ll 70Bll lSllll 4400 2571l0 461lllllll 4.8 261lllllJ 12:47 66101l 118000 161lll 451lll 261lllll 491lllllll 5 271lllll 12:48 6671lll 1191lBll 161lll 451lll 2621lll 521lllllll 5 2701/lll 12:49 6711/lll 121l11Jllll 161lll 4511lll 2641lll 5Sllllllll 6 271/lllll THIS IS A DRILL

TRIS IS A DRILL 27 Ft El AUXILARY BUILDING GENERAL AREA RADIOLOGICAL DATA P.C. 'II and Charcoal Particulate Cumulative Cumulative Equipment Cllld Wndw Opn Wndw lllll cc 9a11 grab cartridge Filter Activity Contamination Contamination Contamination Scenario Do** Rate Doae Rate aample bomb PER Cu Ft PER Cu. Ft. Sc. per l01l cm"2 per 1"'1 cm"2 per 11111! cm*2 Time mR/hr mR/hr mR/hr@ 1 cm mr/hr@ 1cm NET dpm NET dpm mR/hr (O.W. I NET dpm (Upon E9re11e) 12150 675111111 12 llllllll 16111111 46illil 2661ll/l 580000 6 2701llll 12151 67800 121H0 161i'J0 461/ll/l 26700 6111101i'J0 6 271110111 12152 6811/l0 122H0 1600 461/llll 2681/lll 641111/lllllll 7 271111/lll 12153 68311l0 122Hl0 161i'Jll 461i'Jlll 2691lll 671111/llllll 7 27illil0 12154 68400 1220"'1 1601l 4601/l 2701/lll 701il01illl 7 27001il 12155 685llll 122Bllli'J 161111il 4600 271illllil 73001il0 8 27000 12156 68500 1221lllll 1600 4601/l 2711/lll 760000 8 271l01i'J 12157 6851110 12211Hllil 161110 4601/l 27llillil 791/llllllllil 8 271Hlll 12158 6851/llil 122001il 1600 460111 27100 820000 8 271/lll0 12159 6841/llil 122Bll0 161illll 4601/l 271illilli'J 8501illlllll 9 271lllll 13100 68300 122111llil 161l0 4601/l 271illlllll 881illllel1J 9 27000 13101 681111111 122111111111 1600 45111111 2691111l 911/lllllllll 9 2701/llll 13102 67900 121001l 1601,l 451illil 269111111 941111110111 11/l 271111111/l 1311l3 67601/l 121111111111 160111 451/lll 26Blllll 971ll/lll0 lll 2711l01/l 1311/l4 6741110 12ellllllll 161lll 4501/l 2671lll llllllll/l00 lll 2700111 1311/l5 67llllli'J 12001111l 161ll/l 451lll 2661/l0 10301l01l 11 271llll0 13106 66Bllll 119000 16011 441lll 26400 llll601/lli'Jll 11 261l00 13107 6641lll 1190Blil l61llll 4400 2631l0 lll901/l00 11 261lllllll 13:li'J8 661111111l 118000 161lll 4401/l 2621lll 1121/l01/llll 12 261/lllll 13109 6561llll 1171111llll 151/lll 441llll 261lllll 11511101/lll 12 261l01i'J 131lll 652111111 11601l0 151lll 4301/l 25901l 1181/lli'Jllllll 12 261111lll 131 l l 64801il 116Blllll 151lll 431illll 2571/lll 1211/llllllllll 13 261/lllllll 13112 6430111 1151110111 151110 431/lll 2550111 1241/ll/ll/llll 13 251llllll 13113 6391llll 11400111 15111111 421/l0 2541/lll 1271/lllllil0 13 251lllllll 13114 6341illil 113Blllil 151llil 421lll 2521/ll/l 1291/lllllllll 13 251/lllllil 13115 6291/llll 1121illllll 151/lel 421l0 251lllllil 13lllllllle 14 250111/l 13116 624111111 lllBl'lll 15111111 41111111 24Blll/l 1331111/lllllll 14 251110111 13:17 6191111il lll01llil 151illil 411/llll 2461/ll/l 1351111illlllll 14 241illlllll 13118 6141/llll 111/llllllll 141lll 411/llll 2441/llll 1371illillllll 14 241i'Jlillil 13:19 61ilBl/llil lm901il0 141lll 41ill/ll/l 2421ll/l 1391111/lllllil 14 241/llillil TRIS IS A DRILL

THIS IS A DRILL 27 Pt El AUXILARY BUILDING GENERAL AREA RADIOLOGICAL DATA P.C. 's and ch11.rco11.l Particulate Cumulative cumulative Equipment Chd Wndw Opn Wndw UIIJ cc g11.s gr11.b Cartridge Filter Activity Contamination Contamination Contamination Bcen11.rio Dose R11.te Dose R11.te sample bomb PER Cu Ft PER Cu. Ft. Be. per lllllJ cm"2 per llllll cm"2 per 1111111 cm"2 Time mR/hr mR/hr mR/hr @ l cm mr/hr@ 1cm NET dpm NET dpm mR/hr (O.W.) NET dpm (Upon Egress) 1312111 603(1)1,l 108ellll 141110 411Jlllll 24111111111 14111111JIIJIII 15 241/Hlll 13121 5971111! 11117"'1Jlll l41llll 39111111 238111111 14311101111l 15 23111111111 13122 592111111 llil61lllllll 141lll 391110 2351lll 1451l000 15 231llllll 13123 5861llil 1111500111 14111111 3911Jll 2330111 1471ll1Hllll 15 231lllll 13:24 581lllll llil41lllll 141llll 381111l 2311lll 1491lll00 15 23000 13125 575111111 HJ31lllllll 14111111 381llll 2291llll 151Bllllllll 16 23111111111 13126 5690111 UJ211JIIJIII l31111l 370111 2271/H'J 153111111111111 16 220111111 13:27 563111111 lllllllllll 131lll 37111111 224iHl 155011100 16 221111lll 13128 5570111 99Bllll 1300 3711Jll 2221lll 1570000 16 2201lll 13129 55100 9811)00 13(1)1,l 3600 22011Jll 1590000 16 2201110 13131l 54511111J 9700111 l31111J 3611Jll 217111111 161000111 17 210011 13131 53811JIIJ 961lllll 1300 351'10 21501'1 1630000 17 2111110 13132 5311!10 9511JIIII 1201!1 3511"1 21200 16511l000 17 2111J01l 13:33 52200 931l01l 121lll 341'10 20800 1671'1000 17 21llil01l 13:34 51400 921Hlll 121l0 340111 211151111/J 1690000 17 201lll0 13:35 511400 900011 121lll 331lllJ 21lHlll l7lll001l 18 21l01llll 13:36 4941lll 880iHl 1200 321110 19700 173001lll 18 19000 13137 4841llll 8611100 1100 321,'Hl 19300 175001110 18 1901110 13138 4741l0 8511100 110111 3111Hl 18900 1771llillilllJ 18 19000 13:39 4631illlJ 8311J01l 11011J 311Hl0 18500 1790000 18 1800111 13:41l 45311JIIJ 8Hllllll llllll 31/JIIJll 18100 l811lllll0 19 l8011JB 13:41 442110 7911"10 llllll'I 2911111 17600 18300011 19 l 70iHl 13:42 43100 7711100 111Jll0 28011 17201'1 1851lll01l 19 17000 13:43 4211Jlll'I 751l01l lllll0 2800 1681111'1 1871l!IJ00 19 16000 13144 41000 7311100 964 2711)111 1641110 189(1)01110 20 1601110 13145 3991110 7lllllll 939 260111 16111Jl'I 191001110 20 16iHl0 13:46 38800 69(1)00 914 25111111 15800 1931llllll/J 20 1511JiHl 13:47 3781110 671l11Jll 889 2500 15500 194111000 20 15000 13:48 3670111 660'11l 864 240111 15300 1950000 20 141111110 13:49 3570111 641/HHl 84111 230111 1510111 1960000 20 14000 13:51/J 34701/J 6201Hl 817 230111 149011J 197000111 20 141111lll 13:51 33700 60111110 793 220111 14800 19811101110 2111 1301110 13152 32711JIIJ 581llllll 77S 2 lllll 1461110 199111001/J 21 13011J1l 13:53 31800 57000 748 2100 1451110 2000000 21 12000 13:54 30800 55000 726 2000 1431110 20Hlllllllil 21 1211Jlil0 THIS IS A DRILL

TRIS IS A DRILL 27 Ft Bl AUXILARY BUILDING GENERAL AREA RADIOLOGICAL DATA P.C.

• a and charcoal Particulate cumulative Cumulative Equipment Chd Wndw Opn Wndw lllJIIJ cc gas grab Cartridge Filter Activity Contamination Contamination Contamination Scenario Dose Rate D011e Rats sample bomb PER Cu Ft PER cu. Ft. Sc. per llle cm* 2 per 190 cm*2 per 1'll! cm* 2 Time mR/hr mR/hr mR/hr@ 1 cm mr/hr @ 1cm NET dpm NET dpm mR/hr (O,W,) NET dpm (Upon Egreas) 13155 299H 53HIII 71!4 2111H 142111111 211121110111111 21 12111111111 13156 291111!111 52111111111 683 191110 141111111 2111311111Hl0 21 lHllllll 13157 281BIII 511111111JIII 662 18111111 141111110 211140111111111 21 11111111111 13:58 2731110 4911111Jll 642 18111111 139111111 21115111111111111 21 11111111111 13:59 265111111 471111111! 622 171110 1380111 21!61111!1110 21 llil31illl 14 :111111 2561illil 461illlll 61il3 1711Ql l361illll 211171llll01il 21 lllHIIIIIIII 1411111 2481111il 441!111111 585 16111111 1351111il 21l81illil00 21 96111111 1411112 24llillll 431lllJIII 566 161111! 1341110 211191lllllillll 22 931illll 14:lil3 2331illil 421illilll 549 151illil 1331!111 21001/Hllil 22 9llillil 1411il4 226H 41illllillll 532 1511Jlil l321illll 211011100 22 88111111 1411!5 21911B 391111110 515 14111111 131111111 212111111111111 22 85111111 14:1116 2121111il 381illlllll 499 1411JIII 129111111 2131!111111111 22 82111111 14:1117 211151111! 371111/llll 483 131110 128!llil 21411111JIIIIIJ 22 81111110 14:1118 1991Hl 3511111111J 467 131111! 1271illll 21511111JIIIIIJ 22 771111il 1411119 19201! 34111111111 452 lJlillil 125111111 2161111111111il 22 751111!

14:lll 18611JIIJ JJllllllll 438 121lllJ 124111111 2171111111llll 22 72111111 14111 181111illil 3211111111J 424 1211111J 123111111 2181llllllllll 23 71illlllil 14112 1741lll Jlllllllll 4llll 1101il 12llllil 2191llllllllil 23 6811llll 14113 1691illll 311Jlillllil 397 lllillil 121illlllil 221111111illillll 23 651111il 14114 16311Jlil 291111illl 384 llllllJ 1181illl 2211!1/lllllll 23 63111111 14115 158111111 281111111il 372 llllllllil 1171111il 2221111illlllll 23 611illlJ 14:16 153111111 27111111111 36111 995 115111111 22311101illil 23 591/llll 14117 1480111 26111111111 348 962 1141111il 2241111111111il 23 57111111 14:18 143111111 2601111il 337 931 11211"' 2251111111111il 23 551/lll 14:19 1381il0 2501!111 326 91illil 11101il 2261illillillil 23 5401il 14121il 1341illl 241111il0 315 870 109111111 2271111111110 23 52111111 14:21 1291illll 2301il0 305 842 llil800 2281/Hllillll 24 5111111111 14:22 1250111 221111illll 295 814 1111611J0 2281110111111 24 481110 14:23 1210111 2201illl 285 787 Hl41111il 228111111111111 24 471110 14:24 11711!0 2lllllillll 276 761 11113111111 22811lllllllll 24 45111111 14:25 l1311111J 211lllllillil 267 736 Hlllllll 2281111110111 24 441lll 14:26 lllilllJlil 21111illillil 258 712 99611J 22811111111111J 24 42111111 14:27 1111611JIIJ 189111111 249 688 9796 22811111111111J 24 411/llll 14:28 11112111111 18311111J 241 665 9633 228111111111111 24 41111illil 14:29 9900 1771111il 233 643 9469 2281illllllllil 24 3811111l THIS IS A DRILL

THIS IS A DRILL 27 Ft El AUXILARY BUILDING GENERAL AREA RADIOLOGICAL DATA P.C. 'II and Charcoal Particulate Cumulative Cumulative Equipment Clad Wndw Opn Wndw lllle cc gas grab Cartridge Filter Activity Contamination Contamination Contamination Scenario Dose Rate Does Rate sample bomb PER Cu Ft PER Cu. Ft. Sc. per HHl cm*2 per 1111111 cm*2 per llllll cm"2 Time mR/hr mR/hr mR/hr@ 1 cm mr/hr@ 1cm NET dpm NET dpm mR/hr (O.W.) NET dpm (Upon Egress) 1413111 961/llll 171111111 226 622 931il6 228111111ell 24 371/llll 14131 92111B 165111111 217 599 91il95 2281111/lllllll 24 361/llil 14132 891/llll 1580111 21118 574 8846 2281111/lllllll 24 3411Hl 14133 8500 15Hllll 199 549 8567 22811llllllllll 24 331/llll 14134 81111B 144ill/l 19111 523 8267 22811lllllll0 24 3101/l 14:35 7701/l 13711Hl 18111 497 7951/l 2281/Hlllllil 24 31Hl0 14:36 7300 1301111/l 171 471 7623 2281/llllllllll 24 28111111 14137 69mlll 1231/llll 162 446 72911l 2281/llllllllll 24 270111 14138 651/llll 1161/llll 153 421 6955 22811lllllll0 24 251110 14:39 6UIIJ 111!90111 144 397 662111 2281/lllllillll 24 2411llll 14:40 581110 11113ile 136 373 6288 22811100111 24 220111 14141 541110 9711llll 127 351 5962 2281/llllllllll 24 21111111 14142 Slllllll 911/llll 12111 329 5643 22Bllllll0111 24 211llillll 14143 4801/l 851/llll 112 31118 5333 22811llll011l 24 181/llll 14144 451110 811lllllll HIS 288 511132 2281/llllllllll 24 171/llll 14145 421/llll 7411llll 98 269 4742 2281111/lllllll 24 161/llll 14146 391/llll 691111/l 91 251 4463 2281/lllliHl 24 lSIIHl 14147 3611l0 6511111l 85 234 4195 2281/llllllllll 24 14111111 14148 34111111 6111111111 79 218 3938 2281/llllllllll 24 131/llll 14149 311llll _ 5611!111 74 211l3 3694 2281/llllllllll 24 131110 14 :511l 291110 521110 69 189 3461 2281/llllllllll 24 131llll 14151 27fllll 4900 64 176 324111 22811lllllll0 24 1311llll 14152 251/llil 4500 59 163 31il3111 2281/llllllllll 24 131111/l 14153 2300 421110 55 151 2831 2281/lllllllll 24 131/llll 14154 2211l111 51 14111 2644 2281/llllllllll 24 l311llll 39 '"' 14155 21lell 36011! 47 13111 2467 22811111llll0 24 131111/l 14:56 191/llil 330111 44 121 231/llil 22811lllllll0 24 131110 14:57 1701/l 3Hllll 41 112 2143 22811llll011l 24 130111 14:58 16111111 29111111 38 11113 1995 2281/lllllillil 24 1300 14:59 lSlillll 2611l0 35 95 1856 2281/lllllillll 24 131/llll 15111llll lUlil 241110 32 88 1726 2281lllllll0 24 1300 15 :!Ill 1260 231110 3111 81 1604 22811111lllllll 24 131/llll 15:1112 11611l 21111111 27 75 14911 2281/llllllllll 24 131/llll 15:1113 1070 191110 25 69 1384 2281/llllllllll 24 131/llll 15 :lll4 990 181/llll 23 64 1284 22811lllllll0 24 131/llll THIS IS A DRILL

THIS IS A DRILL 27 Ft El AUXILARY BUILDING GENERAL AREA RADIOLOGICAL DATA P.C ** II and Charcoal Particulate Cumulative Cumulative Equipment Clad Wndw Opn Wndw lllll cc gaa grab cartridge Filter Activity contamination Contamination Contamination Scenario Doee Rate Dose Rate sample bomb PER Cu Pt PER Cu. Pt. Sc. per Ulil cm"2 per 11/lll cm"2 per lllll cm"2 Time mR/hr mR/hr mR/hr@ 1 cm mr/hr@ 1cm NET dpm NET dpm mR/hr (O.W.) NET dpm (Upon Egreae) 1511il5 911/l 161lll 22 59 1191 2281/llillillil 24 131!1/l 1511!6 841! 151!0 21! 54 111!4 2281illlllillll 24 131/llll 15:1117 781/l 141/llil 18 SIil llil23 2281illillillil 24 l3elil 15:lil8 711/J 131llil 17 46 947 2281/llill/Hll 24 131/Jlil 15:lil9 661/l 12ell 15 42 877 2281/llillilll 24 131/lll 15: 11/l 611! 1081/l 14 39 812 2281/llllillil 24 l31illl 15: 11 561/l 11/llillil 13 36 751 2281/llillillil 24 131illl 15:12 5Hl 921/l 12 33 695 2281/llillillil 24 131/llil 15:13 471! 84" 11 31/l 642 2281/llillillil 24 131/llil 15:14 431il 771/l llil 28 593 2281llillllil 24 131/llll 15:15 41/llil 71111 9 26 548 2281/llillillil 24 131/llil 15:16 371/l 651/l 9 24 51il6 2281/llillllil 24 131/llil 15:17 331/l 591/l 8 21 459 2281/llillillil 24 131/lf/l 15118 31/llil 541/l 7 19 415 22811!001/l 24 1301/l 15:19 27111 49111 6 18 376 22Blillillillil 24 1301/l 15120 251/l 441/l 6 16 341 2280001/l 24 1300 15:21 220 400 5 14 31/l9 2280000 24 1300 15:22 21110 361/l 5 13 280 22BIIH/l01il 24 131/llil 15:23 lBlil 3311! 4.3 12 254 2281/llillillll 24 131/llil 15:24 171/l 31/llil 3.9 11 231/l 2281/llillillil 24 131/llil 15:25 151/l 270 3.5 llil 21il8 22Blillillillll 24 131illil 15:26 141/l 241! 3.2 9 189 22Blillillillil 24 1301/l 15:27 121/l 221/l 2.9 8 171 22801/llilll 24 131llil 15:28 lllil 201/l 2.6 7 155 22Blillillillll 24 131/llll 15:29 11/llil 1811! 2.4 7 141l 2281illillllil 24 1311!1/l 15:31! 92 161/l 2.2 6 127 2281111illillil 24 131110. 15:31 83 151! 2 .lil 5 115 2281illillllil 24 131/llil 15:32 75 131/l 1.8 4.87 llil4 2281illllillll 24 131/llil 15:33 68 121/l 1.6 4.41 95 2281illllillil 24 131/lll 15:34 62 llll 1. 5 3.99 86 22801111/llil 24 1301/l 15:35 56 lllll 1. 3 3.62 78 22Blillillillil 24 131lll 15:36 51 91 1.2 3.28 70 2281llillllll 24 131illil 15:37 46 82 1.1 2.97 64 2281/llllillil 24 131/llil 15:38 42 75 LIil 2.69 58 2281llilllllll 24 131/lll 15:39 38 68 lll.9 2.44 52 2281/llillillil 24 131/llil THIS IS A DRILL

THIS IS A DRILL 27 Ft El AUXILARY BUILDING GENERAL AREA RADIOLOGICAL DATA P.C. *11 and Charcoal Particulate Cumulative cumulative Equipment Clad Wndw Opn Wndw lllHl cc 9a11 grab Cartridge Filter Activity Contamination Contamination Contamination Scenario Dolle Rate Do11e Rate 111UDple bomb PER Cu Ft PER Cu, Ft, Sc. per 100 cm*2 per 100 cm"2 per Hl0 cm"2 Time mR/hr mR/hr mR/hr@ 1 cm mr/hr@ 1cm NET dpm NET dpm mR/hr (O.W,) NET dpm (Upon Egre1111) 15140 34 61 0.8 2.21 47 2280000 24 1300 15: 41 31 55 0. 7 2,00 43 22Bllllllllllll 24 1311llll 15:42 28 5e lll,7 1.81 39 228011lllllil 24 1300 15143 25 45 lll.6 1.64 35 228mllllllll 24 l311llll 15:44 23 41 lll.5 1.49 32 22811llllllllll 24 1300 15145 21 37 0.5 1.35 29 22Blllllllll0 24 1311llll 15146 19 34 lll.4 1.22 26 22Blll0llllll 24 1311llll 15147 17 31 lll.4 1.11 24 22811llllllllll 24 1311llll 15:48 16 28 lll.4 l.lllll 21 2281illllllllil 24 131llil 15149 14 25 lll.3 111,91 19 2280000 24 1311llll 15: SIil 13 23 11.3 lll.82 18 22Bllllillil0 24 1300 15:51 12 21 lil, 3 0.75 16 22801/Jlillil 24 13f/Hl 15:52 llll 19 lil,2 0.68 14 2281illillillll 24 1311llil 15:53 9 17 lil,2 0.61 13 2281illillllil 24 1300 15:54 9 15 0.2 0.55 12 2280000 24 1300 15:55 8 14 0.2 0.50 11 2281illillil0 24 1300 15:56 7 13 0.2 111.46 10 22B0lil0lil 24 1300 15:57 6 11 lll.2 0.41 9 2280000 24 1300 15:58 6 llll Ill.I lll.37 8 228011llillll 24 131iHl 15:59 5 9 lll.l lll.34 7 2281illillillll 24 1311llll 16 :llllll 5 8 0.1 lll.31 7 22811llilllll 24 1300 THIS IS A DRILL

• THIS PAGE IS INTENTIONALLY INSERTED AS A DATA DIVIDER FOR THIS SUBSECTION

THIS IS A DRILL 27 Pt El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS Scenario ltr-87 ltr-88 Xe-131m Xe-133m Xe-133 Xe-135 I-131 I-132 I-133 I-134 I-135 I-131 D.E. Time uci/cc uCi/cc uCi/cc uci/cc uCi/cc uCi/cc uci/cc uCi/cc uci/cc uCi/co uCi/cc uCi/ml 12119 1.89E-1114 4. 73E-ll4 8.64E-ll5 2.llSE-1114 2 .IIHlE-1112 2 .1116E-1113 4.12E-IIIJ 5.JSE-04 2.7E-J 2 .lllE-3 1. 41!!-J 5 .IIIJE-1113 1212111 J.91E-lil4 9. 87!-1114 l.81E-lil4 4. 3111E-ll4 4.21E-1112 4.32E-IIIJ 8.651!!-IIJJ 1.12E-IIJJ 5.71!!-J 4.lE-3 2.91!!-3 l.lil5E-lll2 12 :21 6. llE-1114 1.SSE-1113 2.87E-lil4 6.81ilE-lil4 6.65E-lll2 6.84E-lil3 1. 37E-1112 1.75E-IIJJ 9 .IIIE-3 6.4E-J 4.6E-3 1.67E-ll2 12122 B.52E-1114 2. l8E-IIIJ 4 .llSE-1114 9.61ilE-ll4 9.39E-lil2 9. 641!!-1113 1.9JE-ll2 2.45E-11l3 l.JE-2 8.9E-3 6.SE-3 2.35E-11l2 12123 l.16E-llJ 2.971!-fllJ 5.56E-1114 1.321!-llJ 1. 29E-lill l.JJE-11l2 2.65E-ll2 J.JSE-1113 1.7E-2 l.2E-2 B.9E-J J.2JE-ll2 12:24 l.44E-llJ J.72E-IIJJ 7,eJl!E-lil4 l. 66E-"3 l,62E-lill 1. 67E-lll2 3.34E-1112 4.19E-1113 2.2E-2 l.SE-2 1.lE-2 4.ll6E-1112 12125 1. ?IIJE-1113 4.42E-ll3 8.35E-1114 l.98E-1!13 l.94E-lll 1.99E-ll2 3.98E-lll2 4.96E-ll3 2.6E-2 1.BE-2 l.3E-2 4.BSE-112 12126 1.94E-lil3 S.lil6E-1113 9.62E-1114 2.2BE-ll3 2.23E-1111 2.29E-1112 4.SBE-112 S.69E-03 J.llE-2 2 .lllE-2 1.5E-2 S.58E-lil2 12:27 2.16E-llJ S.67E-1113 1.lllBE-1113 2.57E-lll3 2.SlE-01 2.SBE-1112 S.lSE-1112 6.36E-ll3 3.4E-2 2.2E-2 1.7E-2 6.27E-lll2 12:28 2.36E-lll3 6.23E-lil3 1.19E-ll3 2.83E-ll3 2.77E-lll 2.84E-02 5.68E-lil2 6.98E-1113 3.7E-2 2.4E-2 1.9E-2 6.92E-02 12129 2.SSE-1113 6.75E-03 1. 30E-lil3 3.08E-ll3 3.lillE-lill 3.lil9E-lll2 6.18E-ll2 7.SSE-03 4.lE-2 2.6E-2 2.IIIE-2 7.52E-ll2 12130 2. 72E-lll3 7 .231!!-1113 1. 41ilE-lil3 3.31E-1113 3.24E-llll 3.33E-lll2 6. 65E-lll2 8 .1118E-lll3 4.4E-2 2.BE-2 2.2E-2 8.ll9E-ll2 12131 2.87E-ll3 7,67E-ll3 1. 49E-lll3 3.SJE-1113 3.45E-lll 3.54E-lll2 7.llBE-1112 8.57E-ll3 4.7E-2 2.9E-2 2. 3E-2 8.62E-1112 12:32 3.1111E-lil3 8. llBE-03 1. 57E-ll3 3. 73E-lil3 3.65E-llll 3.75E-lll2 7.49E-lll2 9 .1112E-1113 4.9E-2 3.IIIE-2 2.SE-2 9. llE-02 12:33 3 .14E-lll3 8.46E-03 1. 65E-1113 J.92E-ll3 3.BJE-1111 3.94E-ll2 7.87E-lll2 9.44E-lll3 5.2E-2 3.2E-2 2.6E-2 9.57E-lll2 12:34 3.26E-IIIJ B.BllE-03 1. 73E-lll3 4. llllE-03 4.lllE-llll 4. llE-02 B.22E-ll2 9.B2E-ll3 S.4E-2 J.JE-2 2.7E-2 9.99E-lll2 12:35 3.36E-ll3 9 .12E-lll3 1.79E-ll3 4.26E-1113 4.16E-llll 4.2BE-1112 8.SSE-1112 l. lll2E-lll2 5.6E-2 3.4E-2 2.BE-2 l.lll4E-llll 12:36 3.45E-ll3 9.4lE-llJ 1. 86E-lilJ 4.41E-llJ 4.JlE-01 4.43E-ll2 B.BSE-02 l.llSE-02 5.BE-2 3.SE-2 2.9E-2 1. llBE-01 12: 37 J.54E-llJ 9.681!!-IIIJ l.92E-0J 4.SSE-03 4.45E-01 4.57E-ll2 9.lJE-02 l.llBE-02 6.llE-2 3.SE-2 3.llE-2 1. llE-01 12:38 J.61E-ll3 9.92E-llJ l.97E-03 4.6BE-ll3 4. SBE-"1 4.70E-ll2 9.39E-ll2 l. lllE-1112 6.lE-2 3.6E-2 J.lE-2 1.14E-lll 12:39 J. 6BE-1113 1. lllE-02 2.02E-03 4.BllE-1113 4.69E-lll 4.B2E-ll2 9.6JE-ll2 l.13E-1112 6.3E-2 3.6E-2 3.lE-2 l.17E-lll 12 :4111 3.74E-llJ 1. llJE-1112 2.ll7E-1113 4.91E-11l3 4.BllE-"1 4.93E-ll2 9.84E-ll2 l.15E-lil2 6.4E-2 3.7E-2 3.2E-2. l.21ilE-lll 12:41 3.79E-ll3 l.llSE-02 2. llE-03 5.lllllE-1113 4.89E-lll 5.ll3E-ll2 1. llmE-01 l.l?E-02 6.6E-2 3.7E-2 3.3E-2 1. 22E-01 12:42 J.B3E-llJ l.lil7E-ll2 2.lSE-113 5. lllE-1113 4.98E-lll 5.12E-lll2 l.ll2E-01 l.lBE-1112 6.7E-2 3.BE-2 3.JE-2 1.24E-1111 12:43 3.87E-1113 l. ll8B-lil2 2.lBE-03 5.lBE-03 5.06E-lll 5.21lE-ll2 l.lll4E-01 l.211lE-ll2 6.BE-2 3.BE-2 3.4E-2 1.26E-llll 12:44 3.911lE-lll3 1. lll9E-ll2 2.21E-lll3 5.25E-03 5.14E-lll 5.2BE-lll2 l.05E-lll l.21E-lll2 6.9E-2 3.BE-2 3.4E-2 l.28E-01 12:45 3.93E-lil3 l .1"E-ll2 2.24E-03 5.32E-1113 5.21lE-llll 5.34E-ll2 1.lll7E-01 1.22E-ll2 7.llE-2 3.BE-2 3.SE-2 l.30E-01 12:46 3.95E-ll3 1. llE-1112 2.27E-ll3 5.3BE-IIJ3 5.26E-lll 5.40E-ll2 l.llBE-lll l.23E-m2 7.0E-2 3.9E-2 3.SE-2 1. 31E-01 12:47 3.97E-03 l.12B-ll2 2.29E-03 5.43E-IIJ3 5.31E-lll 5.46E-1112 l.1119E-lll l.24E-lil2 7.lE-2 3.9E-2 3.SE-2 1. 32E-lll 12:48 3.9BE-lil3 1.13E-lil2 2.31E-lll3 5.48E-lil3 5.36E-llll 5.SllE-1112 l. lllE-lll 1.25E-lil2 7.2E-2 3.9E-2 3.SE-2 1. 33E-llll 12:49 3.99E-1113 1.13E-ll2 2.33E-lil3 5.52E-ll3 5.41lE-lill 5.54E-lll2 1. llE-lill l.25E-lll2 7.2E-2 3.9E-2 3.6E-2 l.34E-lill 12 :Slil 3.99E-lil3 1.14B-lll2 2.34E-ll3 5.SSE-113 5. 43E-llll 5.5BE-lll2 l.llE-lill 1.25E-lil2 7.JE-2 3.9E-2 3.6E-2 1. 35E-lill 12:51 3.99E-lil3 1.14E-ll2 2.35E-ll3 S.5BE-lil3 5.46E-lll S.61E-1112 l.12E-lll 1.26E-ll2 7.JE-2 3.9E-2 3.6E-2 1. 36E-lll 12:52 3.98E-lil3 1.14E-1112 2.36E-lll3 S.61lE-ll3 5.48E-lll 5.63E-1112 1.12E-lill 1.26E-ll2 7.JE-2 3.BE-2 3.6E-2 l:36E-1!1 12:53 3.98E-ll3 1.14E-lll2 2.37E-lll3 5.62E-lll3 5.50E-llll 5.65E-lll2 l. lJE-llll 1.26E-lll2 7.JE-2 3.BE-2 3.6E-2 1. 37E-llll 12:54 3. 97E-lll3 l.14E-lil2 2.JBE-113 5.64E-lil3 5.51E-lll 5.66E-ll2 1. lJE-lll l.26E-ll2 7.4E-2 J.BE-2 3.6E-2 l.37E-llll THIS IS A DRILL

THIS IS A DRILL 27 Ft El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS Total Scenario Sb-129 Sr-89 Sr-91il y - 91 Ce-134 uci/cc Ce-136 uci/cc C!!-137 Ru-ll/l3 Ru-106 uci/cc Ho-99 uci/cc Activity uci/cc Time uCi/cc uci/cc uCi/cc uci/cc uci/cc uCi/cc 12119 9.47E-lil7 l. SIIIE-11 5.93E-13 l.BllE-11 4.65E-lil8 6.31E-lll8 2.93E-lll8 l.39E-lll8 3.2E-lil9 l. 6E-ll 3. 4E-lll2 1212111 1. 98E-ll6 3 .14E-ll l.24E-12 3.7BE-ll 9.75E-08 1. 32E-fll7 6.16E-lll8 2.93E-fll8 6. 7E-fll9 3. 3E-ll 7 .1E-ll2 12:21 3 .11E-fll6 4.96E-ll 1. 97E-12 5.96E-ll 1.54E-lil7 2 .fll9E-lll7 9.74E-lilB 4.63E-0B l. lE-1/lB 5. 3E-ll 1. lE-lill 12122 4. 3BE-lil6 7.lllllE-11 2.7BE-12 B.39E-ll 2.1BE-lil7 2 .95E-07 1. 37E-lil7 6. 53E-08 l.SE-1118 7. 4E-ll 1. 6E-lill 12123 5.99E-ll6 9.63E-ll 3.B2E-12 l.15E-llil 2. 99E-1117 4 .1116E-07 l.89E-1117 B.97E-ll8 2. lE-1118 l. lllE-11/l 2. 2E-"1 12:24 7. SlE-1116 1.21E-lfll 4.BIIJE-12 1.45E-llil 3.76E-lil7 S.llE-07 2.38E-lil7 l.13E-lil7 2.6E-lil8 l. 3E-llll 2.7E-"1 12125 8.93E-"6 l. 45E-lll 5.73E-12 l.72E-lll 4.49E-IIJ7 6. lll9E-lil7 2.83E-lil7 1. 35E-IIJ7 3. lE-IIJB 1. 5E-llll 3.2E-llll 12126 l.03E-lil5 1.66E-llll 6.61ilE-12 l.98E-llll S.17E-ll7 7 .lil2E-lil7 3.27E-lil7 1. SSE-07 3.6E-lil8 1. BE-lll 3. 7E-IIJ1 12127 l.lSE-1115 1.87E-llil 7.42E-12 2.22E-llll 5.BlE-ll7 7.89E-lil7 3.67E-ll7 l. 74E-lil7 4.llE-09 2.lilE-Hl 4 .2E-1111 12128 l.26E-ll5 2 .lll6E-llil 8.lBE-12 2.45E-llll 6.41E-ll7 B.71E-lil7 4 .IIJ5E-11l7 l.92E-IIJ7 4. 4E-lilB 2 .2E-1" 4.6E-lill 12:29 l.37E-lil5 2.25E-llll 8.91lE-12 2.66E-llll 6.9BE-ll7 9.47E-IIJ7 4.41E-fll7 2. lil9E-lil7 4. BE-lilB 2. 4E-llil 5.IIIE-lill 12131il l.47E-lil5 ~.42E-l.11J 9.57E-12 2.96E-llil 7.50E-lil7 l. lll2E-IIJ6 4.74E-lil7 2.25E-lil7 5.2E-lilB 2.6E-llil 5.4E-lill 12131 l.56E-lll5 2.57E-llll l.1112E-ll 3.lll4E-llll 8.lllllJE-fll7 l. fll9E-lil6 5. ll5E-lil7 2.41ilE-ll7 5.5E-09 2. 7E-1'l 5.7E-lill 12:32 l.65E-lll5 2. 72E-10 l.lilBE-11 3.21E-lfll B.46E-07 l.15E-lll6 5.34E-ll7 2.54E-fll7 5.BE-08 2.9E-llil 6. lE-llll 12:33 l. 73E-lil5 2.86E-llil l. llE-11 3.37E-llil 8.BBE-ll7 l .21E-fll6 5.61E-!l7 2.66E-lil7 6. lE-lilB 3.lilE-10 6.4E-flll 12134 l.BllE-lil5 2.99E-lll l.lBE-11 3.52E-10 9.2BE-lil7 l.26E-fll6 5.86E-07 2.7BE-lil7 6.4E-09 3.2E-10 6. 7E-11Jl 12:35 l.87E-lil5 3. llE-llll l.23E-ll 3.65E-10 9.65E-lil7 l. 31E-ll6 6. lil9E-1117 2.89E-fll7 6.7E-0B 3.JE-10 6.9E-01 12:36 l.93E-1115 3.22E-lll! l.27E-ll 3.78E-llll 9.99E-IIJ7 l. 36E-fll6 6.31E-1117 3.IIIIIJE-07 6. 9E-lil8 3. 4E-llil 7 .2E-flll 12:37 1. 99E-ll5 3.32E-lr/J l.32E-11 3.89E-llll l.lil3E-06 l. 4fllE-fll6 6.SlE-1117 3. lil9E-07 7.lE-08 3. 5E-10 7.4E-llll 12:38 2 .IIJ4E-lil5 3.41E-llil l.JSE-11 4.llllilE-llil l. lil6E-!l6 l.44E-ll6 6.69E-ll7 3.18E-IIJ7 7.3E-ll8 3 .6E-llil 7. 6E-lill 12:39 2. lil9E-lil5 3.5111E-111l l. 39E-ll 4.llilE-llil l. IIJ9E-lil6 1. 4BE-lil6 6.86E-IIJ7 3.26E-lil7 7 .5E-lil8 3.7E-111J 7.BE-1111 12141il 2 .13E-lil5 3.58E-llil 1. 42E-ll 4.19E-llil l. llE-06 l. 51E-ll6 7.lil2E-lil7 3.33E-lil7 7. 7E-lil8 3.BE-11/l 7 .9E-llll 12141 2.17E-lil5 3.65E-llil 1.45E-11 4.27E-Hl l.13E-lil6 l.54E-lil6 7.16E-lil7 3. 41ilE-ll7 7.BE-08 3.9E-llil 8. lE-flll 12:42 2.21E-lil5 3.72E-llll 1. 47E-11 4.34E-llil 1.15E-lil6 1. 57E-lil6 7.29E-lil7 3.46E-lil7 9.lilE-lilB 4.lilE-llil 8.2E-1111 12:43 2.24E-lll5 3. 7BE-UJ l.50E-ll 4.41ilE-llll 1.17E-lil6 l.59E-lil6 7.41E-lil7 3.52E-lil7 B.lE-lilB 4. lilE-10 8.4E-"1 12144 2.26E-lil5 3.93E-HJ 1. 52E-ll 4.46E-llil 1.19E-lil6 l.62E-lil6 7.52E-lil7 3.57E-07 8.2E-lil8 4. lE-11/l 8.5E-lill 12145 2.29E-lil5 3.BBE-llll 1. 54E-ll 4.52E-llil l.21E-lil6 1.64E-lil6 7.61E-lil7 3.62E-lil7 8. 3E-lil8 4. lE-llil 8.6E-lill 12:46 2. llE-115 3.92E-llil 1. 56E-ll 4.56E-llil 1.22E-lil6 l.65E-lil6 7. 71ilE-lil7 3.66E-fll7 8.4E-08 4.2E-llil 8.7E-lill 12:47 2. 33E-lil5 3.96E-llil l.57E-11 4.61ilE-111l l.23E-lil6 l. 67E-lil6 7. 77E-lil7 3.69E-lll7 8.SE-08 4.2E-Hl 8.7E-lill 12:48 2.34E-lil5 4.lilllE-llil 1. 58E-ll 4.64E-llil l .24E-lil6 l. 69E-lil6 7.84E-lil7 3. 72E-07 9.6E-IIJB. 4.2E-10 8.BE-lill 12:49 2.36E-1115 4. lil2E-llil 1. 61ilE-ll 4.67E-llll l .25E-lil6 1. 71ilE-lil6 7. 91ilE-ll7 3.75E-lil7 8 .6E-lil8 4. 3E-111l 8.9E-lill 12:5111 2.37E-ll5 4.IIJSE-1111 l.61E-11 4.69E-llil 1.26E-lil6 1. 71E-lil6 7.94E-lil7 3. 77E-IIJ7 8.7E-IIJ8 4. 3E-llil 8. 9E-lill 12:51 2.38E-lil5 4.lil7E-llil 1.61E-11 4.71E-1111 1.26E-ll6 1. 72E-06 7.99E-1117 3.79E-lil7 8. 7E-IIJB 4. 3E-llll 9 .lilE-lill 12:52 2. 3BE-lll5 4.lil9E-llll 1.62E-11 4.73E-llil 1.27E-IIJ6 1.72E-1116 8. lil2E-1117 3.BlE-07 8.BE-llB 4. 3E-llll 9.IIIE-11:1 12:53 2. 39E-1115 4.lllJE-llll 1.63E-11 4.74E-llil l.27E-lil6 1. 73E-lil6 8. lil5E-lll7 3.92E-lil7 8.BE-lilB 4. 4E-llll 9. lilE-01 12:54 2. 39E-lil5 4.llE-lllJ 1. 63E-11 4.75E-llil 1.28E-lll6 1. 73E-IIJ6 8.lll7E-lll7 3.83E-lil7 9.BE-09 4.4E-U 9. lE-lill TRIS IS A DRILL

THIS IS A DRILL 27 Ft El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS Scenario Jtr-87 ltr-88 Xe-13lm Xe-133m Xe-133 Xe-135 I-131 I-132 I-133 I-134 I-135 I-131 D.E. Time uci/cc uCi/cc uCi/cc uCi/cc uCi/cc uci/cc uCi/cc uci/cc uCi/cc uci/cc uCi/cc uci/mi 12:55 3.96E-ll3 l.14E-ll2 2.3BE-lil3 5.65E-lil3 5.52E-lill 5.67E-lil2 l .13E-llll l.26E-ll2 7.4E-2 3.8E-2 3.6E-2 1. 37E-llll 12:56 3.94E-ll3 l.14E-ll2 2.3BE-113 5.65E-lil3 5.53E-lill S.6BE-lil2 l.13E-lll l.26E-ll2 7.4E-2 3.BE-2 3.6E-2 l.37E-lll 12157 3.92E-lil3 l.14E-ll2 2.3BE-ll3 S.65E-ll3 5.53E-lll 5.68E-ll2 l.13E-llll l.25E-ll2 7.4E-2 3.7E-2 3.6E-2 1. 37E-lll 12158 3.91lE-ll3 l.14E-1112 2.38E-ll3 5.65E-ll3 S.53E-lill 5.6BE-11J2 l.13E-lll l.25E-ll2 7.4E-2 3.7E-2 3.6E-2 1. 37E-lill 12159 3.88E-ll3 l.13E-lil2 2.3BE-ll3 5.65E-lil3 5.52E-lll 5.67E-lil2 l.13E-lill l.24E-lil2 7.4E-2 3.7E-2 3.6E-2 l.37E-llll 13:lillil 3.86E-lilJ l.13E-lll2 2.38E-lil3 5. 6,4E-lil3 5.SlE-lll 5.66E-ll2 l .13E-llll l.24E-lll2 7.3E-2 3.7E-2 3.6E-2 l.37E-llll 13 :llll 3.83E-ll3 l.12E-lil2 2.37E-lil3 5.63E-lil3 5.51ilE-11Jl 5.65E-ll2 l.13E-11Jl l.23E-lil2 7.3E-2 3.6E-2 3.6E-2 1. 37E-llll 13:ll2 3.81E-lil3 l.12E-lil2 2.36E-lil3 5.61E-ll3 s.49E-llll 5.64E-ll2 l.12E-llll l.23E-ll2 7.3E-2 3.6E-2 3. 6E-2 1. 36E-llll 13:113 3.78E-ll3 1. llE-112 2.36E-lil3 5.59E-ll3 S.47E-lill 5.62E-ll2 l .12E-ill l.22E-lil2 7.3B-2 3.6E-2 3.6E-2 1. 36E-lill 13:114 3.75B-ll3 l.11B-ll2 2.35E-ll3 5.57E-ll3 5.45E-lll 5.61lE-ll2 l.12E-lll 1.21E-ll2 7.3B-2 3.SE-2 3.SE-2 1. 35E-lll 13:lllS 3.72E-lll3 l.lllE-ll2 2.34E-ll3 5.5SE-ll3 5.43E-lll 5.58E-ll2 1. llE-lll l .21ilE-ll2 7.2E-2 3.SB-2 3.SE-2 1. 35E-lll 1311l6 3.69E-ll3 l.119E-lil2 2.33E-lil3 5.53E-IIJ3 5.41lE-lll 5.SSE-02 1. llE-llll l .21ilE-lil2 7.2E-2 3.SE-2 3.SE-2 1. 34E-llll 13:lil7 3.66E-ll3 l.ll8E-1112 2.32E-ll3 5.5111E-ll3 5.3BE-lll 5.52E-ll2 1. llllE-lll l.19E-ll2 7.lE-2 3.4E-2 3.SE-2 l.33E-lll 1311il8 3.63E-ll3 l.llBE-lil2 2. 31ilE-lilJ 5.47E-lil3 5.35E-lill S.49E-lil2 l. llilB-lill l.1BE-ll2 7.lE-2 3.4E-2 3.SE-2 1. 33E-lll 13:1119 3.59B-ll3 l.1!7E-I/J2 2.29E-ll3 S.44E-ll3 S.32E-ill S.46E-ll2 1. ll9E-ill l. l 7E-lil2 7.lE-2 3.4B-2 3.4E-2 1. 32E-lll 131lll 3.56B-ll3 l.ll6B-ll2 2.2BE-lil3 5.41E-lil3 S.29E-lll 5.43B-ll2 l. ll8E-lll l.16E-ll2 7.llE-2 3.3B-2 3.4E-2 1. 31E-lill 13: ll 3.52B-lll3 l.llSE-ll2 2.26E-ll3 5.37E-lil3 5.25E-lill 5.411lE-IIJ2 1.IIBE-lill 1.15E-lil2 7.lllE-2 3.3B-2 3.4E-2 1. 31lE-lll 13:12 3.49B-ll3 1.lll4E-lll2 2.25E-lil3 5.34E-lil3 5.22E-lill 5.36E-lil2 1. ll7B-lll l.14E-I/J2 6.9E-2 3.3E-2 3.4E-2 1. 29E-llll 13:13 3.45E-ll3 l. ll3E-lil2 2.23E-ll3 5.31lE-ll3 S.lBE-lll 5.32E-lil2 l.ll6E-lll l.13B-lil2 6.9B-2 3.2E-2 3.4E-2 1. 29B-lll 13:14 3.42E-ll3 l.ll3B-ll2 2.22B-ll3 5.26E-ll3 5. lSE-lill 5.29B-ll2 1.llSE-llll l.12B-ll2 6.BE-2 3.2B-2 3.3E-2 1. 2BE-lll 13:15 3.38E-ll3 l.ll2B-ll2 2.21lE-ll3 5.22E-ll3 5. llE-ill 5.25B-ll2 l. llSE-llll 1.11B-ll2 6.8B-2 3.2B-2 3.3B-2 1. 27E-lll 13:16 3.34E-ll3 l. lllE-IIJ2 2.1BE-ll3 5.1BE-ll3 5.il7E-lll 5.21lE-ll2 l.ll4E-lll l.lllE-lil2 6.7B-2 3.lE-2 3.3E-2 1. 26E-11'1 13:17 3.31E-ll3 9.97B-IIJ3 2 .17B-ll3 5.14E-11J3 5 .ll3B-l1J1 5.16E-lil2 l.lil3B-11'1 1.ll9E-1112 6.7E-2 3.lE-2 3.2E-2. 1. 25E-lll 13118 3.27E-ll3 9.87E-lil3 2.15E-ll3 5.lllE-lll3 4.99E-lill 5.12E-ll2 1. ll2B-ill 1.ll8E-ll2 6.6E-2 3.lllE-2 3.2E-2 1. 24B-lll 13:19 3.23B-ll3 9.77B-lil3 2.13E-ll3 5.ll5E-lil3 4. 94E-lill 5. lil8E-lll2 1. lllE-lll 1.ll7E-lil2 6.6B-2 3.lllE-2 3.2E-2 l.23E-lll 13:21! 3.19E-lll3 9.67E-lil3 2. llE-1113 5.lllE-lil3 4.91lE-lill 5.lil3E-il2 1. lllllE-lll l.llSE-112 6.SE-2 3.lllE-2 3.2E-2 l.21E-lll 13:21 3.16E-lil3 9.57E-lil3 2. lll9E-ll3 4.96E-lil3 4. 86E-lill 4.99E-lll2 9.95E-lil2 1.lll4E-lil2 6.4E-2 2.9E-2 3.lE-2 l.21ilB-lill 13:22 3.12E-ll3 9.47E-lil3 2. lil7E-lil3 4.92B-lil3 4.BlE-lll 4.94E-lil2 9.B6E-lil2 l.ll3E-ll2 6.4E-2 2.9E-2 3.lE-2 l.19E-lill 13123 3.ll8E-lil3 9.37E-lll3 2. lll5E-lil3 4.87E-lil3 4.77E-1111 4.91lE-1112 9.76E-lil2 l. lil2E-lil2 6.3B-2 2.9E-2 3.lE-2 l.18E-lill 13:24 3. lil4E-lil3 9.27E-lil3 2 .1113E-lll3 4.B3E-lil3 4. 72E-ill 4.85E-il2 9.67B-lll2 l. lllE-lil2 6.3B-2 2.8B-2 3.llB-2 l.17E-llll 13:25 3.illE-ll3 9 .16B-lil3 2. illE-ll3 4.7BE-lil3 4.6BE-lll 4.81ilE-lil2 9.5BE-lil2 9.98E-lil3 6.2E-2 2.8E-2 3.lilE-2 l.16B-lill 13:26 2.97E-ll3 9. lll6E-lil3 1. 99E-ll3 4.73E-IIJ3 4.63E-lll 4.75E-ll2 9.4BE-ll2 9.87E-ll3 6.lE-2 2.7E-2 3.lllE-2 l.15E-lll 13:27 2.93E-ll3 B.96B-lil3 1. 97E-lil3 4.69E-lil3 4.58B-lll 4. 71E-ll2 9.39E-ll2 9.75E-lil3 6.lB-2 2.7E-2 2.9B-2 l .14E-ill 13:28 2 .911lE-ll3 8.86E-lil3 1. 95B-lil3 4.64E-ll3 4.54E-lll 4.66E-lll2 9.29E-lll2 9.64E-ll3 6.llE-2 2.7E-2 2.9B-2 l.12B-11Jl 13:29 2.86B-lil3 8.75B-IIJ3 1. 93E-lil3 4.59E-ll3 4.49E-11Jl 4.61E-IIJ2 9.19B-i12 9.53E-il3 5.9B-2 2.6E-2 2.9B-2 l. llE-lll THIS IS A DRILL

THIS IS A DRILL 27 Ft El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS

                                                                                                                                                       **Total Scenario   Sb-129         Sr-99       Sr-9"             y - 91            CB-134            Cs-136       CB-137        Ru-lll3     Ru-lll6     Mo-99     Activity Time      uCi/cc       uCi/cc      uci/cc             uci/cc            uci/cc            uci/cc       uCi/cc        uci/cc      uci/cc     uCi/cc      uci/cc 12155    2.39E-ll5     4.12E-lll   l.63E-ll           4.75E-lll        1. 29E-1"6        1. 74E-ll6    9.ll9E-ll7    3.84E-ll7   9.BE-llB   4.4E-lll    9. lE-1!1 12156    2.39E-ll5     4.12E-lll   1. 63E-11          4.76E-lll        l.2BE-ll6         l.74E-ll6     8.ll9E-ll7    3.84E-117   B.9E-"B    4.41!-lll   9,lE-lll 12157    2.39E-ll5     4.12E-lll   1. 63E-ll          4.75E-lll        1.2BE-ll6         1. 74E-ll6    B.ll9E-ll7    3.84E-ll7   9.9E-llB   4.4E-lll    9.lE-lll 12159    2.JBE-ll5     4.12E-lll   1.6JE-ll           4.75E-lll        1.2BE-IIJ6        l.74E-ll6     8.ll9E-ll7    3.84E-ll7   B.9E-llB   4. 4E-10    9. lE-lll 12159    2.JBE-ll5     4.12E-lll   l.63E-ll           4.74E-lll        l.28E-ll6         l,74E-IIJ6    B.ll8E-ll7    3.84E-ll7   B,BE-"8    4.4E-lll    9.llE-llll l311lll  2.37E-ll5     4. llE-1111 l.63E-ll           4.73E-llll       l.28E-lll6        l.73E-ll6     B, lll7E-IIJ7 3.93E-ll7   B. BE-IIJB 4. 4E-llll  9.H-"1 1311ll   2.36E-ll5     4.lllE-lll  l.6JE-ll           4.72E-lll        l.2BE-ll6         1. 73E-ll6    9,ll5E-lil7   3.82E-ll7   9.BE-llB   4.4E-llil   9.llE-lll 13102    2.35E-ll5     4.ll9E-lll  l.62E-11           4.71ilE-lll!     1.27E-ll6         1. 73E-"6     8.llJE-lil7   3.81E-ll7   8.BE-llB   4.4E-lll    9 ,llE-llll 13111)3  2.34E-ll5     4,llBE-1'!  1. 62E-ll          4.68E-lll        1.27E-ll6         1, 72E-ll6    8.llllE-ll7   3,BllE-IIJ7 B.BE-llB   4,3E-llil   9.9E-lll 131114   2.33E-ll5     4.ll7E-lll  l.61E-ll           4.66E-llll       l.26E-ll6         1. 71E-ll6    7.97E-ll7     3.79E-lll7  8.7E-ll9   4.3E-lll    9,9E-l!l 13111)5  2.32E-lil5    4. llSE-lil 1. 6ilE-ll         4.64E-lll        1. 26E-"6         l.71E-ll6     7.94E-ll7     3.77E-lil7  9.7E-ll9   4.3E-lll    B. 9E-"1 l311l6   2 .31ilE-lll5 4.ll3E-lll  1. 61lE-ll         4.62E-lll        1.25E-ll6         1. 711lE-lil6 7,91E-ll7     3.76E-ll7   B.7E-ll9   4.3E-lll    B.BE-01 1311l7   2.29E-"5      4. lllE-U   l.59E-ll           4.59E-lll        l.25E-ll6         1. 69E-ll6    7.87E-lil7    3.74E-ll7   B.6E-ll9   4.3E-lll    B.BE-lll 1311l8   2.27E-ll5     J.99E-Hl    1. SBE-11          4.56E-lll        l.24E-ll6         l.6BE-ll6     7.93E-"7      3. 72E-lil7 B.6E-ll8   4.2E-lll    B.7E-lll 131119   2.26E-ll5     3.97E-lll   1.571!-ll          4.54E-lll        1.2JE-ll6         l.67E-ll6     7,7BE-lil7    3.7"E-ll7   B.SE-llB   4.2E-lll    B. 7E-lll 1311"    2.24E-ll5     3.94E-lli!  1. 56E-ll          4.SlE-llll       1.23E-ll6         1. 66E-IIJ6   7. 74E-lil7   3.67E-lll7  B. 5E-lil9 4.2E-lll    9,6E-lll 131 ll   2.2JE-ll5     3.92E-lll   1. 55E-ll          4.47E-llil       l.22E-lll6        1. 65E-IIJ6   7.69E-ll7     3.65E-IIJ7  9.4E-llB   4.2E-lll    B.6E-"l 13112    2.21E-ll5     3.B9E-lll   l.54E-ll           4.44E-llll       1.21E-ll6         l.64E-ll6     7,64E-ll7     3.63E-ll7   B.4E-ll8   4.lE-lll    B.5E-lll 13:13    2.19E-ll5     3.B7E-lll   l.SJE-11           4.41E-llll       1.21lE-ll6        l.63E-ll6     7.5BE-ll7     3.61lE-ll7  B.3E-ll8   4. lE-lll   8.SE-lll 13:14    2.17E-ll5     3.84E-lll   l.52E-11           4.37E-llll       l.19E-ll6         1. 62E-ll6    7.53E-ll7     3.58E-IIJ7  9.2E-ll8   4.lE-lll    8.4E-lll 13:15    2.15E-ll5     3.BlE-lll   1. 51E-ll          4.34E-llll       1. l8E-ll6        l.61E-ll6     7.47E-ll7     3.55E-ll7   B.2E-ll8   4.llE-Hl    8.JE-lll 13:16    2.14E-ll5     3.78E-lll   1. 51lE-ll         4. 31lE-llil     l.17E-ll6         l.59E-ll6     7.41E-ll7     3.52E-ll7   8. lE-1118 4.lilE-llll 8.JE-lll 13117    2.12E-ll5     3.75E-lll   1. 49E-ll          4.27E-lll        l.16E-ll6         1. 58E-11J6   7.35E-lil7    3.49E-ll7   8.lE-llB   4.lilE-lll  9.2E-I/Jl 13:18    2. llilE-lil5 3.72E-lll   1. 47E-11          4.23E-llil       l.16E-ll6         1. 57E-lil6   7.29E-lil7    3.46E-ll7   B.IIJE-ll9 4.llE-lll   8.lE-lll 13119    2. llBE-1115  J.69E-lll   1. 46E-11          4.19E-lll        l.15E-ll6         1. 55E-ll6    7.2JE-ll7     3.44E-ll7   7. 9E-lil8 3.9E-lll    B.llE-01 13:21l   2.ll6E-ll5    3.65E-lll   1. 45E-ll          4.15E-lll        l.14E-ll6         l.54E-ll6     7.17E-ll7     3.41E-ll7   7.BE-llB   3.9E-lll    8.llE-lill 13121    2.ll4E-IIJ5   J.62E-lll   l.44E-ll           4. llE-lll       l.1JE-ll6         1. 5JE-ll6    7 .1"E-lil7   3.3BE-IIJ7  7.BE-ll9   3.9E-lll    7.9E-lll 13:22    2.IIJ2E-ll5   J.59E-llil  l.42E-11           4.ll7E-lll       l.11E-ll6         l.51E-lil6    7 .lil4E-lil7 J.J4E-lil7  7.7E-llB   J.BE-lll    7.BE-lill 13:23    1. 99E-ll5    3.55E-llll  l.41E-11           4.ll3E-lll       l.UE-IIJ6         1. 511JE-IIJ6 6.97E-il7     3.31E-IIJ7  7.6E-ll9   3. BE-1"    7.BE-1/Jl 13:24    1. 97E-ll5    J.52E-Ul    l.41lE-11          3.99E-lll        1.ll9E-ll6        l.49E-ll6     6,91E-ll7     J.2BE-ll7   7.6E-ll8   J.7E-lll    7.7E-llll 13:25    1. 95E-ll5    3.49E-llil  1. JBE-11          3.95E-lll        l.llBE-ll6        l.47E-ll6     6.84E-lil7    3.25E-ll7   7.5E-llB   J. 7E-llll  7.6E-lll 13:26    l.93E-ll5     3.45E-lll   1. 37E-11          3.91E-lll        l. ll7E-IIJ6      l.46E-ll6     6.77E-ll7     3.22E-ll7   7.4E-ll8   J. 7E-llll  7.5E-lll 13127    l.91E-ll5     3. 42E-lll  1. JSE-11          3. B7E-lil      l.ll6E-ll6         l.44E-ll6     6. 71lE-lil7  3.1BE-lil7  7. JE-lilB J.6E-llil   7. 4E-llll 13129    1. 89E-lil5   3.JBE-llll  1. 34E-11          3.83E-llll       l."5E-IIJ6        1. 4JE-ll6    6.64E-"7      3.15E-lll7  7.JE-1119  3.6E-1"     7. 4E-llll 13:29    l.B7E-ll5     3.JSE-U!l   1. JJE-11          3.79E-l"         l."4E-"6          l.41E-ll6     6.57E-IIJ7    3.12E-"7    7.2E-llB   J.6E-111J   7.JE-"1 THIS IS A DRILL

THIS IS A DRILL 27 Ft El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS Scenario ltr-97  !'.r-89 Xe-13lm Xe-l33m Xe-133 Xe-135 I-131 I-132 I-133 I-134 I-135 I-131 D.E. Time uci/cc uci/cc uci/cc uCi/cc uCi/cc uci/cc uCi/cc uci/cc uci/cc uci/cc uci/cc uci/ml 1313111 2.B2E-1113 9.65E-1113 l. 91E-1113 4.54E-1113 4. 44E-Bl 4.56E-ll2 9. lBE-1112 9.41E-1113 5.9E-2 2.6E-2 2.BE-2 l. lBE-lll 13131 2.79E-ll3 9.53E-1113 l.99E-ll3 4.49E-1113 4.39E-lll 4.51E-1112 8.99E-1112 9.28E-113 5.BE-2 2.6E-2 2.BE-2 l. ll9E-lll 13132 2.74E-ll3 8.0E-1113 l. 96E-lil3 4.42E-lil3 4.32E-lll 4.44E-ll2 8.86E-11l2 9.14E-1113 5.7E-2 2.5E-2 2,BE-2 1.lil7E-lll 13133 2 .69E-BJ B.27E-1113 1. 93E-1113 4.35E-ll3 4,26E-lll 4.37E-lil2 9. 72E-ll2 9.99E-1113 5,6E-2 2,5E-2 2,7E-2 l, IIISE-lll 13134 2 .64E-1113 B,12E-ll3 l. BllE-1113 4.28E-lil3 4.19E-lll 4,3111E-IIJ2 8.57E-1112 9.82E-ll3 5,5E-2 2.4E-2 2.7E-2 l. ll4E-lll 13135 2.59E-IIJ3 7,96E-lll3 l.77E-lll3 4. 211lE-lll3 4, llE-ill 4.22E-ll2 8.42E-lll2 9.65E-ll3 5.4E-2 2.4E-2 2.6E-2 l. il2B-llll 13136 2.53E-1113 7.8111E-ll3 l.74E-ll3 4.12E-1113 4.1113E-lll 4.14E-ll2 9.25E-ll2 9.48E-1113 5.3E-2 2.3E-2 2.6E-2 9,99E-1112 13:37 2.4BE-ll3 7.64E-lll3 l. 711lE-ll3 4.ll4E-ll3 3.95E-llll 4,ll6E-1112 B.lil9E-ll2 9.31lE-lll3 5,2E-2 2.3E-2 2.SE-2 9.79E-lll2 13138 2,42E-il3 7.47E-lll3 1. 67E-ll3 3,95E-lll3 J,97E-llll 3, 97E-1112 7,92E-ll2 9, llE-03 5,lE-2 2,2E-2 2,5E-2 9.578-112 13139 2.36E-113 7.30E-lll3 1. 63E-lll3 3. 96E-113 3.79E-llll 3.89E-ll2 7,74E-ll2 7,92E-ll3 5. l!E-2 2.2E-2 2,4E-2 9,36E-ll2 131411l 2. 3ilE-lil3 7.12E-ll3 1.59E-lll3 3.78E-ll3 3,69E-lll 3.79E-lll2 7.56E-ll2 7.73E-lll3 4,9E-2 2,lE-2 2.4E-2 9.14E-ll2 13: 41 2.24E-lll3 6,95E-lll3 1. 55E-lll3 3.69E-1113 3.61E-lll 3.71lE-1112 7.38E-ll2 7.54E-ll3 4.8E-2 2,lE-2 2,3E-2 8,92E-lll2 13142 2.19E-ll3 6.77E-ll3 l.52E-113 3.61lE-lll3 3.52E-llll 3.61E-lil2 7.21E-lll2 7.35E-lil3 4,6E-2 2.IIIE-2 2.2E-2 9.71E-1112 13143 2 .13E-IIJ3 6.611lE-ll3 1.49E-ll3 3,51E-ll3 3.43E-lll 3.52E-1112 7.lil3E-ll2 7.16E-ll3 4.5E-2 2.IIIE-2 2.2E-2 9.49E-lil2 13144 2.ll7E-lil3 6.42E-ll3 1. 44E-ll3 3.42E-lll3 3.34E-lill 3.43E-1112 6.85E-ll2 6.97E-lil3 4.4E-2 l.9E-2 2.lE-2 9.27E-ll2 13145 2.llllE-lil3 6.25E-ll3 1,41lE-lll3 3.33E-03 3,26E-llll 3.34E-lll2 6.67E-1112 6,78E-lll3 4.3E-2 1.BE-2 2.lE-2 9 .1116E-1112 13:46 l.96E-lil3 6 .lil8E-lll3 1. 37E-ll3 3.24E-ll3 3.17E-ill 3.26E-ll2 6.49E-ll2 6. 61lE-lil3 4.2E-2 l.BE-2 2.llE-2 7.94E-lil2 13r47 l.9ilE-il3 5.91E-1113 1. 33E-lil3 3.lSE-1113 3.llBE-lill 3. l 7E-lll2 6. 32E-lll2 6.41E-ll3 4.lE-2 1. 7E-2 2.llE-2 7.63E-ll2 13149 l. 85E-lll3 5. 75E-lll3 l.29E-lll3 3. ll7E-lll3 3 .llllE-llll 3. ll8E-lll2 6.14E-lll2 6.23E-lll3 4.lllE-2 l.7E-2 l.9E-2 7.42E-lll2 13149 1. 79E-ll3 5.58E-lll3 l.26E-ll3 2.98E-lll3 2.92E-llll 3.lillllE-lll2 5.97E-ll2 6.llSE-1113 3.BE-2 1. 6E-2 l.9E-2 7.21E-ll2 13: SIil 1. 74E-lll3 5.42E-ll3 l.22E-ll3 2 ,911lE-lll3 2.93E-llll 2.91E-ll2 S.BllE-112 5.98E-lll3 3.7E-2 l.6E-2 l.BE-2 7, lillE-lll2 13:51 l.69E-lll3 5.26E-lll3 l.19E-03 2.91E-lil3 2.75E-lill 2.83E-ll2 5.64E-11l2 5.71ilE-ll3 3.6E-2 l.5E-2 1.7E-2 6.91E-lil2 13:52 l.64E-lll3 5, 11E-lll3 l.15E-lll3 2.73E-lll3 2.67E-11Jl 2.75E-lll2 S.47E-lll2 5,53E-lll3 3,SE-2 l.SE-2 1.7E-2 6.61E-lll2 13r53 1. 59E-lll3 4.95E-lll3 1.12E-lll3 2.65E-lll3 2, 611lE-lill 2.67E-lil2 5.31E-lil2 5.37E-lll3 3.4E-2 l.5E-2 l,6E-2 6.42E-lil2 13154 l.54E-lll3 4. 911lE-lll3 l. lll9E-1113 2.58E-lll3 2.52E-llll 2.59E-1112 5.16E-lll2 5.211lE-lll3 3,JE-2 l.4E-2 l.6E-2 6.23E-lll2 13155 l. 49E-ll3 4.66E-11J3 l. ll5E-lll3 2, 511lE-1113 2.44E-llll 2.51E-ll2 S.lllE-1112 5.llSE-1!3 3.2E-2 l.4E-2 l.SE-2 6. IIJ5E-ll2 13156 l. 44E-ll3 4.51E-lll3 l. lll2E-lll3 2.43E-lll3 2.37E-llll 2.44E-ll2 4.86E-ll2 4.89E-il3 3.lE-2 l.3E-2 l.SE-2 5,97E-1112 13:57 l. 411lE-1113 4.39E-ll3 9.91E-ll4 2.35E-IIJ3 2.31lE-lll 2.36E-ll2 4. 71E-ll2 4.74E-ll3 3.IIIE-2 l,3E-2 l.SE-2 5.69E-ll2 13158 l. JSE-1113 4.24E-1113 9.61E-ll4 2.28E-1113 2.23E-lll 2.29E-lil2 4.57E-IIJ2 4.59E-IIJ3 2.9E-2 l.2E-2 l.4E-2 5.52E-ll2 13:59 l. JlE-1113 4. llE-03 9.32E-IIJ4 2.21E-IIJ3 2.16E-11Jl 2.22E-lll2 4.43E-IIJ2 4.45E-lll3 2.BE-2 l.2E-2 l.4E-2 5.35E-lll2 14:lllll l.27E-1113 J.9BE-ll3 9.llJE-1114 2.14E-1113 2. lllE-llll 2. lSE-1112 4.29E-ll2 4. JlE-1113 2.BE-2 l.2E-2 l.JE-2 5.19E-ll2 14101 l. 23E-1113 3.95E-lil3 9.75E-1114 2.lll8E-lll3 2.llJE-lll 2. ll9E-1112 4.16E-1112 4.17E-lll3 2,7E-2 l.lE-2 l.JE-2 5.1112E-ll2 14:ll2 l.19E-1113 3.73E-1113 9.49E-1114 2. llllE-lllJ l. 97E-lll 2,ll2E-ll2 4.llJE-1112 4. IIJ4E-IIJ3 2.6E-2 l,lE-2 l.2E-2 4.97E-ll2 14: 11)3 l.15E-1113 3.61E-11J3 9.22E-1114 l.95E-1113 l.91E-LH l.96E-ll2 3.91lE-ll2 3.91E-lll3 2.SE-2 l.lllE-2 l.2E-2 4. 72E-ll2 14:1114 l. llE-llJ 3.51lE-11J3 7.96E-1114 l.89E-1113 l. 95E-lll l.911lE-lll2 3.78E-lll2 3.78E-ll3 2.4E-2 l.llE-2 l.2E-2 4.57E-1112 THIS IS A DRILL

THIS IS A DRILL 21 Ft El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS Total Scenario Sb-129 Sr-89 Sr-91/l y - 91 cs-134 Ca-136 Ca-137 Ru-111l3 Ru-11l6 Mo-99 Activity Time uci/cc uci/cc uCi/cc uci/cc uCi/cc uCi/cc uci/cc uci/cc uCi/cc uCi/cc uci/cc 13131/l l.85E-05 3.31E-10 1.31E-1l 3. 75E-lll 1. 03E-06 1. 40E-06 6.5BE-ll7 3.lil9E-ll7 7.lE-llB 3.5E-llil 7.2E-lill 13131 l.B2E-lil5 3.27E-llil l.31ilE-1l 3.71lE-llil 1. lll2E-06 l.38E-lil6 6.42E-lll7 3.lll5E-lll7 7.0E-lll8 3.5E-llil 7.lE-lll 13132 l.BllE-05 3.23E-llil 1.2BE-1l 3.65E-llil 1.00E-06 1. 36E-lll6 6.33E-07 3.01E-ll7 6.9E-ll8 3.4E-llll 7.lllB-111 13133 l.77E-lil5 3.l8E-lll 1.26E-1l 3.59E-11l 9.87E-ll7 1. 34E-lil6 6.23E-ll7 2.96E-ll7 6.BE-118 3.4E-l0 6. 9E-llll 13134 1. 74E-ll5 3.l2E-llil 1.24E-1l 3.53E-llil 9.71ilE-07 1. 32E-06 6,l2E-ll7 2.91E-07 6.7E-lll8 3. 3E-lll 6.BE-llll 13135 l.71ilE-lil5 3.lil7E-llil l.22E-1l 3.46E-lll 9.52E-lll7 l.29E-06 6.ll1E-lil7 2.86E-ll7 6.6E-lll8 3 .3E-l0 6.7E-llll 13136 1. 67E-lil5 3.01E-lll l. l9E-1l 3.39E-lil 9.34E-lil7 l.27E-lil6 5.91ilE-lll7 2.BlllE-07 6.5E-lll8 3 .2E-lll 6.5E-llll 13137 1. 63E-ll5 2.95E-llll l. l 7E-1l 3.32E-llll 9.l5E-lll7 l.24E-lll6 5.78E-lll7 2.74E-lil7 6.3E-lll8 3.lE-llll 6.4E-lill 13138 1. 611lE-lll5 2.BBE-llll 1. l4E-1l 3.25E-lll 8.96E-ll7 l.22E-lll6 5.66E-lll7 2.69E-ll7 6 .2E-lll8 3.lE-llil 6.3E-lll 13139 l.56E-ll5 2.82E-lll 1.12E-1l 3.lBE-llll 8.76E-il7 l. l9E-lll6 5.53E-ll7 2.63E-ll7 6.lE-lllB 3.IIJE-10 6.lE-lll 13141! 1. 53E-ll5 2.75E-lll l.ll9E-1l 3. llE-llil 8.56E-lil7 l. l6E-lll6 5.41ilE-ll7 2.57E-lil7 5.9E-ll8 2.9E-lll 6 .IIJE-11Jl 13141 l.49E-ll5 2.691!-llil l.lil7E-1l 3.ll3E-llil B.36E-ll7 l. l3E-lil6 5.2BE-ll7 2.51E-lil7 5.BE-lilB 2 .9E-lll 5.BE-lill 13142 l.45E-ll5 2.62E-lll 1. lil4E-1l 2.96E-lll B.l5E-1117 l.11E-lil6 5.15E-ll7 2.45E-lll7 5.6E-ll8 2 .BE-lll 5.7E-lll 13143 1.UE-1115 2.56E-lll l.lllE-11 2.BBE-lll 7.95E-ll7 l. llBE-06 5.ll2E-ll7 2.38E-lll7 5. 5E-lil8 2.7E-lll 5.6E-lll 13144 l.3BE-ll5 2. 511lE-lll 9.92E-l2 2.82E-lll 7.77E-lll7 l.lil6E-lll6 4.91E-ll7 2.33E-ll7 5. 4E-lil8 2. 7E-lll 5.4E-lll 13145 l.34E-ll5 2 .45E-lll 9. 72E-l2 2.76E-lll 7.62E-ll7 l. lll3E-lll6 4.81E-lll7 2.2BE-lll7 5.3E-ll8 2.6E-llil 5.3E-lll 13146 1. 31E-lil5 2.UE-llil 9.54E-l2 2. 711lE-lll 7.4BE-ll7 l. lil2E-lil6 4.72E-lll7 2.24E-lll7 5.2E-lil8 2.6E-llil 5. lE-lill 13147 l.27E-lil5 2.37E-llll 9.39E-l2 2.65E-llil 7.36E-lil7 9.99E-lil7 4.65E-lll7 2.21E-lil7 5.lE-lllB 2.SE-llll 5.lilE-lill 13:48 l.23E-lil5 2. 33E-llil 9.25E-l2 2.61E-llil 7.25E-lll7 9.84E-lll7 4.58E-07 2.1BE-lll7 5.lllE-lllB 2 .5E-llil 4.9E-lill 13149 1.211lE-ll5 2. 31ilE-llil 9.l3E-l2 2.57E-lll 7.l6E-lll7 9. 7lE-ll7 4.52E-ll7 2.l5E-lll7 4.91!-lllB 2. 4E-lll 4.7E-lll l31Slll l.l6E-lil5 2.2BE-llil 9.lll2E-l2 2.53E-lll 7 .lil7E-ll7 9. 6111E-lil7 4.46E-lil7 2.l2E-lll7 4.9E-lil8 2.4E-llil 4. 6E-lill 13151 l.13E-ll5 2.25E-lll 8.92E-l2 2. SllE-111 6.99E-ll7 9.49E-ll7 4. 4lE-ll7 2.llilE-1'7 4.BE-118 2 .4E-10 4.SE-llll 13152 l.lllE-115 2 .23E-llil 8.83E-l2 2.46E-llil 6.92E-lil7 9.39E-lll7 4.37E-ll7 2. IIJBE-lll7 4.BE-118 2.4E-lll 4. 3E-llll 13153 l. lil6E-lil5 2.21E-Hl 8. 74E-l2 2.43E-llil 6.85E-lll7 9. 311lE-ll7 4.33E-lll7 2. lll6E-lll7 4. 7E-lil8 2.3E-lll 4.2E-llll 13154 l. 03E-lll5 2 .19E-llll 8.66E-l2 2. 411lE-Hl 6.79E-ll7 9.22E-lll7 4.29E-lll7 2. lll4E-ll7 4. 7E-lll8 2.3E-10 4.lE-lll 13:55 l.llli'JE-lil5 2.17E-10 8.59E-12 2.3BE-10 6.73E-lll7 9. l4E-lll7 4.25E-11J7 2.lll2E-lil7 4.7E-lil8 2.3E-10 4. lllE-1!1 13156 9. 71E-06 2.15E-10 B.52E-12 2. 35E-lll 6.6BE-ll7 9.lll6E-ll7 4.21E-ll7 2.llllilE-!il7 4 .6E-lll8 2.3E-10 3. BE-01 13:57 9.42E-lll6 2.13E-llil 8.45E-12 2. 32E-lll 6.62E-f.l7 8.99E-f.l7 4.18E-lll7 1. 99E-lll7 4. 6E-lll8 2. JE-llll 3. 7E-llll 13:58 9 .13E-lll6 2. llE-llll 8.JBE-12 2.30E-lll 6.57E-lll7 8.91E-lll7 4.15E-lll7 1. 97E-1117 4.SE-08 2.2E-10 3.6E-llll 13159 8.84E-06 2. HlE-10 B.JlE-12 2. 27E-lll 6.51E-07 8.84E-07 4. llE-07 1. 95E-07 4.SE-08 2.2E-H! 3.SE-lll 14:00 8.57E-06 2 .lilBE-10 8.24E-12 2. 24E-10 6.46E-07 8.77E-07 4. lllBE-lll7 1. 94E-07 4.5E-ll8 2 .2E-llil 3.4E-01 14 :Ill 8. 30E-lil6 2.ll6E-llil B.17E-12 2.22E-llll 6. 411lE-07 8.69E-f.l7 4. lll4E-lll7 l.92E-lil7 4.4E-lil8 2.2E-llll 3.3E-"'1 14:f.l2 8. lil4E-lil6 2 .lil4E-llil 8. lllE-12 2 .19E-llll 6.35E-ll7 8.62E-lil7 4. 01E-lil7 l. 90E-lil7 4.4E-08 2.2E-lll 3.2E-01 14:03 7.78E-lll6 2 .11J3E-llil 8.lil3E-12 2.17E-llil 6. 311lE-lll7 8.55E-lll7 3.97E-lil7 l.B9E-lil7 4. 4E-i18 2.2E-llil 3.lE-01 14:11J4 7. 53E-lll6 2. llllE-1111 7.96E-12 2.14E-llil 6.24E-lll7 8.47E-lll7 3.94E-lll7 1. 87E-lll7 4.3E-lll8 2. lE-lll 3. lllE-ill THIS IS A DRILL

THIS IS A DRILL 27 Ft El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS Scenario ltr-87 ltr-88 Xe-lJlm Xe-lJJm Xe-133 Xe-135 I-131 I-132 I-133 I-134 I-135 I-131 D;E. Time uCi/cc uci/cc uci/cc uci/cc uci/cc uCi/cc uCi/cc uCi/cc uCi/cc uci/cc uci/cc uCi/ml 141115 l.118E-11!3 3.38E-IIJ 7.71E-114 1. 83E-ll3 1. 79E-lll l.84E-112 J.66E-ll2 3.66E-lll3 2.4E-2 9.8E-3 l.lE-2 4.42E-112 14:116 l.HE-113 3.27E-ll3 7.47E-114 1. 77E-IIJ l.7JE-111 l.78E-lil2 J.55E-lil2 3.54E-lll3 2.JE-2 9.SE-3 l. lE-2 4.28E-lll2 14:1117 1. llllE-113 J.17E-ll3 7.23E-114 1. 72E-lll3 1. 68E-111 l.72E-lll2 3.44E-lil2 3.4JE-lll3 2.2E-2 9.2E-3 l.lE-2 4.15E-l/l2 1411l8 9.74E-lll4 J.ll7E-l!J 7.llllllE-114 1. 66E-l/l3 1. 6 JE-111 l.67E-lll2 3.3JE-lll2 3.32E-IIJJ 2.lE-2 8.9E-J l.llE-2 4.112E-112 14:lil9 9.42E-lll4 2.97E-l!J3 6.78E-114 1. 61E-IIJJ 1. 57E-lll l.62E-112 J.22E-112 J.21E-ll3 2.lE-2 8.6E-J 9.9E-3 3.89E-112 141111 9. lllE-lll4 2.87E-1113 6.56E-114 l.56E-IIJ l.52E-111 1. 56E-IIJ2 3.12E-lll2 J.lllE-1113 2.llE-2 8.JE-3 9.6E-3 J.76B-112 14: 11 8.81lE-114 2.77E-IIIJ 6.JSE-114 l.SlE-mJ l.47E-li!l 1. SlE-1112 J.112E-112 J.IIIIE-113 l.9E-2 8.1/lE-J 9.JE-3 J.64E-112 14:12 8.51E-lll4 2.68E-lll3 6.lSE-114 l.46E-IIJ 1. 4JE-lll 1. 47E-lll2 2.92E-112 2.911lE-11JJ 1. 9E-2 7.7E-J 9.IIE-3 J.5JE-lll2 14: 13 8.22E-l/l4 2.59E-ll3 5.95E-114 l.41E-l!JJ 1. J8E-lll l.42E-lll2 2.8JE-112 2.811E-ll3 1. 8E-2 7.SE-3 8.7E-J J.41E-lll2 14: 14 7.95E-114 2.SlE-113 5.76E-114 1.37E-llJ 1. 34E-lill l.J7E-ll2 2.74E-112 2. 71E-lll3 l.8E-2 7.2E-J 8.4E-J J.311B-lll2 14115 7.68E-114 2.4JE-ll3 5.57E-114 l.J2E-IIJ l.29E-111 1. JJE-112 2.6SE-112 2.62E-0J l.7E-2 7.IIE-3 8.lE-3 J.2111E-112 14:16 7.42E-114 2.JSE-1113 S.J9E-lll4 l.28E-llJ 1. 25E-lll l.29E-lil2 2.56E-112 2.SJE-113 l.6E-2 6.7E-J 7.9E-J J.lil9E-112 14117 7.17E-ll4 2.27E-lllJ S.22E-114 l.24E-lll3 l.21E-llll l.24E-lll2 2.48E-l/l2 2.45E-IIJ l.6E-2 6.SE-3 7.6E-J 2.99E-112 14118 6.93E-lll4 2.19E-113 5.115E-114 l.211lE-IIIJ l. l 7E-lll l.211lE-112 2. 411JE-lil2 2.J7E-IIJ l.SE-2 6.JE-3 7.4E-3 2.911E-112 14119 6.69E-lll4 2.12E-l!JJ 4.89E-114 l.16E-11JJ l. lJE-01 l.16E-l!J2 2.32E-11J2 2.29E-ll3 l.SE-2 6.lE-3 7.lE-3 2.811E-11J2 1412111 6.47E-114 2.115E-m3 4.73B-11J4 l.12E-IIJ l. H!IE-111 l. lJE-02 2.24E-112 2.21E-IIJ l.4E-2 5.9E-J 6.9E-J 2.71E-112 14:21 6.25E-11J4 1.98E-l!l3 4.57!!-114 l.ll9E-03 l. lil6E-lill 1.lil9E-ll2 2.17E-lll2 2.14E-l/l3 l.4E-2 S.7E-J 6.7E-J 2.62E-lil2 14122 6.lllJE-114 1.91E-IIJ 4.42E-lil4 1.lilSE-1/lJ 1. llJE-1/ll 1.lllSE-1112 2 .111lE-ll2 2.ll7E-ll3 l.JE-2 5.SE-3 6.4E-J 2.54E-ll2 14:23 S.8JE-lil4 l.85E-lll3 4.2BE-114 l .lil2E-lil3 9.9JE-112 l.112E-112 2.IIJE-02 2 .IIJl/lE-llJ l.JE-2 S.JE-3 6.2E-J 2.45E-112 14:24 S.6JE-114 1. 79E-113 4.14E-114 9.82E-114 9.611E-112 9.87E-l/l3 l.97E-112 1. 9JE-lil3 l.JE-2 S.lE-3 6.1/lE-J 2.37E-l/l2 14125 S.44E-lil4 l.73E-IIJJ 4.IHlE-114 9.511E-ll4 9.29E-ll2 9.54E-ll3 1. 91/lE-lil2 1. B7E-lil3 l.2E-2 4.9E-J S.8E-3 2.29E-l/l2 14:26 5.25E-IJ4 l.67E-ll3 3.B7E-IIJ4 9 .19E-lll4 8.99E-ll2 9.2JE-IIJJ l.B4E-l/l2 1. BlilE-1/lJ l.2E-2 4.8E-J S.6E-3 2.22E-l/l2 14127 5. 07E-lil4 l.61E-03 3.74E-114 B.B9E-lll4 B.69E-112 B.9JE-113 l.78E-lil2 1. 74E-IIJ l.lE-2 4.6E-J S.4E-J 2.15E-lil2 14128 4.91ilE-114 l.56E-IIJ J.62E-114 B.59E-lil4 B.41E-112 B.6JE-lil3 1. 72E-112 l.6BE-lll3 l.lE-2 4.4E-3 S.JE-3 2.118E-112 14:29 4.73E-ll4 1. SlE-lllJ 3. SlllE-114 8.JlE-1114 B.lJE-1112 B.JSE-03 l.66E-112 1. 63E-IIJ l.lE-2 4.JE-3 5.lE-3 2 .llllE-lil2 14:311 4.57E-lll4 l.46E-lll3 3.J9E-ll4 8. lil4E-lll4 7.86!!-1112 B.lll7E-lll3 l.61E-lil2 1. 57E-IIJ 1.lllE-2 4.lE-3 4.9E-J 1. 941!-112 14131 4.411lE-114 1. 411lE-lllJ J.261!-114 7.74E-114 7.571!-112 7.7BE-lil3 1.55E-112 l.51E-IIJ 9.9E-J 4.lllE-3 4.7E-3 1. B7E-112 14132 4.21E-lll4 l.34E-11JJ 3.1JE-ll4 7.4JE-l/l4 7.26E-ll2 7.46E-113 l.49E-ll2 1. 45E-lll3 9.5E-J J.BE-3 4.5E-J l.79E-lil2 14:33 4. lll2E-1114 l.28E-lll3 2.99E-114 7. lllE-1114 6.94E-lll2 7.lJE-113 1. 42E-lll2 1. JBE-lllJ 9.lE-J 3.6E-J 4.JE-3 1.711!-112 14:34 J.BJE-lll4 l.22E-ll3 2.85E-114 6.77E-ll4 6.62E-112 6.BlllE-llJ 1. 35E-lll2 l.32E-lil3 8.7E-J J.5E-J 4.lE-3 1.6JE-lil2 14:35 J. 64E-lll4 l.16E-BJ 2. 71E-11J4 6.4JE-lll4 6.29E-lil2 6.46E-lilJ 1.29E-lil2 1.25E-IIJ B.JE-3 J.JE-3 J.9E-J 1. 55E-lll2 14:36 J.45E-lll4 l.llllE-llJ 2.571!-04 6. llllE-04 5.97E-lil2 6.lJE-03 1. 22E-lll2 l.19E-IIJJ 7.BE-3 J.lE-3 3.7E-J 1. 47E-lll2 14:37 3.26E-lll4 l. lll4E-lll3 2.4JE-lll4 5.77E-1114 5.65E-l/l2 5.BlllE-1/lJ l .16E-l/l2 1.12E-l/l3 7.4E-3 2.9E-3 J.SE-3 1. 39E-lil2 14: JB 3. ll7E-IJ4 9. B2E-lll4 2. JIIJE-04 5.45E-lll4 5.33E-lil2 5.4BE-lil3 l. lll9E-l/l2 1. lll6E-lll3 7 .lllE-3 2.BE-3 3.JE-3 l.32E-11J2 14:39 2. B9E-l/l4 9 .26E-IJ4 2. l 7E-lll4 5.14E-lll4 5. lil3E-l/l2 5.16E-l/l3 l. lll3E-l/l2 9.97E-lll4 6.6E-3 2.6E-J J. lE-3 l.24E-lil2 THIS IS A DRILL

THIS IS A DRILL 27 Ft El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS Total Scenario Sb-129 Sr-89 Sr-9111 y - 91 Ce-134 Cs-136 C11-137 Ru-11!13 Ru-106 Mo-99 Activity Time uci/cc uci/cc uCi/cc uCi/cc uci/cc uCi/cc uCi/cc uci/cc uci/cc uci/cc uci/cc 14:05 7.29E-lil6 l. 99E-llil 7.89E-12 2 .12E-lil 6.18E-il7 8.39E-il7 3. 9ilE-lll7 l. 85E-il7 4. JE-1118 2. lE-llll 2. 9E-1111 14111J6 7 .1116E-lil6 l. 97E-lll 7.81E-12 2. 09E-lil 6.12E-ll7 8.JlE-1117 3.87E-1117 l,84E-1117 4.2E-1118 2. lE-Hl 2,BE-ill 1411!7 6, 83E-lll6 l. 95E-llll 7.74E-12 2,il7E-llil 6,ll6E-ll7 B,23E-lll7 3,B3E-lll7 l. 82E-lll7 4.2E-IIIB 2. lE-lll 2.7E-il1 14111l8 6.61E-il6 1.93E-1111 7.66E-12 2.04E-lil 6.lll0E-lll7 B.15E-lll7 J.79E-lil7 l .BlilE-1117 4. lE-1118 2. lE-1111 2.6E-lll 14:1119 6. 41ilE-116 l.91E-lll 7,58E-12 2. elE-1111 5.94E-lil7 8 .11J6E-1117 3.75E-1117 l.78E-lil7 4. lE-1118 2 .lllE-1111 2 .5E-lill 141111! 6.19E-lil6 1. 89E-ll!I 7. 51i!B-12 1. 99E-111 5.88E-ll7 7,9BE-lil7 3, 71E-lil7 1,76E-11J7 4. lE-1118 2,IIIE-llll 2.SE-el 141 ll 5.99E-il6 1.87E-lil 7.41E-12 l.96E-llll 5.BlE-1117 7.89E-lil7 3.67E-lil7 1. 74E-il7 4.lilE-1118 2.lilE-lil 2.4E-U 14:12 5.8ilE-il6 l.85E-llil 7.33E-12 1. 93E-llil 5,75E-lil7 7, BlilE-lll7 3,63E-il7 1.72E-ll7 4.lilE-lllB 2.lilE-1111 2.3E-lill 14113 5.61E-ll6 l.BJE-1111 7.24E-12 1. 9111E-lil 5.6BE-il7 7. 71E-lil7 3.SBE-1117 1. 71lE-lll7 3.9E-lil8 l. 9E-llil 2.2E-lill 14114 5.42E-lll6 l. 81E-lil 7.16E-12 l. 88E-111J S.61E-lil7 7.61E-il7 3.54E-ll7 l.68E-ll7 3.9E-1118 l. 9E-llll 2.2E-llll 14115 5,24E-il6 l. 78E-llll 7.lll7E-12 l.85E-lil 5.54E-1117 7.52E-ll7 3.511lE-ll7 l. 66E-lll7 3.BE-1118 l. 9E-llil 2.lE-1111 14:16 5.ll7E-lil6 l.76E-lll 6.9BE-12 l. B2E-llll 5.47E-lil7 7.42E-lil7 3.45E-ll7 l.64E-lil7 3.8E-lil8 1. 9E-llil 2.lilE-01 14117 4.91/lE-1116 l.74E-llil 6.88E-12 l.79E-llil S.41lE-lil7 7 ,32E-lil7 J.41E-lil7 l. 62E-lil7 3.7E-lil8 1. 8E-llil 2 .ilE-1111 14118 4,74E-lil6 l.71E-llil 6.79E-12 l.77E-llil 5,32E-1117 7.23E-1117 3.36E-07 1. 61/lE-1117 3.7E-llB 1.BE-Hl l.9E-llll 14:19 4,59E-1116 l.69E-llil 6,71lE-12 l.74E-llll 5.25E-1117 7 .13E-lil7 3. 31E-1117 l.57E-lll7 3.6E-lil8 1. 8E-llil l.8E-lill 1412111 4.43E-ll6 l.67E-llll 6,6111E-12 l. 71E-llil 5.17E-lll7 7. lll2E-1117 3.27E-lil7 1.SSE-1117 3.6E-1118 l. BE-1111 1. BE-1111 14121 4.29E-lil6 1.64E-llll 6.51E-12 1. 6BE-llil 5. llllE-1117 6.92E-1117 3.22E-1117 l.53E-1117 3.SE-lil8 1. 7E-1111 1. 7E-lill 14:22 4.14E-lil6 l.62E-llil 6.41E-12 1. 65E-llll 5 .1112E-1117 6.82E-ll7 3.17E-1117 l.SlE-1117 3.5E-lil8 1. 7E-llll 1. 7E-lill 14123 4. lillE-1116 1. 59E-llll 6.31E-12 l.62E-llll 4.95E-1117 6. 72E-1117 3.12E-07 1.48E-1117 3.4E-1118 l. 7E-1111 l. 6E-llll 14124 3.B7E-1116 l. 57E-llil 6.21E-12 1. 60E-llil 4.87E-1117 6. 61E-1117 3.IIIBE-1117 l. 46E-1117 3.4E-1118 1,7E-1111 1. 5E-lill 14125 3,74E-06 l.54E-llll 6.12E-12 l.57E-1111 4.79E-ll7 6.51E-lll7 3.03E-1117 l.44E-1117 3.3E-0B l.6E-10 1.SE-lill 14126 3,62E-06 l.52E-lll 6.1112E-12 l.54E-llll 4. 72E-1117 6. 4111E-lil7 2.9BE-lil7 l. 41E-lll7 3. 3E-IIIB l. 6E-1111 1. 4E-llll 14:27 3. 511JE-lil6 1. 49E-1111 S.92E-12 l. SlE-lll 4.64E-1117 6. 31ilE-lil7 2.93E-ll7 1. 39E-1117 3. 2E-1118 l.6E-llll l.4E-lll 14128 3.3BE-lil6 l.47E-1111 S.82E-12 l.48E-llll 4.56E-ll7 6 .19E-lil7 2.88E-lll7 l. 37E-1117 3. 2E-ll8 l.6E-1111 l.4E-lll 14:29 3.27E-lil6 1.44E-111J 5. 72E-12 l. 46E-llil 4.48E-ll7 6. lil9E-lll7 2.B3E-lil7 l. 34E-ll7 3. lE-1118 l. SE-1111 l.3E-lll 141311) 3.16E-lil6 l.42E-10 S.62E-12 1. 43E-1111 4.41E-ll7 5.98E-1117 2.78E-lll7 l.32E-lil7 3.lllE-lil8 l. SE-llll l.3E-lll 14131 3. lil4E-lil6 l.39E-llll S.49E-12 1. 39E-llil 4. 31E-lll7 5.85E-1117 2. 72E-lil7 l.29E-lil7 3. lllE-1118 1. SE-1111 l.2E-lll 14:32 2.91E-1116 l. 3SE-llil S.34E-12 1. 35E-llll 4.19E-ll7 5.69E-1117 2.64E-07 l.26E-1117 2. 9E-1118 l. 4E-llll l.2E-1111 14:33 2.79E-1116 1. 31E-llll S.lBE-12 1. 31E-lll 4 .1116E-1117 5.SlE-1117 2. 56E-lll7 l.22E-1117 2.BE-1118 l. 4E-1111 1.lE-lll 14:34 2.6SE-ll6 l.26E-llil 4,99E-12 l.26E-lll 3.91E-1117 S.JlE-1117 2.47E-1117 1.17E-1117 2.7E-1118 1. 3E-Hl l. lE-l!ll 14135 2. 52E-1116 1. 21E-1111 4.BIIIE-12 l,21E-lll 3.76E-1117 5. llE-1117 2.38E-lil7 l.13E-1117 2. 6E-1118 1. JE-1111 l. llE-lll 14:36 2. 39E-1116 l.16E-llll 4.61E-12 l.16E-U 3.61E-lil7 4. 9111E-1117 2.2BE-1117 l.lllBE-1117 2. SE-1118 l.2E-llll 9. 6E-lil2 14:37 2.26E-lll6 1. llE-lll 4. 41ilE-12 l. llE-1111 3.45E-ll7 4.69E-1117 2.lBE-1117 l.ll4E-lll7 2. 4E-IIIB l.2E-llll 9 .1E-lll2 14:38 2 .13E-lil6 l. lll6E-llll 4. 21ilE-12 l.ll6E-Hl 3.29E-IIJ7 4.47E-lil7 2. lll8E-lll7 9.BBE-1118 2. 3E-1118 l. lE-llll 8. 6E-lll2 14:39 2.llllE-1116 1.111 lE-lll 4. llllilE-12 l. lillllE-llll 3. lJE-1117 4.26E-lll7 1. 98E-lll7 9. 4111E-1118 2.2E-1118 l. lE-1111 8. lE-1112 THIS IS A DRILL

THIS IS A DRILL 27 Ft El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS Scenario !Cr-87 !Cr-88 Xe-131m Xe-133m Xe-133 Xe-135 I-131 I-132 I-133 I-134 I-135 I-131 D*.E. Time uci/cc uci/cc uCi/cc uci/cc uCi/cc uci/cc uci/cc uCi/cc uci/cc uCi/cc uci/cc uCi/ml 141411 2.72E-ll4 8. 71lE-1114 2.l!J4E-1!4 4.84E-04 4.73E-l!J2 4.86E-1!3 9.68E-ll3 9.38E-l!J4 6.2E-3 2.5E-3 2.9E-3 l.17E-1!2 14141 2. 55E-1114 B.17E-l!J4 l.92E-114 4.54E-1!4 4.451!-112 4.57E-03 9. lil9E-1113 8.81E-IIJ4 5.8E-3 2.JE-3 2.BE-3 l. llilE-1112 14142 2.39E-1114 7.66E-1114 1.BllE-114 4.26E-04 4.17E-lil2 4.2BE-03 8.5JE-03 8.26E-IIJ4 5.5E-J 2.2E-3 2.6E-3 l.llJJE-02 14143 2.24E-1114 7.lBE-04 l.6BE-"4 4.llllJE-04 3.91E-ll2 4. "1E-ll3 7,99E-1113 7.73E-ll4 5,lE-3 2 .lllE-3 2.4E-3 9,64E-ll3 14144 2, lllE-lll4 6,71E-1114 1.581!-1!4 3. 74E-1114 3.&&E-112 3.76E-03 7,48E-03 7.23E-114 4,BE-3 1.9E-l 2,31!-3 9,ll2E-113 14:45 l.96E-IIJ4 6,27E-ll4 1.47E-lll4 3.49E-ll4 3,42E-ll2 3.51E-IIJ3 6.99E-03 6,75E-lll4 4.5E-3 1.BE-3 2.11!-J 8.43E-1!3 14146 1.BJE-1!4 5,85E-lll4 l,38E-1!4 3,26E-1114 3,19E-1112 3,28E-1113 6,53E-113 6, 3111E-1114 4,2E-3 1.61!-3 2.lllE-3 7, 87E-BJ 14147 1. 71lE-lil4 5.461!-114 1.28E-l!J4 3 .1114E-ll4 2. 98E-1112 3,lll&E-03 6, ll9E-ll3 5,871!:-1114 3,9E-3 1. 5E-3 1. 8E-3 7,341!-113 14148 l. 58E-04 5.llBE-ll4 l.201!-1114 2. B4E-"4 2.77E-lil2 2.B5E-03 5.67E-l!J3 5.47E-04 3,6E-3 1.41!-3 1. 7E-3 6.84E-03 14149 l,47E-"4 4, 73E-1114 l. llE-114 2.64E-lil4 2.5BE-1!2 2,65E-1!3 5.28E-IIJ3 5.lll9E-1114 3.4E-3 1. 3E-3 1.6E-3 6.37E-lil3 1415111 1.37B-1!4 4.41!E-1!4 1. IIJ4E-1!4 2.46E-1114 2. 41ilE-1!2 2.47E-1!3 4.91E-lll3 4.73E-lil4 3.lE-3 1.2E-3 1. 5E-3 5,93E-1!3 14151 l.27E-lil4 4.0BE-ll4 9.62E-lll5 2.2BE-ll4 2.23E-1!2 2.29E-1!3 4.57E-1!3 4.4111E-04 2.9B-3 1. lE-3 l.4E-3 5.51E-ll3 14:52 l.lBE-04 3.79E-ll4 8.93E-05 2.12E-lil4 2.07E-02 2 .13E-IIJ3 4.24E-03 4.ll8E-lil4 2.7E-3 l.lE-3 1. 3E-3 5.12E-ll3 14153 1.11191!-04 3.52E-lll4 8.29E-ll5 l.97E-lll4 l. 92E-il2 l. 9BE-03 3.94E-ll3 J.7BE-ll4 2.5E-3 9.9E-4 l.2E-3 4.75E-ll3 14154' l. lillE-ll4 3.26E-ll4 7.69E-ll5 l.82E-ll4 l.7BE-ll2 l. 83E-ll3 3.65E-03 3.51E-04 2.JE-3 9.2E-4 l. lE-3 4.41lE-ll3 14155 9,41lE-05 3.ll2E-ll4 7.lJE-05 l. 69E-ll4 1. 65E-ll2 l. 71lE-ll3 3.JBE-03 3.25E-04 2.2E-3 8.5E-4 l. llE-3 4.llBE-03 14156 B. 71lE-05 2.BllE-114 6.61lE-ll5 l.57E-ll4 1. 53E-ll2 l. 57E-ll3 3.lJE-llJ 3.lllE-ll4 2.llE-3 7.9E-4 9.5E-4 3.78E-03 14157 B.ll5E-ll5 2.59E-ll4 6 .llE-115 l. 45E-ll4 l.42E-ll2 1. 46E-ll3 2.90E-ll3 2.78E-lil4 l.9E-3 7.JE-4 8.BE-4 3.50E-lil3 14158 7 .44E-lil5 2.39E-ll4 5.66E-lil5 l. 34E-lll4 l. 31E-lll2 1. 35E-lll3 2.68E-03 2.57E-lll4 1. 7E-3 6.7E-4 8.lE-4 3.24E-ll3 14159 6.87E-1!5 2,21E-ll4 5.23E-ll5 l.24E-ll4 l.21E-ll2 l.25E-lil3 2.48E-03 2.38E-1114 l.6E-3 6.2E-4 7.5E-4 2.99E-lll3 1511110 6. 35E-lil5 2.ll4E-ll4 4.831!-1!5 1.lSE-1114 l.12E-1112 1.lSE-1113 2,29E-lil3 2 ,211lE-lil4 l.SE-3 5.7E-4 6.9E-4 2. 77E-lil3 1511111 S.86E-lll5 l.89E-1114 4.47E-1115 1. ll6E-lil4 l.lll4E-lil2 l.ll6E-ll3 2.12E-lil3 2. ll3E-IIJ4 l,4E-3 5,3E-4 6.4E-4 2,56E-lil3 1511/l2 5.41E-ll5 l.74E-lll4 4,12E-lll5 9.78E-fil5 9,57E-lll3 9.BJE-lil4 l. 96E-l/l3 l.87E-lll4 l,3E-J 4.9E-4 5.9E-4 2,J6E-1113 15:1/lJ 4.99E-ll5 l. 61E-lll4 3.81E-ll5 9. lll3E-lll5 8.8JE-ll3 9 .lll7E-lil4 l. 81E-lll3 l.7JE-1114 l.2E-3 4.5E-4 5.SE-4 2.18E-1113 15: 1114 4 .GIIIE-1115 l. 4BE-1114 3.51E-ll5 B.JJE-lll5 8.15E-lll3 8.37E-lll4 l. 67E-ll3 l.59E-lil4 1.lE-3 4.lE-4 5.IIIE-4 2. llllE-113 1511/l5 4,24E-lll5 1.37E-ll4 3.24E-1115 7.GBE-1115 7.51E-1113 7. 72E-1114 1.54E-IIIJ l.47E-1114 9.8E-4 3.BE-4 4.6B-4 1. 85E-lll3 151116 3.91lE-ll5 1.26E-lll4 2.98E-ll5 7,llBE-115 6.9JE-ll3 7 .llE-1114 1.42E-lll3 l. 35E-lll4 9.lE-4 3.5E-4 4.3E-4 1. 71E-l/l3 1511/l? 3.59E-1115 1.16E-ll4 2.75E-lll5 6.53E-lll5 6.3BE-1113 6.56E-ll4 l. 31E-lll3 l.25E-lll4 8.JE-4 3,2E-4 3.9E-4 1. 57E-ll3 15:lll8 3.31E-lll5 l.lll7E-ll4 2.53E-ll5 6. llllE-05 5.BBE-03 6.lll4E-lll4 l.21lE-ll3 1.15E-lll4 7.7E-4 3,llE-4 3.6E-4 1. 45E-i13 15109 3.lll4E-ll5 9.82E-lll5 2.33E-ll5 5.54E-lll5 5.41E-ll3 5.56E-lil4 l.11E-lll3 l.lll6E-lll4 7.lE-4 2.7E-4 3.3E-4 1.33E-ll3 TBIS IS A DRILL

THIS IS A DRILL 27 Pt !ll AUXILARY BUILDING G!lNERAL AREA ACTIVITY CONCENTRATIONS Total Scenario Sb-129 sr-89 Sr-90 Y - 91 Ce-134 Ce-136 Ce-137 Ru-llll3 Ru-11116 Mo-99 Activity Time uci/cc uci/cc uci/cc uci/cc uCi/cc uci/cc uCi/cc uci/cc uCi/cc uci/cc uci/cc 14s41l 1.89E-ll6 9. 5BE-ll J.BllE-12 9. 52E-ll 2.98E-lll7 4.ll4E-ll7 1.BBE-07 8.93E-ll8 2.lE-118 1.0E-lll 7.6E-ll2 14141 1.7BE-lll6 9.09B-ll J.61lE-12 9.112E-ll 2.82E-ll7 3.BJE-117 1.78E-ll7 8.47E-08 2.llE-llB 9. 7E-ll 7.2E-02 14142 1.67E-ll6 8.61lE-ll 3.41E-12 8. 53E-11 2.67E-lll7 3.63E-07 1.69E-ll7 8.02E-lll8 1.8E-lll8 9. lE-11 6.7E-lll2 14:43 l.56E-ll6 B.lJE-11 3.22B-12 B. ll5E-11 2.53E-07 3.43E-lll7 l.59E-ll7 7.57E-1ilB l.7B-lil8 8.6E-11 6. 3E-lll2 14144 1. 46E-lil6 7.67E-11 J.lll4E-12 7. 59E-ll 2.JBE-117 3.23E-ll7 l.50E-ll7 7.15E-ll8 1. 6E-lil8 8.2E-11 5.9E-ll2 14145 l.36E-lll6 7.23E-11 2.86E-12 7 .14E-ll 2.25E-ll7 3.lil5E-ll7 1. 42E-07 6.73E-ll8 1.6E-08 7. 7E-11 5. 5E-ll2 14:46 1.27E-ll6 6. BllE-11 2.71lE-12 6. 72E-ll 2. llE-117 2.87E-ll7 1. 33E-07 6.34E-ll8 1.5E-ll8 7. 2E-11 5.lE-112 14147 1.19E-ll6 6. 39E-11 2.53E-12 6. JlE-11 1.99E-ll7 2. 71lE-07 1. 25E-07 5.96E-08 1. 4E-ll8 6. BE-11 4. 8E-lll2 14148 1.11E-lil6 6.00E-11 2.38E-12 5. 92E-11 1.86E-07 2.53E-07 l.18E-ll7 5.59E-lll8 1. 3E-ll8 6. 4E-11 4.5E-02 14149 1. lil3E-lll6 5.63E-11 2.23B-12 5.54E-ll 1. 75E-IIJ7 2.37E-07 1.10E-lll7 S.2SE-lll8 1.2E-lll8 6.0E-ll 4.2E-lil2 14150 9. 57E-lll7 S.27E-11 2.lil9E-12 S.19E-11 1. 64E-lil7 2.22E-07 1. ll3E-lil7 4.92E-lll8 1. lE-lil8 5.6E-ll 3.9E-1112 14151 8.89E-ll7 4.94E-11 1. 96E-12 4. BSE-11 1. 53E-07 2. lilBE-07 9.69E-ll8 4. 61ilE-08 1. lE-lllB S.2E-11 3.6E-lil2 14152 8.25E-lil7 4. 62E-ll l.83E-12 4. 54E-11 1. 43E-lll7 1. 95E-lll7 9.ll6E-lll8 4.311lE-lil8 9. 9E-lll9 4. 9E-11 3.3E-lll2 14:53 7.66E-lll7 4.32E-11 1. 71E-12 4.23E-11 1. 34E-07 l.82E-07 8.47E-lll8 4.lll2E-08 9.3E-ll9 4.6E-11 3.lE-02 14:54 7. lllE-1117 4.ll3E-11 1. 61lE-12 3.9SE-11 1.25E-07 1. 7111E-07 7. 91ilE-lil8 3.75E-lil8 8.7E-lil9 4.JE-11 2.9E-02 14 :55 6.58E-07 3.76E-11 1. 49E-12 3. 6BE-ll l. l 7E-fll7 1.59E-lil7 7.37E-lil8 3.51lE-08 8 .1E-lil9 4. lilE-11 2.7E-lil2 14:56 6.lil9E-ll7 3.51lE-11 1. 39E-12 3. 43E-ll 1. lil9E-1217 1. 48E-07 6.BBE-1218 3.27E-lll8 7.SE-lil9 3. 7E-ll 2. SE-lil2 14:57 5.64E-ll7 3.27E-11 1.29E-12 3.19E-11 1. llllE-07 1.3BE-lil7 6.41E-08 3.ll4E-lll8 7 .lllE-09 3. 5E-ll 2.3E-02 14:58 5.21E-07 3.ll4E-11 1. 21E-12 2. 97E-11 9.45E-ll8 1. 28E-lil7 5.96E-lll8 2.BJE-08 6.SE-09 3. 2E-11 2.lE-02 14159 4.82E-ll7 2. BJE-11 1.12E-12 2. 76E-11 8.79E-!ll8 1.19E-ll7 S.55E-ll8 2.64E-ll8 6.lE-09 3.lilE-11 2 .llE-02 15100 4.4SE-1117 2.63E-ll 1. ll4E-12 2.57E-11 B.17E-lll8 1.llE-07 5.16E-IIJB 2.45E-IIJB 5. 6E-ll9 2.BE-11 l .BE-lll2 15:lll 4. llE-07 2.45E-11 9.69E-13 2. JBE-11 7. 61lE-08 1. 03E-ll7 4 .811lE-ll8 2.28E-ll8 5.3E-ll9 2.6E-11 l. 7E-ll2 1511!2 3.8111E-lll7 2.27E-ll 9.lllllE-13 2.21E-ll 7.ll6E-08 9.58E-08 4.46E-08 2.12E-08 4. 9E-lll9 2.4E-11 1.5E-lll2 15103 3.50E-07 2. llE-11 B.36E-13 2. 05E-11 6.55E-08 8.89E-08 4.14E-08 1. 97E-08 4.5E-ll9 2.2E-ll 1. 4E-lll2 15:04 3.23E-lll7 1.96E-11 7.76E-13 1. 911lE-11 6. lll8E-lll8 8.25E-lll8 3.84E-lll8 1.82E-lll8 4.2E-lll9 2. lE-11 l. 3E-ll2 15:lllS 2.98E-ll7 1.BlE-11 7.19B-13 1. 76E-11 S.64E-08 7.65E-ll8 3.56E-ll8 1. 69E-lll8 3.9E-ll9 1. 9E-11 1.2E-lll2 1511l6 2.74E-IIJ7 l.68E-11 6.67E-13 1. 63E-11 S.23E-08 7 .10E-08 3. 30E-08 1. 57E-08 3.6E-09 l.BE-11 l. lE-02 15:07 2.53E-ll7 l.56E-11 6.lBE-13 1.SlE-11 4.84E-08 6. SBE-08 3 .ll6E-lll8 l.45E-08 3.3E-lll9 1. 7E-11 1.llE-lll2 15:lllB 2.33E-lll7 1. 44E-11 5. 72B-13 1. 41lE-11 4.49E-lll8 6. lll9E-lll8 2. 83E-lil8 1. 35E-lll8 3.1E-lil9 1.SE-11 9.SE-113 1511l9 2.14E-ll7 1. 34E-11 5.JllE-13 1. JlllE-11 4.15E-lll8 5.64E-ll8 2.62E-lll8 1.25E-lll8 2.9E-lll9 1. 4E-11 8.7E-lil3 THIS IS A DRILL

THIS IS A DRILL 27 Ft El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS Scenario Kr-B7 Kr-BB Xe-13lm Xe-133m Xe-133 Xe-135 I-131 I-132 I-133 I-134 I-135 I-131 D;E. Time uci/cc uci/cc uCi/cc uCi/cc uCi/cc uCi/cc uCi/cc uci/cc uCi/cc uci/cc uci/cc uci/ml 151 llil 2. BlllE-05 9.IJJE-1115 2.lSE-1115 5.llllE-1115 4.98E-lll3 5.12E-lll4 1. lll2E-lll3 9.71E-lll5 6.SE-4 2.5E-4 3.lE-4 1.23E-lll3 151 ll 2.58E-lll5 8.JlE-1115 1. 98E-lil5 4.69E-ll5 4.59E-ll3 4. 71E-ll4 9.38E-ll4 8.93E-lll5 6.llE-4 2.JE-4 2.BE-4 1.1JE-ll3 15112 2.37E-lil5 7.64E-lll5 l.B2E-lil5 4.31E-lll5 4.22E-ll3 4.JJE-ll4 8.63E-ll4 B.21E-ll5 5.SE-4 2.lE-4 2.6E-4 1.ll4E-IIJ3 15:13 2.1BE-lil5 7.lll2E-ll5 1. 67E-IIJS 3.97E-ll5 3.BBE-ll3 3.99E-ll4 7.93E-ll4 7.55E-IIJ5 5.lE-4 2.lllE-4 2.4E-4 9.56E-lll4 15:14 2.llllllE-1115 6.45E-ll5 1. 54E-lll5 3.65E-ll5 3.57E-IIJ3 3.66E-lll4 7.29E-ll4 6.94E-ll5 4.7E-4 1.BE-4 2.2E-4 B.79E-ll4 15:15 l.84E-ll5 5.93E-lll5 l.41E-ll5 3.35E-ll5 3.2BE-lll3 3.37E-ll4 6. 711JE-ll4 6.37E-ll5 4.JE-4 1. 7E-4 2.IIJE-4 B.ll8B-ll4 15116 1.691'!-1115 5.45E-IIJ5 1. JlllE-1115 3 .11JBE-ll5 3. lillE-1113 3.ll9E-ll4 6.16E-ll4 5.85E-1115 3.9E-4 1. SE-4 1. 9E-4 7.43E-ll4 15117 l.53E-IIJ5 4.93E-IIJS l. lBE-IIJS 2.79E-ll5 2.73E-IIJ3 2. BllE-IIJ4 5.5BE-ll4 S.JllE-llS 3.6E-4 1. 4E-4 l. 7B-4 6.73B-ll4 15118 l.3BE-IIJ5 4.47E-lll5 l. ll7E-ll5 2.53E-ll5 2.47E-IIJ3 2.54E-IIJ4 5.ll6E-1114 4.BllE-ll5 3.2E-4 l.2E-4 l.SE-4 6.lllE-04 15:19 l.25E-IIJS 4 .ll5E-IIJ5 9.6SE-ll6 2.29E-ll5 2.24E-ll3 2.JllE-04 4.58E-lll4 4.35E-ll5 2.9E-4 1. lE-4 l.4E-4 5.52E-1114 15:211J l .14E-IIJS 3.67E-lll5 B.75E-ll6 2.0BE-ll5 2. 03E-ll3 2.llBE-ll4 4.15E-04 3.94E-05 2.7E-4 l.lilE-4 l. JE-4 5.ll0E-04 15:21 l. llJ3E-lil5 3.32E-IIJ5 7.92E-IIJ6 l.BBE-ll5 l. B4E-03 l.B9E-lll4 3.76E-ll4 3.57E-05 2.4E-4 9.JE-5 l. lE-4 4.53E-IIJ4 15:22 9.32E-06 3. lillE-llS 7.1BE-ll6 1. 71lE-lll5 l. 67E-ll3 l. 71E-ll4 3.41E-IIJ4 3.24E-11J5 2.2E-4 B.4E-5 l. llJE-4 4 .11E-ll4 15:23 B.45E-lil6 2.73E-IIJ5 6. 511JE-IIJ6 l.54E-IIJ5 l. 51E-ll3 l. 55E-04 3. IIJ9E-IIJ4 2.93E-IIJ5 2.lilE-4 7.6E-5 9.3E-5 3. 72E-ll4 15:24 7.65E-lil6 2.47E-ll5 5.B9E-ll6 l. 411JE-IIJ5 l. 37E-ll3 l.41lE-ll4 2.BllE-04 2.66E-ll5 l. 8E-4 6. 9E-5 B.4E-5 3.37E-IIJ4 15:25 6.93E-lil6 2.24E-IIJ5 5.34E-IIJ6 l. 27E-ll5 l.24E-IIJ3 l.27E-04 2. 53E-IIJ4 2.41E-05 l. 6E-4 6.2E-5 7.6E-5 3. ll5E-IIJ4 15:26 6 .28E-IIJ6 2 .IIJ3E-ll5 4.84E-IIJ6 l.15E-ll5 l .12E-IIJ3 l.15E-04 2. 31lE-IIJ4 2.18E-ll5 l.5E-4 5.7E-5 6.9E-5 2. 77E-IIJ4 15:27 5.69E-ll6 1.84E-ll5 4.3BE-IIJ6 l. ll4E-IIJ5 l.ll2E-IIJ3 l. ll4E-04 2.ll8E-ll4 1. 9BE-ll5 l.JE-4 5.lE-5 6.JE-5 2.51E-IIJ4 15:28 5.16E-ll6 l.67E-05 3.97E-IIJ6 9.42E-IIJ6 9.21E-ll4 9.46E-ll5 1. 8BE-04 1.79E-05 l.2E-4 4.6E-5 5.7E-5 2.27E-ll4 15:29 4.67E-IIJ6 1. 51E-ll5 3.611JE-ll6 8.54E-ll6 B.35E-ll4 8.57E-ll5 1. 71E-ll4 l.62E-ll5 l. lE-4 4.2E-5 S.2E-5 2. ll6E-ll4 15:Jll 4.23E-lil6 l.37E-ll5 3.26E-ll6 7.73E-ll6 7.56E-ll4 7.77E-05 l.55E-ll4 l. 47E-ll5 9.9E-5 3.BE-5 4.7E-5 l.B6E-lil4 15131 3.83E-ll6 l.24E-ll5 2.95E-ll6 7.lllE-ll6 6.BSE-ll4 7.ll4E-05 l. 411JE-ll4 l.JJE-1115 9.llE-5 3.SE-5 4.2E-5 l. 69E-"4 15:32 3.47E-ll6 l.12E-ll5 2.6BE-ll6 6.35E-ll6 6.21E-ll4 6.3BE-ll5 l.27E-ll4 l.21E-ll5 B.lE-5 3.lE-5 3.BE-5 l. 53E-ll4 15133 3.15E-lll6 l.ll2E-ll5 2.42E-ll6 5.75E-lil6 5.62E-ll4 5.7BE-ll5 l.15E-ll4 l.ll9E-ll5 7.4E-5 2.BE-5 3.5E-5 l. 39E-IIJ4 15134 2.8SE-ll6 9.21E-ll6 2.21lE-lll6 S.21E-lll6 5.lllE-ll4 5.23E-1115 l. llJ4E-1114 9.911JE-06 6.7E-5 2.6E-5 3.lE-5 l.26E-lll4 15135 2.SBE-ll6 8.35E-IIJ6 l.99E-lll6 4. 72E-lll6 4.62E-IIJ4 4. 74E-IIJS 9.44E-lll5 B.97E-ll6 6.llE-5 2.3E-5 2.BE-5 1.14E-lll4 15:36 2.34E-ll6 7.56E-1116 l.BlllE-ll6 4.2BE-ll6 4 .1BE-IIJ4 4.31lE-ll5 8.55E-ll5 8.13E-11l6 5.5E-5 2.lE-5 2.6E-5 l.ll3E-lll4 15:37 2 .12E-lil6 6.85E-lll6 l. 63E-ll6 3.88E-ll6 3.79E-ll4 3.89E-1115 7.75E-ll5 7.36E-ll6 5.llE-5 l. 9E-5 2.JE-5 9.34E-ll5 15138 l.92E-ll6 6.21E-lll6 1.48E-ll6 3.51E-ll6 3.43E-ll4 3.53E-1115 7. lll2E-1115 6 .67E-lll6 4.5E-5 1. 7E-5 2.lE-5 8.46E-ll5 15139 1. 74E-ll6 5.62E-ll6 l.34E-lll6 3.18E-1116 3 .11E-e4 3.2111E-1115 6. 36E-1115 6 .lll4E-lll6 4.lE-5 l.6E-5 1.9E-5 7.67E-lll5 15:4111 l.58E-06 5.llllE-06 l.21E-lll6 2.88E-lll6 2.82E-lll4 2.89E-1115 5.76E-1115 5.48E-lll6 3.7E-5 1.4E-5 l.7E-5 6. 95E-lll5 15:41 1. 43E-lll6 4.62E-lll6 1. H'JE-ll6 2.61E-lil6 2.55E-lll4 2.62E-ll5 5.22E-ll5 4.96E-lll6 3.JE-5 1. JE-5 l.6E-5 6.29E-IIJ5 15:42 l.29E-lil6 4.lBE-1116 9.97E-lll7 2.37E-06 2.JlE-04 2.38E-05 4.73E-lll5 4.49E-ll6 3.llE-5 l.2E-5 l.4E-5 5.711lE-ll5 15:43 l.17E-ll6 3.79E-ll6 9.ll3E-ll7 2.l4E-ll6 2. HlE-ll4 2.15E-lll5 4.29E-ll5 4.07E-ll6 2.7E-5 l.lE-5 l.JE-5 5.17E-lil5 15:44 1. ll6E-06 3.43E-06 B.18E-ll7 1. 94E-06 l. 90E-ll4

• l.95E-05 3.BBE-ll5 3.69E-ll6 2.5E-5 9.6E-6 l.2E-5 4.68E-05 THIS IS A DRILL

THIS IS A DRILL 27 Ft El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS Total Scenario Sb-129 sr-89 Sr-91! y - 91 Ca-134 Ca-136 C11-137 Ru-Hl3 Ru-1'16 Mo-99 Activity Time uci/cc uci/cc uCi/cc uci/cc uCi/cc uCi/cc uCi/cc uci/cc uci/cc uci/cc uci/cc 151111 l.97E-ll7 l.24E-11 4.9111E-13 1.21/lE-11 3.84E-lil8 5.22E-lil8 2.43E-lil8 l.15E-lll8 2.7E-119 1. 3E-11 8.lilE-ll3 15: 11 l.81E-lil7 l.14E-11 4.54E-13 l. llE-11 3.56E-IIJB 4.83E-lil8 2.2SE-lil8 l.lil7E-IIJB 2. SE-IIJ9 l.2E-11 7. 4E-lil3 15:12 l.67E-lil7 l.lil6E-11 4.211JE-13 1. lil2E-ll 3.29E-lil8 4.46E-lilB 2.lilBE-08 9.86E-lil9 2.JE-09 l. lE-11 6.8E-lil3 15113 1. 53E-ll7 9.78E-12 3.BBE-13 9.46E-12 3.lll4E-lil8 4 .13E-lll8 1. 92E-lil8 9.12E-lil9 2.1E-lil9 l. lllE-11 6 .2E-1'3 15114 l.41E-B7 9.lil4E-12 3.58E-13 8.73E-12 2.81E-lil8 3.BlE-lilB 1. 77E-IIJ8 B.43E-lil9 1. 9E-09 9.6E-12 5.7E-lil3 15115 l.31lE-ll7 B.35E-12 3.311!-13 B.lil6E-12 2 .61/lE-lilB 3.52E-llB 1. 64E-ll8 7.7BE-11J9 1. BE-ll9 8.9E-12 5.3E-ll3 15116 l.19E-ll7 7.711!-12 3.lil6E-13 7.44E-12 2.41/lE-lilB 3.25E-llB 1. 51E-ll8 7.19E-lll9 1. 7E-ll9 B.2E-12 4.8E-ll3 15117 l.llJBE-117 6.991!-12 2. 77E-13 6.74E-12 2.17E-118 2.95E-IIJB 1. 37E-lil8 6.51E-119 1. 5E-IIJ9 7.4E-12 4.4E-lil3 15118 9.76E-118 6.33E-12 2.SlE-13 6. llE-12 l.97E-ll8 2.67E-ll8 l.24E-lil8 S.91ilE-lil9 l.4E-119 6.7E-12 4.IIE-ll3 15119 B.85E-lilB 5.741!-12 2.27E-13 5.53E-12 l.78E-lil8 2.42E-ll8 l.13E-lil8 5.35E-lil9 1. 2E-ll9 6.lE-12 3.61!-113 15:2111 8.lllE-1/lB 5.211E-12 2.116E-13 5. lillE-12 1.6 lE-IIJB 2.19E-lil8 l.ll2E-ll8 4.84E-lil9 l.1E-ll9 5.5E-12 3.3E-ll3 15121 7.261!-IIB 4.71E-12 1.871!-13 4.54E-12 1. 46E-llB 1. 99E-lil8 9.24E-ll9 4.39E-lil9 l.llE-lil9 5.IIJE-12 3.lilE-lil3 15:22 6.5BE-ll8 4.27E-12 1.691!-13 4. llE-12 1. 33E-ll8 l.81lE-ll8 8.37E-lil9 3.9BE-lil9 9.21!-lll 4.SE-12 2.7E-lil3 15:23 5.96E-IIB 3.B7E-12 1. 53E-13 3.73E-12 l.20E-ll8 1. 63E-lil8 7.58E-ll9 J.60E-lil9 B.JE-llil 4.lE-12 2. 4E-lil3 15124 5.41ilE-ll8 3.51111!-12 l.39E-13 3.38E-12 l.ll9E-llB l.4BE-lilB 6.87E-11J9 3.26E-lil9 7.SE-llil 3.7E-12 2.2E-lil3 15125 4.89E-llB 3.17E-12 l.26E-13 3.lil6E-12 9.86E-ll9 l.34E-lil8 6.22E-ll9 2.96E-lil9 6.BE-10 3.4E-12 2.lilE-03 15126 4.43E-11JB 2.87E-12 1.141!-13 2.77E-12 8.93E-lil9 l.21E-ll8 5.64E-ll9 2.68E-lil9 6.2E-llil 3.lE-12 1. 8E-11J3 15:27 4.ll2E-118 2.61lE-12 l.113E-13 2.SlE-12 8.ll9E-lil9 l. lllE-lilB 5 .11E-ll9 2.43E-ll9 5.6E-llll 2.SE-12 l.6E-ll3 15:28 3.64E-ll8 2.36E-12 9.35E-14 2.28E-12 7.33E-ll9 9.95E-lil9 4.6JE-ll9 2.21ilE-lil9 S.lE-lll 2.SE-12 l.5E-lil3 15129 3.31/lE-IIB 2.14E-12 B.47E-14 2.lll6E-12 6.64E-lil9 9. lll2E-lil9 4.19E-lil9 1. 99E-lil9 4.6E-llil 2.JE-12 1. 3E-lil3 15130 2.99E-IIJB 1. 94E-12 7.6BE-14 l.87E-12 6.lil2E-1119 B.17E-lil9 3 .BllE-lil9 l.811JE-lil9 4.2E-llil 2.lE-12 l.2E-lil3 15131 2.71E-118 1. 75E-12 6.96E-14 l.69E-12 5.45E-lil9 7.41ilE-lil9 3.44E-lil9 1. 64E-lil9 3. BE-llil l.9E-12 l.lE-1/lJ 15132 2.45E-ll8 l.59E-12 6.JIIE-14 l.53E-12 4.94E-119 6. 71E-lil9 3.12E-ll9 1. 4BE-lil9 3.4E-111 1. 7E-12 l.lilE-lll3 15133 2.22E-ll8 1. 44E-12 5. 71E-14 l.39E-12 4.4BE-lil9 6. lil7E-ll9 2. 8JE-lil9 1. 34E-ll9 3.lE-lll 1. SE-12 9 .lilE-lll4 15:34 2 .lillE-llB 1. 31/lE-12 S.17E-14 l.26E-12 4.lil5E-lil9 5. 51ilE-lil9 2. 56E-lil9 1. 22E-lil9 2. BE-111 1. 4E-12 B.2E-lil4 15:35 l.82E-lilB l.lBE-12 4.691!-14 l.14E-12 3.67E-lil9 4.99E-lil9 2.32E-lil9 l. llilE-lil9 2. SE-HI l.3E-12 7.4E-ll4 15136 l.65E-lil8 l.llJ7E-12 4.25E-14 l. llJJE-12 3. 33E-IIJ9 4.52E-lil9 2. lllE-IIJ9 9.98E-111J 2.3E-llil 1.lE-12 6. 7E-lil4 15:37 1. 51ilE-BB 9.71ilE-13 3.BSE-14 9.36E-13 3.ll2E-lll9 4.lil9E-lil9 1. 91ilE-lil9 9. lil4E-llil 2. lE-llll l. lilE-12 6.1E-lil4 15:38 l.36E-llB 8.79E-13 3.49E-14 B.48E-13 2.73E-ll9 3.71E-lil9 1.72E-IIJ9 B.19E-llil 1. 9E-llll 9.3E-13 5.5E-IIJ4 15:39 l.23E-ll8 7.97E-13 3.16E-14 7.6BE-13 2.47E-lil9 3.36E-lil9 1. 56E-lil9 7.42E-llil 1. 7E-llil 8.SE-13 5.lilE-lil4 15:40 l. llE-llB 7.22E-13 2.86E-14 6.96E-13 2.24E-lil9 3. ll4E-lil9 1. 42E-IIJ9 6.73E-lll l.5E-llll 7.7E-13 4.5E-lil4 15:41 1. lllE-lilB 6.54E-13 2.59E-14 6.31E-13 2.lil3E-lil9 2. 76E-lil9 l.28E-lil9 6.lll9E-llil l.4E-llil 7.llE-13 4.1E-lil4 15:42 9.14E-ll9 5.92E-13 2.35E-14 5.71E-13 1.84E-lil9 2. 51ilE-IIJ9 l.16E-119 5.52E-Hl 1. 3E-llil 6.3E-13 3.7E-lil4 15:43 8.2BE-119 5.37E-13 2.13E-14 5.lBE-13 l.67E-ll9 2.26E-119 l. lil5E-lil9 5.lllllE-llil l.2E-Hl 5.7E-13 3.4E-lil4 15:44 7.51lE-ll9 4.86E-13 l.93E-14 4.69E-13 1. 51E-ll9 2. IIJ5E-IIJ9 9.54E-l!IJ 4. 53E-l!IJ l. lilE-Hl 5.2E-13 3.1E-IIJ4 THIS IS A DRILL

THIS IS A DRILL 27 Ft El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS Scenario Jtr-87 !tr-BB Xe-lJlm Xe-lJJm Xe-lJJ Xe-l35 I-131 I-132 I-133 I-134 I-135 I-131 D.E. Time uCi/cc uCi/cc uCi/cc uCi/cc uci/cc uCi/cc uCi/cc uci/cc uci/cc uci/cc uCi/cc uci/ml 15:45 9.6JE-ll7 J.11E-ll6 7.41E-ll7 l.76E-ll6 l. 72E-"4 l. 77E-ll5 J.52E-ll5 J.34E-ll6 2.2E-5 B.7E-6 l.lE-5 4.24E-ll5 15146 B, 72E-07 2,B2E-ll6 6. 72E-lll7 1, 59E-1116 1, 56E-"4 1.61lE-LlS J,19E-lil5 3,llJE-ll6 2,llE-5 7,9E-6 9.6E-6 3,84E-ll5 15147 7. 91lE-1117 2,SSE-116 6. ll9E-1117 1. 44E-ll6 1. 41E-ll4 1.4SE-05 2.89E-l!J5 2, 74E-l!J6 1,0E-5 7.lE-6 B,7B-6 3,4BE-ll5 15148 7.16E-f1J7 2.31E-ll6 5.51E-ll7 1. 31E-ll6 1.2BE-ll4 l. JlE-IIJS 2.62E-IIJ5 2.49E-ll6 l.7E-5 6.SE-6 7.9E-6 J.15E-ll5 15:49 6.49E-ll7 2 .HlE-ll6 4.99E-ll7 l.19E-ll6 l.16E-ll4 l.19E-ll5 2,37E-ll5 2.25E-ll6 l. 5E-5 5.BE-6 7,2E-6 2,B6E-1115 151511 5.BBE-lll7 l. 9111E-lll6 4.53E-1117 l, 1117E-ll6 l.ll5E-ll4 l. llBE-l/l5 2,15E-ll5 2.ll4E-ll6 l. 4E-5 5.JE-6 6.5E-6 2.59E-1115 15151 5.32E-ll7 l.72E-ll6 4.lllE-ll7 9,7JE-ll7 9.52E-ll5 9.77E-ll6 l. 95E-ll5 l.B5E-ll6 l.2E-5 4,BE-6 5.9E-6 2.35E-ll5 15:52 4,B2E-07 l.56E-ll6 J, 71E-ll7 B.BlE-1!7 B.62E-ll5 B,B5E-ll6 l,76E-ll5 l. 67E-lll6 l.lE-5 4.JE-6 5.JE-6 2.1JE-ll5 15153 4.37E-lll7 l.41E-ll6 J.J7E-ll7 7.99E-ll7 7,BlE-1!5 8.ll2E-ll6 l. 61lE-ll5 l.52E-ll6 l.llE-5 J.9E-6 4.BE-6 l. 9JE-ll5 15154 J.96E-ll7 l.28E-ll6 J,ll5E-ll7 7.24E-ll7 7.llBE-1!5 7.27E-1116 l. 45E-ll5 l.37E-ll6 9.2E-6 J.6E-6 4,4E-6 l. 74E-ll5 15155 J.59E-"7 l,16E-ll6 2.76E-ll7 6.56E-l/l7 6.41E-ll5 6.59E-ll6 l. JlE-1!5 l.25E-06 8.4E-6 J.2E-6 4,llE-6 l. 5BE-ll5 15:56 J.25E-ll7 l.l/lSE-1116 2. SllE-1117 5.94E-ll7 5,81E-ll5 5.97E-ll6 l.19E-ll5 l.1JE-IIJ6 7.6E-6 2.9E-6 J,6E-6 l. 4JE-ll5 15157 2.94E-ll7 9.51E-ll7 2.27E-f1J7 5.JBE-07 5.26E-ll5 5.41E-ll6 l.ll8E-ll5 l.ll2E-ll6 6.9E-6 2.7E-6 J.2E-6 l,JllE-1!5 15:58 2.67E-ll7 8.62E-ll7 2.ll5E-ll7 4.87E-1117 4.77E-ll5 4.91lE-ll6 9.75E-ll6 9,26E-ll7 6.2E-6 2.4E-6 2.9E-6 l.lBE-1115 15159 2.42E-ll7 7.BlE-07 l.86E-ll7 4.42E-07 4.32E-ll5 4.44E-ll6 B.BJE-06 B.J9E-1117 5.6E-6 2.2E-6 2,7E-6 l. ll6E-ll5 16:llll 2 .19E-f1J7 7,ll7E-lll7 l. 69E-ll7 4.llllE-1!7 3.91E-ll5 4.ll2E-ll6 8.lllllE-ll6 7.61lE-ll7 5.lE-6 2.llE-6 2.4E-6 9.65E-ll6 THIS IS A DRILL

THIS IS A DRILL 27 Ft El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS

• Total Scenario Sb-129 Sr-89 sr-9111 Y - 91 Ca-134 Ca-136 Ce-137 Ru-llll Ru-106 Mo-99 Activity Time uci/cc uci/cc uci/cc uci/cc uci/cc uci/cc uci/cc uci/cc uCi/cc uCi/cc uCi/cc 15145 6.79E-ll9 4.41E-13 1. 75E-14 4.25E-13 1. 37E-ll9 1. 86E-ll9 B.64E-lll 4. llE-Hl 9. 5E-11 4.7E-13 2.BE-04 15146 6.15E-ll9 3.99E-13 l.5BE-14 3.85E-13 1. 24E-ll9 1. 6BE-ll9 7. BJE-lll 3. 72E-lll 8.6E-ll 4.2E-13 2. 5E-lil4 15147 5.5BE-ll9 J.62E-13 1. 4JE-14 J.49E-1J l.12E-ll9 1. 5JE-ll9 7.11J9E-lll J.37E-lll 7. BE-11 J.BE-13 2. JE-1114 15148 5.ll5E-1119 3.2BE-13 l.JIIIE-14 3.16E-13 l .1112E-1119 1.JBE-09 6.43E-lll 3.1115E-llll 7. IIIE-11 J.5E-13 2. lE-1114 15149 4.5BE-1119 2.97E-13 l.lBE-14 2.B6E-13 9.22E-lll 1. 25E-11J9 5. 82E-lll 2.77E-lll 6. 4E-ll J.2E-13 l.9E-1114 1515111 4.15E-1119 2.69E-13 l.1117E-14 2.59E-13 B.36E-llil l. lJE-09 5.2BE-lll 2.51E-1111 5.BE-11 2.9E-13 1.7E-1114 15151 J.76E-1119 2.44E-13 9.66E-15 2.35E-13 7.57E-llll 1. llJE-09 4.7BE-llll 2.27E-lll 5.2E-11 2.6E-13 l.SE-ll4 15:52 J.41lE-1119 2.21E-13 B.75E-15 2.lJE-13 6.86E-llll 9.JlE-lll 4.JJE-U 2. 1116E-llil 4. 7E-ll 2.JE-13 1.4E-1114 15153 3.IIIBE-09 2.HE-13 7.93E-15 1. 93E-13 6.21E-lll 8. 44E-lll 3. 92E-lll 1. 86E-llil 4. JE-11 2.lE-13 1.3E-ll4 15:54 2.79E-ll9 1.BlE-13 7.lBE-15 1.7SE-13 5.63E-1111 7.64E-lll 3.55E-lll 1. 69E-lll 3. 9E-11 1.9E-13 1. lE-1114 15:55 2.53E-ll9 l.64E-13 6.51E-15 1. 5BE-13 5.lilE-1111 6.92E-lll 3.22E-Hl 1. 53E-1111 J. 5E-11 l.7E-13 1. IIIE-1114 15156 2.29E-ll9 l.49E-13 5.9111E-15 1. 43E-13 4.62E-lll 6. 27E-Hl 2. 92E-111 1. 39E-1111 J.2E-11 1. 6E-13 9.JE-05 15157 2 .IIIBE-1119 1. 35E-13 5.34E-15 1. JIIIE-13 4 .19E-Hl 5.6BE-lll 2.64E-lll 1.26E-lll 2. 9E-11 l.4E-13 B.5E-1115 15158 1.BBE-09 l.22E-13 4.B4E-15 l.lBE-13 3.79E-lli'J 5.lSE-llll 2.39E-llll 1.14E-1111 2. 6E-ll 1. JE-13 7. 7E-li'J5 15159 l.71E-ll9 l. llE-13 4.JBE-15 l.1117E-13 3.44E-llll 4.67E-llll 2. 17E-lll 1. llJE-1111 2. 4E-11 1.2E-13 6.9E-1115 16: 111111 1.55E-ll9 1.lllllE-13 3.97E-15 9.66E-14 3. llE-Hl 4.23E-lll l.97E-lll 9. 34E-11 2.2E-11 1. lE-13 6.3E-ll5 THIS IS A DRILL

wv,,n, , V n C.1' .:> 1 " 11UN HP-8.0.12 wU(. ' Form HP-8.0.12-1 RADIOLOGICAL SURVEY MAP AND RECORD (Rev I) PCW 24-02 Location MAP #6: Auxiliary Bldg , Elev 45' Date _ _ _ _ _ _ _ Time /2./Cf-/kOO PURPOSE: D Routine D Non-Routine D RWP, RWP. Reactor Power: ., I _____ 0 Oamm, 0 Beta O Neutron O Smear.GA O Smear HP O Air Sample O TYPE: #2 Instrument Model Selial

• 0 All OA smears < 1000 DPM/100 cm ocepc u noce-d on map or smear ""Ofbheet.

1 0 All OA scncars < 1000 DPM/IOOcml. 0 All OA smcan in DPM/100 em1. 0 All HP smea.n < I HP/smear. 0 All HP smcan in HPs/smear. D Air penicvlate + Li < 25~ MPC. 0 AU Gamma readinp in mR/hr. 0 All Beta re.adinp i11 mradlllr. D 0 AU Neutron rcadinp in mretn/br. 0 0 Commeata: _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ __ Sutvcy Team Dole (SRO and/or calculated after su,vcy): - - - - - - mrem RWP

• Su~ Performed Under:----------

Sutvcy Performed By Rcviewed By Date _ _ _ __ LDVA

• Lov Dou lla1t1ng Aru, £HRA * !xtrtM Bish l*dht1oa Aru, BJU.
• B1sh 11Ad1at1011 Ar**

                             !IRA* N~utron ~d1ation Area, RPA

• Rot Particle Araa, CA* Coat .. 111.arad Area, ARA* Alrbora*

lladioact1v1ty Area, RNA

• llad1oact1ve Haurlal Aru, lCA!
• llad1olo11cal Control Ar**

Boundary It.A J.t.11,

                                                                         ~00 00 Ei-1,                             ll                             11 D                           g                                                            D D
                                                            .                              .. o=      ..

D c::::JO CJO [I ... 00 BJ ~ El ... M I I I 0 Gen. Arca: 0 ContKt; A GA Smear; ~ HP Smear, AS Air Sample Localion; LCJC Locked Gale; *** Barrier; Fliatin1 SIJltion

THIS IS A DRILL 45 Ft El AUXILARY BUILDING GENERAL AREA RADIOLOGICAL DATA f P.C. *s and Charcoal Particulate Cumulative Cumulative Equipment Clad Wndw Opn Wndw lllll cc gae grab Cartridge Filter Activity Contamination Contamination Contamination Scenario Doae Rate Dose Rate sample bomb PER Cu Ft PER cu. Ft. Sc. per llllil cm*2 per llllil cm*2 per lllll cm*2 Time mR/hr mR/hr mR/hr @ 1 cm mr/hr@ 1cm NET dpm NET dpm mR/hr (O.W.) NET dpm (Upon Egree!I) 12119 142 254 3 lll 491! 61l ll.ll 61l 12 :21l 596 llllllll 14 42 lllllll 311l lil.ll 251! 12121 141lll 251illl 33 99 16110 90111 111.ll 5911 12122 27e0 471lll 62 19111 231l0 21lll0 ll.ll 1100 12123 45H 81111! 110 32111 32011 3911llll Ill.Ill 191Hl 12124 69110 120011l 161il 4811) 4000 6800 0.1 291illll 12125 95H 171il01/J 221l 661/J 471il0 lllll/Jlil ll.1 411Hlll 12126 1311Jlll0 221illillil 31/JIII 870 550111 1600111 111.2 521lll 12:27 1611llllllJ 2801/llll 37111 llllllil 6llilll 2311Jl!lll 111.2 651illil 12128 171lllll 3lll1Hl 41111 121llil 681llll Jl'l01110 ll. 3 7211lll 12129 191il01l 341ll/Hl 450 13llllil 741lll 381iHlll 111.4 781!11! 12131! 21/Jllllllll 36llllllll 48111 14111111 790111 46000 ll.5 841110 12131 221lllll 3911101! 51111 lSllll 8401l 551llllll ll.6 8900 12132 231111llll 4lllll0 541l 160111 891l0 641/JIIIIII lil. 7 9400 12133 240111111 431/Jlllll 57111 17111111 941!1111 74111111111 lil.8 991lll 12:34 2500111 451llllll 591l l 71111'l 981le 8411lliHl 111.9 lllllllll 12135 261!111111 471l1111l 6lll 180111 llllllllllll 951lll111 l.fll llll0111 12136 27111fllfll 481lllll/J 641il 191110 lllllllll lllllil111111 1.1 lllllllll 12:37 281111iH'.1 51/lllllllll 6611 190111 llllllll 121illllllll 1.2 llelllll 12138 290111111 511iH!llil 671l 211lllllil llllllll 131illllllll 1.3 121llilll 12: 39 291lll111 5201110 691l 21111lll lllllllil 141illllllll 1.4 121Hlll 12141! 31H'lllll 54000 7Hl 21il0111 12000 15001/JIIJ 1.5 1201lll 12141 311lllll 551lll0 7211 211lll 121lllll 161lllllll 1. 7 121l1Hl 12:42 311lllll 561lllll 7311l 211/lll 121llllil 17001110 1.8 l31lllll 12:43 321ll/Jll 561lllll 741l 2lllll 121lllll 1811111Jll111 1.9 131llllll 12:44 3211Jlllll 57001/J 75111 221lll l311l01l 1901/JI/Hl 2.ll 1301110 12:45 321llllll 581llilll

                                             -       7611l          2211llll           131llllll       21l001ll/J          2.1            131/JBll 12:46     3311lllll      591/Hlll                   7711)          221lll             13000           2 lllllllllll       2.2            1311lllll 12:47     331111lll      5911101/J                  781l           22111111           lJllllll         221l001l           2.3            131111lll 12:48      331lllll       611111111111.1             78111          231lllJ            131llllil       231lllll1llll       2.4            13001l 12:49      341lllll/l     61111lllll                 790            231lll             1301!1111       241l1111illll       2.5            131111lll THIS IS A DRILL

TRIS IS A DRILL 45 Ft El AUXILARY BUILDING GENERAL AREA RADIOLOGICAL DATA P.C. 'II and Charcoal Particulate Cumulative Cumulative Equipment Chd Wndw Opn Wndw llillil cc gas grab Cartridqe Filter Activity Contamination Contamination Contamination Scenario Dose Rate Dose Rate sample bomb PER Cu Ft PER Cu. Ft. Sc. per Ulil cm"2 per 11110 cm"2 per 10111 cm*2 Time mR/hr mR/hr mR/hr a l cm mr/hr@ 1cm NET dpm NET dpm mR/hr (O,ff.) NET dpm (Upon Bgre1111) 121Slil 34"0111 6Hllllil 7911! 23H 131lBB 251lBBll 2.6 Ulllllll 12151 341111111 61Hlil Blllll 23H l311111llll 261/JBBlll 2.1 14111111111 12152 34BBIII 611illllll 81!0 231illl 13111111il 270011llil 2.B 141111'! 12153 34Bllll 6lllllll 911111 2311111 131ll!B . 2 BBB BB 2.9 141llllll 12:54 341il00 6llllllll 811111 23111il 131111llil 291illlllillil 3.11 14Blilll 12155 341illillil 611illllil 811! 231illll 141111illil 30011Bll 3.1 1411111111 12:56 341il00 6lllllillil Bllil 2311B 141illllil 3111l0Blil 3.2 140111! 12157 340Blll 61011111 Bllil 2311llil 1401111/l 32110Blil 3.3 1411l011 12:58 34Hlil 6llillillil Bllll 23H 141illillil 331illilllllil 3.4 l41il1ilB 12159 341illillil 6lllllillll Blillil 231illl 141ilBlil 341illillillil 3.5 141illillil I 13,lllll 341illillil 610111/J Bllllil 231illl 131illillil 351illillillil 3.6 l411llillil 13:lill 3411llilll 61HII B!llil 231illil 131illillil 361illillillil 3.7 141llillil 1311il2 3411llillil 6llillillll 81/llll 23H l31111illil 3711llillillil 3.B 13Blillll 13:1113 341illlllil 61illllilll Blllil 231illil lJlillillil JBlillil!lllil 3.9 131/llillil 13:lil4 3411llillll 61illllllllil 7911l 221illil 13!llillil 391illillillil 4*.lll 131illillil 13rlil5 341illillil 61illillillil 791il 2211llil l31illllil 41illlllillillil 4.1 1301illil 13:1116 331illillil 61illillllil 7911l 2211llil 131illillil 411illllillil 4.2 131illillil 13:lll7 331illlllll 591illllll 7Blll 221llil 1311llillil 421illllillil 4.3 lllllillll 13:lilB 331illllil 5911llillil 78111 22IIJl'J lllilflHl 431illlllllil 4.4 1301illil 13alil9 331illlll'J 591ilL'Jlil 7711l 2211111 131illllil 441lllllllil 4.5 lllllilll 131llil 331illillil 5Blillillil 7711l 221illil 131illillil 451illlllllil 4.6 131illillil 13: 11 321illillil 5Blillillil 7611l 2lllllil 1311lllllil 461illllllllil 4.B lllillillil 13:12 321illllll 57Hlil 7611l 2llillil 131illillil 4711llillillil 4.9 131ilmlll 13:13 321illillll 571ilmlil 7511l 2llillil 131/lllllll 4Blilllllillil 5.111 13111illil 13:14 321illlll 571111illil 75111 2llillll l31illillil 491illillillil 5.1 12lilllllil 13:15 3llillllll 5611llilll 741il 2llillil 121illillil 51111illillillil 5.2 1211lllllil 13116 3llillillll 561illlllll 73111 211ilB 121illillil 51'llilllllil 5.3 l2lil11JB 13117 311illillll 55lil1ilB 7311l 21illilll 12111111/l 521illllillil 5.4 121/llllll 13:18 31111111 551illlll 72111 211lllllll 12111illil 531111/lllllll 5.5 121/lllllil 13:19 31illillillil 541illillil 72111 2111Hl 12111illil 54111illlllil 5.6 121i!lillll TRIS IS A DRILL

THIS IS A DRILL 45 Ft El AUXILARY BUILDING GENERAL AREA RADIOLOGICAL DATA P.C. 'II and Charcoal Particulate cumulative Cumulative Equipment Cl11d Wndw Opn Wndw 1'lll cc ga11 grab cartridge Filter Activity Contamination Contamination Contamination Scenario Do11e Rate Do11e Rate 11ample bomb PER Cu Ft PER cu. Ft. Sc. per 10111 cm*2 per HIil cm*2 per llillll cm*2 Time mR/hr mR/hr mR/hr@ l cm mr/hr@ 1cm NET dpm NET dpm mR/hr (O.W.) NET dpm (Upon Egre1111) 13:2111 3111111111111 541/l1111l 710 21il0111 121111110 551il000 5.7 121illil111 13:21 31111illillil 5301/Jll 71illll 21illlllll 120111111 561110111111 5.8 1201110 13,22 311101illll 53111111111 71illil 201il0 1200111 571il000 5.9 121illillil 13:23 291111illil 521llillll 69111 191illil 121111illil 581llillil111 6.lil lllil1111il 13:24 291/Jlillil 521illlllll 68111 19111111 120111111 591111il01il 6.1 1Hl1111il 13125 29lllll'J 5lllllillll 681/J 191il0 1101illil 61lmll0111 6.2 lllil00 13126 28001/J 51"00 670 191/Jlil 111/Jlillil 6llil01illil 6.3 llllllillil 13,27 281llill!I 5lll!lil!IJ 661/J 191l0 ll!IJIIJlil 621llllllllll 6.4 lllilllllll 13,28 28111111111 511100111 66111 181111/J 11111111111 631illlllillil 6.5 lHlllllll 13:29 281/lllllll 49111111111 65111 18111111 1101111/J 641/Jlillillil 6.6 lllillillil 13,31/J 271/Jlillil 491illil0 641/J 181/Jlil 111/Jlillil 651/Jlillillil 6.7 lllilllllil 13:31 271/Jlillil 481l00 63111 181110 lllllllllll 661lllllllll 6.8 lllillllil 13:32 271/Jlillil 471il00 6211l 171/Jlil 111/Jlillil 6711101/llll 6.9 Hlllllillll 13,33 261/Jllllll 471!1110 61111 17111111 llillillill/l 681111lllllll 7.lil llillillillll 13:34 261111/JIII 461111/Jlil 61111/l 17111111 Hlllllillil 691/Jlillillil 7.1 llillillillll 13,35 251111llil 45111111111 59111 17111111 Hlllllilll 71111111/JIIIIII 7.2 981111il 13,36 251111111/J 441!1111111 58111 16111111 11111111111/J 7Hlllllllil 7.3 97111111 13:37 241111!111 431111111/l 57111 16111111 1111111111111 7211111lllllll 7.4 951111/l 13:38 241111/JIII 421illlllll 56111 161le 951111il 73111111111111 7.5 931/JIII 13:39 231111111/l 4llllllll 55111 151111/J 92111111 741111111/Jlll 7.6 91illillil 13:41/J 231111/Jll 41/Jlillilll 53111 151/Jll 91/JIIIIII 751/Jlllllllil 7.7 8Blllil 13:41 221illlllil 391/Jllllil 52111 141/Jlil 88111111 761llilllllil 7.9 861/Jlil 13,42 221/Jllllil 390llll 51111 141/Jlil 861/JIII 771111illillil 8.lil 841illil 13:43 211/Jllll 381llillll 49111 1401/l 841illll 781illlllillil 8.1 821/Jlil 13:44 21/Jlillillil 371/JIIII! 48111 131111il 821/Jlil 79 lill/H'Hl 8.2 81il01il 13,45 21111il00 36000 470 131illil 81illil0 81illillillillil 8.3 781illll 13:46 19111111111 351/llillil 461il l31illil 791illil 811ill!llllil 8.4 761illil 13:47 190111! 341111illil 44111 121111il 78111111 821il01illil 8.5 7401il 13:48 1811101/J 331!1illil 431il 121/Jlil 771illil B31il01illil 8.6 721illil 13:49 18000 3201/llil 421il 121illl 7611llil B41il011llll 8.7 71illilll 13:51il 171illi'Hl 3lllllll 41111 lUlil 751/lll 851/Jlilllllil B.B 681/Jlil 13:51 171illillil 31illil01il 41illil lllilll 741illil B61illillillil 8.9 661/Jlil 13:52 1601illil 291/Jlil!IJ 391il lllillil 731illil 871illlllllil 641/Jlil 9 *"' 13:53 161illil0 2Blillillil 371/l llillillil 721illil BBlil01illil 9.1 621illil 13:54 15000 281il01il 361/l llilllil 7200 890000 9.2 611J00 THIS IS A DRILL

THIS IS A DRILL 45 Ft El AUXILARY BUILDING GENERAL AREA RADIOLOGICAL DATA P.C. *11 11nd Charcoal Particulate Cumulative Cumulative Equipment Cllld Wndw Opn Wndw lllll co 91111 grab Cartridqe Filter Activity Contamination Contamination Contamination Scenario Doee Rate Do11a Rate aample bomb PER Cu Ft PER Cu, Ft, Sc. per 101'1 cm"2 per Hlll cm*2 per lllm cm*2 Time mR/hr mR/hr mR/hr II l cm mr/hr@ 1cm NET dpm NET dpm mR/hr (O.W. I NET dpm (Upon Egress) 13155 15000 27000 35111 98111 7Ulll 911llllllllllll 9.3 5811llll 13156 1511llllll 2611lllllll 3411l 9511l 711lllllll 9llllllllllll 9.4 5611llil 13:57 1411llllll 2511llllil 331il 9211! 71illillil 921illillillll 9.5 551illil 13:58 141illillil 241illillll 3211l 8911l 69011 931illil11111l 9.6 531llll 13:59 1311llllll 2411lllllll 310 861il 6911llll 9411llllllllll 9.7 511110 14:lll0 l311lll0 230011 300 84'! 6811l0 9401illil0 9.7 5011lll 14:lll 121lll0 221llill1 290 8lli! 6811lll 941/llilillil 9.7 481110 14:1112 1211l1Hl 2101'1111 281/l 7911 671/llil 941111111illll 9.7 471illil 14:03 1201illil 2101'1111 270 761il 661il0 9401illil111 9.7 4500 14 :1114 ll01illil 20illllil 270 741il 661il0 941illl1111l 9.7 44111111 14:1115 llllllil 21ll101il 261l 7lll 6500 941il01illil 9.7 421illil 1411116 llllllillil 1911100 250 6911 6500 941il!IJIIJl1 9.7 4100 14:ll7 llillllilll 18000 240 670 6400 941lll00 9.7 4000 14:08 99311 18000 230 651l 631il0 941llll1111l 9.7 3900 14:ll9 9613 171lllll 231l 6311 6300 941l011Jll 9.7 3700 14:lll 9306 171illl0 220 6llil 6201il 941illil1111l 9.7 36011 14:11 9007 161llil111 2llil 590 6llilll 94111111111111 9.7 351110 14:12 8717 161illil0 2llil 571il 6100 941il01lll 9.7 3400 14:13 8436 151lll0 200 550 6001il 9401100 9.7 331il0 14:14 8163 151illil0 190 530 591lll 941illilllll 9.7 32110 14115 7899 14000 190 510 581lll 941lllllll 9.7 3100 14116 7642 141llllll 181il 511m 581lll 941lllllll 9.7 31lll0 14117 7394 13000 1711 4811 571lll 941l01lll 9.7 2900 14118 7153 13000 170 471l 561lll 941lllllll 9.7 2800 14:19 6920 121llllll 161l 450 5501l 941lllll0 9.7 271lll 14120 14:21 6694 12000 121l01l 160 150 441l 5500 941lll01l 9 41ll1Hlll 9.7 . 261lll 6475 421l 5400 9.7 25011 14:22 6263 11000 151l 410 531lll 941l01lll 9.7 2400 14:23 6057 llllllll 141l 391l 521lll 941lllll0 9.7 231lll 14:24 5858 101lllil 140 381/J 511lll 9411Jll11Jll 9.7 23011 14125 5666 llllli!l1 l31l 371l 511lll 94111lllll 9.7 221lll 14:26 5480 981lll 131l 361l 51lllll 941lllllll 9.7 211lll 14:27 5299 951lll 121il 341l 491lll 941lllllll 9.7 21lll0 14:28 5124 921lll 121l 331l 480111 941lllllllJ 9.7 21lllll 14:29 4955 881lll 121l 321l 471lll 941lllllll 9.7 191lll THIS IS A DRILL

THIS IS A DRILL 45 Ft El AUXILARY BUILDING GENERAL AREA RADIOLOGICAL DATA P.C. 'II and Charcoal Particulate Cumulative cumulative Equipment Cllld Wndw Opn Wndw 11110 cc gas grab Cartridge Filter Activity Contamination Contamination Contamination Scenario Dose Rate Dose Rate sample bomb PER Cu Ft PER Cu. Ft. Sc. per 100 cm*2 per 100 cm*2 per 100 cm*2 Time mR/hr mR/hr mR/hr@ 1 cm mr/hr@ 1cm NET dpm NET dpm mR/hr (O.W.) NET dpm (Upon Egreu) 14130 4792 860111 110 310 4700 94001l0 9.7 1800 14131 4614 8211JIIJ 110 300 45011l 9411l011Jlll 9.7 18011l 14:32 4426 7911llll 1011l 2911l 4411l0 94011l011l 9.7 17011l 14133 4231 76011) 100 270 4311l0 940000 9.1 1600 14134 4033 7201l 95 2611J 4111JIIJ 940000 9.7 1600 14135 3834 6800 90 250 411J00 940000 9.7 1511lll 14136 3636 6500 86 240 3811J0 940000 9.7 1400 14137 34411l 6 lllllll Bl 220 3611llll 9411llll011l 9.7 1311llll 14138 3249 58011l 76 2111l 3500 9411llllllllll 9.7 130111 14139 3062 5500 72 200 3300 9411llll00 9.7 121110 1414111 2881 5111111l 68 190 3100 941illilllllll 9.7 1100 14:41 2707 4800 64 180 3000 940000 9.*7 10411l 14:42 25411l 451110 60 16111 2800 940000 9.7 980 14:43 2379 42011l 56 1511l 2711l0 9411lllllll0 9.7 920 14:44 2226 411llll0 52 140 2500 94011llll0 9.7 860 14,45 211181 371110 49 131l 2400 9411llll00 9.7 8011l 14:46 1943 3511lll 46 130 2211llll 94011lllllll 9.7 7511l 14147 1812 3211llil 43 1211l 2100 941l01llll 9.7 71illl 14:48 1688 3000 411l lllll 211llllll 9411llllll0 9.7 65111 14:49 1572 2Bllllil 37 100 lBlllll 9411lllllll0 9.7 600 14:50 1462 2600 34 95 171110 9411lll011l 9.7 5611l 14:51 1359 2400 32 BB 1611llll 94001llll 9.7 520 14:52 1262 2311lll JIil 82 1500 94011100 9.7 4911l 14:53 1171 2100 28 76 141lll 9411lllllllll 9.7 450 14:54 1086 1900 26 70 l311l0 9411lllllllll 9.7 42111 14155 1011l7 1800 24 65 1211l0 941iHl00 9.7 390 14:56 932 1700 22 611J llllllll 94e001l 9.7 360 14:57 863 1500 21l 56 1070 9401llllll 9.7 330 14:58 798 141lll 19 52 1000 9411lllllllll 9.7 Jllll 14:59 738 1311lll 17 48 9311l 9411llllllll 9.7 280 15:lll0 682 1200 16 44 860 9411llll00 9.7 260 15 :Ill 630 1100 15 41 800 94011l01l 9.7 240 15:02 582 llll00 14 38 75111 9401illll'J 9.7 220 15:03 537 959 13 35 690 940000 9.7 210 15:lll4 496 885 12 32 640 9400011l 9.7 190 THIS IS A DRILL

THIS IS A DRILL 45 Ft El AUXILARY BUILDING GENERAL AREA RADIOLOGICAL DATA P.C.*11 and Charcoal Particulate Cumulative Cumulative Equipment Clad Wndw Opn Wndw lllll cc gas grab Cartridge Filter Activity Contamination Contamination Contamination Scenario Dose Rate Dose Rate 11ample bomb PER Cu Ft PER Cu. Ft. Sc. per Hll1l cm*2 per llll'J cm*2 per ll'Jl'J cm"2 Time mR/hr mR/hr mR/hr@ 1 cm mr/hr@ 1cm NET dpm NET dpm mR/hr (O.W.) NET dpm (Upon Egreaa) 15rl'J5 457 816 11 30 61/llll 9401H!llll 9.7 181/l 15:lll6 421 752 llll 27 551/l 941illll11Jl1J 9.'7 16111 15111.11 388 693 9 25 SHl 9400rllll 9.7 150 15,08 357 638 8 23 471/l 94001'Jl1l 9.*7 14111 15,1119 329 588 8 21 4411l 94111001! 9.7 l311J 15*111J 303 541 7 20 4111) 9411111l11111l 9.7 l211l 15,11 279 498 7 18 380 94001Hl 9;7 111/l 15, 12 256 458 6 17 350 9411Jl1l00 9.7 98 15,13 236 421 6 15 320 9401lllJ0 9.7 !11 15:14 217 387 5 14 300 94111011J0 9 ;7 83 15,15 199 356 5 13 270 9411Jlll00 9.7 76 15,16 183 327 4 12 250 940000 9.7 71il 15:17 166 296 4 11 230 9401illil0 9.7 64 15,10 150 268 4 10 2111l 9411111Jl1JIIJ 9.7 SB 15:19 136 243 3 9 19111 9411J11111J111 9.7 52 15,20 123 2211) 3 8 17111 9411JIIJ00 9.7 47 15:21 112 2e0 3 7 lSIIJ 9411J0011J 9;7 43 15:22 101 191 2 7 14111 94011100 9.7 39 15:23 92 164 2 6 1311) 9411JIIJIIJl/l 9.7 35 15:24 83 148 2 5 lHl 94011Hl0 9.7 32 15:25 75 134 2 5 Hllil 94011Jl1l111 9.7 29 15:26 68 122 2 4 94 9411J011J0 9.7 26 15:27 62 ll!IJ 1 4 85 941il000 9.7 24 15:28 56 Hl0 l 4 77 9411JIIJ00 9.7 21 15:29 51 91 l 3 7111 940011JIIJ 9.7 19 15:JIIJ 46 82 1 3 64 9411111JIIJIIJ 9.7 18 15131 42 74 1 3 58 9411JIIJ011J 9.7 16 15:32 38 67 l 2 52 941l!IJIIJIIJ 9.7 14 15,33 34 61 l 2 47 9411J11111Jl1J 9.7 13 15:34 31 55 1 2 43 9411JIIJIIJIIJ 9.7 12 15:35 28 Sil l 2 39 9411llil!IJIIJ 9.7 11 15:36 25 45 1 2 35 9411JlillilllJ 9.7 Hl 15:37 23 41 1 1 32 941il11JIIIIIJ 9.7 9 15:38 21 37 ll 1 29 9401illillil 9.7 B 15:39 19 34 Ill 1 26 940111011J 9.7 7 THIS IS A DRILL

THIS IS A DRILL _I 45 Ft El AUXILARY BUILDING GENERAL AREA RADIOLOGICAL DATA P.C.

• n and Charcoal P&rticulate Cumul&tive Cumul&tive Equipment Cled Wndw Opn Wndw ll!Jl!J cc g&n gr&b Cartridqe Filter Activity Contemin&tion Cont&mination Cont&min&tion Scen&rio Do11e Rate D011e R&te 11&mple bomb PER Cu Ft PER Cu. Ft. Sc. per llllll cm*2 per 11/llll cm"2 per 11/llll cm*2 Time mR/hr mR/hr mR/hr @ 1 cm mr/hr@ 1cm NET dpm NET dpm mR/hr (O.W.) NET dpm (Upon Egre11e) 1514111 17 31 Ill 1 24 941111/llllll 9.7 7 15:41 16 28 Ill 1 21 941/llllllllll 9.7 6 15:42 14 25 L'J 1 19 941111/lllllll 9.7 5 15143 13 23 ll 1 18 9401!1/llll 9.7 5 15:44 12 21 ll 1 16 94111l1Hl 9.7 4 15145 lll 19 ll 1 14 941/llllllllll 9.7 4 15:46 9 17 ll 1 13 941/llllllllll 9.7 4 15:47 9 15 Ill 1 12 941lllllllll 9.7 3 15:48 8 14 ll 1 11 941/lll00 9.7 3 15:49 7 13 ll flJ 11/l 9401/ll!Jll 9.7 3 1515111 6 11 0 ll 9 941l001l 9.7 2 15151 6 1'l Iii 0 8 940f1Jlll!J 9.7 2 15152 5 9 Iii ll 7 941lf1Jllll 9.7 2 15:53 5 8 7 9401111110 9.7 2 15:54 4 8 "0 "0 6 941/lllll0 9.7 2 15155 4 7 flJ ll 5 94001110 9.7 1 15156 4 6 5 9411J01/l0 9.7 1 15:57 3 6 "l'l 0 Ill 4 9411J011Jl1J 9.7 1 15:58 3 5 Ill ll 4 9411JflJ011J 9.7 1 15:59 3 5 0 Ill 4 940000 9.7 1 16:00 2 4 0 0 3 9401llll1J 9.7 1 THIS IS A DRILL

THIS PAGE IS INTENTIONALLY INSERTED AS A DATA DIVIDER FOR THIS SUBSECTION

THIS IS A DRILL 45 Ft El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS Scenario ltr-87 !tr-BB Xe-lllm Xe-133m Xe-133 Xe-135 I-131 I-132 I-133 I-134 I-135 -131 D.E Time uCi/cc uci/cc uci/cc uCi/cc uci/cc uCi/cc uci/cc uci/cc uci/cc uci/cc uci/cc uci/ml 1219 9.43E-ll5 2.36E-ll4 4.32E-ll5 l.ll2E-lll4 l.llllE-ll2 l.ll3E-ll3 2.ll6E-ll3 2.6BE-ll4 l. 4E-3 l.llE-3 7.llE-4 2.5E-3 12211l l. 96E-ll4 4.93E-1114 9.lll7E-ll5 2.15E-ll4 2. llilE-ll2 2.16E-ll3 4.32E-ll3 5.5BE-ll4 2.9E-3 2.lE-3 l.5E-3 5.3E-3 1221 3. lll6E-lll4 7.76E-ll4 l. 43E-ll4 3.41lE-ll4 3.33E-ll2 3.42E-ll3 6.B4E-ll3 8.76E-ll4 4.5E-3 3.2E-3 2.3E-3 B.JE-3 1222 4.26E-ll4 l.ll9E-ll3 2.ll2E-ll4 4.BllE-1114 4.69E-ll2 4.B2E-ll3 9.65E-ll3 l.23E-1113 6.4E-3 4.5E-3 3.2E-3 l. 2E-2 1223 5.7BE-IIJ4 l.49E-ll3 2.7BE-IIJ4 6.61lE-ll4 6.45E-ll2 6.63E-ll3 l.33E-ll2 l. 67E-ll3 B.7E-3 6.llE-3 4.4E-3 l.6E-2 1224 7.2111E-94 1. B6E-ll3 3.SllE-ll4 B.3111E-ll4 8.12E-ll2 B.34E-ll3 1. 67E-fll2 2.ll9E-ll3 l.lE-2 7.5E-3 5.6E-3 2.llE-2 1225 B.51lE-ll4 2.21E-ll3 4.17E-ll4 9.91E-ll4 9.69E-ll2 9. 95E-1113 l.99E-ll2 2.48E-1113 l.3E-2 8.BE-3 6.6E-3 2.4E-2 1226 9. 7ilE-e4 2.53E-1113 4.BlE-1114 l.l4E-ll3 l.12E-flll l.15E-02 2.29E-02 2.84E-03 l.5E-2 l. lllE-2 7.6E-3 2.BE-2 1227 l. ll8E-ll3 2.83E-lll3 5.41lE-ll4 1.28E-ll3 l.25E-llll l.29E-ll2 2.5BE-IIJ2 3.18E-lll3 l.7E-2 l.lE-2 8.6E-3 3.lE-2 1228 l.18E-ll3 3. UE-ll3 5.96E-ll4 l.42E-ll3 1. 38E-lll 1.42E-ll2 2.B4E-ll2 3.49E-ll3 1. 9E-2 l.2E-2 9.4E-3 3.SE-2 1229 l.27E-ll3 3.37E-ll3 6.49E-ll4 1. 54E-ll3 1.51E-lll l.55E-ll2 3.ll9E-ll2 3.7BE-ll3 2.llE-2 1. 3E-2 l.llE-2 3.BE-2 12311 1. 36E-ll3 3.61E-fll3 6.9BE-ll4 l.66E-ll3 l. 62E-lll l.66E-ll2 3. 32E-ll2 4 .ll4E-1113 2.2E-2 l.4E-2 l.lE-2 4.lllE-2 1231 l.44E-ll3 3.B3E-ll3 7.43E-1114 1. 76E-lll3 l.73E-lll 1. 77E-02 3.54E-02 4.29E-ll3 2.3E-2 l.5E-2 l.2E-2 4.3E-2 1232 l.51E-ll3 4.ll4E-1113 7.B6E-ll4 l.B7E-ll3 1. B2E-lll l.B7E-ll2 3.75E-ll2 4.51E-ll3 2.5E-2 l.SE-2 l.2E-2 4. 6E-2 1233 l.57E-ll3 4.23E-ll3 8.26E-ll4 l.96E-ll3 l.92E-lll l.97E-ll2 3.93E-lll2 4.72E-ll3 2.6E-2 l.6E-2 l.3E-2 4.BE-2 1234 l.63E-ll3 4.411lE-ll3 8.63E-ll4 2.ll5E-ll3 2.llllE-lll 2 .lll6E-ll2 4. UE-ll2 4.91E-03 2.7E-2 1.6E-2 l.3E-2 5.0E-2 1235 1. 68E-ll3 4.56E-fll3 B.97E-ll4 2.13E-ll3 2. 0BE-llll 2.14E-02 4.27E-02 5.lllBE-lll3 2.BE-2 l.7E-2 l.4E-2 5.2E-2 1236 l.73E-l/l3 4. 71E-fll3 9.29E-ll4 2.21/lE-1113 2 .16E-flll 2.21E-lll2 4.43E-lll2 5.24E-lll3 2.9E-2 l.7E-2 l.4E-2 5.4E-2 1237 1. 77E-ll3 4.B4E-ll3 9.59E-lll4 2.27E-ll3 2.22E-01 2.28E-02 4.57E-lil2 5.39E-03 3.llE-2 l.BE-2 l.5E-2 5.SE-2 1238 1.BlE-1113 4.96E-ll3 9.86E-ll4 2.34E-lll3 2.29E-01 2.35E-02 4.69E-ll2 5.52E-03 3.lE-2 1.BE-2 l.5E-2 5.7E-2 1239 l.84E-lll3 5.lil7E-lll3 l.llllE-lll3 2.411lE-ll3 2.35E-llll 2. 41E-ll2 4.BlE-ll2 5.63E-03 3. lE-2 l.BE-2 l.6E-2 5.BE-2 12411l l.B7E-1113 5.17E-ll3 l. lll3E-ll3 2.45E-lll3 2. 41lE-llll 2.46E-ll2 4.92E-02 5.74E-fll3 3.2E-2 1. BE-2 l.6E-2 6.lllE-2 1241 1. 911lE-03 5.26E-ll3 l.lll5E-ll3 2.51lE-ll3 2.45E-lll 2.51E-ll2 5.lll2E-ll2 5.B3E-lll3 3.3E-2 l.9E-2 l.6E-2 6.lE-2 1242 1. 92E-ll3 5.33E-lll3 1.lll7E-ll3 2.55E-03 2.49E-lll 2.56E-lll2 5.11E-lll2 5.92E-1113 3.3E-2 l.9E-2 1.7E-2 6.2E-2 1243 l.94E-ll3 5 .41lE-lll3 l.lll9E-ll3 2.59E-l/l3 2.53E-lll 2. 611lE-ll2 5 .19E-lll2 5.99E-1113 3.4E-2 l.9E-2 l.7E-2 6.3E-2 1244 l.95E-ll3 5.47E-lll3 l. llE-1113 2.63E-1113 2.57E-flll 2.64E-02 5.27E-ll2 6. ll6E-03 3.4E-2 l.9E-2 1.7E-2 6.4E-2 1245 1. 97E-ll3 5.~2E-ll3 l.12E-ll3 2.66E-lll3 2. 611lE-01 2.67E-lll2 5.34E-02 6 .11E-lll3 3.5E-2 l.9E-2 l.7E-2 6.SE-2 1246 1. 98E-1113 5.57E-lll3 l.13E-1113 2.69E-lil3 2.63E-lll 2.7111E-ll2 5.39E-ll2 6 .16E-lll3 3.5E-2 l.9E-2 l.7E-2 6.5E-2 1247 1. 98E-ll3 5 .611lE-lll3 l .14E-lll3 2.72E-lll3 2.66E-flll 2.73E-lll2 5.45E-lll2 6 .211lE-lll3 3.6E-2 l.9E-2 l.BE-2 6.6E-2 1248 1. 99E-lll3 5.64E-lll3 l.15E-lll3 2.74E-03 2.68E-llll 2.75E-ll2 5.49E-lll2 6.23E-03 3. 6E-2 l.9E-2 l.BE-2 6.7E-2 1249 1. 99E-lll3 5.66E-lll3 l.16E-ll3 2. 76E-lll3 2. 7111E-llll 2. 77E-lll2 5.53E-ll2 6.26E-03 3.6E-2 l.9E-2 l.BE-2 6.7E-2 125111 1. 99E-lll3 5.68E-ll3 l.17E-IIJ3 2.7BE-lil3 2.72E-llll 2. 79E-1112 5.57E-lll2 6.27E-lll3 3.6E-2 l.9E-2 l.BE-2 6.BE-2 1251 1. 9 9E-ll3 5.7111E-lll3 l.18E-lll3 2.79E-lll3 2.73E-llll 2.80E-ll2 5.611lE-lll2 6.29E-ll3 3 .6E-2 1. 9E-2 l.BE-2 6.BE-2 1252 1. 99E-lll3 5. 71E-lll3 l.18E-lll3 2.80E-ll3 2.74E-llll 2.82E-lll2 5.62E-lll2 6. llllE-03 3. 7E-2 l.9E-2 l.BE-2 6.BE-2 1253 1. 99E-ll3 5.71E-1113 l. lBE-03 2.BlE-lll 2.75E-lll 2.82E-ll2 5.64E-1112 6.lllE-03 3.7E-2 1.9E-2 l.BE-2 6.BE-2 1254 1. 9BE-ll3 5.71E-ll3 l.19E-lll3 2.82E-ll3 2.76E-lll 2.83E-ll2 5.65E-lll2 6.3111E-03 3.7E-2 1.9E-2 1.BE-2 6.9E-2 THIS IS A DRILL

THIS IS A DRILL 45 Ft El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS Total Scenario Sb-129 Sr-89 Sr-911! y - 91 Ce-134 Ca-136 Ca-137 Ru-llllJ Ru-111!6 Mo-99 Activity Time uci/cc uci/cc uci/cc uCi/cc uci/cc uci/cc uci/cc uCi/cc uci/cc uci/cc uci/cc 12119 4.7JE-07 7.48E-12 2.96E-1J 9. "1E-12 2.32E-08 J.lSE-08 1. 47E-ll8 6.97E-09 1. 61E-09 7.95E-12 l.69E-02 12 :211! 9.89E-07 1. 57E-11 6.22E-1J 1.89E-11 4.88E-08 6.62E-1118 J.08E-lll8 l.46E-1118 J.J7E-lll9 1. 67E-ll J.SSE-02 12 :21 l.56E-06 2. 48E-11 9.84E-1J 2.98E-11 7.71E-1118 1.IIISE-1117 4.87E-lll8 2.J1E-lll8 S.JJE-09 2.64E-11 S.61lE-02 12:22 2 .19E-lll6 J.50E-11 1.J9E-12 4.211lE-11 1. lll9E-07 1. 48E-1117 6.87E-lll8 J.26E-lll8 7.52E-lll9 J. 72E-ll 7.89E-il2 12123 2.99E-06 4. 81E-11 1.91E-12 S.76E-11 1.SlilE-07 2 .lllJE-lll7 9. 44E-1118 4.49E-1!8 1. lllJE-lllB 5 .12E-ll 1.lllBE-lll 12:24 J.75E-1116 6.1116E-11 2.41!E-12 7.2JE-11 1. 88E-ll7 2.SSE-1117 l.l9E-07 5.64E-lll8 1. JIIJE-lll8 6 .44E-11 1. J6E-"1 1212s 4.47E-lil6 7. 2JE-ll 2.86E-12 8. 61E-11 2.24E-07 J.llSE-07 1. 42E-lll7 6.7JE-lll8 1.SSE-lll8 7.68E-ll 1. 62E-1111 12126 S.lJE-06 8. J2E-ll 3,JllE-12 9.9111E-ll 2.59E-07 J.51E-lll7 l.6JE-07 7.76E-lll8 1. 79E-lll8 8. 85E-11 1. 87E-01 12127 S.7SE-ll6 9, J6E-11 3.71E-12 1. llE-llll 2.91E-lll7 J.95E-lll7 1. 84E-ll7 8. 72E-lll8 2. lll1E-lll8 9. 95E-11 2. llllE-01 12128 6.J2E-ll6 1. IIJJE-11! 4.lll9E-12 1.22E-1"' J.21E-ll7 4.JSE-07 2. ll2E-lll7 9.62E-lll8 2.22E-lll8 1. llllE-lll 2,JlE-"1 12:29 6.86E-06 1.12E-lll 4,45E-12 1. JJE-1" 3.49E-ll7 4.74E-07 2. 2111E-lll7 1.llSE-1117 2.41E-lll8 1.19E-111l 2.SlE-"1 12: JIil 7.36E-lll6 1. 21E-llll 4.79E-12 1. 43E-llll 3.75E-ll7 5. lll9E-lll7 2.37E-lll7 1.13E-lll7 2.59E-11l8 l.28E-Hl 2,71lE-"1 12:31 7.82E-lll6 1.29E-llil 5. lllE-12 1. 52E-lll 4.llllE-ll7 5.4JE-lll7 2.52E-lll7 1. 211lE-ll7 2.76E-lll8 1. 37E-lll 2,B7E-lll 12,32 8. 25E-11l6 1, 36E-1" 5.39E-12 1. 6 lE-Hl 4.23E-ll7 S.74E-lll7 2.67E-lll7 1. 27E-lll7 2.92E-lll8 1.4SE-Hl J.llJE-lll 12133 8.65E-lll6 1. 43E-llll 5.67E-12 1. 69E-lll 4.44E-1117 6.ll3E-ll7 2. BlilE-ll7 l.33E-lil7 3. lil7E-11l8 1. 52E-lll 3.l9E-"1 12:34 9. lll2E-ll6 1. 49E-llll 5,92E-12 l.76E-lll 4.64E-lil7 6. JlllE-lll7 2.93E-lll7 1. 39E-lll7 3.21E-lll8 l.59E-llil J,JJE-llll 12:35 9, JSE-1116 1. SSE-lll 6.16E-12 1.8JE-Hl 4.8JE-lll7 6.SSE-1117 J.lil5E-ll7 l.45E-lll7 J.JJE-1118 1.65E-llll J.46E-lll 12:36 9.66E-ll6 l.61E-lll 6.J7E-12 1.89E-Hl 5,llllE-1!7 6,7BE-ll7 J,15E-ll7 1. SlilE-lil7 J.45E-lll8 1. 71E-lll J.58E-llll 12:37 9.95E-1116 1. 66E-lll 6.SBE-12 1. 95E-lll S.16E-1!7 7 .lllllE-ll7 J.25E-ll7 l,SSE-1117 3.56E-lll8 1.76E-llll J.69E-lll 12:JB 1.lil2E-05 1. 71E-lll 6.76E-12 2.llllllE-Hl 5. JlllE-1117 7.211lE-ll7 3.JSE-lll7 1.59E-lll7 3.66E-lll8 1. BlE-lll J.79E-lll1 12:39 1.IIJ4E-lll5 1. 75E-llll 6.9JE-12 2. lllSE-lll S.44E-lil7 7.J8E-ll7 J.4JE-11l7 1. 63E-lil7 3.76E-IIJB 1.86E-llil J.88E-llll 12:40 1.lil7E-lll5 1. 79E-Hl 7.ll9E-12 2 .ll9E-llil 5.56E-lll7 7.SSE-07 J.SlE-1117 l.67E-lll7 J.84E-lll8 1. 911lE-lll J.97E-lll 12141 l.lil9E-lil5 1. 83E-llll 7.24E-12 2.lJE-llll S.67E-lll7 7.70E-07 J.SBE-lll7 1. 711lE-lll7 3.92E-lll8 1. 94E-10 4.IIISE-llll 12142 1. lllE-1115 1. 86E-llll 7.J7E-12 2.17E-10 S.77E-lll7 7.84E-1117 J.65E-lll7 1.7JE-lll7 J.99E-lll8 1. 98E-10 4 .12E-llll 12:43 1.12E-05 1. 89E-llll 7,49E-12 2.211lE-lll S.87E-lll7 7.97E-ll7 J.71lE-lll7 l.76E-lll7 4, lll6E-lll8 2,llllE-Hl 4.18E-llll 12:44 l. lJE-1115 1, 92E-Hl 7.59E-12 2.2JE-llll 5,95E-lll7 8.lll8E-1117 J.76E-lll7 1.79E-lll7 4.11E-lll8 2. 1114E-Hl 4 ,24E-1111 12:45 l.14E-05 l. 94E-llll 7,69E-12 2.26E-llll 6 .lllJE-lll7 8,18E-lll7 3.81E-lll7 1. 81E-lll7 4.17E-lll8 2 .lll6E-10 4, 29E-"1 12146 1.16E-lil5 1. 96E-llll 7.78E-12 2.28E-llil 6. llllE-1117 8.27E-lil7 3.85E-lll7 1. 8JE-lll7 4.21E-lll8 2.1119E-llll 4. JJE-llll 12:47 l.16E-lil5 1. 98E-10 7,BSE-12 2, JlllE-llll 6.15E-lll7 8.JSE-07 3.89E-lll7 l.85E-lll7 4.25E-lll8 2.llE-llll 4.J7E-01 12:48 1.17E-05 2, ll0E-Hl 7.92E-12 2.32E-llil 6.21E-ll7 8.43E-lil7 J.92E-lll7 l,86E-lll7 4.29E-11l8 2.12E-11il 4. 41E-llll 12:49 1. lBE-lllS 2, 01E-lll 7.98E-12 2.33E-llll 6.25E-ll7 8.49E-ll7 3.9SE-lll7 l.88E-lll7 4.J2E-lll8 2.14E-10 4.44E-llll 12 :SIil 1.18E-ll5 2,ll2E-1111 8.lllJE-12 2.JSE-llil 6.29E-07 8.54E-lll7 3.97E-lll7 l.89E-lll7 4.JSE-lll8 2.lSE-10 4.46E-lll 12:51 1.19E-05 2. 1114E-llll 8.lll7E-12 2. J6E-llll 6. 32E-lll7 8.59E-lll7 3.99E-lll7 1. 911lE-lll7 4.J7E-08 2 .16E-lll 4,49E-llll 12:52 l.19E-lll5 2, 04E-lll 8.llllE-12 2. J6E-llll 6, 35E-lll7 8.62E-lll7 4.lllE-07 1. 911lE-lll7 4.J9E-lll8 2. l 7E-1B 4 .SlllE-"1 12:53 l,19E-05 2, 05E-llll B,lJE-12 2. 37E-lll 6.37E-lll7 8.6SE-07 4. 1112E-lll7 l.91E-lll7 4.40E-11JB 2. lBE-lll 4.52E-11Jl 12:54 l.19E-05 2, 06E-10 8.lSE-12 2. 37E-lll 6,39E-07 8.67E-ll7 4. IIIJE-lll7 1.92E-11J7 4.41E-lll8 2.19E-1111 4.SJE-"1 THIS IS A DRILL

THIS IS A DRILL 45 Ft El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS Scenario ltr-87 ltr-88 Xe-13lm Xe-133m Xe-133 Xe-135 I-131 I-132 I-133 I-134 I-135 -131 D.E Time uci/cc uCi/cc uci/cc uCi/cc uci/cc uci/cc uci/cc uCi/cc uCi/cc uci/cc uCi/cc uci/ml 1255 l.98E-lil3 5. 71E-lil3 l.19E-1113 2.82E-03 2. 76E-01 2.848-1112 5.66E-lil2 6.29E-1113 3.7E-2 1. 9E-2 l.8E-2 6.9E-2 1256 1. 97E-lil3 5.71lE-ll3 1.19E-1113 2.83E-03 2. 76E-1111 2.84E-lil2 5.67E-02 6.28E-1113 3.7E-2 l.9E-2 1.8E-2 6.9E-2 1257 1. 96E-03 S.69B-1113 1. l9E-lil3 2.83E-lil3 2.76E-lill 2.84E-lil2 5.67E-lil2 6.26E-1113 3.7E-2 l.9E-2 l.8E-2 6.9E-2 1258 1.95E-lll3 5.68E-1113 l.19E-lil3 2.83E-ll3 2.76E-llll 2. 84E-lll2 5.67E-ll2 6.24E-1113 3.7E-2 l.9E-2 1.8E-2 6.9E-2 1259 l.94E-1113 5.66E-1113 l.19E-03 2.82E-lil3 2.76E-llll 2.84E-02 5.66E-lll2 6.22E-03 3.7E-2 1.8E-2 1.8E-2 6.9E-2 13111111 1. 93E-lil3 5.64E-1113 1. l9B-1113 2.82E-lil3 2.76B-11Jl 2.83E-lil2 5.65E-lll2 6, l9E-1113 3,7E-2 1. 8E-2 l,8B-2 6,BE-2 131111 1.92E-lll3 5,61E-ll3 l,19E-lil3 2.BlE-ll3 2, 75E-"1 2.B3E-lil2 5.64E-1112 6,16E-1113 3,7E-2 l,BE-2 1,BE-2 6.BE-2 131il2 1. 91lE-ll3 5,59E-ll3 l,1BE-lil3 2.81E-IIJ3 2.74E-lill 2.82E-ll2 5,62E-ll2 6,13E-03 3,7E-2 l.8E-2 1,8E-2 6,8E-2 1303 1. 89E-1113 5,56E-1113 l.18E-1113 2,81lE-1113 2. 74E-01 2,81E-1112 5,61E-ll2 6, lllE-1113 3,6E-2 l,8E-2 1.BE-2 6,BE-2 131il4 l.88E-03 5,531!!-IIJJ l,17E-ll3 2. 791!!-"3 2, 73E-llll 2. 808-1112 5,59E-lil2 6,QJ6E-03 3,61!!-2 l,BE-2 l.BE-2 6.8E-2 131il5 1, 86E-1113 5,49E-ll3 l. l 7E-1113 2.78E-ll3 2, 7lE-1111 2, 79E-1112 5.56E-lil2 6, 1112E-1113 3,6E-2 l,8E-2 l,BB-2 6,7E-2 1311J6 l,85E-1113 5.46E-IIJ3 l,16E-lll3 2,76E-l!J3 2, 71iJE-01 2.78E-IIJ2 5.54E-ll2 5.98E-1113 3.6E-2 l,7E-2 l,8E-2 6.71!!-2 1311J7 l.83E-ll3 5,42E-lil3 1.16E-03 2.75E-lil3 2. 691!!-01 2.76E-lil2 5.51E-lil2 5.94E-ll3 3.6B-2 1.71!!-2 1.71!!-2 6,7E-2 1311J8 1.81E-l!J3 5.38E-IIJ3 l,15E-ll3 2,73E-lil3 2,67E-01 2,75E-lil2 5.4BE-1112 5.91ilE-1113 3.6E-2 l.7E-2 l.7E-2 6,6B-2 131119 1.81ilB-1113 5,34E-1113 l.15B-lil3 2. 72E-lil3 2.66B-lill 2,73E-1112 5.45E-1112 5.85E-03 3,5E-2 1. 7E-2 l.7E-2 6,6E-2 131111 1. 781!!-1113 5. lllE-1113 1.14E-1113 2, 7111E-1113 2. 64E-01 2. 72E-1112 S.42E-1112 5.81ilE-lil3 3.5E-2 1. 7E-2 l.7E-2 6.6B-2 1311 1. 76E-1113 5.26E-IIJ3 l.lJE-1113 2.69E-03 2,638-lill 2.70E-02 5.38E-lil2 5.75E-lil3 3.5B-2 l.7E-2 l.7B-2 6.5E-2 1312 1. 74E-lil3 S.22E-lil3 l.12E-lil3 2.67E-lil3 2. 6 lE-"1 2.68E-lil2 S.35E-lil2 5.71lE-lil3 3.SE-2 1. 6E-2 1.71!!-2 6.SE-2 1313 l.73E-1113 5.17E-lil3 l.12E-lil3 2.65E-1113 2. 591!!-"1 2.66E-lil2 5. 31E-lil2 5.65E-03 3.41!!-2 1.6E-2 1.71!!-2 6.41!!-2 1314 1. 71E-ll3 5.13E-1113 1.11E-lil3 2.63E-ll3 2.571!!-lill 2.64E-lil2 5,27E-lil2 5.61ilE-lil3 3.4E-2 1.61!!-2 l.7E-2 6.41!!-2 1315 1. 69E-1113 5,08E-1113 l.llllE-03 2,61E-lil3 2.55E-01 2,62E-ll2 5.23E-02 5.55E-lll3 3.4E-2 1.61!!-2 1.6E-2 6,31!!-2 1316 1. 67E-lll3 5.1113E-lil3 1.lll9E-lil3 2.59E-lil3 2, 531!!-lill 2. 611lE-lil2 5.19E-lil2 5.49E-lil3 3.4B-2 1.6E-2 1.61!!-2 6.31!!-2 1317 1. 65E-ll3 4. 98E-lll3 l.lil8E-lil3 2.57E-lil3 2.511!!-lill 2.58E-lil2 5.15E-ll2 S.44E-1113 3.31!!-2 l.5E-2 1. 61!!-2 . 6.21!!-2 1318 1. 63E-1113 4. 931!!-1113 1.lil7E-1113 2.55E-ll3 2.491!!-lill 2.56E-lil2 5.11E-lil2 S.39E-03 3.31!!-2 1.5E-2 1.61!!-2 6,2E-2 1319 l.62B-lil3 4,89E-ll3 1.ll6E-lil3 2,531!!-1113 2.471!!-01 2. 54E-lll2 5. lll6E-lil2 S.33E-03 3.31!!-2 1. 51!!-2 1.61!!-2 6.lE-2 1321/l 1.6mE-lll3 4.841!!-1113 1.lil6E-il3 2.5111E-lil3 2.451!!-lill 2.52E-lll2 5 .11J2B-l1J2 S.27E-03 3.2E-2 1.5E-2 l.6B-2 6,lE-2 1321 1. 5BE-lil3 4.79E-03 1.11J5E-lil3 2.4BE-03 2. 43E-01 2.491!!-1112 4.97E-lll2 5.22E-03 3.2E-2 1.SE-2 l,6E-2 6.llE-2 1322 l.56E-lll3 4.74B-ll3 l .1114E-lil3 2. 46E-1113 2.41E-1111 2.471!!-1112 4.93E-1112 S.16E-ll3 3.21!!-2 1.4E-2 l,5B-2 6 .IIIE-2 1323 l. 54E-ll3 4.68E-1113 1. lll3E-113 2.44E-ll3 2.38E-llll 2.4SE-1112 4.B8E-ll2 5.llE-03 3.21!!-2 l. 4E-2 1.5E-2 5.9B-2 1324 1. 52E-lil3 4,63E-lll3 1.1112E-lll3 2.41E-ll3 2. 361!!-lill 2.42E-02 4,84E-1112 5.IIISE-1113 3.lE-2 l.4E-2 l.5E-2 5,8E-2 1325 1.51111!!-1113 4.581!!-1113 1. llllE-1113 2.39E-1113 2.341!!-llll 2. 4111E-lil2 4.79E-lil2 4.99E-lll3 3.lE-2 l.4E-2 l.5E-2 5.81!!-2 1326 l.49E-lil3 4. 53E-1113 9.97E-1114 2.37E-lil3 2. 31E-1111 2.38E-lil2 4.74E-11J2 4.93E-lil3 3,lE-2 l.4E-2 l.5E-2 5.7E-2 1327 1. 47E-lll3 4. 48E-lll3 9.87E-ll4 2. 34E-lll3 2. 29E-lill 2. 35E-1112 4.69E-1112 4.88E-lll3 3.0E-2 l.4E-2 1.5E-2 5.7E-2 1328 l. 45E-1113 4.43E-lll3 9.77E-1114 2.32E-lil3 2.27E-llll 2. 33E-lil2 4.64E-1112 4.82E-lll3 3.lilE-2 1,31!!-2 1.SE-2 5.61!!-2 1329 l. 43E-1113 4. 3BE-lll3 9.67E-lll4 2.29E-03 2.24E-llll 2.31E-ll2 4.60E-02 4.76E-lll3 3.lilE-2 l.3E-2 l.4E-2 S.6E-2 THIS IS A DRILL

• 45 Ft El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS THIS IS A DRILL Total Scenario Sb-129 Sr-89 Sr-90 Y - 91 Ce-134 Ca-136 Ca-137 Ru-Hl3 Ru-U6 Mo-99 Activity Time uCi/cc uci/cc uci/cc uCi/cc uci/cc uCi/cc uCi/cc uCi/cc uci/cc uci/cc uci/cc 12155 1.19E-lll5 2.lll6E-llll 8.16E-12 2.38E-Hl 6. 411lE-lll7 8.69E-lll7 4.lll4E-B7 l.92E-lll7 4.42E-lll8 2 .19E-llll 4.53E-lll 12:56 1.19E-lll5 2.lll6E-llll 8.17E-12 2.JBE-llll 6.41E-lll7 B. 711lE-lll7 4. lll4E-lll7 1. 92E-lll7 4.43E-lll8 2 .19E-llll 4.SJE-llll 12:57 l.19E-ll5 2. ll6E-llll 8.17E-12 2. JBE-llll 6.41E-lll7 B.71lE-ll7 4.ll5E-ll7 l.92E-ll7 4.43E-ll8 2.19E-lll 4.53E-lll 12:58 l. l9E-lll5 2. lll6E-Hl 8.17E-12 2. 37E-lll 6.41E-1117 B.69E-lll7 4.ll4E-lll7 l.92E-ll7 4.43E-ll8 2.19E-lll 4. 53E-1111 12:59 l.19E-ll5 2.061!!-llll B.16E-12 2. 37E-lll 6.411lE-ll7 8.69E-ll7 4. lll4E-lll7 l.92E-lll7 4.42E-ll8 2.19E-lll 4.52E-lll 13: llllll 1. lBE-05 2.1116E-10 8.15E-12 2. 36B-llll 6.39E-ll7 B.67E-lll7 4. lil3E-lll7 1. 92E-lll7 4.42E-lll8 2 .19E-Hl 4.51E-llll 13:1111 1. lBE-1115 2. lllSE-lll 8. lJE-12 2. 36E-llll 6.38E-ll7 8.65E-1117 4. lll3E-1117 l.91E-lll7 4. 41E-lll8 2.lBE-1111 4.SlllE-llll 13:lll2 1. lBE-1115 2.IIISE-llil B. llE-12 2.35E-llll 6.36E-lll7 B. 63E-lll7 4. UE-lll7 1. 91E-lll7 4. 39E-lll8 2.lBE-1111 4.49E-1111 13: lll3 l.17E-lll5 2.lll4E-llll 8.lll9E-12 2.34E-llll 6.34E-lll7 8.611lE-lll7 4.llllllE-ll7 1. 911lE-lll7 4.3BE-lll8 2. l 7E-lll 4.47E-llll 13: lll4 l.16E-lll5 2 .lll3E-Hl B.lll6E-12 2.33E-10 6.32E-lll7 B. 57E-lll7 3.99E-lll7 l.B9E-lll7 4. 36E-lll8 2 .16E-lll 4.46E-llll 13111lS l.16E-B5 2. lll2E-lll 8.lll2E-12 2. 32E-llil 6.29E-11J7 8.54E-lll7 3.97E-lll7 l.89E-lll7 4.35E-lll8 2.lSE-llll 4.44E-llll 13:lll6 1.15E-lll5 2 .1/121!!-llll 7.99E-12 2.31E-llll 6.26E-lll7 B. 511lE-lll7 3.95E-lll7 1.BBE-lll7 4.33E-lll8 2 .14E-llll 4. 41E-llll 13: lll7 l.14E-lll5 2.UE-Hl 7.95E-12 2. JlllE-lll 6.23E-lll7 B.46E-lll7 3.93E-lll7 l.87E-lll7 4.31E-lll8 2 .13E-llll 4. 39E-llll 13:llB 1.14E-ll5 1. 99E-lll 7.91E-12 2.2BE-llll 6.211lE-lll7 B.41E-lll7 3.91E-lll7 1.86E-lll7 4.28E-lll8 2.12E-llll 4.37E-llll 13: lll9 1.13E-lll5 l.9BE-llll 7.86E-12 2.27E-llll 6.16E-lll7 8.37E-lll7 3.B9E-lll7 l.BSE-lll7 4.26E-lll8 2.llE-llll 4.34E-llll 13: llll 1.12E-lll5 1. 97E-llll 7.B2E-12 2.25E-llll 6.13E-lll7 8.32E-lll7 3.B7E-lll7 l.84E-lll7 4.23E-11lB 2. llllE-Hl 4. 31E-llll 13:11 1. llE-lllS l.96E-llll 7. 77E-12 2.24B-llll 6. lll9E-lll7 B.26E-07 3.84E-1117 1. 83E-lll7 4.21E-lll8 2. llBE-10 4.29E-lll 13:12 l. lllE-lll5 l.95E-llll 7.72E-12 2. 22E-lll 6 .lll5E-ll7 B.21E-lll7 3.B2E-ll7 1. BlE-lll7 4.lBE-lllB 2.ll7E-llll 4.26E-lll 13:13 1.1'lE-ll5 1.93E-lll 7.66E-12 2 .21lE-1111 6. "1E-lll7 B.lSE-1117 3.79E-lll7 1.BllE-ll7 4.15E-1lB 2.ll6E-lll 4.23E-lll 13:14 1.lil9E-ll5 l.92E-10 7.61E-12 2.19E-llil 5.96E-lll7 B.lil9E-ll7 3.76E-lll7 l.79E-ll7 4 .12E-11lB 2. ll4E-lll 4.19E-llll 13:15 l.lil8E-lll5 l.911lE-lll 7.55E-12 2.17E-llil 5.92E-ll7 B. lll3E-lll7 3.74E-lil7 1. 77E-1117 4. lll9E-lll8 2.lil2E-llil 4 .16E-llll 13:16 l. lll7E-ll5 l.89E-llil 7.49E-12 2. lSE-lll 5.87E-ll7 7.97E-lil7 3.71E-lil7 l.76E-ll7 4 .lil6E-11lB 2. lillE-llil 4.13E-llll 13:17 l. lll6E-lll5 l.B7E-111J 7.43E-12 2 .13E-llil 5.82E-lll7 7. 91E-lll7 3.6BE-lll7 l.75E-lll7 4 .lll3E-lll8 1. 99E-llll 4.lil9E-llll 13:18 l. lll5E-lll5 1. 86E-llil 7.37E-12 2. llE-llll 5.7BE-lll7 7.B4E-lll7 3.65E-lil7 1.73E-lll7 3.99E-11lB 1. 9BE-llll 4. lll6E-llll 13:19 l. lll4E-lll5 l.B4E-llll 7.31E-12 2. llllE-llil 5.73E-lll7 7. 77E-lll7 3.62E-lil7 1. 72E-lll7 3.96E-1ilB l. 96E-llil 4. lll2E-llll 13:211l 1. ll3E-lll5 1.831!!-llll 7.24E-12 2.lilBE-lll 5.6BE-lll7 7.71E-lll7 3.58E-lll7 1. 711lE-lll7 3.92E-ll8 1. 94E-llil 3.99E-llll 13:21 1. lll2E-lll5 l.BlE-1111 7.lBE-12 2 .lll6E-lll 5.63E-lll7 7.64E-ll7 3.55E-lil7 1. 69E-11J7 3.B9E-lil8 l.93E-lll 3.95E-llll 13:22 l.lillE-05 1. 79E-llll 7. llE-12 2.ll4E-llil 5.57E-lll7 7.57E-lil7 3.52E-ll7 l.67E-lil7 3.85E-11lB l. 9 lE-llil 3. 9 lE-lill 13123 9.97E-ll6 l.78E-lll 7.ll5E-12 2. ll2E-lll 5.52E-lll7 7 .51ilE-lll7 3. 49E-lll7 1.66E-lll7 3.B2E-lil8 l. 89E-lll J.BBE-lll 13:24 9.87E-lil6 1. 76E-lll 6.9BE-12 2 .llllllE-lll 5.47E-1117 7. 43E-lil7 3.45E-ll7 1.64E-lil7 3. 78E-lil8 1. 87E-lll 3. B4E-lill 13:25 9.76E-lil6 1. 74E-111J 6.91E-12 1. 9BE-1'l 5.42E-lll7 7.35E-lll7 3.42E-1117 l.62E-lil7 3. 74E-lll8 l.BSE-10 3.BllE-lll 13:26 9.66E-lll6 1. 73E-111J 6.84E-12 1. 96E-llil 5.36E-lll7 7.28E-lll7 3.39E-lll7 1. 61E-ll7 3. 71E-lllB 1. 84E-llil 3.76E-llll 13:27 9.55E-ll6 1. 71E-Hl 6. 77E-12 1.94E-Hl 5. 31E-ll7 7. 21E-lil7 3.35E-ll7 l.59E-lil7 3.67E-llB 1. 82E-lll 3. 72E-lill 13:28 9. 45E-lll6 1. 69E-llil 6.70E-12 1. 9 lE-llil 5.26E-ll7 7 .13E-lil7 3.32E-ll7 1. 5BE-ll7 3.63E-ll8 1. BllE-lll 3.6BE-lll 13:29 9.34E-ll6 1. 67E-Hl 6.63E-12 1. 89E-llil 5.21lE-lll7 7.lil6E-ll7 J.2BE-ll7 1. 56E-lll7 3.59E-lil8 1.7BE-lll 3.65E-llll THIS IS A DRILL

THIS IS A DRILL 45 Ft El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS Scenario ltr-87 ltr-88 Xe-13lm Xe-133m Xe-133 Xe-135 I-131 I-132 I-133 I-134 I-135 -131 D,E' Time uCi/ca uci/ac uci/cc uci/cc uci/cc uci/cc uci/cc uci/ca uci/cc uCi/cc uci/cc uci/ml 13311l 1. 41E-lll3 4,33E-lll3 9,57E-lll4 2,27E-lll3 2,22E-llll 2.28E-ll2 4.55E-lll2 4, 71E-lll3 2,9E-2 l.3E-2 l.4E-2 5.SE-2 1331 1. 39E-lll3 4.27E-ll3 9.45E-lll4 2,24E-lll3 2 .19E-01 2.25E-lll2 4.49E-lll2 4,64E-lll3 2.9E-2 1. 3E-2 1.4E-2 5.4E-2 1332 1. 37E-lll3 4,211lE-lll3 9.32E-lll4 2.21E-03 2.16E-01 2.22E-lll2 4.43E-lll2 4.57E-lll3 2,9E-2 l.3E-2 l.4B-2 5.4E-2 1333 1. 34E-lll3 4.13E-lll3 9 .17E-IIJ4 2,18E-ll3 2 .13E-lll 2 .19E-lil2 4.36E-ll2 4.49E-lll3 2.BB-2 l,2E-2 l.4E-2 5,3E-2 1334 1,32E-i13 4.IIJ6E-lll3 9,lil2E-ll4 2,14E-lll3 2,lll9E-llll 2, 15E-lll2 4,29E-lll2 4.41E-lll3 2,BE-2 l.2E-2 l,3E-2 5.2E-2 1335 1.29B-lll3 3,98E-lll3 8.85B-lll4 2.llllE-lll3 2. ll6E-llll 2 .11E-lll2 4.21E-lll2 4,33E-lll3 2.7E-2 l.2E-2 l.JB-2 5,lB-2 1336 1.27E-lll3 3.911lE-lll3 8.68E-lll4 2. lll6E-lll3 2,lll2E-llll 2.lll7E-lll2 4, 13E-lll2 4.24E-lll3 2,7E-2 1.2E-2 l, 3E-2 5.lllE-2 1337 1,24B-lll3 3.82E-lll3 8,51B-ll4 2.lll2E-lll3 1. 97E-lll 2.lll3E-lll2 4.ll4E-ll2 4.15B-lll3 2.6E-2 l.lE-2 l,JB-2 4.9B-2 1338 l.21B-lll3 3.73E-ll3 8.33E-ll4 l. 98E-ll3 l.93E-lll l.99E-ll2 3.96E-ll2 4.ll6E-ll3 2.6E-2 1.lE-2 l.2E-2 4.BB-2 1339 1.18E-lll3 3,65B-ll3 8.14B-lll4 l.93E-IIJ3 1. 89E-llll l.94E-lll2 3.87E-ll2 3,96E-ll3 2.5B-2 l,lE-2 l.2E-2 4.7E-2 13U l.15E-lll3 3.56B-1!3 7.96B-ll4 l,89E-lll3 1. BSE-llll 1. 91lE-lll2 3.78E-lll2 3.87E-lll3 2,4E-2 1,lE-2 l.2B-2 4.6B-2 1341 l.12B-ll3 3.47B-lll3 7. 77B-IIJ4 1.84B-lll3 1. BlllE-111 1.85E-lll2 3.69E-ll2 3. 77B-lll3 2.4E-2 1.lllE-2 1,1B-2 4.SE-2 1342 l.ll9B-lll3 3.39E-lll3 7.58B-lll4 1,BlllE-flJ3 l. 76E-llll 1. 81E-lll2 3. 61lE-lil2 3.6BE-ll3 2.3B-2 l,lllE-2 l.lB-2 4.4E-2 1343 1. lil6B-lll3 3.311lE-lll3 7,39E-lll4 1. 75E-lll3 1.72E-lll l.76E-lll2 3.51E-lll2 3.SBE-03 2.3B-2 9.BE-3 1.lB-2 4.2B-2 1344 1. lll4B-lll3 3,21E-lll3 7 ,211lB-lll4 1, 71E-IIJ3 l. 67B-"1 1.72E-11J2 3.42E-lll2 3.49B-lll3 2.2B-2 9.SE-3 1.lE-2 4.lE-2 1345 1.1111B-lll3 3.13E-ll3 7,ll2B-B4 l,66E-ll3 l.63E-lill l.67E-lil2 3.33E-ll2 3.39E-lll3 2.lB-2 9.2E-3 1.lllB-2 4.llB-2 1346 9,79B-ll4 3.IIJ4E-lll3 6,83E-lil4 l,62E-ll3 1. SSE-fill l.63E-lil2 3.2SE-lil2 3.31ilB-lll3 2.lE-2 9.lllE-3 1.lllE-2 3.9E-2 1347 9,51B-lll4 2.96E-lil3 6.64B-lll4 1.SBE-lll3 1,54E-llll l. SBE-lll2 3 .16E-lll2 3.21E-lll3 2.llE-2 8.7E-3 9.BE-3 3.BE-2 1348 9.24B-lll4 2.87B-lil3 6,46E-lll4 1.53E-lll3 l.SlllE-llll 1.54E-lll2 3.ll7E-lll2 3, 12B-lll3 2.lllE-2 8.SE-3 9.SE-3 3.7B-2 1349 8.97B-ll4 2. 79B-lil3 6,28B-lll4 1,49E-lll3 1. 46E-llll l. SlllE-1112 2.99E-lll2 3. lll3E-lll3 1. 9E-2 B.2E-3 9.3B-3 3.6E-2 13Slll B.71ilE-lll4 2. 71E-lll3 6. llE-lll4 1. 4SE-lll3 1. 42E-"1 1.46E-lll2 2,911lE-lll2 2.94E-lll3 1,9E-2 B.lllE-3 9 .lllE-3 3.SB-2 1351 B.44E-ll4 2,63E-ll3 5.93E-ll4 l. 41E-lll3 l. 3BE-"1 1. 41E-ll2 2.B2E-lll2 2.BSE-l/l3 1.BE-2 7.7E-3 B.7E-3 3,4E-2 1352 8.19E-ll4 2,55E-ll3 5.76E-lll4 1,37E-ll3 l. 34E-llll 1.37E-ll2 2,74E-ll2 2. 77E-ll3 1.BE-2 7.SE-3 B.SE-3 3,3E-2 1353 7.94E-ll4 2,4BE-lll3 5,59E-04 1.33E-ll3 1. 311lE-llll 1. 33E-lll2 2.66E-lll2 2.6BE-lll3 1. 7E-2 7.3E-3 8.2E-3 3.2E-2 1354 7.69E-lll4 2, 411lE-lll3 5, 43B-lll4 l,29E-lil3 1.26E-llll 1.29E-lll2 2.SBE-lll2 2. 611lE-lll3 1. 7E-2 7 .lllE-3 8.lllE-3 3.lE-2 1355 7.4SE-lll4 2,33B-lll3 5.27E-ll4 1.25E-lll3 l. 22E-llll 1.26E-lll2 2. SlllE-lll2 2.52E-lll3 1,6B-2 6.8E-3 7.7B-3 3,lllE-2 1356 7.22E-ll4 2,26E-lll3 5 .11E-ll4 1.21E-ll3 l.19E-llll l.22E-lll2 2.43E-lll2 2.4SE-lll3 1.6B-2 6,6E-3 7.SE-3 2. 9B-2 1357 6.99B-lll4 2 .19E-lll3 4.96E-lll4 1.18E-lll3 l.lSE-llll l.1BE-lil2 2. 35E-lll2 2,37E-lll3 1.SE-2 6.4E-3 7.3E-3 2,BB-2 1358 6. 77E-lll4 2 .12E-lll3 4,BlE-114 l.14B-ll3 l.12E-llll l. lSE-1112 2.28E-ll2 2. 31lE-lll3 1.SE-2 6.2E-3 7.lE-3 2.BE-2 1359 6.56E-lll4 2. llSE-03 4.66E-lll4 l. llE-03 l. lll8B-llll l. llE-02 2.21E-ll2 2.22E-lil3 l,4B-2 6.llE-3 6.BE-3 2.7E-2 1411llll 6.35E-lll4 l. 99E-lll3 .4.52E-ll4 1. lll7E-lll3 1.lilSE-llll l, lllBE-02 2,lSE-02 2.15E-lll3 1.4E-2 S.BE-3 6.6B-3 2.6B-2 1411ll 6 .14B-lll4 l.93E-lil3 4.38E-lll4 l. lll4E-lil3 1. lll2E-llll l. lll4E-lll2 2 .11JBE-lll2 2. lll9B-lll3 1.3E-2 5.6B-3 6.4E-3 2,SE-2 1411l2 S.95B-lll4 1. 87E-ll3 4.24B-lll4 l. llllE-03 9. 84E-lll2 l. llllE-02 2. lll2E-lll2 2. lil2E-lll3 1.3E-2 S.4E-3 6.2E-3 2.4E-2 1411l3 S.75B-lll4 l.81E-lll3 4.11E-lil4 9.7SE-lil4 9.54E-ll2 9.BlllE-lil3 l.9SE-lll2 l. 9SE-lll3 1.3E-2 5,2E-3 6.lllE-3 2.4E-2 1411l4 5.57E-ll4 1. 75E-lil3 3. 9BE-ll4 9, 45E-lll4 9.24E-lil2 9.49E-ll3 l.89E-lil2 1.89E-ll3 l.2E-2 5.lE-3 5.BE-3 2.3E-2 THIS IS A DRILL

• 45 Ft El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS THIS IS A DRILL
• Total Scenario Sb-129 Sr-89 Sr-91l Y - 91 C11-134 C11-136 C11-137 Ru-1113 Ru-106 Mo-99 Activity Time uCi/cc uCi/cc uCi/cc uci/cc uCi/cc uCi/cc uCi/cc uCi/cc uCi/cc uCi/cc uCi/cc 13:31! 9.24E-ll6 l.66E-lll 6.57E-12 1.87E-lll 5.15E-ll7 6.99E-ll7 3.25E-ll7 1. 54E-l'J7 3.56E-ll8 1. 76E-lll 3.61E-lll 13131 9 .12E-ll6 1.64E-ll'J 6.48E-12 1. 85E-lll 5.ll8E-ll7 6.91lE-ll7 3.21E-lll7 l.52E-lll7 3.51E-ll8 1. 74E-ll'J 3.56E-lill 13132 8.98E-ll6 l.61E-llll 6.39E-12 1. 82E-lll 5.lllE-07 6. 81/lE-lll7 3.16E-lll7 1.51lE-lll7 3.46E-lllB 1. 71E-llll 3.51E-llll 13133 8.84E-ll6 1.59E-lll 6.29E-12 1. 79E-lll 4.93E-07 6.71lE-ll7 3.11E-ll7 1.4BE-lll7 3.41E-llB 1.69E-lll 3.46E-lll 13134 B.69E-ll6 1. 56E-1111 6 .19E-12 1. 76E-llil 4.B5E-ll7 6.58E-ll7 3.lll6E-lil7 1.45E-lll7 3.35E-llB l.66E-lll 3.41lE-lll 13135 8.52E-ll6 1. 53E-lll 6.lllBE-12 1. 73E-lll 4.76E-lil7 6.46E-lll7 3.lillE-lll7 l.43E-07 3.29E-lilB 1. 63E-Hl 3.33E-llll 13136 B.35E-lll6 1. 51lE-llll 5.96E-12 1. 71lE-lll 4.67E-lil7 6.34E-11J7 2.95E-07 l.4111E-lll7 3.23E-IIIB 1. 6111E-Hl 3.27E-l'Jl 13137 B.17E-ll6 1.47E-llll 5.84E-12 1. 66E-lll 4.5BE-1117 6.21E-1117 2.89E-ll7 l.37E-ll7 3.16E-ll8 1. 57E-lll 3.21lE-lll 13138 7.99E-ll6 l.44E-llil 5.71E-12 1. 63E-lll 4.48E-ll7 6.ll8E-ll7 2.83E-ll7 l.34E-ll7 3. lllE-ll8 1. 53E-lll 3.13E-lll 13139 7.81E-ll6 1.41E-lll 5.59E-12 l.59E-lll 4.38E-ll7 5.9SE-ll7 2.77E-lil7 l.31E-lil7 3.lil3E-lil8 1. 51lE-lll 3.1117E-1111 1314111 7.63B-ll6 1. 38E-llll 5.46E-12 1. 55E-llll 4.28B-1117 5.81E-lll7 2. 71lE-lll7 l.2BE-1117 2.96E-1118 1. 46E-llll 2.99E-1111 13:41 7.44E-ll6 1.34E-llll 5.33E-12 1.52E-llll 4.18E-S7 5.67E-1117 2.64E-1117 l.25E-lll7 2.89E-lllB l.43B-Hl 2.92E-lill 13:42 7.26E-1116 1. 31B-llll 5.21/lE-12 l.48B-1111 4. lll8E-l'J7 5.53B-lll7 2.57E-lll7 l.22E-lll7 2.82E-l/l8 l.41lB-lll 2.85E-llll 13:43 7. lll7B-11J6 1.28E-llll 5.lll7E-12 1. 44E-lll 3.98E-lil7 5.4111E-lil7 2.51E-ll7 l.19E-07 2.75E-ll8 1. 36E-lll 2.7BE-llll 13144 6.89E-ll6 1.25E-llll 4.96E-12 l.41E-1111 3.89E-lil7 5.28E-lll7 2.45E-lll7 l.17E-lll7 2.69E-ll8 1. 33E-lll 2. 71E-lill 13145 6. 71E-lil6 1.23E-llil 4.86E-12 1.38E-llll 3.81E-ll7 5.17E-1117 2.411JE-lll7 1. l4E-l'J7 2.63E-lll8 l.31lE-lll 2.64E-01 13,46 6.53B-ll6 l.21lE-llll 4.77E-12 1. 35E-10 3.74E-ll7 5.ll8E-ll7 2.36E-ll7 l.12E-ll7 2.58E-ll8 l.28B-lll 2.57E-lll 13147 6.35E-ll6 1.18E-lll 4.69E-12 1. 33E-lll 3.68E-ll7 5. HE-1117 2.32E-ll7 l .10E-lil7 2.54E-ll8 l.26E-lll 2.SllE-lll 13148 6.17E-ll6 1. l 7E-llil 4.63E-12 1. 31ilE-llil 3.63E-1117 4.92E-IIJ7 2.29E-lil7 l. lil9E-lll7 2.51E-lil8 1. 24E-llil 2.43E-1111 13:49 5.99E-l'J6 1.15E-llil 4.57E-12 l.28E-llil 3.58E-lil7 4.86E-lil7 2.26E-lil7 l.lll7E-ll7 2.47E-ll8 1.22E-lll 2. 36E-llll 13158 5.82E-ll6 l.14E-llll 4.51E-12 1.27E-lll 3.54E-lil7 4. 8111E-lil7 2.23E-lil7 l .1116E-lil7 2.44E-lil8 l.21E-lll 2.29E-lill 13:51 5.65B-ll6 l.13B-lll 4.46E-12 l.25E-llll 3. 51ilE-1117 4.75E-ll7 2.21E-1117 l .1115E-lll7 2.42E-1118 1.21/lE-lll 2. 23E-llll 13152 5.49E-l/l6 1. llE-111 4.41E-12 l.23B-111! 3.46E-IIJ7 4. 7111E-ll7 2.18E-1117 l. lil4E-lil7 2.39E-ll8 1.18E-llil 2 .16E-lill 13:53 5.32E-l/l6 1. lllE-lll 4.37E-12 l.22E-llll 3.43E-lil7 4.65E-lil7 2.16E-lll7 l .1113E-lil7 2.37E-1118 1. l 7E-llil 2. llilE-1/ll 13:54 5.16B-1116 l.1119E-llil 4.33E-12 l.21ilE-llil 3.411lE-lil7 4.61E-lil7 2.14E-lil7 l. lll2E-lll7 2.35E-lil8 1.16E-llll 2 .lll4E-llll 13155 5.11'1E-l/l6 l.ll8E-llll 4.29E-12 l.19E-lll 3.37E-lll7 4.57E-1117 2.13E-lll7 l.llllE-lll7 2.33E-lll8 1.15E-lll 1. 98E-llll 13:56 4.86E-l/l6 1. lil7E-llll 4.26E-12 1. l 7E-llll 3.34E-lil7 4.53E-ll7 2 .11E-lll7 l.lllllE-lil7 2.31E-ll8 l .14E-lll 1. 92E-lll 13157 4. 71E-1116 1.lil7E-llll 4.22E-12 l.16E-llll 3.31E-1117 4.49E-lil7 2. lll9E-ll7 9.93E-ll8 2.29E-lil8 1.13E-lll 1. 86E-lll 13:58 4.56E-fll6 1.lll6E-llll 4.19E-12 l.15E-llll 3.28E-lil7 4.46E-lil7 2. lll7E-l'J7 9.85E-l/l8 2.27E-l/l8 l.12E-llll 1. 81/lE-llll 13:59 4.42E-lll6 1.1/lSE-llil 4.15E-12 l.14E-llll 3.26E-l'J7 4.42E-lil7 2. l/l6E-lil7 9.77E-lil8 2.25E-lil8 1. llE-ll'J 1. 75E-lill 14:lillil 4.28E-l'J6 l.1114B-llll 4 .12E-12 l .12B-ll'J 3.23E-lil7 4.38E-1117 2.il4E-ll7 9.69E-lll8 2.23E-lil8 1. llE-11/l 1. 71ilE-lill 14:l'Jl 4 .15E-l/l6 1. lll3E-llll 4.lll9E-12 l. llE-11/l 3.211lE-lll7 4.JSE-lll7 2 .l'J2E-lll7 9 .61E-1119 2.21E-lll8 1. llilE-llil 1.64E-llll 14 :lll2 4.lll2E-l/l6 l. ll2E-llil 4 .lll5E-12 l.llllE-11/l 3 .18E-lll7 4.31E-lil7 2 .lllilE-lil7 9.52E-lil8 2.19E-lil8 1. 09E-llil 1. 59E-lill 14:lilJ 3.89E-lil6 1. lillE-llil 4 .lll2E-12 l. lllBE-lll 3.15E-ll7 4.27E-IIJ7 1. 99E-ll7 9.44E-lil8 2.lBE-llB l. lllBE-llil 1. 54E-llll 14:lll4 J. 77E-lil6 1.1/lllE-lll 3.99E-12 1.lll7E-llll J.12E-ll7 4.23E-lll7 1. 97E-lll7 9.36E-l/l8 2 .16E-lil8 l. ll7E-llll 1. 49E-llll THIS IS A DRILL

THIS IS A DRILL 45 Ft El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS Scenario Kr-87 Kr-88 Xe-lJlm Xe-133m Xe-133 Xe-135 I-131 I-132 I-133 I-134 I-135 -131 D.E Time uci/cc uci/cc uCi/cc uCi/cc uCi/cc uCi/cc uci/cc uci/cc uci/cc uci/cc uci/cc uCi/ml 141il5 5.38E-lil4 1. 69E-lil3 J.86E-lil4 9 .15E-ll4 8.95E-1112 9.19E-11J3 l.83E-IIJ2 1. 83E-lil3 1. 2E-2 4.9E-3 5.6E-3 2.2E-2 1411l6 5.21E-1114 1. 64E-1113 3.73E-lll4 8.86E-1114 B.67E-lil2 8.91ilE-IIJJ 1. 77E-1112 1. 77E-1113 l.lE-2 4.7E-3 S.5E-3 2.lE-2 141117 5.ll4E-1114 l.58E-lil3 3.62E-1114 B.58E-ll4 8.39E-lil2 B.62E-1113 l.72E-ll2 1. 71E-1113 l.lE-2 4.6E-3 S.3E-3 2.lE-2 141118 4.87E-1114 l.53E-lil3 3. 511lE-1114 8.31E-1114 B.13E-1112 8.JSE-IIJ3 1. 66E-1112 1. 66E-1113 l.lE-2 4.4E-3 S.lE-3 2.11JE-2 141119 4. 71E-ll4 l.4BE-ll3 3.39E-lll4 8.ll4E-lil4 7.87E-lil2 B .lilBE-1!3 l.61E-lil2 1. 611E-lil3 l.llE-2 4.JE-3 5.IIIE-3 1. 9E-2 141111 4.55E-lll4 1. 431!:-1113 3.28E-lll4 7.79E-1114 7.62E-1112 7.82E-lil3 l.56E-lll2 1. SSE-Ill l.lllE-2 4.lE-3 4.BE-3 l.9E-2 1411 4. 411JE-ll4 1. 39E-fii3 3. lBE-1114 7.54E-fii4 7.37E-ll2 7.57E-lil3 1. 51E-lil2 1. SIIIE-1113 9.7B-3 4.lilE-3 4.6E-3 l.BE-2 1412 4.25E-1114 1.34E-lil3 3 .lil7E-lll4 7. JlllE-1114 7.14E-lll2 7.JJE-1113 1.46E-1112 1. 45E-IIJ3 9.4E-3 J.9E-3 4.5E-3 l.BE-2 1413 4. llE-04 1.JllE-03 2.9BE-l'J4 7. lil6E-1114 6.91B-lil2 7.lil9E-lil3 1. 41E-lil2 1. 411lE-lil3 9.lE-3 3.7E-3 4.JE-3 l.7B-2 1414 3.97E-fii4 l.25E-1113 2.BBE-1114 6.BJE-1114 6.6BE-1112 6.87E-ll3 1. 37E-lil2 1. 36E-lil3 B.BE-3 3.6E-3 4.2E-3 l.7E-2 1415 J.84E-lil4 l.21E-fii3 2.79E-ll4 6.61E-1114 6.47E-lil2 6 .64E-1113 l.32E-lil2 1. 31E-ll3 8.5E-3 J.5E-3 4.lE-3 l.6E-2 1416 3. 71B-lil4 1. l 7E-1113 2. 7111E-ll4 6 .41ilE-1114 6. 26E-ll2 6 .43E-ll3 l.28B-1112 1. 27E-1113 B.2E-3 3.4E-3 3.9E-3 l.5E-2 1417 3.58E-ll4 l.13E-1113 2.61E-lil4 6 .19E-ll4 6. lil6E-1112 6.22E-1113 l.24E-1112 l.23E-IIJ3 8.llE-3 3.3E-3 3.8E-3 l.5B-2 1418 3.46E-ll4 l. lllE-IIJJ 2.52E-ll4 5.99E-IIJ4 5.86E-lil2 6 .lil2E-lil3 l.21ilE-1112 l.18E-lil3 7.7E-3 3.lE-3 3.7E-3 l.4E-2 1419 3.35E-1114 l.ll6E-1113 2.44E-ll4 S.BllE-lll4 5.67E-ll2 5.82E-lil3 l.16E-ll2 l.14E-ll3 7.SE-3 3.llE-3 3.6E-3 l.4E-2 1421/l 3.23E-ll4 l.llJ2E-lll3 2.36E-lll4 S.61E-ll4 5.48E-ll2 5.63E-lll3 l.12E-lll2 l.11E-lll3 7.2E-3 2.9E-3 3.4E-3 l.4E-2 1421 3.12E-lil4 9. 91lE-lil4 2.29E-IIJ4 5.43E-lil4 5.31E-lil2 5.45E-IIJ3 l.ll9E-ll2 l.llJ7E-lll3 7.llE-3 2.8E-3 3.3E-3 l.3E-2 1422 3.02E-ll4 9.57E-ll4 2.21E-lll4 S.25E-lil4 5.13E-ll2 5.27E-IIJ3 l. llSE-02 l.ll3B-1113 6.7E-3 2.7E-3 3.2E-3 l.3E-2 1423 2.91E-1114 9.25E-1114 2.14E-ll4 5.llBE-ll4 4.96E-lll2 5. llllE-IIJ3 l.llJ2E-lll2 9.99E-1114 6.SE-3 2.6E-3 3.lE-3 l.2E-2 1424 2.82E-ll4 8.94E-ll4 2 .1117E-lll4 4.91E-lll4 4. 811JE-IIJ2 4.93E-lil3 9.83E-lll3 9.65E-1114 6.3E-3 2.6E-3 3.IIIE-3 l.2E-2 1425 2. 72B-l1J4 8.64E-1114 2.lillilE-lll4 4.75E-lil4 4.6SE-1112 4.77E-lll3 9.SlE-1113 9.33E-IIJ4 6.lE-3 2.SE-3 2.9E-3 l.lE-2 1426 2.63E-04 8.35B-04 1. 94E-lll4 4.59E-lll4 4.49E-1112 4 .61E-lil3 9.19E-1113 9.llllE-1114 S.9E-3 2.4E-3 2.8E-3. l.lE-2 1427 2.54E-lil4 8.lll7E-lll4 1. 87E-ll4 4.44E-lll4 4.3SE-ll2 4.46E-03 B.89E-lil3 8. 71E-lil4 5.7E-3 2.3E-3 2.7E-3 l.lE-2 1428 2.45E-IIJ4 7.BllE-1114 l.BlE-1114 4. 31ilE-lil4 4.211JE-lil2 4.32E-03 B.611JE-1113 8.41E-lil4 5.SE-3 2.2E-3 2.6E-3 l.llJE-2 1429 2.37E-lil4 7 .54E-114 l.75E-IIJ4 4.16E-fii4 4. lil6E-lil2 4.17E-1113 B.32B-lil3 8.lJE-1114 S.3B-3 2.lE-3 2.SE-3 l.llE-2 1431/l 2.29E-ll4 7.28E-lll4 1. 69E-B4 4 .lil2E-IIJ4 3.93E-IIJ2 4.lll4E-lil3 B.lll4E-lil3 7.85E-1114 S.2E-3 2.lE-3 2.5E-3 9.7E-3 1431 2.21lE-ll4 7.UE-ll4 1. 63E-lll4 3.87E-11l4 3.79E-IIJ2 3.89E-lll3 7.74E-lll3 7.5SE-lil4 5.0E-3 2.lllE-3 2.4E-3 9.3B-3 1432 2.11E-lll4 6. 72E-lll4 1. 56E-lll4 3. 71E-04 3.63B-1112 3. 73E-lil3 7.43E-IIJ3 7.24E-ll4 4.8E-3 l.9E-3 2.3E-3 9.lllE-3 1433 2. lllE-lil4 6. 42E-lil4 1. SlilE-IIJ4 3.55E-lil4 3.47E-1112 3.57E-lil3 7. llilE-1113 6.92E-1114 4.6E-3 1. 8E-3 2.2E-3 B.6E-3 1434 l.91E-11l4 6. llE-1114 1. 43E-1114 3.38E-lil4 3.31E-lll2 3.4111E-lll3 6. 77E-lil3 6.59E-ll4 4.3E-3 1. 7E-3 2.lE-3 8.2E-3 1435 l.82E-1114 S.81E-ll4 1. 36E-1114 3.22E-IIJ4 3.15E-1112 3.23E-1113 6.44E-1113 6.26E-1114 4.lE-3 l.6E-3 2 .IIIE-3 7.8E-3 1436 1. 72E-ll4 5. SlllE-1114 l.29E-lil4 3. lil5E-1114 2.9BE-1112 3 .1116E-1113 6. H!E-1113 S.93E-lll4 3.9E-3 1.6E-3 1.9E-3 7.4E-3 1437 l.63B-ll4 5.211lE-1114 l.22E-lil4 2.89E-04 2.82E-1112 2.9111E-il3 S.78E-1213 S.61E-1114 3.7E-3 1.SE-3 l.BE-3 7.11JE-3 1438 1. 54E-1114 4.91E-1114 l .15E-11J4 2. 73E-lll4 2.67E-1112 2.74E-IIJ3 5.46E-1113 5.29E-04 3.5E-3 l.4E-3 l.7E-3 6.6E-3 1439 1. 45E-lll4 4.63E-1114 1. lllBE-IIJ4 2. 57E-1114 2.SlE-02 2.SBE-03 5.14E-1113 4.99E-IIJ4 3.3E-3 l.3E-3 1. 6E-3 6.2E-3 THIS IS A DRILL

THIS IS A DRILL 45 Ft Bl AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS Total Scenario Sb-129 Sr-89 sr-90 y - !H ca-134 ca-136 Cs-137 Ru-103 Ru-106 Mo-99 Activity Time uci/cc uCi/cc uci/cc uci/cc uci/cc uCi/cc uCi/cc uCi/cc uci/cc uCi/cc uci/cc 14:llS 3.65E-ll6 9 .9SE-11 3.94E-12 l.ll6E-lll 3.ll9E-ll7 4.21lE-ll7 1. 95E-ll7 9.27E-ll8 2.14E-ll8 l.ll6E-lll 1. 45E-lll 1411!6 3.SJE-ll6 9 .BSE-11 3.91E-12 l.lllSE-lll 3.ll6E-ll7 4.16E-ll7 1. 93E-ll7 9.lBE-llB 2.12E-ll8 l.ll5E-lll 1. 4'lE-lll 14:ll7 3.42E-ll6 9. 76E-ll 3.87E-12 l. ll3E-lll 3.llJE-07 4.12E-ll7 1. 91E-ll7 9.ll9E-lil8 2. lllE-ll8 1. ll4E-lll l.36E-lll 14:llB J.JlE-06 9 .66E-ll 3.BJE-12 l.ll2E-lll 3.llllE-ll7 4.ll7E-lil7 1. 91lE-ll7 9.llllE-llB 2.ll7E-ll8 l.llJE-lll l.llE-lll 14:09 3.21lE-ll6 9. 56E-11 3.79E-12 l.lllE-llil 2.97E-ll7 4.ll3E-ll7 1. 8BE-ll7 8.91E-llB 2. IIJSE-ll8 l. ll2E-lll l.27E-lll 14:lll 3.111JE-ll6 9. 46E-11 3.7SE-12 9.93B-11 2. 94E-1117 3.99B-lil7 1. 86E-ll7 B.BlE-08 2.ll3E-ll8 1.lllE-lll l.23E-lll 14: 11 3.ll0E-IIJ6 9. JSE-11 3. 71E-12 9. 79E-11 2.91E-ll7 3.94E-ll7 1. 83E-ll7 8. 72E-ll8 2. lillE-llB 9. 94E-11 l.19E-lll 14112 2.91lE-ll6 9.25E-11 3.66E-12 9.66E-11 2.87E-ll7 3.91lE-ll7 l.81E-ll7 8.62E-ll8 l.99E-ll8 9. BJE-11 l.15B-lll 14: 13 2.BllE-ll6 9 .14E-11 3.62E-12 9.52E-11 2.84E-ll7 3.BSE-ll7 l.79E-ll7 B.SlE-llB l.96E-ll8 9. 71E-11 l.12E-lll 14:14 2.71E-ll6 9.llJB-11 3.SBE-12 9.3BE-ll 2.BllE-07 3.81E-ll7 l.77E-ll7 B.41E-ll8 l.94E-ll8 9. 61lE-11 l . llBE-lll 14115 2.62E-ll6 B.91E-11 3.SJE-12 9.25E-11 2.77E-ll7 3.76B-ll7 l.75E-ll7 B.31E-ll8 l.91E-ll8 9. 4BE-ll l. ll4E-lll 14116 2.54E-ll6 8.BllE-11 3.49E-12 9.llE-11 2.73E-lil7 3. 71E-ll7 1. 73E-ll7 8.21lE-1118 1. 89E-ll8 9. 36E-ll l. lllE-lll 14117 2.4SE-ll6 B.6BE-11 3.44E-12 B.97E-11 2.71lE-ll7 3.66E-ll7 l.71lE-ll7 B.ll9E-ll8 l.B6E-ll8 9.23E-11 9.7BE-ll2 14118 2.37E-ll6 B.57E-11 3.41lE-12 B. BJE-11 2.66E-ll7 3.61E-ll7 l.6BE-ll7 7.98E-ll8 1. 84E-ll8 9. llE-11 9.46E-ll2 14:19 2.29E-ll6 B.45E-11 3.JSE-12 8. 6BE-11 2.62E-ll7 3.56E-ll7 l.66E-ll7 7.87E-ll8 l.BlE-llB B.9BE-11 9.15E-ll2 14:211 2.22B-lil6 8.33E-ll 3.JllE-12 B.54E-11 2.59E-ll7 3.51E-ll7 1. 63E-ll7 7.76E-ll8 l.79E-ll8 B.BSE-11 8.BSE-ll2 14:21 2.14E-ll6 8.21E-11 3.25E-12 B.411JE-ll 2.SSE-ll7 l.46E-ll7 1. 61E-ll7 7.65E-ll8 l.76E-ll8 8. 72E-ll 8.56E-ll2 14122 2. lil7E-ll6 B.llBE-11 3.21lE-12 B.26E-ll 2.51E-ll7 3.41E-ll7 l.59E-ll7 7.53E-ll8 l. 74E-ll8 8 .61ilE-ll 8.28E-ll2 14:23 2.lllJE-ll6 7 .96E-ll 3.16E-12 8.12E-ll 2.47E-ll7 3.36E-ll7 1. 56E-ll7 7.42E-ll8 1. 71E-ll8 B.46E-11 B.lllE-ll2 14:24 1. 94E-ll6 7. 84E-ll 3. llE-12 7. 9BE-11 2.44E-ll7 3.31E-ll7 l.54E-ll7 7.JllE-1118 1. 6BE-ll8 B. JJE-11 7.75E-ll2 14125 l.87E-ll6 7. 71E-ll 3.ll6E-12 7.B4E-ll 2.41lE-ll7 3.2SE-ll7 1. 51E-ll7 7.19E-ll8 1. 66E-ll8 8.21lE-ll 7.49E-ll2 14:26 l.81E-ll6 7.59E-ll 3.lllE-12 7.69E-ll 2.36E-ll7 3.21lE-117 l.49E-ll7 7.ll7E-lil8 l.63E-ll8 B. lll7E-11 7.25E-IIJ2 14127 l.75E-lil6 7. 47E-ll 2.96E-12 7.SSE-11 2.32E-IIJ7 3.15E-ll7 l.46E-ll7 6.96E-ll8 l.61lE-llB 7.94E-11 7. lllE-02 14128 l.69E-ll6 7.34E-ll 2.91E-12 7. 41E-11 2.2BE-ll7 3.lllE-ll7 l.44E-07 6.84E-ll8 1. SBE-IIJB 7. BllE-11 6.7BE-ll2 14:29 l.63E-lil6 7 .22E-11 2.86E-12 7.2BE-11 2.24E-IIJ7 3.ll4E-ll7 l.42E-ll7 6. 72E-ll8 1. SSE-llB 7.67E-11 6.SSE-ll2 14131! l.SBE-06 7.ll9E-ll 2.BlE-12 7 .14E-11 2.21lE-ll7 2.99E-ll7 l.39E-ll7 6.61E-ll8 1. 52E-ll8 7 .54E-ll 6.34E-ll2 14:31 1. 52E-ll6 6.93E-ll 2.75E-12 6.96E-11 2.lSE-07 2.92E-ll7 l.36E-ll7 6.46E-lil8 l.49E-lil8 7. 37E-11 6.lllE-02 14132 l.46E-ll6 6. 74E-11 2.67E-12 6.76E-ll 2.ll9E-11J7 2.84E-ll7 l.32E-lll7 6.2BE-lil8 1. 45E-ll8 7. l 7E-ll S.BSE-ll2 14133 1. 39E-lil6 6. SJE-11 2.59E-12 6.54E-11 2.ll3E-ll7 2.75E-ll7 l.2BE-ll7 6.llBE-llB 1. 41lE-llB 6. 94E-11 S.61lE-ll2 14:34 1. 33E-ll6 6. lllE-11 2.SllE-12 6. lllE-11 1. 96E-IIJ7 2.66E-ll7 l.24E-ll7 S.87E-ll8 1. 35E-ll8 6. 71lE-11 5.33E-ll2 14:35 l.26E-ll6 6. ll6E-11 2.41lE-12 6 .llSE-11 l.BBE-07 2.56E-IIJ7 l.19E-lil7 5.65E-ll8 1.JllE-llB 6 .44E-ll S.ll7E-ll2 14:36 l.21lE-lil6 S.BlE-11 2. 31/JE-12 S.BllE-11 1. BlE-07 2.45E-ll7 l.14E-lil7 S.41E-IIJ8 l.25E-ll8 6. lBE-11 4.BlE-02 14:37 l. lJE-116 S. 56E-ll 2.21ilE-12 5. 54E-ll l. 73E-ll7 2.34E-ll7 l.ll9E-ll7 S.lBE-llB l.19E-ll8 S.91E-11 4.SSE-02 14:38 l. ll7E-ll6 5.JllE-11 2.lllE-12 S.28E-ll l.65E-IIJ7 2.24E-1117 l.ll4E-ll7 4.94E-llB l.14E-ll8 5. 63E-11 4.31lE-ll2 14:39 l. lllE-06 S.ll4E-ll 2.IIJlilE-12 S.ll2E-ll 1. 57E-ll7 2.13E-ll7 9.91lE-ll8 4.71lE-llB l.llBE-llB 5. 36E-ll 4.ll5E-ll2 THIS IS A DRILL

THIS IS A DRILL 45 Ft El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS Scenario ltr-87 Rr-88 xe-lllm Xe-133m Xe-133 Xe-135 I-131 I-132 I-133 I-134 I-135 -131 D.B Time uCi/cc uCi/cc uci/ca uCi/cc uci/cc uCi/cc uci/ca uci/cc uci/cc uCi/cc uCi/co uci/ml 14411J 1. 36E-IIJ4 4.35E-'14 l .1112E-04 2.42E-lll4 2.37E-IIJ2 2.43E-1113 4.84E-1!3 4.69E-lll4 3 .18-3 1.2E-3 1.5E-3 5.BE-3 1441 1.28E-IIJ4 4.1119E-1114 9.588-1115 2.27E-lll4 2.22E-1112 2.28E-03 4.55E-1113 4.4111E-1114 2.9E-3 1.2E-3 1.4E-3 5.5E-3 1442 1.2111E-1114 3.83E-1114 8.98E-1115 2.13E-1114 2 .1119E-1112 2 .14E-03 4.27E-1113 4.13E-1114 2.7E-3 l. lE-3 l.3E-3 5.lE-3 1443 l.12E-04 3.59E-1114 8.42E-ll5 2. IIHlE-1114 1. 95E-1112 2.lllE-03 4.00E-ll3 3.87E-ll4 2.6E-3 1.llE-3 1.2E-3 4.BE-3 1444 1.05E-ll4 3.36E-!l4 7.88E-ll5 1. 87E-1114 1. 83E-02 1.BBE-03 3.74E-03 3.62E-1114 2.4E-3 9.5E-4 1. lE-3 4.5B-3 1445 9.79B-ll5 3.14E-04 7.36E-ll5 1. 75E-1114 l. 71E-02 1. 76E-03 3.50E-03 3.38E-ll4 2.2E-3 8.BE-4 l.lE-3 4.2B-3 1446 9.13E-ll5 2.93E-04 6.88E-ll5 1. 63E-ll4 1.611lE-ll2 1.64E-03 3.26E-1113 J.15E-ll4 2.lE-3 8.2E-4 9.9E-4 3.9B-3 1447 8.51E-ll5 2.73E-ll4 6. 41E-1115 l.52E-lil4 1. 49E-1112 1. 53E-03 3 .04E-03 2.94E-ll4 1.9E-3 7.7E-4 9.2E-4 3.7E-3 1448 7.92E-ll5 2.54E-04 5.98E-lll5 l.42E-lil4 1. 39E-lll2 1. 42E-lll3 2.84E-ll3 2. 74E-ll4 1.BE-3 7.2E-4 B.6E-4 3.4E-3 1449 7.37E-ll5 2.36E-ll4 5.56E-ll5 l.32E-ll4 l.29E-ll2 1. 33E-ll3 2.64E-lll3 2,55E-ll4 1. 7E-3 6.7E-4 8.llB-4 3.2E-3 1451! 6.85E-ll5 2.21lE-lll4 5.18E-lll5 l.23E-lll4 1.21lE-lll2 l.23E-lll3 2. 46E-lll3 2.37E-ll4 1.6E-3 6.2E-4 7.5E-4 3.lllE-3 1451 6.36E-lll5 2.ll4E-lll4 4.BlE-1115 1.14E-ll4 l.12E-02 1.15E-lll3 2.28E-03 2.2111E-04 1. 5B-3 5.7E-4 6.9E-4 2.BE-3 1452 5.90E-ll5 1. 911lE-04 4.47E-ll5 l. ll6E-ll4 l. ll4E-02 l. lll6E-lll3 2 .12E-lll3 2.ll4E-ll4 1. 4E-3 5.3E-4 6.4E-4 2.6E-3 1453 5.47E-lll5 1. 76E-lll4 4 .15E-lll5 9.84E-1115 9.62E-lll3 9. BBE-04 1. 97E-lll3 1.89E-lll4 1. JE-3 4.9E-4 6 .lllE-4 2.4E-3 1454 5. lll7E-05 1. 63B-lll4 3.85E-ll5 9.12E-lll5 8.92E-03 9 .17E-lll4 1.83E-ll3 1. 75E-lll4 l.2E-3 4.6E-4 5.5B-4 2.2E-3 1455 4.7111E-lil5 1. 51B-1114 3.56E-ll5 8.46E-ll5 8.27E-lll3 8. 50E-04 l.69E-03 1. 62E-04 l. lE-3 4.2E-4 5.lE-4 2.llE-3 1456 4.35E-lll5 1. 411lE-lll4 3. 311lE-lll5 7.83E-ll5 7.66E-03 7. 87E-lll4 1. 57E-03 1. SlllE-04 1.111E-3 3.9E-4 4.BE-4 1. 9E-3 1457 4. 02E-lil5 1. 29E-1114 3.lll6E-ll5 7.25E-lll5 7. ll9E-03 7 .29E-04 l.45E-ll3 l.39E-1114 9.JE-4 3.6E-4 4.4E-4 1. 7E-3 1458 3.72E-ll5 1. 21lB-04 2.83E-ll5 6. 71E-ll5 6.56E-lll3 6.74E-lll4 1.34E-lll3 l.29E-ll4 8.6E-4 3.4E-4 4.lE-4 1. 6E-3 1459 3.44E-ll5 l.11E-ll4 2.61E-05 6 .211lE-05 6. 07E-03 6 .23E-lil4 l.24E-lll3 l.19E-04 7.9E-4 3.lE-4 3.8B-4 1.5E-3 151/lll 3.17E-lll5 l. 02E-114 2.42E-ll5 5.73E-ll5 5.61E-03 5.76E-04 l.15E-lil3 1. llllE-ll4 7.3B-4 2.9E-4 3.5E-4 1.4E-3 151111 2.93E-ll5 9.43E-ll5 2.238-1115 5. 311lE-ll5 5.lBE-1113 5.32E-lll4 1.ll6E-1113 l.1111E-1114 6.BE-4 2.6E-4 3.2E-4 1. 3E-3 151112 2.711lE-ll5 8. 71E-lll5 2 .1116E-1115 4.89E-1115 4.78E-lll3 4.91E-lll4 9.79E-ll4 9.36E-lll5 6.3E-4 2.4E-4 3.lllE-4 1.2E-3 1503 2.49E-ll5 8.1113E-1115 1. 91lE-1115 4.52E-ll5 4.42E-03 4.54E-04 9.03E-ll4 8.64E-ll5 5.eE-4 2.2E-4 2.7E-4 1. lE-3 1504 2. 3111E-05 7. 41E-05 1.76E-05 4.17E-lll5 4. lll7E-03 4 .1BE-lil4 8.JJE-1114 7.96E-1115 5.3E-4 2.lE-4 2.5E-4 l.llE-3 151115 2.12E-ll5 6.83E-ll5 1. 62E-ll5 3.84E-lil5 3.76E-lil3 3.86E-ll4 7.68E-04 7.34E-05 4.9E-4 1. 9E-4 2.3E-4 9.JE-4 1506 1. 95E-ll5 6. 29E-05 1. 49E-ll5 3.54E-1115 3.46E-ll3 3.56E-lll4 7 .1118E-1114 6.76E-1115 4.5E-4 1.BE-4 2.lE-4 8.SE-4 151117 1. 80E-ll5 S.79E-1115 l.38E-1115 3.26E-1115 3 .19E-1113 3.28E-lll4 6.SJE-1114 6.23E-1115 4.2E-4 1.6E-4 2 .111E-4 7.9E-4 151118 l.65E-ll5 S.33E-1115 1.27E-05 3. 01E-05 2.94E-03 3 .02E-04 6. 01E-lll4 S.73E-1115 3.BE-4 1.5E-4 l.BE-4 7.2E-4 1509 1. 52E-ll5 4. 91E-05 1.17E-1115 2. 77E-1115 2. 71E-1113 2. 78E-lll4 S.54E-lll4 S.28E-lll5 3.SE-4 1.4E-4 1.7E-4 6.7E-4 THIS IS A DRILL

THIS IS A DRILL 45 Ft El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS Total Scenario Sb-129 Sr-89 Sr-9111 Y - 91 Ca-134 Ca-136 Ce-137 Ru-H'l3 Ru-1B6 Mo-99 Activity Time uci/cc uci/cc uci/cc uci/cc uci/cc uci/cc uci/cc uci/cc uci/cc uci/cc uci/cc 14:49 9.46E-"7 4. 79E-ll 1. 91lE-12 4. 76E-11 1. 49E-1117 2.ll2E-07 9. 4111E-lll8 4.47E-lil8 1.1113E-1118 S.ll9E-ll J.81E-ll2 14141 8.8BE-ll7 4. 54E-11 1. BllE-12 4.SlE-11 l.41E-lil7 l.92E-lll7 8.91E-ll8 4.23E-lll8 9.76E-lil9 4.83E-ll 3.58E-lil2 14142 8.33E-ll7 4. 31lE-11 l.71lE-12 4.26E-11 l. 34E-lll7 l.81E-lll7 8.44E-1118 4.llllE-118 9.23E-lil9 4.57E-11 3.36E-lil2 14,43 7.811lE-ll7 4.lll6E-11 1. 61B-12 4.ll2E-ll l.26E-lll7 l.71E-ll7 7.97E-il8 3.79E-ll8 B.73B-1119 4, 32E-ll 3 .15E-lil2 14144 7. JIIIE-1117 3,SJE-11 1.!!2E-12 3.79E-11 1.19E-1117 1.62E-ll7 7.52E-IIJB 3.57B-1118 B.231!-1119 4. IIIBE-11 2.95B-QJ2 14,45 6.82E-ll7 3.61E-11 1. 43E-12 3.57E-11 l.12E-lil7 l.52E-lil7 7.il9E-lil8 3.37E-QJ8 7.76E-lll9 3. 84E-11 2.75E-1112 14t46 6.37B-il7 3. 4ilE-11 l.35B-12 3.36E-11 l.1116E-ll7 l. 43E-lil7 6.67E-ll8 J,17E-1118 7. 31ilE-lil9 3.62E-11 2.57E-lil2 14t47 5.94E-lil7 3.2111E-ll l.27E-12 3.15B-11 9.93E-lil8 l.35E-lil7 6.27E-il8 2.98E-11J8 6.86E-11J9 3.411JE-ll 2.4111E-lil2 14,48 5.SJE-117 3.11JllE-ll l.19E-12 2. 96E-11 9.32E-lil8 l.27E-11J7 5.89E-ll8 2. 81ilE-11J8 6. 44E-lil9 3 .19E-11 2.23E-ll2 14t49 5.15E-ll7 2. BlE-11 l.12E-12 2. 77E-ll B.75E-lil8 l.19E-1117 5.52E-l'J8 2.62E-lll8 6.ll4E-lll9 2.99E-ll 2.ll8E-lil2 14t51l 4.78E-ll7 2. 64E-11 l.1115E-12 2. 59E-ll B.19E-ll8 l.llE-1117 5.17E-ll8 2.46E-ll8 5.66E-11J9 2. BlilE-11 1. 93E-ll2 14t51 4.45E-ll7 2.47E-ll 9.79E-13 2. 43E-ll 7.67E-lil8 1. "4E-ll7 4.84E-lll8 2. JlilE-lilB 5.311lE-11J9 2. 62E-11 l.811lE-lil2 14152 4.13E-lil7 2. 31E-ll 9.15E-13 2. 27E-ll 7.17E-lil8 9.74E-1118 4.53E-ll8 2.15E-llB 4.96E-lil9 2. 45E-11 l.67E-lil2 1415-3 3.83E-ll7 2.16E-11 8.55E-l3 2. l2E-ll 6. 71lE-lil8 9. llllE-lil8 4.23E-1118 2.lllE-11!8 4.63E-11J9 2.29E-11 1. 55E-lil2 14:54 J.5SE-il7 2. "1E-11 7.99E-13 l.98E-11 6.26E-lil8 8.5BE-ll8 3.95E-ll8 l.88E-ll8 4.33E-lll9 2 .14E-11 1. 44E-lil2 14:55 3.29E-lll7 1. 88E-ll 7.45E-l3 l.84E-11 5.84E-lll8 7.9JE-ll8 3.69E-lil8 l.75E-08 4. lll4E-11J9 2. llllE-11 l.JJE-02 14:56 3.lll5E-07 1. 75E-11 6.95E-l3 l. 72E-ll 5.45E-lil8 7.39E-ll8 3.44E-08 1. 63E-08 J.76E-ll9 1, 86E-11 l.23E-02 14157 2.B2E-ll7 1.63E-11 6.47E-13 l.60E-ll 5.lll7E-IIIB 6.89E-08 3.20E-ll8 l.52E-ll8 3.51E-lil9 1. 74E-ll l.l4E-lil2 14t58 2.61E-1117 1. 52E-ll 6. lll3E-l3 l.49E-ll 4.72B-lil8 6.41E-ll8 2.98E-lil8 1. 42E-ll8 3.26E-lil9 l.62E-11 l. lil6E-ll2 14159 2.41E-1117 l .41E-11 5.61E-13 l.38E-ll 4.411lE-lll8 5.97E-lil8 2.78E-lil8 1. 32E-lll8 3. lll4E-lil9 l.511lE-11 9. 77E-lil3 1511illil 2.23E-1117 1. 32E-11 S.21E-13 l.28E-11 4.lll9E-lil8 5.5SE-ll8 2.58E-lil8 l.23E-lil8 2.82E-lil9 1. 41ilE-11 9. lll3E-ll3 15:01 2.1116E-1117 l.22E-ll 4.85E-13 l.19E-11 3.81lE-lil8 5.16E-1118 2.411lE-11J8 l.14E-lil8 2.63E-lil9 l. 311lE-ll 8.34E-lil3 15:1112 1. 911JE-ll7 l.14E-11 4.511JE-13 l. llE-11 3.53E-ll8 4.79E-lil8 2.23E-lil8 l. lll6E-lil8 2. 44E-lil9 l.21E-11 7.71lE-ll3 15:113 1.75E-"7 l.ll5E-11 4.lBE-13 l.11J3E-ll 3.28E-lil8 4.45E-lil8 2 .11J7E-lil8 9.83E-lil9 2.26E-lil9 l.12E-11 7 .111JE-lil3 15:lil4 l.62E-ll7 9.78E-12 3.SBE-13 9.52E-12 3.11J4E-lil8 4.13E-lil8 l.92E-lil8 9.12E-lil9 2. llllE-1119 1.ll4E-11 6.5SE-ll3 15:lilS l.49E-1117 9.1117E-12 3.611lE-13 8 .82E-12 2.82E-lil8 3.83E-lil8 l.78E-ll8 8.46E-lil9 1. 95E-lil9 9. 65E-12. 6 .11J4E-lil3 15111)6 l.37E-"7 8.41E-12 3.33E-13 8,17E-12 2.61E-1118 3.55E-ll8 l.65E-lil8 7.84E-lil9 l.81E-ll9 8.94E-12 5.57E-lll3 15:lil7 l.26E-11J7 7.79E-12 3.lll9E-13 7.57E-12 2.42E-lil8 J.29E-lil8 l.53E-11J8 7.26E-lll9 1.67E-11J9 8.29E-12 5.13E-11J3 15:lil8 l.16E-lll7 7.22E-12 2.86E-13 7. 011JE-12 2.24E-lil8 3. lll5E-lil8 1. 42E-11J8 6.73E-11J9 1. 55E-lil9 7.68E-12 4. 73E-lll3 15:lll9 l.lll7E-lil7 6.68E-12 2.65E-13 6.48E-12 2 .lll8E-lil8 2.82E-lil8 l.31E-l/l8 6 .23E-lll9 l.44E-11J9 7. llE-12 4.35E-l/l3 THIS IS A DRILL

THIS IS A DRILL 45 Pt El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS Scenario Rr-87 Rr-88 Xe-131m Xe-133m Xe-133 Xe-135 I-131 I-132 I-133 I-134 I-135 -131 D.E Time uCi/cc uCi/cc uCi/cc uCi/cc uci/cc uCi/cc uci/cc uci/cc uCi/cc uci/cc uCi/cc uci/ml 1511!1 1. 4111E-1115 4.52E-1115 1.1117B-1115 2.55E-1115 2.49E-03 2.56E-04 5. llllE-1114 4.86B-1115 3.3E-4 1. 3E-4 1. 58-4 6.18-4 1511 1.29B-1115 4.158-1115 9.888-116 2. 34E-lil5 2.298-03 2.368-1114 4.69E-ll4 4.47B-lil5 3.08-4 1.28-4 1.48-4 5.7B-4 1512 1.18B-lil5 3.82B-1115 9 .1119E-IJ6 2 .168-1115 2. llE-1113 2.17E-1114 4.31E-1114 4.11E-ll5 2.BE-4 l.lE-4 1. 3E-4 5.2E-4 1513 1. l'J9E-ll5 3.51E-1115 B.36E-IIJ6 1. 98E-lil5 1. 94E-03 1. 99E-1114 3.97E-IIJ4 3.77E-1115 2.5E-4 9.8E-5 l.2E-4 4.8E-4 1514 9.99E-lil6 3.23E-ll5 7.69E-ll6 1. 82E-05 1. 78E-ll3 1.83E-04 3.65E-11J4 3.47E-05 2.38-4 9.IIIE-5 1.18-4 4.4E-4 1515 9.18E-lil6 2.96B-1115 7.11168-06 1. 68E-05 l.64B-lil3 l.68E-1114 3.35E-1114 3.19E-1115 2.lE-4 8.3E-5 1.08-4 4.IIIE-4 1516 8.438-1116 2.72E-1115 6. 498-1116 1. 54E-05 1. 51E-03 1. 55E-11J4 3 .IIIBE-ll4 2.93E-lil5 2.0E-4 7.6E-5 9.3E-5 3.7B-4 1517 7.64B-1116 2.47E-lll5 5.888-1116 1. 41lE-11J5 l.36E-1113 l.4111E-1114 2.79E-1114 2.658-1115 1. 8E-4 6.9E-5 8.48-5 3.4E-4 1518 6.92E-1116 2.24B-1115 5.33E-1116 l.26E-1115 1.24E-1113 l.27E-lll4 2. 53E-1114 2. 4111E-1115 l.6B-4 6.2E-5 7.6E-5 3.&18-4 1519 6.27B-1116 2 .1112E-1115 4.83B-1116 l .15E-1115 l.12E-1113 l.15E-1114 2.29E-1114 2.lBE-1115 1. 5E-4 5.6E-5 6.9E-5 2.BE-4 15211 5.68B-lil6 1. 83E-1115 4. 378-1116 l. lil4E-lll5 l.llllE-1113 l.1114E-1114 2.IIIBE-ll4 1. 97E-lil5 l.3E-4 5.lE-5 6.38-5 2.5B-4 1521 5.15E-1116 1. 66E-1115 3.96E-1116 9.41lB-1116 9.2111B-1114 9.44E-1115 1. 88E-1114 l.79B-1115 1.28-4 4.6E-5 5.7E-5 2.3E-4 1522 4.66E-1116 1. 51E-1115 3.59E-1116 8.52E-1116 8.33E-ll4 B.56E-1115 1. 71118-1114 1. 62E-1115 l.lE-4 4.2E-5 5.18-5 2.18-4 1523 4.228-1116 1. 36E-1115 3.258-1116 7.728-1116 7.558-1114 7.75E-1115 l.54E-lil4 1. 47E-1115 9.9E-5 3.8E-5 4.7B-5 1.9E-4 1524 3.838-1116 1.24E-1115 2.958-1116 6.99E-1116 6.84E-1114 7.1112E-1115 1. 4111B-1114 1. 33B-1115 8.9B-5 3.4E-5 4.2E-5 l.7E-4 1525 3.47E-lil6 1.12E-1115 2.678-1116 6.33E-11J6 6 .2111E-lil4 6. 36E-1115 1.27E-1114 1. 2111E-1115 8.lE-5 3.lE-5 3.8E-5 1. 5E-4 1526 3.14E-1116 1. lllE-1115 2.42E-1116 5.74E-ll6 5.61E-lil4 5.77E-ll5 1.15E-ll4 l. ll9E-ll5 7.38-5 2.BE-5 3.5E-5 1.4E-4 1527 2.B5E-1116 9. 19E-1116 2.19E-ll6 5.21lE-lil6 5.ll9E-ll4 5.22E-ll5 l.1114E-ll4 9.BBE-06 6.6E-5 2.6E-5 3.lE-5 l.3E-4 1528 2.58E-lil6 8.33E-1116 1. 99E-1116 4.71E-ll6 4.61E-1114 4.73E-1115 9.42E-1115 8.958-1116 6.IIIE-5 2.3E-5 2.BE-5 l.lE-4 1529 2.34B-1116 7.SSE-1116 1. BIIIE-1116 4.27E-1116 4.17B-1114 4.29E-ll5 8.54E-1115 B. llE-1116 5.5E-5 2.lE-5 2.6E-5 1.IIIE-4 153111 2.12B-l1J6 6.84E-lil6 1. 63B-lll6 3.87E-11J6 3.78E-ll4 3.BBE-lil5 7.73E-lil5 7.358-lll6 4.98-5 1.9E-5 2.38-5 9.38-5 1531 1. 92E-1116 6. l9B-lll6 1.488-lil6 3.51lE-lll6 3.438-1114 3.52E-ll5 7. lllE-lil5 6.668-lil6 4.5E-5 1. 7E-5 2.lE-5 8.4E-5 1532 1. 74E-lll6 5.61E-lil6 1.348-1116 3.17E-06 3.llllE-04 3.19E-05 6. 35E-fll5 6. 038-1116 4.lE-5 1. 6E-5 1.9E-5 7.7E-5 1533 1. 57E-fll6 5.lil8E-ll6 1.218-116 2.88E-06 2.81E-ll4 2.B9E-ll5 5.75E-ll5 5.46B-06 3.7E-5 l.4E-5 1.7E-5 6.9E-5 1534 1. 43E-06 4.61E-06 1.11118-1!6 2.61E-06 2.55E-04 2.628-1115 5.21E-ll5 4.95E-ll6 3.3E-5 l.JE-5 1.68-5 6. 38-5 1535 1.29E-lil6 4.17E-06 9.95E-1117 2.36E-ll6 2.31E-11J4 2.37E-1115 4. 72E-ll5 4.4BE-1116 3.lll8-5 1.2E-5 1.4E-5 5.7E-5 1536 1.178-1116 3.78E-06 9.01E-ll7 2.14E-1116 2 .ll9E-i14 2. lSE-1115 4.2BE-ll5 4. IIJ6E-1116 2.7E-5 l.lE-5 1.38-5 5.2E-5 1537 1.11168-lil6 3.43E-lil6 8.17E-ll7 1. 94E-1116 l.89E-1114 1. 95E-1115 3.88E-lil5 3.68E-lil6 2.5E-5 9.6E-6 l.2E-5 4.7E-5 1538 9. 61E-lil7 3. llllE-1116 7.4111E-ll7 l.76E-1116 l.72E-1114 l.76E-lil5 3.51E-1115 3.34E-lil6 2.2E-5 8.7E-6 l.lE-5 4.2E-5 1539 8.7111E-ll7 2.81E-IIJ6 6. 7111E-1117 1.59E-lil6 1.56E-1114 l.60E-1115 3. lBE-1115 3. 02E-1116 2.IIIE-5 7.8E-6 9.6E-6 J.BE-5 154111 7.89E-ll7 2.55E-1116 6.1117E-1117 l.44E-lil6 1. 41E-1114 l.45E-1115 2.BBE-1115 2.74E-1116 1. BE-5 7.lE-6 B.7E-6 3.5E-5 1541 7.14E-07 2.31E-1116 5. 51ilE-1117 1. JlE-1116 1. 28E-1114 1. 31E-1115 2.61E-1115 2. 4BE-lil6 1. 7E-5 6.4E-6 7.9E-6 3.lE-5 1542 6.47E-lil7 2.09E-06 4.98E-07 1.18E-1116 l.16E-lil4 l.19B-1115 2.37B-IIJ5 2.25E-1116 l.5E-5 5.BE-6 7.lE-6 2.98-5 1543 5.968-1117 l.89E-1116 4.528-1117 1.ll7E-11J6 l. lllSE-1114 1. 08E-1115 2.14E-1115 2.1114E-1116 1.4E-5 5.JE-6 6.5E-6 2,6E-5 1544 S. 31E-1117 l.72E-1116 4 .1119E-11J7 9. 71E-1117 9.51lE-IIIS 9.7SE-1116 1. 94E-05 1. B4E-1116 l.2E-S 4.BE-6 S.9E-6 2.JE-5 THIS IS A DRILL

TRIS IS A DRILL 45 Pt Bl AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS Total Scenario Sb-129 sr-89 sr-911J y - 91 Ce-134 Ce-136 Cs-137 Ru-lll3 Ru-llil6 Mo-99 Activity Tims uci/cc uCi/cc uCi/cc uci/cc uCi/cc uCi/cc uci/cc uCi/cc uci/cc uCi/cc uCi/cc 151 lllJ 9.86E-IIJ8 6.19E-12 2.45B-13 5.99B-12 l.92E-lil8 2.61B-ll8 l.21E-ll8 5.77E-ll9 1. JJE-09 6.58E-12 4.illE-03 151 ll 9.IIJ7E-08 5. 72B-12 2.27E-13 5.54B-12 1. 78E-08 2.41E-08 l.12E-08 5.JJE-09 1.23E-09 6.IIBE-12 3.69E-03 15:12 B.34E-08 5.29E-12 2 .10E-13 5.12E-12 1.64E-ll8 2.23E-08 l.04E-08 4.93E-09 l.14E-09 5.63E-12 3.39E-03 15:13 7.67E-lll8 4.89E-12 1. 94E-13 4.73E-12 l.52E-IIJ8 2.06E-08 9.611lE-09 4.56E-09 1. IIJ5E-1119 5.20E-12 3.12E-03 15114 7.115E-118 4.52E-12 1.79E-13 4.37E-12 1.41lE-lll8 1. 91E-1118 8.87E-ll9 4.21E-lll9 9. 71E-llll 4.BlE-12 2.87E-ll3 15115 6.4BE-lll8 4.lBE-12 1.66E-13 4.lll3E-12 1. 31ilB-lllB l.76E-lil8 B.19E-il9 3.89E-lll9 8.97E-llll 4.44E-12 2.64E-lll3 15116 5.95E-ll8 3.86B-12 1. 53E-13 3. 72E-12 l.20E-08 l.63E-08 7.57E-09 3.59E-09 B.28E-lll 4.1"E-12 2.42E-03 15117 5.39E-08 3.49E-12 1. 39E-13 3.37E-12 l.09E-lll8 l.47E-08 6.86E-09 3.26E-ll9 7. SllE-10 3. 72E-12 2.19E-lll3 15118 4.BBE-llB J .17E-12 l.25E-13 J.ll5B-12 9.84E-lil9 1.34E-08 6.21E-lll9 2.95E-ll9 6. BllE-1" 3.37E-12 l.99E-0J 15119 4.42E-08 2.87E-12 1.14E-1J 2.77E-12 8.91E-ll9 l.21E-lilB 5.63E-lil9 2.67E-l!l9 6 .16E-llil 3.il5E-12 l.BIIE-03 15120 4.lllE-IIJB 2.611lE-12 l. lllJE-13 2. 51E-12 8.lll7B-ll9 l.111JE-lll8 5. lilE-09 2.42E-ll9 5.5BE-10 2.76E-12 1. 6JE-03 15121 J.63E-ll8 2.J5E-12 9.JJE-14 2.27E-12 7.J2E-ll9 9.93E-09 4.62E-lil9 2.19E-ll9 5.ll6E-lll 2.511lE-12 1. 48E-03 15122 3.29E-lll8 2.13E-12 B.46E-14 2.lil6E-12 6. 63E-lll9 9.00E-09 4.lBE-09 1. 99E-ll9 4.5BE-10 2.27E-12 l.34E-03 15123 2.98E-lll8 l.93E-12 7.66E-14 l.86E-12 6.lll0E-lll9 B.15E-ll9 J.79E-ll9 l.BIIE-09 4.15E-10 2.ll5E-12 l.21E-ll3 15124 2. 70E-08 1. 75E-12 6.94E-14 l.69E-12 5.44E-lil9 7.38E-09 J.43E-09 1. 6JE-ll9 3. 76E-10 l.86E-12 l.111JE-lll3 15125 2.45E-il8 1. 59E-12 6.29E-14 1. 53B-12 4.93E-lil9 6.69E-09 J .11E-ll9 1. 48E-ll9 3.41E-lll 1. 69E-12 9.96E-04 15126 2.22E-ll8 1. 44E-12 5.70E-14 l.39E-12 4.47E-09 6.ll6E-ll9 2.82E-ll9 1. 34E-l!l9 3.09E-10 1. 53E-12 9.lil2E-IIJ4 15127 2. lllE-08 1. JIIE-12 5.16E-14 1.26E-12 4.lil5E-ll9 5.49E-ll9 2.55E-ll9 l.21E-lll9 2. BllE-10 1. JBE-12 8.lBE-04 15:28 1. 82E-lil8 1. lBE-12 4.68E-14 l.14E-12 3.67E-IIJ9 4.98E-ll9 2.31E-ll9 l. lllE-09 2.53E-llll l.25E-12 7.41E-04 15:29 1. 65E-lll8 l.ll7E-12 4.24E-14 l.lll3E-12 3.32E-lll9 4.51E-ll9 2.lllE-ll9 9.96E-10 2. 31ilE-llil l.14E-12 6. 71E-IIJ4 151311l 1. 49E-ll8 9.68E-1J 3.84E-14 9.34E-1J 3. "1E-lll9 4. lll8E-11J9 l.911JE-lil9 9. 02E-10 2. IIBE-10 l.lil3E-12 6. llBE-04 15131 l.35E-08 8.77E-13 3.48E-14 8.46E-13 2.73E-lil9 3. 71lE-09 l.72E-09 8.lBE-lll l.BBE-10 9.3JE-13 5.51E-ll4 15132 l.23E-08 7.95E-13 3.15E-14 7.67E-13 2.47E-lll9 3.35E-09 l.56E-lil9 7.41E-111J 1. 71E-10 8.45E-13 4.99E-04 15133 1. llE-llB 7.20E-13 2.85E-14 6.94E-13 2.24E-ll9 3.04E-ll9 1. 41E-09 6. 71E-10 l.55E-lll 7.66E-13 4.52E-04 15134 l. l/JlE-08 6.52E-13 2.59E-14 6.29E-13 2.0JE-ll9 2.75E-09 1.28E-lil9 6. IIBE-1" 1. 40E-1" 6.94E-13 4 .1"E-04 15135 9.12E-09 5.91E-13 2.34E-14 5.711lE-13 l.84E-ll9 2.49E-ll9 1.16E-09 5.51E-llll 1. 27E-10 6.28E-13 J.71E-04 15136 B.26E-lil9 5.J6E-13 2.12E-14 5.16E-13 1.66E-09 2.26E-11J9 1.05E-09 4.99E-111J 1.15E-lll 5.69E-13 J.36E-IIJ4 15:37 7.48E-lil9 4.85E-13 1. 92E-14 4.68E-13 l.51E-ll9 2. ll5E-09 9.52E-10 4. 52E-lil 1. 04E-111J 5.16E-13 J.05E-04 15:38 6.78E-09 4.4111E-13 1. 74E-14 4.24E-13 l.J7E-1119 l.85E-1119 8.62E-lll 4.lllE-11/l 9. 44E-ll 4.67E-13 2.76E-1114 15:39 6 .14E-1119 3.98E-13 l.58E-14 3.84E-13 1.24E-ll9 1.68E-1119 7.BlE-1111 3.71E-lll 8. 55E-ll 4.23E-13 2. SIIIE-04 15: 4111 5.56E-lil9 3.61E-13 1.43E-14 3.48E-13 l.12E-lil9 l.52E-lll9 7. lilBE-1" 3. 36E-llil 7.75E-11 3.84E-1J 2.27E-ll4 15:41 5.1114E-09 3.27E-13 l.JIIE-14 3.15E-13 1. 02E-lll9 l.38E-lil9 6.41E-Hl J.05E-lll 7 .1112E-ll J.48E-13 2.1115E-04 15142 4.57E-IIJ9 2.96E-13 l.17E-14 2.86E-13 9 .20E-llil 1. 25E-ll9 5.BlE-10 2.76E-10 6. J6E-11 J.15E-1J l.86E-IIJ4 15:43 4 .14E-"9 2.68E-13 l.06E-14 2.59B-13 8.34E-lll l.13E-ll9 5.26E-lll 2 .51lE-10 5. 76E-ll 2.85E-13 l.68E-IIJ4 15:44 3.75E-IIJ9 2.43E-13 9.64E-15 2.34E-13 7.55B-lll 1. IIJ3E-ll9 4.77E-lll 2 .27E-1" 5.22E-ll 2.58E-13 l.53E-1114 TRIS IS A DRILL

THIS IS A DRILL 45 Ft El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS Scenario Kr-87 Kr-88 Xe-lllm Xe-133m Xe-133 Xe-135 I-131 I-132 I-133 I-134 I-135 -131 D.E Time uci/cc uci/cc uci/cc uci/cc uci/cc uci/cc uci/cc uci/cc uCi/cc uCi/cc uci/cc uci/ml 1545 4.81B-lil7 1.56B-ll6 J. 71E-lil7 8.BlilE-1117 8.61lE-lil5 8.84E-1116 1.76E-lil5 1. 67B-lil6 1. lB-5 4.3E-6 5.JE-6 2.lE-5 1546 4.36B-IIJ7 1.41B-lil6 J.36E-lil7 7.97E-ll7 7.79E-lil5 8. lllE-06 1.59E-lil5 1. 51E-lil6 1.llB-5 3.9E-6 4.BE-6 l,9E-5 1547 J.95B-07 l.28B-lil6 J.lil4E-lil7 7.22E-ll7 7.lll6E-lil5 7.25E-lil6 1.44E-lll5 1. 37E-lil6 9,2E-6 3.6E-6 4.4E-6 1,7E-5 1548 3.58B-lil7 1,16B-lll6 2.76E-lil7 6.54E-1117 6. 4111E-lil5 6.57E-lil6 1.31E-lil5 1.24E-lil6 8.4E-6 3,2E-6 J.9E-6 l,6E-5 1549 J.24E-lil7 1. lil5B-lil6 2. 511JE-lil7 5.93E-lil7 5 .BlilE-05 5.95E-lil6 1.19E-lil5 1.13E-lil6 7,6E-6 2,9E-6 J,6E-6 1,4E-5 1551! 2.94B-ll7 9,49B-1117 2,26E-IIJ7 5,37E-lil7 5,25B-lil5 5,J9E-lil6 1, lil7E-lil5 1. lil2B-lil6 6.9B-6 2.6E-6 3,2E-6 l,JE-5 1551 2,66B-lil7 8.61ilE-IJ7 2,lil5E-lil7 4.86E-lil7 4.76E-lil5 4.89E-lil6 9. 73E-lil6 9,24E-lil7 6.2B-6 2.4E-6 2,9E-6 1.2B-5 1552 2.41E-lil7 7. 79E-lil7 1.B6E-lil7 4.41E-07 4.31E-lil5 4.43E-lil6 8.81E-lil6 8.37E-07 5.6E-6 2.2E-6 2.7E-6 1.lE-5 1553 2.19E-07 7.061!-07 l,68E-07 3.99E-lll7 3.91E-05 4.lllE-06 7.99E-06 7.59E-07 5,lE-6 2.0E-6 2.4E-6 9.6B-6 1554 l.98B-ll7 6 ,4111B-07 l,52E-07 3,62E-07 3.54E-ll5 J,63E-06 7.24E-06 6,87B-IIJ7 4.6E-6 1.BE-6 2,2E-6 8.7E-6 1555 l.79B-07 5,79E-07 l,JBE-07 J,2BE-07 3,21E-05 J,29E-ll6 6.56E-06 6.23E-IIJ7 4.2E-6 1.6E-6 2.llE-6 7.9B-6 1556 l,63E-07 5,25B-07 1.25E-07 2.97E-1!17 2.911lE-1!15 2,9BE-06 5.94E-1!16 5.64E-lll7 3,BE-6 1. 5E-6 l,BE-6 7.2E-6 1557 1. 47E-07 4.76E-1!17 1.13E-1!17 2.69E-1!17 2,63E-05 2. 70E-1!16 5.JBE-1!16 5.llE-1!17 3.4E-6 l.JE-6 l,6E-6 6.5E-6 1558 1. 33B-lil7 4.31B-lil7 1. IIJ3E-lil7 2.44E-lll7 2,3BE-ll5 2,45E-06 4.BBE-1!16 4.63E-lil7 3,lE-6 1.2E-6 1,5E-6 5.9E-6 1559 1. 21B-1!17 3. 91ilE-lll7 9.31E-1!18 2.21E-lll7 2.16E-1!15 2.22E-lil6 4.42E-1!16 4.21lE-1!17 2,BE-6 l.lE-6 1. 3E-6 5,JE-6 161llil l. llJ9E-1!17 3.54E-1!17 B,43E-ll8 2,lilllE-07 1. 96E-1!15 2, lillE-lil6 4 ,lillilE-06 3.81ilE-lil7 2,6E-6 9.9E-7 l.2E-6 4.8E-6 THIS IS A DRILL

TRIS IS A DRILL 45 Pt El AUXILARY BUILDING GENERAL AREA ACTIVITY CONCENTRATIONS Total Scenario Sb-129 Sr-89 Sr-9'1 y - 91 Ce-134 cs-136 ca-137 Ru-1113 Ru-llll6 Mo-99 Activity Time uci/cc uCi/co uci/cc uCi/cc uci/cc uCi/cc uci/cc uci/cc uci/cc uci/cc uci/cc 15145 3. 411E-ll9 2.2BE-13 8. 73E-15 2.12E-13 6.84B-llil 9 .29B-1" 4. 32E-llil 2. lll5E-lil 4.73E-11 2.34E-13 1. 38B-1114 15146 3.ll8B-ll9 2.lll!IB-13 7.91B-15 l.92E-13 6. 2'1B-lil 8. 42E-Hl 3 .91E-Hl 1.86E-lll 4.29E-11 2.12E-13 1.25E-IIJ4 15147 2.79B-IIJ9 1. 81B-13 7.17B-15 1. 74B-13 S.62B-111J 7.63B-llil 3.5SE-lll 1. 68E-111J 3. 88B-l1 1. 92E-13 1.14E-1114 15148 2.53E-1119 1.64E-13 6.49E-15 1. 58E-13 5.ll9B-1IIJ 6.91E-111J 3.21E-lll 1. SJE-1111 3.52E-11 1. 74E-13 l. llJ3B-ll4 15149 2.29E-ll9 1. 48E-13 5.88B-15 l.43B-13 4.61E-lll 6.26E-Hl 2.91E-lll 1. 38E-llll 3.19E-ll 1. 58E-13 9.32B-1!5 15151'1 2.IIJ7E-ll9 1. 34E-13 5.33E-15 1. JllE-13 4.18E-lll 5.67E-1111 2.64E-lll 1.25E-lll 2.89E-ll 1. 43E-13 8.44E-1115 15151 1.88B-IIJ9 1.22B-13 4.83E-15 1.17E-13 3.79B-1111 5 .14E-111l 2.39E-1111 l.14E-llil 2.62E-11 1. JIIIE-13 7.65E-ll5 15152 l. 70E-"9 1. lllE-13 4.38E-15 1. ll6E-13 3. 43E-llil 4.66E-lll 2. l 7E-llil l.ll3E-lll 2.37E-ll 1. l 7E-13 6.93E-1!5 15153 1.54E-09 l.lll!E-13 3.96E-15 9.64E-14 3. llE-11! 4.22B-lll 1. 96E-1111 9 .32E-11 2 .15E-ll 1.lll6B-13 6.28E-lll5 15154 1. 41!E-ll9 9. lll6E-14 3.59E-15 8.74E-14 2.81E-11! 3.82E-lll 1.78E-lll 8.44E-11 1.95E-11 9.63B-14 5.69B-lll5 15155 1. 27E-"9 8.21B-14 3.25E-15 7.92B-14 2.55E-ll! 3.46E-11! 1.61E-Hl 7.65E-11 1. 76E-ll 8.73E-14 5.15E-ll5 15156 l.15E-ll9 7.44E-14 2.95E-15 7.17E-14 2.31E-lll 3.14E-lll 1.46E-lll 6.93E-11 l.611lE-11 7.91E-14 4.67E-ll5 15:57 1. 1!4E-ll9 6. 74E-14 2.67E-15 6.SllE-14 2.ll9E-lll 2.84E-lll l.32E-lll 6.28E-11 l.45E-11 7.16E-14 4.23E-ll5 15158 9.41B-lll 6.llllE-14 2.42E-15 5.89E-14 l.911lE-ll! 2.57E-llll l.211lE-ll! 5.69E-11 1.JlE-11 6. 49E-14 3.83E-lll5 15:59 8.53E-lll 5.53E-14 2.19E-15 5.JJE-14 1. 72B-lll 2.33E-lll l.lll8E-llll 5.15E-11 l.19E-ll 5.88E-14 3.47E-lll5 1611!1'1 7.73E-lll 5.lllE-14 1. 99E-15 4.83E-14 l.56E-llll 2. llE-Hl 9.83E-11 4. 67E-11 1.ll8E-11 5.JJE-14 3.15E-ll5 THIS IS A DRILL

VIRGINIA POWER

• SURRY POWER STATION AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE RADIOLOGICAL ON-SITE
• MESSAGES/DATA

Fomi-HP--8.0.12-4 POl 24-02-06 RADIOLOGICAL SURVEY MAP AND RECORD (RcvO) JUL O 3 Date _ _ _ _ __ Location . MAP #16; O.Itside Yard Areas Time /9./f/_- L((}_C2. PURPOSE: 0 Routine O Noa-Routine O RWP, RWP " - - - - - - - - - - Reactor Power: #I TYPE: 0 Gamma O Beta O Neutron O Smear, GA O Smear, HP O Air Sample 0 "'

                                                                                                                                             #2              'l Instrument Model                  Serial II                          ,----~-~-_._._.______         ICA I _..,...._.._.

CUii DIJ T ___ I I

                                                                       ,  I
                                                                                        ...          D                       D                     D g

I

                                                                 , I
                                                                                       §                                    UQICt\Y"l IUJI        D I

0 All GA smcan < 1000 DPM/100 cm1 0 0 0 c:scept u noccd on map or smear worbheet. All GA smean < 1000 DPM/100 cm1* All HP smcan < 1 HP/smear. ln..,*°*3 0

                                                                                                                                                  ~o o ____________

Air panicu!.tc + l2 < 25';1, MPC. _ " 1Y& D 0 0 All CiA smcan in DPM/100 cm 1* All HP smc.an in HPs/smcar. J D 0 All Ciam111.1 n:adinp in mR/hr.

                                                                                                                    *i                        5*

0 All Beta rcadinp in mrad/hr. ...~ .... N

                                                                                                                    §

i, 0

o ____________ All Neutron n:adinp in mrem/hr. _  ::i, Comments: _ _ _ _ _ _ _ _ _ _ __ 1 ~ 1 n.nu I

                                                                                                              ..,8                         ~          i.,   i
                                                                                                              ..,*

• I "EI D
• D

                                                                                                         ... E                                         ~

D NRA= Neutron Radiation Area 0 0 CA= Contaminated Area

                                                                        *~

RRA = 81gb Rad1at1ao Area 0 It I Survey Team Dole: (SRO and/or calcubled af1er surwy) maa<<m. L.. 0 RWP # Survey Petformcd U n d e r : - - - - - [D N I I su,,..cy Performed By D a: ~ RC'Yiewed By _ _ _ _ _ _ _ _ __ 1na11.101 QI I I Dace _ _ _ _ _ _ _ _ _ _ _ _ __ I

• 0 Cicn. Area; Q Cocuact; ~ OA Scncar, a

c. - - - - - * - ~ - - - - - - - - - - - - - - - * - - - - - - - -

HP Smear, AS Air !-*..,rite Loation; LCK Locked Oalc; *** Barrier, (E'.) Frist.ins Stal ion

                                                                      - --*- *r j
                             -*--~--.- - - _J l
            ----- ~-- .

I I I I _I _ I _____[ -- ------- - --*-- -- t- ---r I I i I

• Closed Open On11ite Monitoring Team Radiological Data For 21illil Meters Downwind - Centerline Charcoal Charcoal THIS IS A DRILL Particulate Gae Window Window I-131 Cartridge Cartridge Sample Bomb Scenario Doee-Rate D011e-Rate D. E. Activity Activity Activity Activity Time mR/hr mR/hr uci/cc mR/hr NET cpm NET cpm NET cpm 12 :21 3 3 AB Read AB Read As Read Ae Read Ae Read 12:22 6 6 As Read AB Read Ae Read AB Read As Read 12:23 llil le As Read As Read As Read AB Read AB Read 12:24 14 14 Ae Read All Read Ae Read AB Read Ae Read 12:25 21il 21il AB Read AB Read AB Read As Read AB Read 12:26 25 25 AB Read AB Read Ae Read AB Read AB Read 12 :27 31il 31il Ae Read AB Read AB Read AB Read AB Read 12:28 34 34 Ae Read Ae Read Ae Read AB Read Ae Read 12:29 38 38 Ae Read AB Read As Read Ae Read AB Read 12:31il 42 42 AB Read AB Read AB Read Ae Read As Read 12131 46 46 Ae Read All Read As Read As Read As Read 12 I 32 49 49 Ae Read All Read AB Read AB Read AB Read 12: 33 53 53 As Read A11 Read AB Read As Read AB Read 12:34 56 56 Ae Read Ae Read AB Read Ae Read AB Read 12:35 58 58 Ae Read As Read AB Read AB Read AB Read 12 :36 61 61 All Read As Read Ae Read AB Read AB Read 12:37 63 63 All Read AB Read AB Read AB Read AB Read 12 :38 66 66 Ae Read As Read Ae Read AB Read Ae Read 12:39 68 68 A11 Read All Read As Read As Read Ae Read 12 :41il 7" 71il As Read All Read AB Read Aa Read AB Read 12:41 71 71 All Read AB Read All Read AB Read AB Read 12:42 73 73 As Read AB Read All Read As Read AB Read 12:43 75 75 AB Read All Read A11 Read AB Read As Read 12:44 76 76 All Read As Read As Read As Read AB Read 12:45 77 77 AB Read AB Read As Read AB Read AB Read 12 I 46 78 78 A11 Read Ae Read A11 Read AB Read As Read 12 :47 79 79 A11 Read All Read As Read AB Read As Read 12:48 8" r*-e"' As Read AB Read As Read AB Read
• AB Read 12:49 Bl 81 All Read A11 Read All Read AB Read AB Read 12:5" 82 82 As Read AB Read AB Read Ae Read AB Read 12:51 82 8? All Read AB Read All Read AB Read As Read 12:52 83 g3 Ae Read Ae Read Ae Read AB Read AB Read 12:53 83 03 Ae Read AB Read Ae Read AB Read As Read 12:54 83 83 Ae Read All Read A11 Read AB Read Ae Read THIS IS A DRILL
• Closed Open On11ite Monitoring Team Radiological Data For 200 Meters Downwind - Centerline Charcoal Charcoal THIS IS A DRILL Particulate Gae Window Window I-131 Cartridge Cartridge Sample Bomb Scenario Dose-Rate Dose-Rate D. E. Activity Activity Activity Activity Time mR/hr mR/hr uCi/cc mR/hr NET cpm NET cpm NET cpm 12155 84 84 Ae Read Ae Read AB Read Ae Read As Read 12156 84 84 All Read All Read All Read Ae Read Ae Read 12157 84 84 As Read As Read Ae Read As Read Ae Read 12158 84 84 As Read As Read All Read AB Read As Read 12159 84 84 AB Read All Read All Read AB Read As Read 13:fiH/l 84 84 As Read As Read As Read As Read As Read 131 Ill 84 84 All Read All Read All Read As Read As Read 13102 84 84 As Read As Read All Read As Read As Read 1311!3 84 8~ As Read All Read All Read As Read AB Read 1311!4 83 83 As Read As Read All Read As Read Ae Read 13:05 83 83 Aa Read Ae Read AB Read As Read As Read 131116 83 83 All Read All Read All Read As Read AB Read 13107 82 82 As Read All Read As Read As Read As Read 1311!8 82 82 All Read All Read All Read As Read All Read 13109 82 82 All Read As Read As Read As Read As Read 131 llll 81 81 As Read As Read All Read As Read As Read 131 ll 81 81 As Read All Read As Read As Read As Read 13112 BB BB All Read All Read All Read As Read As Read 13113 BB BB As Read All Read As Read As Read As Read 13114 79 79 As Read As Read Ae Read As Read As Read 13:15 79 79 As Read As Read All Read As Read As Read 13116 78 78 All Read All Read All Read All Read As Read 13117 77 77 As Read As Read All Read As Read As Read 13118 77 77 All Read All Read A11 Read As Read As Read 13119 76 76 A11 Read All Read A11 Read As Read As Read 13121! 76 76 All Read As Read All Read As Read As Read 13121 75 75 A11 Read A11 Read All Read As Read As Read 13122 74 74 A11 Read' As Read All Read A11 Read As Read 13123 74 74 A11 Read A11 Read A11 Read All Read As Read 13124 73 73 All Read All Read All Read As Read As Read 13125 72 72 All Read All Read All Read All Read As Read 13126 72 72 All Read All Read A11 Read A11 Read As Read 13127 71 71 All Read All Read A11 Read All Read As Read 13128 7B 71! All Read All Read A11 Read All Read As Read 13129 69 69 All Read All Read All Read All Read All Read TBIS IS A DRILL
• Closed Open Onsite Monitoring Team Radiological Data For 21il0 Meters Downwind - Centerline Charcoal Charcoal THIS IS A DRILL Particulate Gas Window Window I-131 Cartridge Cartridge Sample Bomb Scenario Dose-Rate Dose-Rate D. E. Activity Activity Activity Activity Time mR/hr mR/hr uci/cc mR/hr NET cpm NET cpm NET cpm 13:31l 69 69 Ae Read All Read Ae Read AB Read Ae Read 13:31 68 68 A11 Read All Read All Read As Read Ae Read 13:32 67 67 A11 Read All Read A11 Read AB Read AB Read 13:33 66 66 All Read All Read A11 Read Ae Read AB Read 13:34 66 66 All Read All Read All Read AB Read AB Read 13:35 65 65 A11 Read All Read As Read AB Read AB Read 13136 63 63 A11 Read All Read All Read Ae Read AB Read 13:37 62 62 All Read All Read All Read AB Read All Read 13:38 61 61 All Read All Read A11 Read Ae Read AB Read 13:39 61l 61l All Read All Read All Read All Read As Read 13:41l 59 59 AB Read Aa Read As Read As Read As Read 13:41 57 57 Aa Read All Read A11 Read Aa Read All Read 13:42 56 56 A11 Read All Read All Read Ae Read All Read 13:43 55 55 All Read All Read All Read Aa Read AB Read 13144 53 53 All Read A11 Read A11 Read AB Read A11 Read 13:45 52 52 Aa Read AB Read Ae Read AB Read AB Read 13:46 51 51 All Read All Read All Read All Read All Read 13:47 49 49 As Read All Read A11 Read Ao Read A11 Read 13:48 48 48 A11 Read All Read All Read All Read All Read 13149 47 47 All Read All Read All Read All Read AB Read 13:51l 45 45 All Read AB Read Ae Read All Read AB Read 13:51 44 44 All Read All Read Aa Read All Read As Read 13:52 43 43 All Read All Read All Read All Read As Read 13:53 42 42 All Read All Read All Read All Read All Read 13:54 41 41 All Read AB Read All Read Ae Read As Read 13:55 39 39 All Read All Read A11 Read AB Read AB Read 13:56 38 38 All Read A11 Read A11 Read All Read All Read

!3:57       37        37       A11 Read       All Read    1  All Read   As Read       AB Read 13:58       36        36       A11 Read       All Read       All Read   AB Read       As Read 13:59       35        35       A11 Read       A11 Read       As Read    All Read      AB Read 14:lllll    34        34       A11 Read       All Read       Aa Read    All Read      AB Read 14:lill     33        33       A11 Read       All Read       All Read   A11 Read      A11 Read 14:ll2      32        32       A11 Read       All Read       A11 Read   All Read      AB Read 14:ll3      31        31       All Read       A11 Read       All Read   All Read      A11 Read 14:ll4      31l       31l      All Read       All Read       A11 Read   As Read       All Read THIS IS A DRILL

• Cloeed Open Onsite Monitoring Team Radiological Data For 2l'Jll Meters Downwind - Centerline Charcoal Charcoal THIS IS A DRILL Particulate Gae Window Window I-131 Cartridge Cartridge Sample Bomb Scenario Dose-Rate Dose-Rate D. E. Activity Activity Activity Activity Time mR/hr mR/hr uCi/cc mR/hr NET cpm NET cpm NET cpm 1411115 29 29 As Read Ae Read Ae Read Ae Read Ae Read 1411116 28 28 As Read As Read As Read As Read As Read 1411117 27 27 As Read As Read As Read Ae Read Ae Read 1411118 26 26 As Read As Read As Read As Read As Read 1411119 25 25 As Read Aa Read As Read Ae Read As Read 14: llil 25 25 Ae Read Ae Read As Read Ae Read As Read 14: 11 24 24 All Read As Read All Read Ae Read As Read 14112 23 23 As Read Ae Read As Read As Read As Read 14:13 22 22 As Read As Read Ae Read As Read As Read 14114 22 22 As Read As Read As Read Ae Read Ae Read 14115 21 21 As Read As Read AB Read Ae Read As Read 14116 2111 2111 As Read As Read As Read Ae Read Ae Read 14117 2111 211l As Read As Read As Read AB Read As Read 14118 19 19 As Read As Read As Read As Read As Read 14119 18 18 As Read As Read As Read As Read As Read 14:20 18 18 AB Read As Read As Read AB Read As Read 14121 17 17 As Read As Read All Read As Read As Read 14122 17 17 As Read All Read As Read As Read As Read 14:23 16 16 As Read As Read As Read As Read As Read 14124 16 16 As Read As Read As Read AB Read As Read 14125 15 15 As Read As Read AB Read AB Read As Read 14126 15 15 As Read A11 Read As Read As Read AB Read 14127 14 14 As Read As Read As Read As Read As Read 14128 14 14 As Read As Read As Read As Read AB Read 14129 13 13 As Read As Read AB Read AB Read AB Read 14130 13 13 As Read As Read As Read Ae Read As Read 14131 12 12 A11 Read A11 Read As Read As Read As Read 14132 12
• 12 As Read As Read As Read AB !lead As Read 14133 11 11 As Read As Read AB Read AB Read As Read 14134 11 n As Read As Read As Read AB Read AB Read 14135 11 1) As Read As Read As Read AB Read AB Read 14136 Hl u As Read As Read As Read As Read As Read 14137 lll lll Ae Read As Read As Read As Read As Read 14138 9 9 As Read As Read As Read As Read As Read 14139 9 9 As Read As Read As Read As Read As Read THIS IS A DRILL
• Closed Open Onaite Monitoring Team Radiological Data For 21!JIII Ketera Downwind - Centerline Charcoal Charcoal THIS IS A DRILL Particulate Gae Window Window I-131 Cartridge Cartridge Sample Bomb Scenario Doae-Ratc,, Dose-Rate D. E. Activity Activity Activity Activity Time mR/hr mR/hr uci/cc mR/hr NET cpm NET cpm NET cpm 14140 8 8 Aa Read Aa Read Aa Read Ae Read Ae Read 14141 8 8 All Read All Read Aa Read Aa Read AB Read 14142 7 7 Aa Read As Read Aa Read AB Read AB Read 14:43 7 7 Aa Read A11 Read A11 Read A11 Read As Read 14:44 6 6 Aa Read All Read Ae Read All Read Ae Read.

14145 6 6 A11 Read As Read AB Read Ae Read As Read 14146 6 6 Aa Read Aa Read All Read Ae Read As Read 14147 5 5 Aa Read Aa Read Aa Read As Read As Read 14148 5 5 All Read A11 Read A11 Read As Read Ae Read 14149 5 5 Aa Read All Read Aa Read As Read Ae Read 14150 4 4 A11 Read As Read As Read As Read As Read 14151 4 4 All Read All Read All Read All Read Ae Read 14152 4 4 Aa Read A11 Read All Read All Read AB Read 14153 3 3 A11 Read All Read A11 Read As Read Ae Read 14154 3 3 All Read Aa Read All Read A11 Read As Read 14155 3 3 Aa Read All Read AB Read As Read As Read 14156 3 3 All Read Aa Read A11 Read All Read All Read 14157 3 3 All Read All Read Aa Read All Read As Read 14158 2 2 Aa Read Aa Read All Read All Read All Read 14159 2 2 All Read All Read As Read A11 Read Ae Read 15100 2 2 Aa Read Aa Read Aa Read As Read As Read 15111!1 2 2 All Read All Read All Read Aa Read A11 Read 1511112 2 2 Aa Read Aa Read All Read As Read As Read 15103 2 2 All Read A11 Read Aa Read Ae Read All Read 15111!4 1 1 Aa Read All Read As Read As Read As Read 15111!5 1 l A11 Read All Read All Read A11 Read Ae Read 15111!6 l 1 A11 Read All Read All Read All Read All Read 15107 1 1 Arf Read All Read A11 Read All Read Ae Read* 15111!8 1 1 All Read A11 Read Aa Read As Read A11 Read 15111!9 1 l All Read All Read As Read All Read All Read 151 Hl l 1 All Read A11 Read All Read As Read Ae Read 15111 1 1 All Read All Read All Read All Read All Read 15112 1 l All Read A11 Read All Read All Read All Read 15113 1 1 All Read A11 Read All Read All Read All Read 15114 l 1 A11 Read A11 Read All Read A11 Read A11 Read THIS IS A DRILL

• Clo11ed Open On11ite Monitoring Team Radiological Data For 21110 Keter11 Downwind - Centerline Charcoal Charcoal THIS IS A DRILL Particulate Gae Window Window I-131 cartridge Cartridge Sample Bomb Scenario Do11e-Rate Do11e-Rate D. E. Activity Activity Activity Activity Tim11 mR/hr mR/hr uci/cc mR/hr NET cpm NET cpm NET cpm 15:15 1 1 A11 Read Ae Read AB Read AB Read Ae Read 15116 l 1 All Read All Read A11 Read AB Read Ae Read 15:17 0 Ill All Read All Read All Read AB Read A11 Read 15:18 Ill 111.5 All Read All Read A11 Read AB Read All Read 15:19 ll 111.4 All Read All Read AB Read AB Read Ae Read 15:2111 Ill 111.4 All Read AB Read Ae Read Ae Read Ae Read 15121 Ill 111.3 All Read All Read All Read AB Read All Read 15:22 Ill 111.3 All Read All Read All Read AB Read AB Read 15:23 Ill ll.3 All Read All Read All Read AB Read As Read 15124 Ill Ill, 3 As Read As Read As Read AB Read As Read 15125 Ill 111.2 All Read As Read As Read As Read As Read 15:26 Ill 111.2 A11 Read As Read All Read As Read Aa Read 15:27 Ill 111.2 All Read As Read As Read As Read As Read 15:28 0 111.2 As Read All Read All Read As Read A11 Read 15129 Ill 111.2 As Read As Read As Read All Read As Read 15:3111 Ill 0.1 All Read AB Read All Read As Read As Read 15131 Ill ,,;.1 A11 Read A11 Read A11 Read All Read As Read 15132 Iii lil.1 A11 Read A11 Read All Read All Read All Read 15133 Iii lil.llil All Read All Read All Read All Read As Read 15:34 Ill 0.lil9 A11 Read All Read All Read All Read Ae Read 15:35 Iii lil.1119 All Read All Read AB Read As Read As Read 15:36 Ill e.me All Read All Read A11 Read All Read AB Read 15:37 Ill 0. 07 A11 Read A11 Read Aa Read All Read As Read 15:38 lil.1116 All Read All Read All Read All Read AB Read 15:39 "Ill 0. ll6 All Read As Read All Read Ae Read AB Read 15:4111 0 111.1115 As Read As Read As Read As Read As Read 15141 111 0.1115 All Read All Read All Read All Read As Read 15142 0 0.1114 All Read All Read' As Read As Read AB Read 15:43 0.04 All Read All Read All Read A11 Read All Read 15:44 "Ill 0.1113 A11 Read A11 Read All Read All Read All Read 15:45 0 111.03 As Read All Read A11 Read Ae Read As Read 15:46 Ill ll.1113 All Read All Read All Read All Read All Read 15:47 Ill 0.1113 All Read A11 Read All Read All Read As Read 15148 e.1i12 As Read As Read A11 Read Aa Read All Read 15:49 "Iii ll.1112 As Read A11 Read All Read All Read All Read THIS IS A DRILL
• Closed Open Onsite Monitoring Team Radiological Data For 21lll Meters Downwind - Centerline charcoal Charcoal THIS IS A DRILL Particulate Gae Window Window I-131 Cartridge Cartridge Sample Bomb Scenario Dose-Rate Dose-Rate D. E. Activity Activity Activity Activity Time mR/hr mR/hr uCi/cc mR/hr NET cpm NET cpm NET cpm 15:51l ll ll.ll2 As Read AB Read AB Read AB Read AB Read 15151 ll ll.1112 As Read As Read Ae Read AB Read AB Read 15152 ll ll.ll2 As Read As Read As Read AB Read As Read 15153 ll ll.lll As Read AB Read As Read Aa Read AB Read 15154 II 1/l.lll As Read As Read As Read AB Read AB Read 15:55 ll ll.1/ll As Read As Read AB Read Ae Read AB Read 15156 ll ll.lll As Read As Read As Read As Read As Read 15157 ll ll.lll As Read As Read AB Read AB Read AB Read 15158 ll ll.lll As Read As Read As Read Ae Raad Ae Read 15:59 ll ll.lll As Read As Read Ae Read As Read AB Read 16 :lllll ll ll.lll As Read AB Read As Read AB Read As Read 16,lll ll ll.01 As Read As Read As Read As Read AB Read l611l2 111 ll.lll As Read As Read As Read AB Read As Read I
• THIS IS A DRILL
• Closed Open Onsite Monitoring Team Radiological Data For 41lll Meters Downwind - Centerline Charcoal Charcoal THIS IS A DRILL Particulate Gas Window Window I-131 Cartridge Cartridge Sample Bomb Scenario Dose-Rate Dose-Rate D. E. Activity Activity Activity Activity Time mR/hr ll'R/hr uCi/cc mR/hr NET cpm NET cpm NET cpm 12:24 4 3.8 As Read As Read As Read As Read As Read 12125 8 8.lll All Read Aa Read All Read Aa Read All Read 12126 13 12.7 Aa Read AB Read As Read All Read AB Read 12127 18 17.9 Aa Read AB Read Aa Read Aa Read AB Read 12:28 25 24.6 AB Read AB Read AB Read AB Read As Read 12129 31 31.ll Aa Read AB Read All Read AB Read AB Read 121311l 37 36.9 All Read AB Read All Read AB Read AB Read 12131 43 42.5 A11 Read AB Read A11 Read All Read AB Read 12132 48 47.8 All Read AB Read AB Read All Read As Read 12:33 53 52.7 All Read AB Read AB Read As Read AB Read 12134 57 57.3 A11 Read A11 Read Ae Read A11 Read As Read 12135 62 61.6 All Read All Read A11 Read As Read AB Read 12:36 66 65.7 All Read All Read All Read All Read AB Read 12:37 69 69.4 All Read All Read As Read A11 Read As Read 12:38 73 72.9 All Read A11 Read As Read AB Read AB Read 12139 76 76.2 All Read A11 Read All Read A11 Read AB Read 12: 4ll 79 79.2 All Read All Read Aa Read A11 Read Aa Read 12141 82 82.lll Aa Read A11 Read All Read AB Read AB Read 12142 85 84.6 All Read All Read All Read All Read As Read 12143 87 86.9 AB Read As Read AB Read All Read As Read 12144 89 89.l All Read All Read All Read A11 Read As Read 12145 91 91. l All Read All Read All Read All Read AB Read 12146 93 93.0 All Read AB Read As Read All Read AB Read 12147 95 94.6 A11 Read Ae Read All Read A11 Read AB Read 12:48 96 96.l All Read As Read AB Read AB Read AB Read 12149 98 97.5 All Read All Read All Read All Read As Read 12150 99 98.7 All Read AB Read A11 Read All Read AB Read 12151 100 ".19. 8 All Read Ae Read All Read A11 Read
• As Read 12152 lBl llllll.8 A11 Read All Read All Read As Read As Read 12:53 102 llll.6 A11 Read As Read All Read As Read All Read 12154 11!2 11!2.4 All Read A11 Read All Read All Read A11 Read 12155 U3 103.ll All Read A11 Read All Read A11 Read As Read 12:56 104 103.5 All Read Aa Read A11 Read All Read A11 Read 12:57 11!4 103.9 All Read All Read Aa Read Aa Read As Read THIS IS A DRILL
• Cloeed Open Charcoal Charcoal THIS IS A DRILL Oneite Monitoring Teem Radiological Data For 41!0 Meters Downwind - Centerline Particulate Gae Window Window I-131 Cartridge Cartridge Sample Bomb Scenario Doee-Rate Dose-Rate D. E, Activity Activity Activity Activity Time mR/hr mR/hr uCi/cc mR/hr NET cpm NET cpm NET cpm 12:58 104 104.3 Ae Read AB Read Ae Read AB Read AB Read 12159 105 104.5 Ae Read Ae Read Ae Read Ae Read AB Read 13:IHl 105 104. 7 Ae Read Ae Read As Read Ae Read AB Read 13:1111 105 104.8 AB Read AB Read AB Read As Read AB Read 13:ll2 11115 U4.8 Ae Read Ae Read Ae Read Ae Read AB Read 13103 105 104.8 All Read All Read All Read Ae Read AB Read 13104 105 ---1 104.6 All Read All Read All Read AB Read AB Read 13105 104 104.5 AB Read All Read All Read All Read AB Read 13106 104 104. 2 All Reed At1 Read At1 Read Ae Read AB Read 13107 104 Hl3.9 At1 Read At1 Read All Read All Read AB Read 13108 104 103.6 AB Read AB Read As Read AB Read AB Read 13109 103 103.2 All Read All Read All Read All Read AB Read 13110 1'l3 102.8 Aa Read All Read All Read As Read AB Read 13: 11 1'l2 102, 3 All Read All Read All Read All Read AB Read 13112 102 101. 8 All Read All Read All Read AB Read Ae Read 13:13 101 101.3 AB Read AB Read As Read AB Read AB Read 13114 11111 100, 7 All Read All Read All Read A11 Read As Read 13115 100 llHl, 1 All Read All Read Atl Read All Read AB Read 13116 99 99.5 All Read All Read A11 Read AB Read AB Read 13:17 99 98.8 All Read All Read All Read All Read AB Read 13:lB 98 98,1 AB Read AB Read AB Read All Read AB Read 13119 97 97.4 All Read All Read All Read All Read All Read 13:21/l 97 96.6 All Read All Read Aa Read All Read AB Read 13:21 96 95.9 All Read All Read All Read AB Read AB Read 13122 95 95,1 All Read All Read Aa Read AB Read AB Read 13:23 94 94,3 All Read All Read All Read AB Read AB Read 13124 94 93.5 All Read All Read All Read All Read AB Read 13:25 92.7 1 Read 93 Atl Read Aa Read All Read AB Read AB 13:26 92 91.8 All Read All Read All Read All Read AB Read 13127 91 91.ll All Read All Read All Read A11 Read AB Read 13:28 90 91!, l All Read All Read All Read AB Read AB Read 13129 B9 89.3 As Read All Read All Read All Read As Read 13131! BB 88,4 All Read All Read All Read All Read As Read 13:31 BB B7.S A11 Read All Read All Read A11 Read All Read 13:32 87 86.6 All Read All Read All Read A11 Read A11 Read THIS IS A DRILL
• Closed Open Onsite Monitoring Team Radiological Data For 41llll Meters Downwind - Centerline Charcoal Charcoal THIS IS A DRILL Particulate Gae Window Window I-131 Cartridge Cartridge sample Bomb Scenario Dose-Rate Dose-Rate D. E. Activity Activity Activity Activity Time mR/hr mR/hr uci/cc mR/hr NET cpm NET cpm NET cpm 13:33 86 85.8 As Read AB Read As Read AB Read AB Read 13134 85 84.9 All Read AB Read As Read As Read AB Read 13135 84 84 .Ill As Read As Read As Read As Read AB Read 13:36 83 82.9 All Read As Read As Read AB Read As Read 13:37 82 81.B A11 Read All Read As Read As Read As Read 13:38 Bil 81/l.5 All Read As Read As Read As Read AB Read 13:39 79 79.1 All Read All Read As Read AB Read Ae Read 13:U 78 77.7 A11 Read As Read As Read AB Read AB Read 13:41 76 76.2 As Read As Read As Read As Read As Read 13:42 75 74.6 All Read As Read As Read As Read AB Read 13:43 73 73.1 All Read As Read As Read As Read As Read 13:44 71 71.4 All Read As Read As Read As Read As Read 13145 71/l 69.B As Read A11 Read As Read As Read As Read 13:46 68 68.1 As Read All Read As Read As Read AB Read 13147 66 66.5 All Read A11 Read AB Read As Read AB Read 13:48 65 64.8 As Read As Read As Read AB Read AB Read 13149 63 63.2 Aa Read As Read As Read Ae Read AB Read 13151l 62 61. 5 As Read As Read Aa Read As Read As Read 13:51 61/l 59.9 As Read As Read As Read As Read As Read 13:52 SB 58.3 As Read AB Read As Read As Read As Read 13:53 57 56.7 AB Read As Read AB Read As Read As Read 13:54 55 55.1 All Read All Read As Read As Read As Read 13:55 54 53.5 All Read A11 Read As Read As Read As Read 13:56 52 52. Ill As Read All Read As Read As Read AB Read 13:57 51 Sll.5 As Read Ae Read As Read As Read AB Read 13:58 49 49 .Ill Ae Read As Read Ae Read As Read As Read 13:59 48 47.6 All Read As Read All Read As Read As Read 1411/llil 116 46.2 All Read All Read As Read
• As Read As Read 14: Ill 45 44.8 Ae Read A11 Read As Read As Read As Read 14:1112 43 43.4 As Read As Read Ae Read As Read As Read 14:03 42 42.1 A11 Read As Read As Read As Read As Read 14:ll4 41 41!.B As Read As Read A11 Read As Read AB Read 14:llS 41l 39.6 A11 Read All Read A11 Read All Read A11 Read 1411!6 38 38.4 A11 Read A11 Read Aa Read A11 Read All Read 1411!7 37 37.2 All Read As Read All Read A11 Read All Read THIS IS A DRILL
• Closed Open Charcoal Charcoal THIS IS A DRILL On11ite Monitoring Team Radiological Data For 400 Meters Downwind - Centerline Particulate Gae Window Window I-131 Cartridge Cartridge Sample Bomb Scenario Dose-Rate Doee-Rate D. E. Activity Activity Activity Activity Time mR/hr mR/hr uCi/cc mR/hr NET cpm NET cpm NET cpm 14:08 36 36.0 Ae Read As Read Ae Read Ae Read Ae Read 141119 35 34.9 All Read As Read As Read Ae Read AB Read 1411B 34 33.8 All Read As Read Ae Read Ae Read Ae Read 141 ll 33 32.7 As Read As Read As Read Ae Read As Read 14112 32 31. 7 As Read As Read AB Read AB Read Ae Read 14:13 31 30.7 As Reed Ae Reed Ae Reed Ae Read Ae Read 14114 3B 29.7 As Read As Read As Read As Reed Ae Reed 14115 29 28.8 All Reed As Read As Reed As Read Ae Reed 14116 28 27.8 As Read Ae Read As Reed As Reed As Read 14117 27 26.9 As Read All Read As Read As Read As Read 14:18 26 26.1 All Read As Read As Read As Read As Read 14119 25 25.2 All Read As Read All Read As Read As Read 14120 24 24.4 As Read As Read As Read As Reed As Read 14121 24 23.6 As Read All Read All Read All Read AB Read 14122 23 22.9 Ae Read As Read As Read As Read As Read 14:23 22 22.1 AB Read Ae Read AB Read Ae Read Ae Read 14124 21 21.4 All Read All Read All Read As Read As Read 14125 21 20.7 As Read All Read All Read As Read As Read 14126 211 20.111 All Read All Read All Read As Read As Read 14127 19 19.4 All Read As Read All Read As Read AB Read 14128 19 18.7 As Read As Read As Read As Read As Read 14129 18 18.l All Read As Read A11 Read As Read As Read 14131! 18 17.5 All Read A11 Read A11 Read As Read As Read 14131 17 17.ll All Read All Read A11 Read As Read AB Read 14132 16 16.4 A11 Read A11 Read All Read As Read As Read 14133 16 15.9 All Read As Read AB Read Ae Read Ae Read 14134 15 15.3 All Read All Read All Read A11 Read As Read 14135 15 14.8 ~II Read All Read As Read Ae Read Ae Read 14136 14 14.3 All Read As Read As Read Ae Read Ae Read 14137 14 13.7 All Read As Read All Read As Read Ae Read 14138 13 13.1 As Read As Read As Read Ae Read AB Read 14139 12 12.5 As Read As Read As Read As Read As Read 14141! 12 U.9 All Reed As Read As Read As Read As Read 14141 11 11.3 All Read All Read As Read All Reed AB Read 14142 11 lll. 7 As Read As Read Ae Read As Read All Read THIS IS A DRILL
• Closed Open Onaite Monitoring Team Radiological Data For 401il Meters Downwind - Centerline Charcoal Charcoal THIS IS A DRILL Particulate Gae Window Window I-131 cartridge Cartridge Sample Bomb Scenario Dose-Rate Dose-Rate D. E. Activity Activity Activity Activity Time mR/hr mR/hr uCi/cc mR/hr NET cpm NET cpm NET cpm 14:43 lll lil .1 As Read Ae Read Ae Read Ae Read Ae Read 14144 9 9.5 As Read As Read As Read Ae Read Ae Read 14:45 9 8.9 All Read As Read Ae Read Ae Read Ae Read 14:46 8 8.4 All Read Aa Read As Read Ae Read Ae Read 14147 8 7.9 AB Read AB Read As Read AB Read AB Read 14:48 7 7.4 AB Read AB Read AB Read AB Read AB Read 14149 7 6.9 AB Read All Read As Read Aa Read AB Read 14151l 6 5.4 Aa Read As Read As Read As Read AB Read 14151 6 6 .ll As Read Aa Read As Read AB Read AB Read 14152 6 5.6 Aa Read Aa Read Aa Read As Read AB Read 14:53 5 5.2 As Read AB Read As Read AB Read As Read 14154 5 4.9 As Read As Read Aa Read As Read AB Read 14155 4.5 4.5 As Read As Read As Read As Read As Read 14156 4.2 4.2 As Read As Read All Read As Read AB Read 14157 3.9 3.9 As Read Aa Read AB Read As Read AB Read 14:58 3.6 3.6 AB Read As Read Aa Read As Read As Read 14159 3.4 3.4 As Read Aa Read As Read As Read As Read 15:llll 3.1 3.1 As Read Aa Read As Read As Read As Read 1511ll 2.9 2.9 All Read As Read As Read As Read As Read 15:ll2 2.7 2.7 As Read Aa Read Aa Read AB Read As Read 15:ll3 2.5 2.5 As Read As Read As Read As Read As Read 15:ll4 2.3 2.3 As Read As Read Aa Read As Read As Read 15:ll5 2.1 2.1 All Read As Read AB Read AB Read As Read 15:ll6 2.lil 2.lil All Read Aa Read Aa Read As Read As Read 15:ll7 1.8 1.8 As Read As Read As Read As Read As Read 15:lilB 1. 7 1.7 As Read As Read As Read As Read As Read 15:lil9 1.5 1.5 All Read As Read All Read Aa Read AB Read 151111 1.4 1.4 Aa Read Aa Read lo AB Read AB Read AB Read 15: ll 1.3 1.3 As Read All Read AB Read As Read AB Read 15112 1.2 1.2 As Read As Read All Read Ae Read As Read 15:13 1.1 1.1 As Read As Read As Read As Read AB Read 15114 l.lil l.ll Aa Read As Read All Read All Read AB Read 15:15 ll.9 lil.9 Aa Read Aa Read All Read Aa Read All Read 15116 111.9 lil.9 All Read All Read Aa Read Aa Read AB Read 15117 11.B 11.B All Read All Read Aa Read Aa Read All Read THIS IS A DRILL
• Cloaed Open Onaite Monitoring Team Radiological Data For 41/llll Matera Downwind - Centerline Charcoal Charcoal THIS IS A DRILL Particulate Gas Window Window I-131 Cartridge Cartridge Sample Bomb Scenario D011e-Rate D011e-Rate D. E. Activity Activity Activity Activity Time mR/hr mR/hr uci/cc mR/hr NET cpm NET cpm NET cpm 15:18 0.7 0.7 As Read As Read As Read As Read As Read 15119 0.7 All Read As Read All Read As Read As Read

            "* 7 15121!      11l.6         ll.6     All Read         As Read      All Read       As Read    As   Read 15121       ll.6          ll.6     As Read          Ae Read      All Read       Ae Read    Ae   Read 15122       ll.5          ll.5     As Read          As Read      All Read       As Read    As   Read 15:23       ll.5          ll.5     As Read          As Read      As  Read       As Read    As Read 15124       l'J.4         ll.4     All Read         All Read     All Read       As   Read  As   Read 15125       ll.4          ll.4     All Read         A11 *Read    All Read       As Read    As Read 15126       0.3           IIJ.3    Ae Read          Ae Read      Ae Read        Ae Read    As Read 15:27       ll.3          0.3      Ae Read          As Read      All Read       All Read   As Read 15:28       0.3           0.3      All Read         As   Read    As Read        As   Read  As Read 15129       0.3           0.3      Ae Read          Ae Read      A11 Read       Ae   Read  Ae Read 15:30       0.2           0.2      Ae Read          A11 Read     All Read       Ae Read    All Read 15:31       11l.2         ll.2     Ae Read          A11  Read    A11 Read       As Read    As Read 15:32       0.2           ll.2     Ae Read          All Read     All Read       As Read    As Read 15133       0.2           0.2      AB Read          AB Read      All Read       As Read    As Read 15:34       0.2           0.2      Ae Read          Ae Read      A11 Read       As Read    As Read 15135       0.1          ll.l      All Read         Ae  Read     Ae Read        All Read   All Read 15136       0.1          'IJ.l     All Read         All Read     All Read       As Read    As Read 15:37       0.1          IIJ.l     A11 Read         A11 Read     Aa Read        All Read   As Read 15:38      0.1           0.1       As  Read         As  Read     All Read       As   Read  As   Read 15:39      ll. l         fll.l     Aa  Read         All Read     As Read        All  Read  As   Reari 15140      0.1           0.1       AB Read          Ae Read      Ae Read        As   Read  As   Read 15:41      0,1           0.1       A11 Read         Ae Read      Ae Read        As   Read  As   Read 15:42      ll. l         ll.l      Ae  Read         Ae Read      All Read       As   Read  As   Read 15:43      0.1           ll. l     As Read          As Read      As Read        As Read    As   Read 15:44      ll.l          0.1       All Read         A11 Read     All Read       All Read   As   Read 15:45      ll.l

• 0.1 All Read A11 Read A11 Read A,/' Read As Read 15:46 0.1!5 Ill.Ill Ae Read A11 Read All Read As Read As Read 15:47 Ill. "4 Ill.Ill A11 Read A11 Read A11 Read Ae Read All Read 15:48 15149 Ill. 04 Ill. "4 "*"

Ill.Ill As Read All Read All All Read Read A11 All Read Read As Read All Read As Read All Read As Read 15:Slil Ill.Ill

                         "*"       A11 Read         A11 Read     All Read A11 Read All Read All Read 15:51     lil.lill
                         "*"       All Read         Ae Read All Read       As Read Aa Read Read 15152     lil.lil3
                         "*"       All Read         A11 Read                               All THIS IS A DRILL

• Closed Open On11ite Monitoring Team Radiological Data For 41illll Meters Downwind - Centerline Charcoal Charcoal THIS IS A DRILL Particulate Gas Window Window I-131 Cartridge Cartridge Sample Bomb Scenario D011e-Rate Dose-Rate D. E. Activity Activity Activity Activity Time mR/hr mR/hr uci/cc mR/hr NET cpm NET cpm NET cpm 15153 lll.lll2 Ill.Ill As Read As Read Ae Read As Read AB Read 15154 15155 lll.lll2 lll.lll2 "*"

Ill.Ill All Read As Read As Read A11 Read As Read A11 Read AB Read As Read As As Read Read 15156 lll.lll2 Ill.Ill A11 Read All Read All Read All Read As Read 15157 lll.lll2 ll.lll All Read All Read A11 Read As Read As Read 15158 Ill. fill Ill.Ill As Read All Read As Read As Read As Read 15159 Ill.fill Ill.Ill All Read A11 Read All Read As Read As Read 1611/lll ". Ill Ill.Ill All Read A11 Read All Read As Read As Read l611ill Ill.fill Ill.Ill All Read As Read All Read As Read As Read 16 :lil2 Ill.fill II.Ill As Read All Read All Read As Read As Read 16: lil3 Ill.ml Ill.Ill All Read As Read All Read As Read As Read l611il4 Ill. Ill Ill.Ill All Read A11 Read All Read As Read As Read l611il5 Ill. ill Ill.Ill As Read All Read All Read All Read As Read I THIS IS A DRILL

• Closed Open Onaite Monitoring Team Radiological Data For 61/llll Meters Downwind - Centerline Charcoal Charcoal THIS IS A DRILL Particulate Gas Window Window I-131 Cartridge Cartridge Sample Bomb Scenario Done-Rate Dose-Rate D. E. Activity Activity Activity Activity Time mR/hr mR/hr uCi/cc mR/hr NET cpm NET cpm NET cpm 12126 34.8 34.8 Ae Read As Read As Read As Read As Read 12127 73.lll 73.lll All Read Aa Read Aa Read Aa Read AB Read 12128 115.4 115.4 Aa Read Aa Read Aa Read Aa Read As Read 12129 162.8 162.8 As Read As Read Aa Read As Read AB Read 1213111 223.7 223.7 AB Read AB Read As Read As Read As Read 12131 281.4 281.4 Aa Read Aa Read Aa Read Aa Read All Read 12132 335.6 335.6 Aa Read Aa Read Aa Read Aa Read As Read 12133 386.6 386.6 Aa Read Aa Read Aa Read Aa Read As Read 12134 434.3 434.3 Aa Read All Read Aa Read Aa Read AB Read 12135 479.1 479.1 Aa Read As Read As Read As Read As Read 12136 521.1 521.1 A11 Read AB Read AB Read Aa Read AB Read 12137 56111.3 560.3 All Read Aa Read AB Read Aa Read AB Read 12138 596.9 596.9 Aa Read Aa Read Aa Read As Read AB Read 12139 631.111 631.lll Aa Read Aa Read Aa Read Ae Read As Read 1214111 662.8 662.8 AB Read Aa Read As Read As Read As Read 12141 692.4 692.4 AB Read Aa Read Aa Read Aa Read AB Read 12142 719.8 719.8 Aa Read Aa Read Aa Read Aa Read As Read 12143 745.2 745.2 Aa Read Aa Read Aa Read Aa Read As Read 12144 768.7 768.7 Aa Read Aa Read Aa Read As Read As Read 12145 79111.3 79111.3 Aa Read Aa Read Aa Read As Read As Read 12146 81111.2 81111.2 Aa Read Aa Read Aa Read Aa Read As Read 12147 828.5 828.5 AB Read Aa Read Aa Read Aa Read AB Read 12148 845.1 845.1 Aa Read Aa Read Aa Read AB Read AB Read 12149 86111.3 86111.3 Aa Read Aa Read Aa Read As Read AB Read 12151/l 874.1 874.1 AB Read Aa Read Aa Read Ae Read As Read 12151 886.5 886.5 Aa Read Aa Read Aa Read Aa Read AB Read 12152 897.6 897.6 Aa Read Aa Read As Read Aa Read As Read 1!153 9"7.6 907.6 AB Read Aa Read Aa Read As Read As Read 12154 916.3 916.3 Aa Read Aa Read Aa Read Aa Read AB Read 12155 924.lll 924.111 As Read Aa Read Aa Read AB Read AB Read 12156 931il. 7 9311l. 7 Aa Read All Read AB Read Aa Read AB Read 12157 936.3 936.3 Aa Read Aa Read Aa Read Aa Read As Read 12158 941.1 941. l Aa Read Aa Read Aa Read Aa Read Aa Read 12159 945.0 945.lll Aa Read Aa Read AB Read All Read AB Read THIS IS A DRILL
• Closed Open Onsite For 6"" Meters Downwind - Centerline Charcoal Charcoal THIS IS A DRILL Monitoring Team Radiological Data Particulate Gae Window Window I-131 Cartridge Cartridge Sample Bomb Scenario Doee-Rate Dose-Rate D. E. Activity Activity Activity Activity Time mR/hr mR/hr uCi/cc mR/hr NET cpm NET cpm NET cpm 13: ma 948.lil 948.11 Ae Read As Read As Read AB Read As Read 131 Ill 95m.3 95111. 3 As Read As Read Ae Read As Read AB Read 1311112 951.8 951.8 As Read As Read Ae Read AB Read Ae Read 1311113 952.6 952.6 As Read As Read As Read Ae Read Ae Read 131114 952.8 952.8 As Read As Read AB Read AB Read As Read 13:1115 952.3 952.3 Aa Read As Read As Read As Read AB Read 1311116 951.3 951.3 As Read As Read As Read AB Read AB Read 1311117 949.7 949.7 As Read As Read As Read All Read AB Read 1311!18 947.6 947.6 Ae Read Aa Read All Read AB Read AB Read l31m9 945,lil 945.lll All Read As Read As Read As Read As Read 131 llll 941.9 941.9 Aa Read As Read Ae Read AB Read As Read 13:11 938.5 938.5 As Read As Read As Read As Read AB Read 13112 934.6 934.6 All Read As Read As Read As Read As Read 13113 9311.3 9311l.3 As Read As Read AB Read AB Read As Read 13114 925.7 925.7 A11 Read A11 Read As Read As Read AB Read 13115 92111. 7 S2111.7 As Read Ae Read As Read Ae Read Ae Read 13116 915.5 915.5 As Read All Read As Read Ae Read As Read 13117 91119.9 91il9.9 All Read As Read As Read Ae Read Ae Read 13118 911l4.1 91114 .1 A11 Read As Read Aa Read Aa Read As Read 13119 898.lll 898.lll As Read All Read As Read Ae Read AB Read 131211l 891. 7 891. 7 As Read As Read As Read AB Read As Read 13121 885.2 885.2 As Read All Read As Read As Read As Read 13122 878.5 878.5 As Read As Read As Read A11 Read AB Read 13123 871.6 871.6 A11 Read As Read As Read As Read As Read 13124 864.6 864.6 All Read As Read As Read All Read As Read 13125 857.4 857.4 As Read All Read Ae Read AB Read Ae Read 13126 8511l.lll 850.IJ As Read All Read As Read A11 Read A11 Read 1

13:27 842.6 842

• 6 I All Read All Read All Read All Read As Read 13128 835.lll 835. lil All Read All Read All Read All Read AB Read 13129 827.3 827.3 A11 Read A11 Read As Read A11 Read As Read 13:311l 819.5 819.5 All Read All Read All Read All Read As Read 13131 811. 7 811. 7 A11 Read All Read All Read All Read As Read 13132 81113.7 81113.7 All Read All Read All Read A11 Read AB Read 13133 795.8 795.8 All Read All Read All Read All Read All Read 13134 787.7 787.7 A11 Read All Read All Read A11 Read AB Read THIS IS A DRILL
• Closed Open Onsite Monitoring Team Radiological Data Por 6l/lll Meters Downwind - Centerline Charcoal Charcoal THIS IS A DRILL Particulate Gas Window Window I-131 Cartridge Cartridge Sample Bomb Scenario Dose-Rate Dose-Rate D. B. Activity Activity Activity Activity Time mR/hr mR/hr uci/cc mR/hr NET cpm NET cpm NET cpm 13135 779.6 779.6 AB Read As Read AB Read AB Read AB Read 13136 771.5 771.5 As Read As Read As Read As Read AB Read 13137 763.3 763.3 As Read As Read As Read As Read AB Read 13138 753.8 753.9 As Read As Read As Read AB Read As Read 13139 743.2 743.2 As Read As Read Ae Read AB Read Ae Read 131411 731. 7 731. 7 As Read As Read As Read Ae Read Ae Read 13141 719.3 719.3 As Read As Read As Read As Read As Read 13142 7116.2 7116.2 As Read As Read As Read As Read As Read 13143 692.6 692.6 As Read As Read As Read As Read AB Read 13144 679.6 678.6 As Read As Read As Read As Read Ae Read 13145 664.1 664.1 As Read AB Read As Read AB Read AB Read 13146 649.4 649.4 As Read As Read As Read As Read As Read 13147 634.6 634.6 As Read As Read As Read As Read As Read 13148 619.5 619.5 As Read As Read As Read As Read Aa Read 13149 6114.5 6114.5 As Read As Read As Read As Read AB Read 131511 599.4 589.4 As Read As Read As Read AB Read As Read 13151 574.3 574.3 As Read As Read As Read As Read As Read 13152 559.3 559.3 As Read As Read As Read As Read As Read 13153 544.5 544.5 As Read As Read As Read As Read Ae Read 13154 529.7 529.7 As Read As Read As Read As Read AB Read 13155 515.2 515.2 As Read As Read As Read Ae Read Ae Read 13156 51111.9 511!1l.9 As Read As Read As Read As Read AB Read 13157 486.7 496.7 As Read As Read As Read As Read As Read 13158 472.9 472.9 As Read As Read As Read AB Read Ae Read 13159 459.2 459.2 As Read As Read As Read As Read AB Read 1411111 445.9 445.8 As Read As Read As Read AB Read AB Read 141 Ill 432. 7 432.7 As Read As Read As Read Ae Read Ae Read 141112 419.9 419.8 As Read As Read I As Read AB Read Ae Read 141113 4117.3 4117.3 As Read Aa Read As Read As Read AB Read 141114 395.11 395.11 As Read As Read As Read As Read AB Read 14:115 393.fll 393.fll As Read As Read As Read As Read AB Read 141116 371.3 371.3 As Read As Read As Read As Read As Read 141117 359.9 359.9 Aa Read Aa Read Aa Read As Read Aa Read 1411J8 348.9 349.8 Aa Read As Read Aa Read Aa Read As e.ead 1411!9 339.fll 339.fll Aa Read Aa Read As Read Aa Read Aa Read THIS IS A DRILL
• Closed Open Oneite Monitoring Team Radiological Data For 61/JIIJ Meters Downwind - Centerline Charcoal Charcoal THIS IS A DRILL Particulate Gae Window Window I-131 Cartridge Cartridge Sample Bomb Scenario Dose-Rate Dose-Rate D. E. Activity Activity Activity Activity Time mR/hr mR/hr uci/cc mR/hr NET cpm NET cpm NET cpm 141 lllJ 327.5 327.5 As Read As Read As Read As Read As Read 14111 317.2 317.2 As Read Ae Read Ae Read As Read As Read 14112 311J7 .2 311J7 ,2 Ae Read As Read As Read As Read As Read 14:13 297.6 297.6 As Read Ae Read As Read As Read As Read 14114 288.1 2B8.l Ae Read As Read As Read As Read As Read 14:15 279.11) 279.11) As Read As Read As Read As Read As Read 14: 16 271/J.l 271J.l Ae Read Ae Read Ae Read As Read Ae Read 14117 261.5 261.5 Ae Read Ae Read As Read As Read As Read 14118 253.1 253.l Ae Read As Read Ae Read As Read As Read 14:19 245.IIJ 245.IIJ Ae Read Ae Read As Read As Read As Read 14:21/J 237.1 237.1 As Read As Read As Read As Read As Read 14:21 229.4 229.4 Ae Read Ae Read Ae Read As Read As Read 14122 222 .IIJ 222.IJ Ae Read Ae Read As Read As Read As Read 14123 214.8 214.8 Ae Read As Read Ae Read As Read As Read 14:24 207.9 211J7.9 Ae Read Ae Read Ae Read As Read As Read 14:25 21/Jl. l 21/Jl. l Ae Read As Read Ae Read Ae Read As Read 14:26 194.6 194.6 Ae Read Ae Read Ae Read Ae Read As Read 14127 188.2 188.2 Ae Read A11 Read Aa Read All Read As Read 14128 182.1 182.1 Ae Read A11 Read All Read As Read Ae Read 14129 176.1 176.l Ae Read A11 Read Ae Read As Read As Read 14131/J 171/J.4 171/J.4 As Read A11 Read Ae Read As Read AB Read 14131 164.8 164.8 Ae Read Ae Read Ae Read As Read As Read 14132 159.4 159.4 Ae Read Ae Read As Read As Read As Read 14133 154.2 154.2 Ae Read A11 Read Ae Read As Read As Read 14:34 149.1 149.l Ae Read Ae Read Ae Read As Read As Read 14:35 144.2 144.2 Ae Read Ae Read Ae Read As Read As Read 14136 139.4 139.4 Ae Read Ae Read Ae Read All Read As Read A11 Read As Read Ae Read As Read 1 As Read 14137 134.9 134. 9' 14138 129.9 129.9 Ae Read All Read Ae Read Ae Read As Read 14139 124.6 124.6 Ae Read Aa Read Ae Read As Read AB Read 14:41/J 119 .1 119.1 Ae Read As Read As Read As Read Ae Read 14141 113.5 113.5 Ae Read Ae Read Ae Read Ae Read Ae Read 14:42 111J7.9 107. 9 Ae Read Ae Read Ae Read Ae Read Ae Read 14143 lil2. 4 102.4 Ae Read Ae Read Ae Read Ae Read As Read 14:44 96.9 _l_!.6.9 Ae Read Ae Read Ae Read Ae Read Ae Read THIS IS A DRILL
• Closed Open On11ite Monitoring Team Radiological Data For 61illll Heter11 Downwind - Centerline Charcoal Charcoal THIS IS A DRILL Particulate Gae Window Window I-131 Cartridge Cartridge Sample Bomb Scenario Done-Rate Done-Rate D. B. Activity Activity Activity Activity Time mR/hr mR/hr uci/cc mR/hr NET cpm NET cpm NET cpm 14145 91.5 91.5 As Read Ae Read Aa Read As Read As Read 14146 86.2 86.2 All Read AB Read Ae Read AB Read Aa Read 14147 81.1 81.1 Ae Read All Read A11 Read Aa Read AB Read 14148 76.2 76.2 As Read All Read All Read As Read As Read 14149 71.5 71.5 Aa Read AB Read All Read AB Read As Read 1415111 67.0 67.0 AB Read All Read Ae Read As Read As Read 14151 62.7 62.7 AB Read As Read As Read As Read As Read 14152 58.6 58.6 As Read As Read As Read* As Read As Read 14153 54.7 S4.7 As Read As Read As Read As Read As Read 14154 51.0 51.ll As Read As Read As Read As Read As Read 14155 47.6 47.6 As Read As Read As Read As Read As Read 14156 44.3 44.3 AB Read All Read As Read As Read As Read 14157 41.2 41.2 As Read As Read AB Read As Read As Read 14158 38.3 38.3 As Read As Read As Read All Read As Read 14159 35.6 35.6 All Read Aa Read As Read Ae Read As Read 1511110 33.111

                    *-33.ll    As  Read         AB   Read    As  Read       AB Read    As Read 15111ll   31il.6     3111.6    As Read          As Read      As  Read       AB Read    As Read 15102     28.4       28.4      As Read          As   Read    As Read        AB Read    As Read 1511113   26.3       26.3      As  Read         As   Read    As Read        As Read    AB Read 15111l4   24.3       24.3      As Read          As Read      AB Read        As Read    As Read 15105     22.5       22.s      As  Read         Aa   Read    As Read        As Read    As   Read 15106     211l.8     20.e      As Read          As   Read    As Read        As Read    AB   Read 1511117   19.2       19.2      As  Read         As Read      As  Read       As Read    AB   Read 15108     17.8       17.8      As  Read         As Read      As  Read       AB Read    AB   Read 15109     16.4       16.4      As Read          As Read      As Read        As Read    AB   Read 15110     15.l       15.l      As  Read         As   Read    As  Read       As  Read   As Read 15111     14.111     14.111    AB Read          A11 Read     As  Read       As Read    As Read 15112     12 .9      12.9      A11 Read         A11 'Read    As Read        As  Read   As Read 15113     11.9       11.9      As  Read         As   Read    As Read        As Read    AB Read 15114     1111.9     1111.9    As Read          All Read     As Read        As  Read   As Read 15115     10 .1      10.1      All Read         As   Read    As  Read       As Read    As Read 15116      9.3        9.3      As Read          As Read      As Read        As Read    All  Read 15117      8.5        8.5      As Read          A11 Read     As Read        As Read    As Read 15118      7.9        7.9      All Read         As   Read    All Read       As Read    As Read 15119      7.2        7.2      As Read          As Read      As Read        As Read    All Read THIS IS A DRILL

• Clo11ed Open On11ite Monitoring Team Radiological Data For 61illil Meters Downwind - Centerline Charcoal Charcoal THIS IS A DRILL Particulate Gas Window Window I-131 Cartridge Cartridge Sample Bomb Scenario Do11e-Rate Dose-Rate D. E. Activity Activity Activity Activity Time mR/hr mR/hr uCi/cc mR/hr NET cpm NET cpm NET cpm 15:21il 6.7 6.7 All Read AB Read AB Read As Read As Read 15:21 6.1 6.1 All Read All Read AB Read Ae Read As Read 15:22 5.6 5.6 All Read All Read As Read All Read As Read 15:23 5.2 5.2 As Read All Read As Read As Read As Read 15:24 4.7 4.7 Ae Read As Read As Read As Read As Read 15:25 4.2 4.2 All Read As Read As Read As Read As Read 15:26 3.8 3.8 All Read All Read All Read All Read As Read 15:27 3.5 3.5 All Read A11 Read Ae Read AB Read As Read 15:28 3.2 3.2 All Read All Read As Read As Read As Read 15:29 2.9 2.9 All Read Ae Read AB Read As Read As Read 15:31il 2.6 2.6 Ae Read As Read As Read As Read As Read 15:31 2.3 2.3 Ae Read All Read As Read Ae Read As Read 15:32 2.1 2.1 Ae Read Ae Read Ae Read All Read As Read 15:33 1.9 1. 9 Ae Read Ae Read Ae Read As Read As Read 15134 1. 7 1. 7 All Read Ae Read As Read As Read As Read 15:35 1.6 1.6 A11 Read As Read As Read As Read AB Read 15136 1.4 1.4 A11 Read All Read As Read All Read AB Read 15,37 1.3 1.3 As Read All Read All Read Ae Read Aa Read 15138 1.2 1.2 All Read Aa Read Aa Read As Read As Read 15:39 1.1 1.1 All Read All Read As Read A11 Read As Read 15:41il 1.0 l. lil All Read As Read As Read As Read As Read 15:41 lil.9 lil.9 A11 Read Ae Read Ae Read A11 Read As Read 15142 lil.8 lil.8 Ae Read Ae Read Ae Read As Read AB Read 15:43 Ill. 7 lil. 7 Ae Read All Read As Read As Read As Read 15144 0.6 a.6 Ae Read Ae Read As Read As Read A11 Read 15:45 IIJ.6 0.6 Ae Read All Read AB Read As Read As Read 15146 lil.5 0.5 All Read A11 Read All Read Ae Read A11 Read 15147 lil.5
• lll.5 All Read A11 Read As Read ~B Read As Read 15:48 0.4 lil.4 A11 Read All Read As Read As Read As Read 15:49 lil.4 ll.4 All Read A11 Read As Read All Read As Read 15:5111 0.4 lil.4 A11 Read As Read Ae Read All Read As Read 15:51 lil.3 ll.3 All Read All Read Ae Read All Read As Read 15:52 lil.3 0.3 All Read All Read Ae Read As Read As Read 15:53 Ill. 3 0.3 Ae Read Ae Read Ae Read A11 Read A11 Read 15:54 lil.2 lil.2 A11 Read Ae Read Ae Read Ae Read All Read THIS IS A DRILL
• Closed Open Onsite Monitoring Team Radiological Data For 61110 Meters Downwind - Centerline charcoal Charcoal THIS IS A DRILL Particulate Gae Window Window I-131 Cartridge Cartridge Sample Bomb Scenario Dose-Rate Doae-Rate D. B. Activity Activity Activity Activity Time mR/hr mR/hr uci/cc mR/hr NET cpm NET cpm NET cpm 15155 ll.2 ll.2 As Read As Read Ae Read Ae Read As Read 15156 ll.2 ll.2 As Read As Read As Read AB Read As Read 15157 ll.2 ll.2 As Read As Read As Read AB Read As Read 15158 ll.2 ll.2 As Read As Read As Read AB Read AB Read 15159 11.1 ll .1 As Read As Read Ae Read As Read As Read 16:1111 11.1 11. l Ae Read As Read As Read As Read AB Read 161111 l!J.1 11.1 Aa Read As Read As Read AB Read As Read 1611112 11.l 111.1 As Read Aa Read As Read As Read As Read 1611113 11.1 111. l As Read As Read As Read AB Read AB Read 161114 111.l 11. l As Read As Read As Read As Read As Read 1611115 ll.1 ll.1 As Read As Read As Read AB Read AB Read 161116 11.1 11.1 As Read As Read As Read As Read As Read 161117 11.1 11.1 As Read As Read As Read As Read As Read i

THIS IS A DRILL

• VIRGINIA POWER SURRY POWER STATION AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE CHEMISTRY
• MESSAGES/DATA

VIRGINIA POWER SURRY POWER STATION

• AUGUST 27, 28, AND 29, 1991 EMERGENCY EXERCISE MESSAGE NO: CHEM-1 Ill SCENARIO MESSAGE TO: CONTROLLER

[:J CONTINGENCY MESSAGE TO: [:J BLOCKING MESSAGE TO: CONTROLLER INSTRUCTIONS: Issue, as necessary for controlling Chemistry activities. TIME: AS NEEDED THIS IS A DRILL For purposes of today's exercise only walk through

• the steps for obtaining samples. DO NOT actually use or position valves on systems .
• THIS IS A DRILL
• RCS HRSS RADIOLOGICAL DATA SPS INGESTION PATHWAY EXERCISE closed Window Undiluted RCS Undiluted RCS 1 ml RCS Sample 1 ml RCS Sample 1 ml RCS Sample D011e Rate at Sample Dose Rate Sample Dose Rate diluted to 1 uL diluted to 1 uL diluted to 1 uL Scenario 1 ft from Panel at 1 centimeter at 21l centimeters at 1 cm at 211l cm at 211l cm Time mR/hr mR/hr/ml mR/hr/ml mr/hr/micro-L mr/hr/micro-L NET cpm/micro-L Hl,33 122 14289 318 14 3.18E-lll 3131/l llll:34 122 14286 317 14 3.17E-llll 31311l llil:35 122 14284 317 14 3.17E-llll 313111 Hls36 122 14282 317 14 3.17E-llll 31311l 111137 122 14281l 317 14 3.17E-llll 3131l llll:38 122 14278 317 14 3.17E-1111 3131il llil: 39 122 14276 317 14 3.17E-llll Jl311l llll:411l 121 14274 317 14 3.17E-lll 3131il llll: 41 121 14271 317 14 3.17E-llll 3131il llil:42 121 14269 317 14 3.17E-lll 31311l llil:43 121 14267 317 14 3.17E-llll 3131il llil144 121 14265 317 14 3.17E-lill 3131l llll:45 121 14263 317 14 3.17E-lll 3131l llll146 121 14261 317 14 3.17E-01 3121l llil147 121 14259 317 14 3.17E-1111 3121il llil:48 121 14256 317 14 J.17E-lill 3121l llll149 121 14254 317 14 J.17E-lill 31211l llll:511l 121 14252 317 14 3.17E-lill 3121il llil151 121 14251/l 317 14 3.17E-l/ll 3121il 10152 121 14248 317 14 3.17E-llll 3121l 11/l:53 121 14246 317 14 3.17E-1111 3121il 11/l:54 121 14244 317 14 3.17E-lll 3121/l llll155 121 14241 316 14 3.16E-llll 3121/l 11/l: 56 121 14239 316 14 3 .16E-l/ll 3121/J lll: 57 121 14237 316 14 3.16E-l/ll 31211
• i lll158 121 14235 316 14 3 .16E-ill 31211 11/li 59 121 14233 316 14 3.16E-llll 31211 1111/lll 121 14231 316 14 3.16E-l/ll 312111 11:lll 121 14229 316 14 3.16E-lll 3121l l111l2 121 14227 316 14 3.16E-lll 3121l ll:ll3 121 14224 316 14 3.16E-llll 31211) ll 11l4 121 14222 316 14 3 .16E-llll 31211 ll:lll5 121 14221l 316 14 3 .16E-llll 3121l ll:l/l6 121 14218 316 14 3.16E-11Jl 3121il ll:lll7 121 14216 316 14 3.16E-lll 3lllil RCS HRSS RADIOLOGICAL DATA THIS IS A DRILL THIS IS A DRILL

SPS INGESTION PATHWAY EXERCISE

• Closed Window Undiluted RCS Undiluted RCS 1 ml RCS Sample 1 ml RCS Sample 1 ml RCS Sample Dose Rate at Sample Dose Rate Sample Dose Rate diluted to l uL diluted to l uL diluted to l uL Scenario 1 ft from Panel at 1 centimeter at 211l centimeters at l cm at 21! cm at 21! cm Time mR/hr mR/hr/ml mR/hr/ml mr/hr/micro-L mr/hr/micro-L NET cpm/micro-L 11:1!8 121 14214 316 14 3.16E-1111 3111!

11:1!9 121 14212 316 14 3.16E-llll 3111! 11:Hl 121 1421!9 316 14 3.16E-llll 3111! 11:11 121 1421!7 316 14 3.16E-llll 3111! 11: 12 121 14205 316 14 3 .16E-lll 3111! 11: 13 121 1421!3 316 14 3.16E-lll 3111! 11: 14 121 1421!1 316 14 3.16E-lll 3111! 11:15 121 14199 316 14 3.16E-lll 3111! 11:16 121 14197 315 14 3.lSE-1!1 3111! 11: 17 121! 14124 314 14 3 .14E-lll 31!91!1 11: 18 121! 141!52 312 14 3.12E-llll 311l8111 11:19 119 13981 311 14 3.llE-llll 31116111 11:21! 118 13854 31118 14 3. lll8E-"1 31114111 11:21 117 1373111 31115 14 3.lllSE-1!1 31!1111 11:22 116 1361!8 311l2 14 3.1112E-llll 2981! 11:23 115 13487 31!1! 13 3.lll!E-1!1 296111 11:24 114 13368 297 13 2.97E-lll 2931! 11:25 113 13251! 294 13 2.94E-1111 291llll 11:26 112 13135 292 13 2.92E-lll 2881! 11:27 111 131!21! 289 13 2.89E-llll 2851! 11:28 111! 1291!8 287 13 2.87E-1111 2831! 11:29 llll9 12797 284 13 2.84E-lll 280111 11:31! llll8 12687 282 13 2.82E-lll 278111 11:31 l11J7 12581! 281! 13 2.8111E-lll 2761! 11:32 11!6 12473 277 12 2.77E-111l 273111 11:33 us 12368 275 I 12 2.75E-1111 2711! 11:34 11114 12264 273 12 2.73E-1111 2691! 11:35 U4 12162 2711l 12 2. 711lE-llll 2661! 11: 36 U3 1211l61 268 12 2.68E-llll 264111 11137 11!2 11962 266 12 2.66E-llll 262111 11: 38 lllll 11863 264 12 2.64E-lll 2611llll 11: 39 llllll 11766 261 12 2.61E-llll 25811l ll: 411l 99 11671! 259 12 2.59E-llll 25611l 11:41 99 11576 257 12 2. 57E-lll 2541! 11: 42 98 11483 255 11 2.SSE-llll 25211l THIS IS A DRILL THIS IS A DRILL

• RCS RRSS RADIOLOGICAL DATA SPS INGESTION PATHWAY EXERCISE Clo11ed Window Undiluted RCS Undiluted RCS 1 ml RCS Sample 1 ml RCS Sample 1 ml RCS Sample Do11e Rate at Sample Dose Rate Sample Do11e Rate diluted to 1 uL diluted to 1 UL diluted to 1 uL Scenario 1 ft from Panel at 1 centimeter at 21l centimeters at 1 cm at 211l cm at 2111 cm Time mR/hr mR/hr/ml mR/hr/ml mr/hr/micro-L mr/hr/micro-L NET cpm/micro-L 11*43 97 11391 253 11 2.53E-lll 2Sr.H!

11:44 96 1131lll 251 11 2. SlE-"11 24811l 11:45 95 11211il 249 11 2.49E-lll 2460 11:46 95 11121 247 11 2.47E-01 2440 11,47 94 1Hl33 245 11 2.45E-01 2420 11, 48 93 lll947 243 11 2.43E-llll 24111111 11:49 92 1111862 241 11 2.41E-lll 238111 ll1Sll 92 10777 239 11 2.39E-01 236111 11, 51 91 llll694 238 11 2. 38E-01 23411l 11:52 911l llll611 236 11 2.36E-1111 2331/J 11,53 91l 11153111 234 11 2.34E-01 231111 11: 54 89 10449 232 1111 2. 32E-01 2291! 11:55 88 1111371/J 23111 1111 2.311lE-llll 227111 11:56 88 lllJ291 229 lll 2 .29E-1111 2251! 11,57 87 10214 227 1111 2.27E-llll 224111 11:58 86 UJ137 225 1111 2.25E-llll 222111 11159 86 lllll61 224 1111 2.24E-01 2211111l 12: IHl 85 9986 222 UJ 2.22E-01 219111 12,01 84 9912 22111 1111 2.21/JE-01 21711l 12 ,1112 84 9839 219 llll 2.19E-01 216111 12:1!3 83 9766 217 llll 2.17E-1111 214111 12:04 83 9695 215 llll 2. lSE-lll 2121! 12ill5 92 9624 214 llll 2 .14E-lll 2111/l 12:1!6 91 9554 212 lll 2 .12E-ill 21l91l 12:ll7 91 9495 211 9 2. llE-01 2091il I

• 12 ililB Bil 9416 211J9 9 2.lll9E-01 21l61l 12 ,lll9 Bil 9348 209 9 2.lllBE-01 21l51l 12: lll 79 9291 211l6 9 2. lll6E-llll 211131!

12, 11 78 9215 211l5 9 2.lll5E-11Jl 2021! 12:12 78 9149 21113 9 2.llJE-llll 21llllil 12:13 77 91il94 21l2 9 2 .02E-llll 19911 12:14 77 9021il 211m 9 2.011lE-01 1981/l 12,15 76 9956 199 9 l. 99E-01 1961il 12:16 76 8894 198 9 l.98E-01 195111 12:17 75 8831 196 9 l. 96E-llll 19411l THIS IS A DRILL THIS IS A DRILL

• RCS HRSS RADIOLOGICAL DATA SPS INGESTION PATHWAY EXERCISE Clo11ed Window Undiluted RCS Undiluted RCS 1 ml RCS Sample 1 ml RCS Sample 1 ml RCS Sample Do11e Rate at Sample Do11e Rate Sample Doee Rate diluted to 1 uL diluted to 1 uL diluted to 1 uL Scenario 1 ft from Panel at 1 centimeter at 20 centimeter11 at 1 cm at 20 cm at 20 cm Time mR/hr mR/hr/ml mR/hr/ml mr/hr/micro-L mr/hr/micro-L NET cpm/micro-L 12118 73 8567 190 9 1.90E-llll 1880 12119 71 8311 185 8 1. 85E-01 1820 121211l 69 8062 179 8 1. 79E-llll 1771il 12121 67 7821 174 8 1. 74E-1111 171111 12122 65 7588 169 8 1. 69E-llll 1661/l 12123 63 7362 164 7 1. 64E-llll 16lll 12:24 61 7142 159 7 1. 59E-llll 1561/l 12125 59 6929 154 7 1. 54E-llll 1521/l 12126 57 6723 149 7 1. 49E-lill 147111 12127 56 6523 145 7 1. 45E-llll 1430 12128 54 6329 141 6 1. 41E-llll 1390 12129 52 6141 136 6 1. 36E-llll 1351/l 12130 51 5959 132 6 1. 32E-llll 13U 12131 49 5782 128 6 l.28E-llll 1270 12132 48 5611 125 6 l.25E-llll 12311l 12133 46 5444 121 5 l.21E-llll 119111 12134 45 5283 117 5 l.17E-01 1160 12135 44 5127 114 5 l.14E-llll 1120 12136 42 4975 111 5 l. llE-llll 1"90 12:37 41 4828 1"7 5 l.07E-01 1060 12138 4" 4685 lll4 5 1. 04E-lll lll31l 12139 39 4547 lBl 5 l. lllE-lll lll01l 12140 38 4413 98 4 9.81E-02 970 12141 36 4283 95 4 9.52E-02 940 12142 35 4156 92 4 9.24E-ll2 9lll 12143 ' 34 411l34 9111 4 i

8.96E-lll2 8811l 12144 33 3915 87 4 8.70E-lll2 8611l 12145 32 380111 84 4 8.44E-lll2 830 12:46 31 3688 82 4 8.20E-02 810 12:47 30 3580 80 4 7.95E-lll2 780 12:48 30 3475 77 J 7.72E-02 760 12149 29 3372 75 3 7.49E-02 740 12:50 28 3273 73 3 7.27E-ll2 720 12151 27 3177 71 3 7.06E-ll2 700 12152 26 3084 69 3 6,85E-02 680 THIS IS A DRILL THIS IS A DRILL

• RCS BRSS RADIOLOGICAL DATA SPS INGESTION PATHWAY EXERCISE Closed Window Undiluted RCS Undiluted RCS 1 ml RCS Sample 1 ml RCS Sample 1 ml RCS Sample Dose Rate at Sample Dose Rate Sample Dose Rate diluted to 1 uL diluted to 1 uL diluted to 1 uL Scenario 1 ft from Panel at 1 centimeter at 21! centimeters at 1 cm at 21! cm at 21! cm Time mR/hr mR/hr/ml mR/hr/ml mr/hr/micro-L mr/hr/micro-L NET cpm/micro-L 12153 25 2994 67 3 6.65E-1!2 661!

12154 25 29"6 65 3 6.46E-1!2 641! 12:55 24 2821 63 3 6.27E-1112 62111 12:56 23 2738 61 3 6 .1118E-lll2 61111l 12:57 23 2658 59 3 5. 91E-1112 58111 12158 22 258111 57 3 5.73E-1112 57111 12:59 21 251115 56 3 5.57E-lll2 55111 131111111 21 2432 54 2 5.4111E-1112 53111 131 "1 2111 2361 52 2 5.25E-1112 52111 13:1112 2111 2292 51 2 5.1119E-1112 5111111 1311113 19 2225 49 2 4.94E-1112 49111 1311114 18 216111 48 2 4.8111E-1112 47111 1311l5 18 21l97 47 2 4.66E-ll2 461l 1311116 17 211136 45 2 4.52E-1112 45111 13:1117 17 1976 44 2 4.39E-1112 43111 1311118 16 1919 43 2 4.26E-1112 42111 1311119 16 1863 41 2 4.14E-1112 41111 1311111 15 181118 4111 2 4 .1112E-1112 411Jlll 13:11 15 1756 39 2 3. 911JE-lll2 3811J 13112 15 17115 38 2 3.79E-lll2 3711J 13113 14 1655 37 2 3.68E-lll2 36111 13114 14 1607 36 2 3.57E-lll2 3511l 13115 13 156111 35 2 3.47E-1112 34111 13116 13 1515 34 2 3.37E-1112 33111 13117 13 1471 33 1 3.27E-1112 32111 i i 13118 12 1428 32 1 3.17E-1112 31111 13119 12 1387 31 1 3.1118E-1112 30111 13:2111 11 1346 3111 1 2.99E-1112 30111 13:21 11 13117 29 1 2.91B-1112 29111 13122 11 1269 28 1 2.82B-1112 2811 13:23 1111 1233 27 1 2.74E-1112 27111 13:24 1111 1197 27 1 2.66E-1112 26111 13:25 1111 1162 26 1 2.58E-1112 251l 13:26 111 1128 25 1 2.51E-1112 25111 13127 9 lll96 24 1 2.44E-1112 240 THIS IS A DRILL THIS IS A DRILL

• RCS HRSS RADIOLOGICAL DATA SPS INGESTION PATHWAY EXERCISE closed Window Undiluted RCS Undiluted RCS 1 ml RCS Sample 1 ml RCS Sample 1 ml RCS Sample Dose Rate at Sample Dose Rate Sample Doee Rate diluted to 1 uL diluted to 1 uL diluted to 1 uL Scenario 1 ft from Panel at 1 centimeter at 2111 centimeters at 1 cm at 2111 cm at 2111 cm Time mR/hr mR/hr/ml mR/hr/ml mr/hr/micro-L mr/hr/micro-L NET cpm/micro-L 13128 9 lll64 24 1 2.36E-02 23111 13129 9 Hl33 23 1 2.311JE-02 230 1313111 9 101113 22 1 2.23E-02 220 13131 8 974 22 1 2.17E-IIJ2 210 13132 8 946 21 1 2. lllE-IIJ2 21'!

13133 8 919 211) 1 2.04E-02 201l 13134 8 892 21l 1 1. 98E-ll2 200 13135 7 866 19 1 1. 93E-02 191/l 13136 7 841 19 1 1. 87E-02 180 13137 7 817 18 1 1.B2E-lil2 181l 13138 7 793 18 1 1. 76E-ll2 17111 13:39 7 771l 17 1 1.71E-ll2 171l 13140 6 748 17 1 1.66E-ll2 160 13141 6 727 16 1 1.61E-ll2 160 13142 6 706 16 1 1. 57E-lil2 150 13:43 6 71115 16 1 1. 57E-ll2 1511) 13144 6 705 16 1 1.57E-ll2 151il 13145 6 7"4 16 1 1. 56E-lil2 15111 13146 6 71113 16 1 1.56E-02 15111 13:47 6 71il3 16 l l.56E-02 151l 13148 6 71112 16 1 1. 56E-ll2 150 13:49 6 71112 16 1 1.56E-lll2 151l 13150 6 7"1 16 1 1.56E-ll2 lSll 13151 6 701 16 1 1. 56E-02 15flJ 13152 6 7flJIII 16 1 l.56E-flJ2 15111 i i 13153 6 7f1Jll 16 1 l.56E-02 151! 13154 6 699 16 1 1. 55E-IIJ2 15flJ 13155 6 699 16 1 1. 55E-02 15flJ 13156 6 698 16 1 1.55E-1112 151! 13157 6 698 16 1 1.55E-1112 15QJ 13158 6 697 15 1 l.55E-1112 l511J 13:59 6 697 15 l 1.55E-02 15111 14:lllflJ 6 696 15 1 l.55E-1112 15111 14 :1111 6 696 15 1 1. 55E-ll2 15111 14 :1112 6 695 15 1 1. 55E-1112 151il THIS IS A DRILL THIS IS A DRILL

• RCS BRSS RADIOLOGICAL DATA SPS INGESTION PATHWAY EXERCISE Closed Window Undiluted RCS Undiluted RCS 1 ml RCS Semple 1 ml RCS Sample 1 ml RCS Sample Dose Rate at Sample Dose Rate Sample Dose Rate diluted to 1 uL diluted to 1 uL diluted to 1 uL Scenario* 1 ft from Panel at 1 centimeter at 2111 centimeters at 1 cm at 2111 cm at 2111 cm Time mR/hr mR/hr/ml mR/hr/ml mr/hr/micro-L mr/hr/micro-L NET cpm/micro-L 1411113 6 695 15 1 1.54E-1112 15111 1411114 6 695 15 1 1.54E-1112 15111 1411115 6 694 15 1 1.54E-1112 15111 1411!6 6 694 15 1 1.54E-ll2 151!

141117 6 693 15 1 1. 54E-1112 15111 141118 6 693 15 1 1.54E-1112 15111 1411!9 6 692 15 1 1.54E-ll2 151! 14111! 6 692 15 1 1.54E-ll2 15111 14111 6 691 15 1 l.54E-ll2 151! 14:12 6 691 15 1 1. 54E-ll2 15111 14:13 6 691 15 1 1. 53E-1112 15111 14:14 6 691! 15 1 1.53E-1112 15111 14:15 6 69111 15 1 1.53E-1112 15111 14116 6 689 15 1 1.53E-1112 15111 14:17 6 689 15 1 1.53E-1112 15111 14:18 6 688 15 1 1.53E-1112 15111 14:19 6 688 15 1 1.53E-1112 15111 14:2111 6 688 15 1 1.53E-112 15111 14:21 6 687 15 1 1.53E-ll2 15111 14:22 6 687 15 1 1. SJE-1112 15111 14123 6 686 15 1 1.53E-1112 15111 14:24 6 686 15 1 1.52E-lll2 15111 14:25 6 686 15 1 1.52E-1112 15111 14126 6 685 15 1 1.52E-1112 15111 14:27 6 685 15 1 l.52E-1112 15111 14128 '6 684 15 1 i 1.52E-1112 15111 14:29 6 684 15 1 1.52E-ll2 15111 1413111 6 684 15 1 l.52E-1112 15111 14:31 6 683 15 1 1.52E-ll2 15111 14:32 6 683 15 1 1.52E-1112 15111 14: 33 6 682 15 1 l.52E-lll2 151! 14134 6 682 15 1 l.52E-ll2 15111 14:35 6 682 15 1 1.51E-1112 15111 14:36 6 681 15 1 1. SlE-1112 15111 14:37 6 681 15 1 1. SlE-1112 15111 THIS IS A DRILL THIS IS A DRILL I

SPS INGESTION PATHWAY EXERCISE

• RCS HRSS RADIOLOGICAL DATA Closed Window Undiluted RCS Undiluted RCS 1 ml RCS Sample 1 ml RCS Sample 1 ml RCS Sample D011e Rate at Sample D011e Rate Sample Dose Rate diluted to 1 uL diluted to 1 uL diluted to 1 uL Scenario 1 ft from Panel at 1 centimeter at 20 centimeters at 1 cm at 20 cm at 20 cm Time mR/hr mR/hr/ml mR/hr/ml mr/hr/micro-L mr/hr/micro-L NET cpm/micro-L 14138 6 681 15 1 1. 51E-02 150 14139 6 681l 15 1 1. 51E-lil2 150 1414111 6 681l 15 1 1. 51E-02 150 14141 6 679 15 1 1. 51E-02 150 14142 6 679 15 1 1. 51E-02 150 14143 6 679 15 1 1. 51E-02 150 14144 6 678 15 1 1. 51E-02 150 14145 6 678 15 1 1. 51E-02 150 14:46 6 678 15 1 1. 51E-02 150 14147 6 677 15 1 1. 51E-02 150 14:48 6 677 15 1 l.50E-02 150 14149 6 677 15 1 l.50E-02 150 14:50 6 676 15 l 1. 50E-lil2 150 14:51 6 676 15 l l.51ilE-lll2 150 14:52 6 676 15 1 l.50E-02 150 14:53 6 675 15 1 l.50E-lll2 150 14154 6 675 15 1 1. 50E-02 150 14:55 6 675 15 1 1. 511lE-lil2 150 14:56 6 674 15 1 1. 50E-02 150 14:57 6 674 15 1 1. 50E-02 150 14158 6 674 15 1 l.SlilE-02 150 14:59 6 673 15 1 l.50E-02 150 15:ll0 6 673 15 1 l.50E-02 150 15101 6 673 15 1 l.49E-02 150 15102 6 672 15 1 l.49E-lil2 151il i

15:03 ' 6 672 15 1 1. 49E-1112 150 15:04 6 672 15 1 l.49E-02 150 15:05 6 671 15 1 1. 49E-ll2 150 15:06 6 671 15 1 1. 49E-02 15111 15:07 6 671 15 1 l.49E-02 150 15108 6 671l 15 1 1. 49E-02 150 15:09 6 670 15 1 1. 49E-ll2 150 15, 1111 6 670 15 1 l.49E-02 150 15: 11 6 669 15 1 1. 49E-02 150 15:12 6 669 15 1 l.49E-02 150 THIS IS A DRILL THIS IS A DRILL

• RCS HRSS RADIOLOGICAL DATA SPS INGESTION PATlllfAY EXERCISE Clo1111d Window Undiluted RCS Undiluted RCS 1 ml RCS Sample 1 ml RCS Sample 1 ml RCS Sample Do11e Rate at Sample Dose Rate Sample Dose Rete diluted to 1 uL diluted to 1 uL diluted to 1 uL Scenario 1 ft from Panel at 1 centimeter at 21il centimeters at 1 cm at 21il cm at 21il cm Ti.me mR/hr mR/hr/ml mR/hr/ml mr/hr/micro-L mr/hr/micro-L NET cpm/micro-L 15:13 6 669 15 1 l.49E-lil2 151il 15:14 6 669 15 1 l.49E-ll2 1511 15:15 6 668 15 1 1. 48E-02 151il 15:16 6 668 15 1 l.48E-112 150 15:17 6 668 15 1 l.48E-ll2 151l 15:18 6 667 15 1 1.48E-lil2 l51il 15:19 6 667 15 1 l.48E-lil2 15111 15121il 6 667 15 1 l.48E-lil2 15111 15:21 6 666 15 1 l.48E-IIJ2 1511l 15:22 6 666 15 1 l.48E-112 1511l 15:23 6 666 15 1 l.48E-lll2 1511l 15:24 6 666 15 1 l.48E-lll2 1511l 15:25 6 665 15 1 1. 48E-lll2 1511l 15:26 6 665 15 1 1.48E-lll2 1511l 15:27 6 665 15 1 l.48E-IIJ2 15111 15:28 6 664 15 1 l.48E-112 151l 15:29 6 664 15 1 l.48E-lll2 1511l 15:Jlll 6 664 15 1 l.48E-lll2 1511l 15:31 6 664 15 1 l.47E-lil2 1511l 15:32 6 663 15 1 1.47E-lll2 1511l 15:33 6 663 15 1 1. 47E-lll2 151il 15:34 6 663 15 1 l.47E-lll2 1511 15:35 6 662 15 1 l.47E-1!12 1511l 15:36 6 662 15 1 1. 47E-112 1511l 15:37 6 662 15 1 1. 47E-02 1511l i I 15:38 6 662 15 1 1. 47E-ll2 140 15:39 6 661 15 1 1. 47E-ll2 141il 15:411 6 661 15 1 1. 47E-lll2 141il 15:41 6 661 15 1 1. 47E-lll2 1411l 15:42 6 6611l 15 1 1. 47E-lll2 1411l 15:43 6 6611l 15 1 1.47E-1!12 14111 15:44 6 66" 15 1 l.47E-lll2 14111 15:45 6 6611l 15 1 1. 47E-ll2 141!1 15:46 6 659 15 1 1. 47E-1!12 1411l 15:47 6 659 15 1 l.46E-ll2 141il THIS IS A DRILL THIS IS A DRILL
• RCS BRSS RADIOLOGICAL DATA BPS INGESTION PATHWAY EXERCISE Clo11ed Window Undiluted RCS Undiluted RCS l ml RCS Sample l ml RCS Sample 1 ml RCS Sample Do11e Rate at Sample Do11e Rate Sample Dose Rate diluted to 1 uL diluted to 1 uL diluted to 1 uL Scenario 1 ft from Panel at 1 centimeter at 2111 centimeter11 at 1 cm at 2111 cm at 2111 cm Time mR/hr mR/hr/ml mR/hr/ml mr/hr/micro-L mr/hr/micro-L NET cpm/micro-L 15149 6 659 15 1 l.46E-02 14111 15149 6 659 15 1 l.46E-02 14111 15:5111 6 659 15 1 l.46E-ll2 14111 15151 6 659 15 1 1. 46E-1112 140 15152 6 659 15 1 l.46E-02 140 15153 6 659 15 1 l.46E-02 14111 15154 6 657 15 1 l.46E-02 14111 15155 6 657 15 1 l.46E-02 14111 15156 6 657 15 1 l.46E-1112 140 15157 6 657 15 1 l.46E-ll2 140 15:59 6 656 15 1 l.46E-112 14111 15159 6 656 15 1 l.46E-02 14111 16100 6 656 15 1 l.46E-02 140 THIS IS A DRILL THIS IS A DRILL I
• THIS PAGE IS INTENTIONALLY INSERTED AS A DATA DIVIDER FOR THIS SUBSECTION

SPS INGESTION PATHWAY EXERCISE RCS HRSS SAMPLE DATA Scenario Jtr-85 Jtr-85m Kr-87 Jtr-88 Xe-lJlm Xe-133m Xe-133 Xe-135 I-131 I-132 I-133 I-134 I-135 I-131 D.E. Time uci/cc uCi/cc uCi/cc uci/cc uCi/cc uci/cc uci/cc uci/cc uCi/cc uCi/cc uCi/cc uci/cc uci/cc uci/cc ll8:311l 2.811lE-1 5. 718-3 8.57E-4 1. 71E-3 1. 37E+ll 5.94E-l l.80E+ll 6.708-1 1. 6BE-2 7.91lE-2 5.22E-2 1.27E-l 9. 71E-2 4.411lE-2 to lll:32 2.808-1 5. 718-3 8.578-4 1. 718-3 l.37E+ll 5.948-1 1. 81lE+ll 6.708-1 1. 688-2 7.91lE-2 5.228-2 1.278-1 9. 718-2 4.41lE-2 10: 33 2.978+2 6.ll7E+l 6.35E+l 1.338+2 2.ll7E+l 4.91E+l 4.808+3 4.938+2 3.768+3 5.928+2 2.548+3 2.928+3 1.368+3 4.63E+3 1il I 34 2.978+2 6.ll7E+l 6.358+1 1. 338+2 2.ll7E+l 4.918+1 4.81lE+3 4.938+2 3.768+3 5.92E+2 2.54E+3 2.92E+3 l.36E+3 4.638+3 lll:35 2.97E+2 6.ll7E+l 6.35E+l l.33E+2 2.ll7E+l 4.91E+l 4.811lE+3 4.93E+2 3.768+3 5.92E+2 2.548+3 2.92E+3 1. 36E+3 4.63E+3 lll:36 2.978+2 6.ll7E+l 6.358+1 1.338+2 2.ll7E+l 4.918+1 4.81lE+3 4. 93E+2 3.76E+3 5.92E+2 2.548+3 2.92E+3 1. 36E+3 4.63E+3 11h37 2.978+2 6.ll7E+l 6.35E+l l.33E+2 2.ll7E+l 4.91E+l 4.808+3 4.93E+2 3.768+3 5.928+2 2.53E+3 2.92E+3 1. 36E+3 4.638+3 llls38 2.97E+2 6.078+1 6.34E+l 1.338+2 2.11178+1 4.918+1 4.81lE+3 4.938+2 3.76E+3 5.928+2 2.538+3 2.918+3 1. 368+3 4.638+3 lll:39 2.97E+2 6.ll7E+l 6.34E+l l.33E+2 2.ll7E+l 4.918+1 4.BllE+3 4.93E+2 3.768+3 5.928+2 2.53E+3 2.918+3 1. 368+3 4.63E+3 lll: 41l 2.97E+2 6.ll7E+l 6.34E+l 1. 33E+2 2.lll7E+l 4.91E+l 4.81lE+3 4.93E+2 3.76E+3 5.92E+2 2.53E+3 2.91E+3 1. 36E+3 4.63E+3 lll:41 2.97E+2 6 .lll6E+l 6.34E+l 1. 338+2 2.ll7E+l 4.91E+l 4.81lE+3 4.93E+2 3.768+3 5.92E+2 2.53E+3 2.918+3 1. 36E+3 4.63E+3 lll:42 2.97E+2 6.lll6E+l 6.34E+l 1. 33E+2 2.ll7E+l 4.908+1 4.BllE+3 4.93E+2 3.76E+3 5.91E+2 2.53E+3 2.91E+3 1. 368+3 4.62E+3 10143 2.97E+2 6.ll6E+l 6.34E+l 1. 33E+2 2.IIJ7E+l 4.91lE+l 4.81lE+3 4.93E+2 3.76E+3 5.918+2 2.53E+3 2.91E+3 1. 36E+3 4.628+3 10:44 2.97E+2 6.ll6E+l 6.34E+l 1. 33E+2 2.ll7E+l 4.91118+1 4.BllE+3 4.93E+2 3.76E+3 5.918+2 2.53E+3 2.91E+3 1. 368+3 4.62E+3 1il: 45 2.978+2 6.ll6E+l 6.34E+l 1. 33E+2 2.ll7E+l 4.91lE+l 4.79E+3 4.928+2 3.75E+3 5.91E+2 2.53E+3 2.91E+3 1. 36E+3 4.62E+3 10:46 2.97E+2 6.ll6E+l 6.34E+l 1. 33E+2 2.ll7E+l 4.908+1 4.79E+3 4.92E+2 3.75E+3 5.918+2 2.53E+3 2.91E+3 1. 368+3 4.62E+3 lll:47 2.96E+2 6.ll6E+l 6.34E+l 1. 33E+2 2.ll7E+l 4.91lE+l 4.798+3 4.92E+2 3.75E+3 5.91E+2 2.53E+3 2.91E+3 1. 36E+3 4.62E+3 lll:48 2.96E+2 6.ll6E+l 6.33E+l 1. 33E+2 2.ll7E+l 4.91ilE+l 4.798+3 4.92E+2 3.75E+3 5.91E+2 2.53E+3 2.91E+3 1. 36E+3 4.62E+3 llil:49 2.96E+2 6.lil6E+l 6.33E+l 1. 33E+2 2.ll6E+l 4.91lE+l 4.79E+3 4.928+2 3.758+3 5.91E+2 2.53E+3 2.91E+3 1. 36E+3 4.62E+3 lll: 51l 2.96E+2 6.lil6E+l 6.33E+l 1.33E+2 2.ll6E+l 4.91lE+l 4.79E+3 4.92E+2 3.758+3 5.91E+2 2.53E+3 2.918+3 l.36E+3 4.628+3 lll:51 2.968+2 6.ll6E+l 6.338+1 1.33E+2 2.068+1 4.91lE+l 4.79E+3 4.928+2 3.758+3 5.91E+2 2.53E+3 2.91E+3 1. 368+3 4.62E+3 10: 52 2.96E+2 6. lil5E+l 6.338+1 1. 33E+2 2.ll6E+l 4.91ilE+l 4.79E+3 4.928+2 3.758+3 5.918+2 2.53E+3 2.91E+3 l.3SE+3 4.62E+3 lll:53 2.968+2 6.ll5E+l 6.338+1 1. 33E+2 2.ll6E+l 4.91lE+l 4.798+3 4.92E+2 3.75E+3 S.91lE+2 2.53E+3 2.91E+3 l.3SE+3 4.62E+3 llil:54 2.96E+2 6.ll5E+l 6.33E+l 1. 338+2 2.ll6E+l 4.91lE+l 4.79E+3 4.92E+2 3.75E+3 S.91lE+2 2.53E+3 2.91E+3 1. 35E+3 4.62E+3 lll:55 2.96E+2 6.ll5E+l 6.33E+l 1. 338+2 2.ll6E+l 4.91lE+l 4.79E+3 4.928+2 3.75E+3 5.91lE+2 2.53E+3 2.918+3 1. 35E+3 4.62B+3 lll:56 2.968+2 6.ll5E+l 6 .33E+l l.33E+2 2.ll6E+l 4.89E+l 4.79E+3 4.92E+2 3.75E+3 5.91lE+2 2.538+3 2.918+3 1. 35E+3 4.62E+3 U:57 2.968+2 6.llSE+l 6.33E+l 1. 33E+2 2.ll6E+l 4.89E+l 4.79E+3 4.92E+2 3.75E+3 S.91lE+2 2.53E+3 2.91E+3 1. 35E+3 4. 61E+3 lll:58 2.96E+2 6.llSE+l 6.33E+l 1. 33E+2 2.ll6E+l 4.89E+l 4.79E+3 4.92E+2 3.75E+3 5.91lE+2 2.53E+3 2.91E+3 1. 358+3 4.61E+3 lll:59 2.96E+2 6.ll5E+l 6.32E+l 1. 33E+2 2.ll6E+l 4.89E+l 4.78E+3 4.918+2 3.75E+3 S.91lE+2 2.53E+3 2.91E+3 1. 35E+3 4. 618+3 11: llll 2.96E+2 6.ll5E+l 6.32E+l 1. 32E+2 2.ll6E+l 4.B9E+l 4.78E+3 4.918+2 3.75E+3 S.91lE+2 2.53E+3 2.91E+3 1. 35E+3 4.61E+3 11:01 2.96E+2 6.ll5E+l 6.32E+l l.32E+2 2.ll6E+l 4.898+1 4.788+3 4.91E+2 3.75E+3 S.91lE+2 2.53E+3 2.908+3 1. 35E+3 4.61E+3 11:02 2.96E+2 6.lil5E+l 6.328+1 l.32E+2 2.ll6E+l 4.89E+l 4.788+3 4.91E+2 3.758+3 5.91lE+2 2.538+3 2.91lE+3 l.35E+3 4.61E+3 11:03 2.96E+2 6 .lll4E+l 6.32E+l l.32E+2 2 .1116E+l 4.89E+l 4.78E+3 4.91E+2 3.748+3 5.91lE+2 2.52E+3 2.91lE+3 1. 35E+3 4.618+3 11:04 2.96E+2 6.ll4E+l 6.32E+l 1. 32E+2 2.ll6E+l 4.89E+l 4.788+3 4.91E+2 3.74E+3 5.89E+2 2.52E+3 2.91lE+3 1. 35E+3 4.61E+3 THIS IS A DRILL THIS IS A DRILL

SPS INGESTION PATHWAY EXERCISE RCS HRSS SAMPLE DATA Total Scenario Sb-129 Sr-89 Sr-91l Y - 91 Cs-134 Cs-136 Cs-137 Ru-1"3 Ru-1"6 Mo-99 Activity Time uci/cc uci/cc uci/cc uci/cc uci/cc uCi/cc uCi/cc uci/cc uCi/cc uci/cc uCi/cc 1119:Jll 111.IIIIIIE+fll 111.IIIBE+fll 111.llllE+fll ll.llllE+ll 2.lllE-3 S.96E-3 2. 77E-3 J. l 7E-l 7.JllE-2 ll.llllE+ll S.49E+ll to 1111:32 ll.llllE+lll lll.lllllE+ll ll. HE+ll lll.llllllE+lll 2.llllE-3 S.96E-3 2.77E-3 3.17E-l 7. JlllE-2 ll.llllllE+ll S.49E+ll lll:33 9.57E-l 3.411lE-4 l. JSE-5 4.32E-4 I.1l6E+ll l.44E+ll 6.6BE-l 3.17E-l 7.JlE-2 3.62E-4 l. 71E+4 llllt34 9.57E-l 3.41lE-4 l. JSE-5 4.32E-4 I.1l6E+ll l.44E+ll 6.6BE-l 3.17E-l 7.JlE-2 3.62E-4 1. 71E+4 ll!J:35 9.57E-l 3.41lE-4 l. JSE-5 4.32E-4 l.ll6E+ll l.44E+ll 6.67E-l 3.17E-l 7.31E-2 3.62E-4 1. 71E+4 lllt36 9.57E-l 3.41lE-4 l. JSE-5 4. 32E-4 l.ll6E+ll l.43E+ll 6.67E-l 3.17E-l 7.JllE-2 3.62E-4 l.71E+4 lllt37 9.57E-l 3.41lE-4 l. JSE-5 4.32E-4 l.ll6E+ll l. 43E+ll 6.67E-l 3.17E-l 7. JlllE-2 3.62E-4 l. 71E+4 lll:39 9.57E-l 3.41lE-4 l. JSE-5 4.32E-4 l.ll6E+ll l. 43E+ll 6.67E-l 3.17E-l 7.JllE-2 3. 62E-4 l.71E+4 lll:39 9.57E-l 3.41lE-4 l. JSE-5 4.32E-4 l.ll6E+ll l. 43E+ll 6.67E-l 3.17E-l 7.JllE-2 3.62E-4 l. 71E+4 lllt41l 9.56E-l 3.41/lE-4 l. JSE-5 4.32E-4 l.ll6E+ll l. 43E+ll 6.67E-l 3.17E-l 7.JIJE-2 3.61E-4 l. 71E+4 lll:41 9.56E-l 3.41JE-4 l. JSE-5 4.32E-4 I.1l6E+ll l.43E+ll 6.67E-l 3.17E-l 7.JllE-2 3.61E-4 l. 71E+4 lll:42 9.56E-l 3.41lE-4 l. JSE-5 4.32E-4 l.ll6E+ll l. 43E+ll 6.67E-l 3.17E-l 7.JllE-2 3.61E-4 l. 71E+4 lllt43 9.56E-l 3.41lE-4 1. JSE-5 4.32E-4 l.l/l6E+ll l.43E+ll 6.67E-l 3.17E-l 7.JllE-2 3.61E-4 1. 71E+4 lll:44 9.56E-l 3.41/lE-4 l. JSE-5 4.32E-4 l.ll6E+ll l. 43E+ll 6.67E-l 3.17E-l 7.JlllE-2 3.61E-4 l. 71E+4 11h45 9.56E-l 3.411lE-4 l.JSE-5 4.32E-4 l.lll6E+lll l. 43E+ll 6.66E-l 3.17E-l 7.29E-2 3.61E-4 l. 71E+4 Hlt 46 9.56E-l 3.UE-4 l. JSE-5 4.JlE-4 l.lll6E+ll l.43E+ll 6.66E-l 3.17E-l 7.29E-2 J.61E-4 l.71E+4 lll:47 9.SSE-1 J.UE-4 1. JSE-5 4.JlE-4 l.ll6E+ll l.4JE+lll 6.66E-l J.17E-l 7.29E-2 J.61E-4 1. 71E+4 llll:49 9.SSE-1 3.41lE-4 1. JSE-5 4.JlE-4 l.ll6E+lll l.43E+lll 6.66E-l J.16E-l 7.29E-2 3.61E-4 1. 71E+4 Hl:49 9.SSE-1 J.41lE-4 l.JSE-5 4.JlE-4 l.llSE+lll l. 43E+ll 6.66E-l J.16E-l 7.29E-2 3.61E-4 l. 71E+4 lll:Sll 9.SSE-1 J.J9E-4 1. JSE-5 4.JlE-4 l.lllSE+ll l.43E+lll 6.66E-l J.16E-l 7.29E-2 3.61E-4 1. 711lE+4 lll:51 9.SSE-1 J.J9E-4 l.JSE-5 4.JlE-4 l.lllSE+lll 1. 43E+lll 6.66E-l 3.16E-l 7.29E-2 3.61E-4 1. 711lE+4 lll:52 9.SSE-1 J.J9E-4 l. JSE-5 4.JlE-4 l. llSE+lll l.43E+ll 6.66E-l J.16E-l 7.29E-2 3.61E-4 1. 711lE+4 lll:53 9.SSE-1 J.39E-4 1. JSE-5 4.JlE-4 l.llSE+ll 1. 43E+ll 6.66E-l 3.16E-l 7.29E-2 3.61E-4 1. 711lE+4 llll:54 9.54E-l 3.39E-4 1. 34E-5 4.JlE-4 l.llSE+lll l. 43E+lll 6.66E-l 3.16E-l 7.29E-2 3.61E-4 1. 71lE+4 I I lll:55 9.54E-l J.J9E-4 1. 34E-5 4.JlE-4 l. lllSE+lll l. 43E+ll 6.65E-l 3.l6E-l 7.2BE-2 3.61E-4 l.711lE+4 lll:56 9.54E-l J.39E-4 1. 34E-5 4.JlE-4 l.lllSE+lll 1. 43E+ll 6.6SE-l 3.16E-l 7.2BE-2 3.61E-4 l.711lE+4 lll:57 9.54E-l 3.39E-4 1. 34E-5 4.JlE-4 l.lllSE+lll 1. 43E+ll 6.65E-l 3.16E-l 7.2BE-2 3.61E-4 1. 711lE+4 10:58 9.54E-l 3.39E-4 l. 34E-5 4.JlE-4 l.llSE+ll 1. 43E+lll 6.6SE-l 3.16E-l 7.2BE-2 3.61E-4 1. 71lE+4 lll:59 9.54E-l 3.39E-4 l.34E-5 4.JlE-4 l.lllSE+ll l.43E+ll 6.65E-l 3.16E-l 7.2BE-2 3 .611lE-4 l.711lE+4 11:llllll 9.54E-l 3.39E-4 1. 34E-5 4.JlE-4 l.lllSE+lll 1. 43E+ll 6.65E-l 3.16E-l 7.2BE-2 3.61lE-4 1. 711lE+4 11:llll 9.SJE-1 3.39E-4 1. 34E-5 4.JlE-4 l. lllSE+lll l.43E+ll 6.6SE-l 3.16E-l 7.2BE-2 3.61lE-4 l.711lE+4 ll:lll2 9.SJE-1 3.39E-4 l. 34E-5 4. JlllE-4 l. lllSE+lll 1. 43E+lll 6.65E-l 3.16E-l 7.2BE-2 3.611lE-4 l.711lE+4 11:lllJ 9.SJE-1 3.39E-4 l. 34E-5 4.JlllE-4 l.lll5E+lll 1. 43E+lll 6.65E-l 3.16E-l 7.2BE-2 3.611lE-4 l.711lE+4 ll:lll4 9.SJE-1 3.39E-4 1. 34E-5 4.JIIIE-4 l.lll5E+ll l.43EH 6.65E-l 3.16E-l 7.27E-2 3.61lE-4 1. 711lE+4 THIS IS A DRILL THIS IS A DRILL

SPS INGESTiqN PATHWAY EXERCISE RCS HRSS SAMPLE DATA Scenario 11:r-85 11:r-BSm 11:r-87 11:r-88 Xe-13lm Xe-133m Xe-133 Xe-135 I-131 I-132 I-133 I-134 I-135 I-131 D.E. Time uci/cc uCi/cc uCi/cc uci/cc uCi/cc uci/cc uci/cc uci/cc uci/cc uci/cc uci/cc uCi/cc uci/cc uci/cc 11:lilS 2.96E+2 6.lil4E+l 6.32E+l 1.32E+2 2.lil6E+l 4.89E+l 4.78E+3 4.91E+2 3.74E+3 5.89E+2 2.52E+3 2.91ilE+3 l. 35E+3 4.61E+3 l111il6 2.96E+2 6.lil4E+l 6.32E+l 1.32E+2 2.lil6E+l 4.89E+l 4.78E+3 4.91E+2 3.74E+3 S.89E+2 2.52E+3 2.91ilE+3 l. 35E+3 4.61E+3 ll:lil7 2.96E+2 6.lil4E+l 6.32E+l l.32E+2 2.ll6E+l 4.89E+l 4.78E+3 4.91E+2 3.74E+3 S.89E+2 2.52E+3 2.91ilE+3 l. 35E+3 4.61E+3 11:lilB 2.96E+2 6.lil4E+l 6.32E+l l. 32E+2 2 .ll6E+l 4.89E+l 4.78E+3 4.91E+2 3.74E+3 5.89E+2 2.52E+3 2.91lE+3 l. 35E+3 4.61E+3 11:09 2.95E+2 6 .lil4E+l 6.31E+l l.32E+2 2. lil6E+l 4.88E+l 4.78E+3 4.91E+2 3.74E+3 5.89E+2 2.52E+3 2. 91ilE+3 l. 35E+3 4.61E+3 11: lll 2.95E+2 6.ll4E+l 6.31E+l l.32E+2 2.ll6E+l 4.BBE+l 4.78E+3 4.91E+2 3.74E+3 5.89E+2 2.52E+3 2 .91lE+3 l. 35E+3 4.61E+3 11,11 2.95E+2 6.ll4E+l 6.31E+l l.32E+2 2.lil6E+l 4.88E+l 4.7BE+3 4.91E+2 3.74E+3 5.89E+2 2.52E+3 2 .91ilE+3 1.35E+3 4. 61ilE+3 11112 2.95E+2 6 .lil4E+l 6.31E+l l.32E+2 2. lil6E+l 4.BBE+l 4.7BE+3 4.91lE+2 3.74E+3 5.89E+2 2.52E+3 2 .91ilE+3 l. 35E+3 4.61ilE+3 11:13 2.95E+2 6.ll4E+l 6.31E+l l.J2E+2 2.lil6E+l 4.88E+l 4.77E+3 4.91lE+2 3.74E+3 5.89E+2 2.52E+3 2 .91lE+3 l. 35E+3 4. 61ilE+3 11114 2.95E+2 6. lil3E+l 6.31E+l 1. 32E+2 2.lil6E+l 4.88E+l 4. 77E+3 4.91lE+2 3.74E+3 5.89E+2 2.52E+3 2.91lE+3 l.35E+3 4. 61ilE+3 11: 15 2.95E+2 6.ll3E+l 6.JlE+l l.32E+2 2.ll6E+l 4.BBE+l 4.77E+3 4.91ilE+2 3.74E+3 5.89E+2 2.52E+3 2.91lE+3 1. 35E+3 4.61ilE+3 11:16 2.95E+2 6. lil3E+l 6.31E+l l.32E+2 2.ll6E+l 4.BBE+l 4.77E+3 4.91ilE+2 3.74E+3 5.88E+2 2.52E+3 2 .91ilE+3 l. 35E+3 4.61lE+3 11: 17 2.94E+2 6.lllilE+l 6.28E+l 1.32E+2 2 .lilSE+l 4.85E+l 4.75E+3 4.88E+2 3.72E+3 S.BSE+2 2.51E+3 2.BBE+3 l.34E+3 4.58E+3 11:18 2.92E+2 S.97E+l 6.24E+l 1. 31E+2 2.lil4E+l 4.83E+l 4. 72E+3 4.BSE+2 3.71lE+3 S.82E+2 2.49E+3 2.87E+3 1. 34E+3 4.SSE+3 11:19 2.91E+2 S.94E+l 6.21E+l l.31ilE+2 2. lil3E+l 4.81E+l 4.71ilE+3 4.83E+2 3.6BE+3 5.79E+2 2.48E+3 2.85E+3 l. 33E+3 4.53E+3 ll:21l 2.89E+2 5.89E+l 6.lllE+l l.29E+2 2.lillE+l 4.78E+l* 4.6BE+3 4.BlilE+2 3.66E+J 5.72E+2 2.47E+3 2.79E+3 1.32E+3 4.51E+3 11,21 2.8BE+2 S.84E+l S.99E+l 1.27E+2 2.llllE+l 4.76E+l 4.6SE+3 4.7BE+2 3.64E+3 S.6SE+2 2.45E+3 2. 72E+3 l. 31E+3 4.48E+3 11,22 2.86E+2 S.79E+l 5.BBE+l l.26E+2 l. 99E+l 4.73E+l 4.63E+3 4.75E+2 3.62E+3 5.58E+2 2.44E+3 2.65E+3 l. 31lE+3 4.46E+3 11:23 2.BSE+2 S.7JE+l 5. 77E+l l.25E+2 1. 98E+l 4.71E+l 4.61ilE+3 4.73E+2 3.61ilE+3 S.51E+2 2.42E+3 2.59E+3 l.29E+3 4.43E+3 11:24 2.83E+2 5.68E+l S.67E+l 1.23E+2 1. 97E+l 4.68E+l 4.SBE+3 4. 71E+2 3.59E+3 5.45E+2 2.41E+3 2.53E+3 l. 28E+3 4.41E+3 11:25 2.82E+2 5.63E+l 5.56E+l l.22E+2 1.96E+l 4.66E+l 4.56E+3 4.68E+2 3.57E+3 5.38E+2 2.41lE+3 2.47E+3 l.27E+3 4.38E+3 11:26 2.81lE+2 5.58E+l 5.46E+l l.21ilE+2 l.95E+l 4.64E+l 4.53E+3 4.66E+2 3.55E+3 5.31E+2 2.38E+3 2.41E+3 l.26E+3 4.36E+3 11127 2.79E+2 5.54E+l 5.36E+l 1.19E+2 l.94E+l 4.61E+l 4.51E+3 4.63E+2 3.53E+3 5.25E+2 2.37E+3 2.35E+3 l.25E+3 4.33E+3 11:28 2.78E+2 5.49E+l 5.27E+l 1.18E+2 l.93E+l 4.59E+l 4.49E+3 4.61E+2 3.51E+3 5.18E+2 2.35E+3 2.29E+3 l.24E+3 4.31E+3 11:29 2.76E+2 S.44E+l 5.17E+l 1.17E+2 1.92E+l 4.57E+l 4.47E+3 4.59E+2 3.49E+3 5 .12E+2 2.34E+3 2.24E+3 1.23E+3 4.28E+3 11:Jll 2175E+2 S.39E+l 5.llBE+l l.15E+2 1. 91E+l 4.54E+l 14.44E+3 4.56E+2 3.48E+3 S.llSE+2 2.33E+3 *2 .1BE+3 1.22E+3 4.26E+3 11: 31 2.73E+2 S.34E+l 4.98E+l 1.14E+2 1.91lE+l 4.52E+l 4.42E+3 4.54E+2 3.46E+3 4.99E+2 2.31E+3 2.13E+3 l.21E+3 4.24E+3 11:32 2. 72E+2 S.31lE+l 4.89E+l 1.13E+2 1.89E+l 4.SllE+l 4.41ilE+3 4.52E+2 3.44E+3 4.93E+2 2.31lE+3 2.ll8E+3 l.21ilE+3 4.21E+3 11:33 2. 71E+2 5.25E+l 4.BllE+l 1.11E+2 l. 89E+l 4.47E+l 4.38E+3 4.49E+2 3.42E+3 4.87E+2 2.28E+3 2 .lil3E+3 l.21lE+3 4.19E+3 11:34 2.69E+2 S.21ilE+l 4. 72E+l 1. llilE+2 l. BBE+l 4.45E+l 4.35E+3 4.47E+2 3.41lE+3 4.81E+2 2.27E+3 1.98E+3 l.19E+3 4.17E+3 11: 35 2.68E+2 5.16E+l 4.63E+l l.ll9E+2 1.87E+l 4.43E+l 4.33E+3 4.45E+2 3.39E+3 4.75E+2 2.26E+3 l.93E+3 1.18E+3 4.14E+3 11:36 2.66E+2 5. llE+l 4.SSE+l 1. lil8E+2 1.86E+l 4.41E+l 4.31E+3 4.43E+2 3.37E+3 4.69E+2 2.24E+3 1.89E+3 1. l 7E+3 4.12E+3 11:37 2.65E+2 5.ll7E+l 4.46E+l 1.ll7E+2 1.BSE+l 4.38E+l 4.29E+3 4.41lE+2 3.35E+3 4. 63E+2 2.23E+3 l.84E+3 l.16E+3 4. llilE+3 11:38 2.64E+2 S. lil2E+l 4.3BE+l l.lil5E+2 l.B4E+l 4.36E+l 4.26E+3 4.38E+2 3.33E+3 4.SBE+2 2.22E+3 l.BlilE+3 l.15E+3 4.llBE+3 11:39 2.62E+2 4.98E+l 4. 31ilE+l 1.ll4E+2 1. 83E+l 4.34E+l 4.24E+3 4.36E+2 3.32E+3 4.52E+2 2.21lE+3 L 76E+3 1.14E+3 4. lil5E+3 THIS IS A DRILL THIS IS A DRILL

• RCS HRSS SAMPLE DATA SPS INGESTION PATHWAY EXERCISE Tot11.l Scen11.rio Sb-129 Sr-89 Sr-91l y - 91 C11-134 C11-136 Ce-137 Ru-1"3 Ru-lll6 Mo-99 Activity Time uCi/cc uCi/cc uci/cc uCi/cc uCi/cc uCi/cc uCi/cc uCi/cc uci/cc uci/cc uCi/cc 11:llS 9.SJE-1 3.39E-4 1. 34E-5 4.31lE-4 1. il5E+0 1. 43E+ll 6.64E-1 3.16E-1 7.27E-2 3.61lE-4 1.71lE+4 11106 9.538-1 3.398-4 1. 34E-5 4.31lE-4 1. llSE+ll 1. 43E+ll 6.64E-1 3.16E-1 7.27E-2 3.6ilE-4 l.7ilE+4 ll:ll7 9.53E-1 3.39E-4 1. 34E-5 4.31lE-4 1.ilSE+ll 1.43E+ll 6.64E-l 3. 16E-1 7.27E-2 3.61lE-4 1.7ilE+4 11:08 9.52E-l 3.39E-4 1. 34E-5 4.JllE-4 1.il5E+0 1.43E+il 6.64E-1 3.16E-1 7.27E-2 3.6ilE-4 1.7ilE+4 11:ll9 9.52E-l 3.398-4 1. 34E-5 4.31lE-4 l.llSEHl 1. 43E+e 6.64E-l 3.lSE-1 7.27E-2 3.61lE-4 1. 71lE+4 11:lll 9.52E-l 3.38E-4 1. 34E-5 4.JllE-4 1.ll5E+il 1. 43E+IIJ 6.64E-1 3.lSE-1 7. 27E-2 3.6ilE-4 1.7ilE+4 11:11 9.52E-1 3.38E-4 1. 34E-5 4.31lE-4 l.lll5E+ll 1.43EHl 6.64E-1 3.lSE-1 7.27E-2 3.6ilE-4 l.7ilE+4 11: 12 9.52E-1 3.3BE-4 1. 34E-5 4.JilE-4 1.lll5E+0 1. 43E+ll 6.64E-1 3.15E-1 7.27E-2 3.61lE-4 1.71lE+4 11113 9.52E-1 3.JBE-4 1. 34E-5 4. 3"E-4 1. lll5E+ll 1.43E+il 6.64E-l 3.15E-1 7.26E-2 3.61lE-4 1. 7ilE+4 11: 14 9.52E-1 3.38E-4 1. 34E-5 4.JllE-4 l.il5E+ll l.43E+e 6.64E-l 3.lSE-1 7.26E-2 3.6ilE-4 1. 71lE+4 11:15 9.SlE-1 3.JBE-4 l.34E-5 4.JllE-4 1.il5E+ll 1.43E+il 6.63E-1 3.15E-1 7.26E-2 3.6ilE-4 1.7ilE+4 11:16 9.51E-l 3.JBE-4 1. 34E-5 4.JllE-4 1.llSE+ll 1. 43E+il 6.63E-1 3.lSE-1 7.26E-2 3.61lE-4 1. 71lE+4 11:17 9.46E-l 3.36E-4 1. JJE-5 4.27E-4 l.l'JSE+ll l.42E+ll 6.6ilE-1 3.14E-1 7.22E-2 3.SBE-4 1. 69E+4 11:18 9.42E-l 3.35E-4 1. 33E-5 4.25E-4 1.ll4E+ll l.41E+ll 6.57E-1 3.12E-l 7.19E-2 3.56E-4 1. 6BE+4 11: 19 9.37E-l 3.33E-4 l.32E-5 4.23E-4 1.ll3E+ll 1.41lE+ll 6.SJE-1 3 .1"E-l 7.lSE-2 3.54E-4 1. 67E+4 ll:21l 9.2BE-l 3.31E-4 1. 31E-5 4.21lE-4 l.ll3E+ll 1. 41lE+III 6.SllE-1 3.ll9E-l 7. llE-2 3.52E-4 1. 66E+4 11:21 9.2ilE-1 3.31lE-4 1. JlE-5 4.17E-4 l.il2E+lll 1. 39E+ll 6.47E-l 3.ll7E-1 7.llBE-2 3.SlllE-4 1. 64E+4 11:22 9.12E-1 3.2BE-4 1. 31/lE-5 4.14E-4 1.ll2E+ll 1. JBE+ll 6.43E-1 3.ll6E-1 7.ll4E-2 3.49E-4 1.63E+4 11123 9.04E-1 3.26E-4 l.29E-5 4. llE-4 1.lllE+ll 1. JBE+ll 6.411JE-l 3.il4E-l 7.lllE-2 3.47E-4 l.61E+4 11:24 8.96E-1 3.25E-4 1.29E-5 4.ilBE-4 1. lllE+ll 1. 37E+ll 6.37E-1 3.ll3E-1 6.97E-2 3.4SE-4 1.611lE+4 11:25 B.BBE-1 3.23E-4 1.28E-5 4.ll6E-4 1.lllllE+ll l.36E+ll 6.34E-1 3.lllE-1 6.93E-2 3.43E-4 1.58E+4 11 :26 8.BllE-1 3.21E-4 1.27E-5 4.llJE-4 9.9BE-1 1.36E+lil 6. 31ilE-1 2.99E-1 6.91lE-2 3.42E-4 1. 57E+4 11127 8. 72E-1 3.21i!E-4 l.27E-5 4.lllllJE-4 9.93E-l 1. 35E+III 6.27E-l 2.9BE-1 6.86E-2 3.40E-4 1.56E+4 11128 8.64E-l 3.18E-4 1.26E-5 3.97E-4 9.BBE-1 1. 34E+ll 6.24E-1 2.96E-1 6.83E-2 3.38E-4 1.54E+4 11:29 8.57E-1 3.16E-4 1.25E-5 3.94E-4 9.83E-1 1. 33E+0 6.21E-1 2.95E-1 6.79E-2 3.36E-4 l.53E+4 11:31 8.49E-1 3.15E-4 1.25E-5 3.92E-4 9.78E-l 1.JJE+e 6.18E-1 2.93E-l 6.76E-2 3.35E-4 l.52E+4 11:31 8.41E-l 3.13E-4 1.24E-5 3.89E-4 9.73E-1 1.32E+ll 6.14E-1 2. 92E-1 6. 73E-2 3.33E-4 1.51lE+4 11:32 8.34E-1 3.12E-4 1. 24E-5 3.86E-4 9.68E-1 1. 31E+ll 6. llE-1 2.9ilE-1 6.69E-2 3.31E-4 1. 49E+4 11:33 8.26E-l 3. llllE-4 1. 23E-5 3.83E-4 9.63E-l 1. 31E+l.l 6.ll8E-l 2.89E-1 6.66E-2 3.31lE-4 1. 48E+4 11:34 8.19E-1 3. li!8E-4 1.22E-5 3.81E-4 9.58E-l 1. 31/lE+ll 6.ll5E-l 2.B7E-l 6.62E-2 3.28E-4 1. 47E+4 11:35 B.12E-l 3.ll7E-4 l.22E-5 3.78E-4 9.SJE-1 1.29E+ll 6.ll2E-l 2.86E-l 6.59E-2 3.26E-4 l.4SE+4 11136 8.ll4E-l 3.llSE-4 1.218-5 3.7SE-4 9.49E-l 1.29E+ll 5.99E-1 2.84E-1 6.56E-2 3.25E-4 1. 44E+4 11137 7.97E-1 3.ll4E-4 l.21lE-5 3.73E-4 9.44E-l 1.28E+ll S.96E-l 2.83E-l 6.52E-2 3.23E-4 1. 43E+4 11: 38 7.90E-1 3.ll2E-4 1.21lE-5 3.71lE-4 9.39E-l 1.27E+ll 5.93E-1 2. 82E-l 6.49E-2 3.21E-4 l.42E+4 11: 39 7.83E-l 3.lllE-4 l.19E-5 3.68E-4 9.34E-l l.27E+ll S.91lE-l 2.81lE-1 6.46E-2 3.21lE-4 l.41E+4 THIS IS A DRILL THIS IS A DRILL

SPS INGESTION PATHWAY EXERCISE

• RCS HRSS SAMPLE DATA Scenario !Cr-BS !Cr-BSm Kr-87 Kr-BB Xe-13lm Xe-133m Xe-133 Xe-135 I-131 I-132 I-133 I-134 I-135 I-131 D.E.

Time uCi/cc uCi/cc uCi/cc uci/cc uci/cc uci/cc uCi/cc uCi/cc uCi/cc uci/cc uci/cc uCi/cc uci/cc uCi/cc ll:41il 2 .61E+2 4.93E+l 4.22E+l l. lil3E+2 l.B2E+l 4.32E+l 4.22E+3 4.34E+2 3.30E+3 4.46E+2 2. l9E+3 l.71E+3 l.13E+3 4.lil3E+3 11141 2.61ilE+2 4.89E+l 4.lSE+l l.lil2E+2 l. BlE+l 4.29E+l 4.20E+3 4.31E+2 3.2BE+3 4.41E+2 2.1BE+3 l. 67E+3 l.12E+3 4.01E+3 11142 2.SBE+2 4.BSE+l 4. 07E+l l.lll1E+2 l. BlilE+l 4.27E+l 4.1BE+3 4.29E+2 3.26E+3 4.35E+2 2. l7E+3 l. 63E+3 l.12E+3 3.99E+3 11: 43 2.57E+2 4.BlE+l 4.llllE+l 9.9BE+l l.79E+l 4.25E+l 4.16E+3 4.27E+2 3.25E+3 4.30E+2 2.15E+3 l.59E+3 l. llE+3 3.96E+3 11:44 2.56E+2 4.76E+l 3.93E+l 9.B7E+l l.7BE+l 4.23E+l 4.14E+3 4.25E+2 3.23E+3 4.25E+2 2 .14E+3 l.55E+3 l. l0E+3 3.94E+3 11: 45 2.55E+2 4. 72E+l 3.B5E+l 9.76E+l l.77E+l 4.21E+l 4. llE+3 4.23E+2 3.21E+3 4.21lE+2 2.13E+3 l.52E+3 l. ll9E+3 3.92E+3 11146 2.53E+2 4.6BE+l 3.7BE+l 9.65E+l l.76E+l 4.19E+l 4.ll9E+3 4.21lE+2 3.21lE+3 4.14E+2 2.12E+3 l.4BE+3 l.llBE+3 3.91lE+3 11147 2.52E+2 4.64E+l 3. 72E+l 9.54E+l l. 75E+l 4.16E+l 4.ll7E+3 4.1BE+2 3.1BE+3 4.ll9E+2 2. lllE+3 l.45E+3 l.ll7E+3 3.88E+3 11148 2.51E+2 4.61lE+l 3.65E+l 9.44E+l l. 75E+l 4.14E+l 4.ll5E+3 4 .16E+2 3.16E+3 4.1!14E+2 2.ll9E+3 l.41E+3 l. ll7E+3 3.86E+3 11149 2.49E+2 4.56E+l 3.SBE+l 9.34E+l l. 74E+l 4.12E+l 4.ll3E+3 4.14E+2 3.l5E+3 3.99E+2 2.ll8E+3 l.38E+3 l.ll6E+3 3.84E+3 1115111 2.4BE+2 4.52E+l 3.52E+l 9.23E+l l. 73E+l 4.llilE+l 4.lllE+3 4 .12E+2 3.13E+3 3.94E+2 2.ll7E+3 l. 34E+3 l.ll5E+3 3.81E+3 11: 51 2.47E+2 4.4BE+l 3.45E+l 9.13E+l l. 72E+l 4.llBE+l 3.99E+3 4.lllE+2 3.12E+3 3.89E+2 2.ll5E+3 l.31E+3 l. ll4E+3 3.79E+3 11152 2.46E+2 4.44E+l 3.39E+l 9.ll3E+l l. 71E+l 4.ll6E+l 3.97E+3 4.llBE+2 3.HlE+3 3.85E+2 2.ll4E+3 l.28E+3 l.ll3E+3 3.77E+3 11: 53 2.44E+2 4.41lE+l 3.33E+l 8.93E+l l. 71lE+l 4.ll4E+l 3.95E+3 4.ll6E+2 3.IIIBE+3 3.BllE+2 2.lil3E+3 l. 25E+3 l. ll3E+3 3.75E+3 11: 54 2.43E+2 4. 36E+l 3.27E+l 8.83E+l l.69E+l 4.1112E+l 3.93E+3 4.ll4E+2 3.ll7E+3 3.75E+2 2.ll2E+3 l.22E+3 l. ll2E+3 3.73E+3 11:55 2.42E+2 4.32E+l J.21E+l B.7JE+l l.6BE+l 4.llllE+l 3.91E+3 4.ll2E+2 3.ll5E+3 3.71E+2 2. lllE+3 l. l9E+3 l. lllE+3 3. 71E+3 11156 2.41E+2 4.2BE+l J.15E+l B.64E+l l.6BE+l 3.9BE+l 3.B9E+J 4.llllE+2 3.ll4E+3 3.66E+2 l. 99E+J l.16E+3 l. llllE+3 3.69E+J 11157 2.39E+2 4.25E+l J.ll9E+l 8.54E+l l. 67E+l 3.96E+l 3.87E+3 3.97E+2 3.ll2E+3 3.61E+2 1.9BE+3 l.13E+3 9.95E+2 3.67E+3 11:58 2.3BE+2 4.21E+l 3.ll4E+l 8.45E+l l.66E+l J.94E+l 3.BSE+3 3.95E+2 3.llllE+3 3.57E+2 l.97E+J l. llE+J 9.88E+2 3.65E+3 11159 2.37E+2 4.17E+l 2.9BE+l B.36E+l l. 65E+l 3.92E+l 3.83E+3 3.93E+2 2.99E+3 3.53E+2 l. 96E+3 l.llBE+3 9.BllE+2 3.63E+3 12 :llll 2.36E+2 4.14E+l 2.93E+l 8.26E+l l. 64E+l 3.91lE+l 3.BlE+3 3.91E+2 2.97E+3 3.4BE+2 l.95E+J l. ll5E+3 9. 73E+2 3.61E+3 12: Ill 2.35E+2 4.lllE+l 2.87E+l 8.17E+l l . 63E+l 3.BBE+l 3.79E+3 3.89E+2 2.96E+3 3.44E+2 l . 94E+J l.ll3E+3 9.66E+2 J.59E+3 1211!2 2.33E+2 4.06E+l 2.82E+l B.llBE+l l. 63E+l 3.86E+l 3.77E+3 3.B7E+2 2.94E+3 3.41lE+2 l.92E+3 l.ll0E+3 9.58E+2 3.57E+3 1211l3 2.32E+2 4.ll3E+l 2.77E+l 7.99E+l l. 62E+l 3.84E+l 3.75E+3 3.BSE+2 2.93E+3 3.36E+2 l.91E+3 9.80E+2 9.51E+2 J.SSE+3 12:ll4 2.31E+2 3.99E+l 2. 72E+l 7.91E+l l. 61E+l 3.82E+l 3.73E+3 J.84E+2 2.91E+3 3.31E+2 l.911JE+3 9.56E+2 9.44E+2 3.53E+3 12 :BS 2.31ilE+2 3.96E+l 2.67E+l 7.82E+l l. 61lE+l 3.BlilE+l 3. 71E+3 J.82E+2 2.91lE+J 3.27E+2 l. 89E+3 9.33E+2 9.37E+2 3.51E+3 1211l6 2.29E+2 J.92E+l 2.62E+l 7.73E+l l. 59E+l 3.7BE+l 3.71ilE+3 J.BlilE+2 2.BBE+3 3.23E+2 1.BBE+3 9. llE+2 9.29E+2 3.49E+3 121117 2.27E+2 3.89E+l 2.57E+l 7.65E+l l. SBE+l 3.76E+l 3.68E+3 3.7BE+2 2.87E+3 3.19E+2 l.87E+J 8.89E+2 9.22E+2 3.47E+3 1211!8 2.26E+2 3.BSE+l 2.53E+l 7.56E+l l.SBE+l 3.74E+l 3.66E+3 J.76E+2 2.BSE+3 3.15E+2 l.B6E+J B.6BE+2 9.15E+2 3.46E+3 12109 2.25E+2 3. B2E+l 2.4BE+l 7.4BE+l 1.57E+l 3. 72E+l 3.64E+J 3. 74E+2 2.84E+3 3. llE+2 l.BSE+3 B.47E+2 9.lilBE+2 3.44E+3 121 lll 2.24E+2 3.79E+l 2.44E+l 7.41ilE+l l.56E+l 3.71lE+l 3.62E+3 3. 72E+2 2.B2E+3 3.lilBE+2 l. 84E+J 8. 27E+2 9.ll2E+2 3.42E+3 12: ll 2.23E+2 3.75E+l 2.39E+l 7.32E+l l. SSE+l 3.68E+l 3.61ilE+3 3.70E+2 2.BlE+3 3.04E+2 l.82E+J B.lil7E+2 8.95E+2 3.41ilE+3 12:12 2.22E+2 3. 72E+l 2.35E+l 7.23E+l l. 54E+l 3.66E+l 3.SBE+3 3.6BE+2 2.79E+3 3.01lE+2 l.BlE+J 7.B7E+2 8.BBE+2 3.3BE+3 12:13 2.21E+2 3.69E+l 2.30E+l 7.16E+l l.54E+l 3.65E+l 3.57E+3 3.66E+2 2.7BE+3 2.96E+2 l.BlilE+3 7.69E+2 B.81E+2 3.36E+3 12:14 2.19E+2 3.65E+l 2.26E+l 7.lilBE+l l. 53E+l 3.63E+l 3.5SE+3 3.64E+2 2.76E+3 2. 93E+2 l.79E+3 7.SlilE+2 B.75E+2 3.34E+3 THIS IS A DRILL THIS IS A DRILL

SPS INGESTION PATHWAY EXERCISE RCS BRSS SAMPLE DATA Total Scenario Time Sb-129 Sr-89 Sr-911! y - 91 Cs-134 Cs-136 Ce-137 Ru-1'l3 Ru-lll6 Ho-99 Activity uCi/cc uCi/cc uci/cc uCi/cc uCi/cc uci/cc uci/cc uci/cc uCi/cc uci/cc uCi/cc 11140 7.76E-l 2.99E-4 l.19B-5 3.65E-4 9.29E-l l.26B+0 5.87B-l 2.79E-l 6.42E-2 3.lBE-4 1.40E+4 11141 7.69E-l 2.98E-4 l.lBE-5 3.63E-4 9.25E-l l.26E+0 5.84E-l 2.77E-l 6.39E-2 3.16E-4 1.38E+4 11142 7.62E-l 2.96E-4 l. l 7E-5 3.61lE-4 9.21lE-l l.25EHl 5.BlE-1 2.76E-l 6.36E-2 3.15E-4 l.37E+4 11:43 7.56E-l 2.95E-4 l. l 7E-5 3.57E-4 9.15E-1 1.24E+0 5.78E-1 2.74E-1 6.32E-2 3 .13E-4 1.36E+4 11144 7.49E-l 2.93E-4 l.16E-5 3.55E-4 9. llE-1 l.24E+lil 5.75E-l 2.73E-l 6.29E-2 3.12E-4 1. 35E+4 11145 7.42E-l 2.92E-4 l.16E-5 3.52E-4 9.ll6E-l l.23E+0 5. 72E-l 2. 72E-l 6.26E-2 3.lllE-4 1. 34E+4 11:46 7.35E-l 2.90B-4 l.15E-5 J.51lE-4 9 .illE-1 1.22E+0 5.69E-l 2.70E-l 6.23E-2 3.08E-4 l. 33E+4 11147 7.29E-l 2.89E-4 l.14E-5 3.48E-4 8.97E-l l.22E+lil 5.66E-l 2.69E-l 6.20E-2 3.07E-4 l.32E+4 11:48 7.22E-l 2.87E-4 l.14B-5 3.45E-4 8.92E-l l.21E+0 5.63E-l 2.68E-l 6.17E-2 3.ll5E-4 1. 31E+4 11149 7.16E-l 2.86E-4 1. lJE-5 3.43E-4 8.88E-l l.21lE+ll 5.61lE-l 2.66E-l 6.lJE-2 3.ll4E-4 l. 31lE+4 l1151l 7. lllE-1 2.84E-4 l.13E-5 3.41lE-4 8.BJE-1 l.21lE+ll 5.58E-l 2.65E-l 6.lllE-2 3.ll2E-4 l.29E+4 11151 7.lllJE-1 2.83E-4 l.12E-5 3.JBE-4 8.79E-l l.19E+ll 5.55E-l 2.63E-l 6.ll7E-2 3.lllE-4 l.28E+4 11152 6.97E-1 2.BlE-4 l.12E-5 3.36E-4 B.74E-l l.19E+ll 5.52E-l 2.62E-l 6.ll4E-2 2.99E-4 l.27E+4 11:53 6.91E-l 2.BllE-4 l. llE-5 3.33E-4 8.71lE-l l.lBE+ll 5.49E-l 2.61E-l 6. illE-2 2.9BE-4 l.26E+4 11:54 6.85E-l 2.78E-4 1. HlE-5 3.31E-4 8.65E-l l.17E+111 5.46E-l 2.59E-l 5.98E-2 2.96E-4 l.25E+4 11155 6.79E-l 2.77B-4 l.10E-5 3.29E-4 8.61E-l l.17E+0 5.43E-l 2.58E-l 5.95E-2 2.95E-4 l.24E+4 11:56 6. 72E-l 2.76E-4 l. 09E-5 3.26E-4 8.56E-l l.16E+ll 5. 41E-l 2.57E-l 5. 92E-2 2.93E-4 l.23E+4 11:57 6.66E-l 2.74E-4 l. ll9E-5 3.24E-4 8. 52E-l l.16E+ll 5.38E-l 2.56E-l 5.89E-2 2.92E-4 l.22E+4 11:58 6.61E-l 2.73E-4 l. llBE-5 3.22E-4 8.4BE-1 l.15E+ll 5.35E-l 2.54E-l 5.86E-2 2.91lE-4 l.21E+4 11159 6.55E-l 2. 71E-4 l. llBE-5 3.21lE-4 8.43E-l l.14E+ll 5.32E-1 2.53E-l 5.83E-2 2.89E-4 l.21lE+4 1211lll 6.49E-1 2.71lE-4 l. ll7E-5 3.17E-4 8.39E-l 1.14EHl 5.JllE-1 2.52E-l 5.BllE-2 2.87E-4 l.19E+4 12

• Ill 6.43E-l 2.69E-4 l.lil6E-5 3.15E-4 8.35E-l l.13E+ll 5.27E-l 2.51lE-l 5. 77E-2 2.86E-4 l.19E+4 12:02 6.37E-l 2.67E-4 l. ll6E-5 3.13E-4 8.30E-l l.13E+ll 5.24E-l 2.49E-l 5.74E-2 2.84E-4 l.1BE+4 12zll3 6.32E-l 2.66E-4 l.ll5E-5 3.llE-4 8.26E-l 1.12E+ll 5.22E-l 2.48E-l 5. 71E-2 2.BJE-4 l. l 7E+4 12:ll4 6.26E-l 2.65E-4 l.ll5E-5 3.ll9E-4 B.22E-l l .12E+l11 5.19E-l 2.47E-l 5.68E-2 2.BlE-4 l.16E+4 12105 6.21lE-l 2.63E-4 l.04E-5 3.06E-4 8.lBE-1 l.llE+0 5.16E-l 2.45E-l 5.65E-2 2.80E-4 l.15E+4 12:06 6.15E-l 2.62E-4 l.04E-5 3.04E-4 8.14E-1 l. llilE+0 5.14E-1 2.44E-l 5.62E-2 2.7BE-4 1.14E+4 12zll7 6.ll9B-1 2.61E-4 l.ll3E-5 3.ll2E-4 8.10E-1 1. lllE+ll 5.llE-1 2.43E-l 5.59E-2 2.77E-4 l.13E+4 12:08 6.ll4E-l 2.59E-4 1. ll3E-5 3.01lE-4 8.ll5E-1 l.ll9E+ll 5.llBE-1 2.42E-l 5.57E-2 2.76E-4 l.13E+4 1211l9 5.99E-l 2.58E-4 l.ll2E-5 2.98E-4 8.01E-1 l.ll9E+ll 5.ll6E-l 2.41lE-l 5.54E-2 2.74E-4 l.12E+4 121 lll 5.93E-l 2.57E-4 l.ll2E-5 2.96E-4 7.97E-l l.llBE+ll 5.ll3E-l 2.39E-l 5.51E-2 2.73E-4 1.11E+4 12111 5.BBE-1 2.55E-4 1.lllE-5 2.94E-4 7.93E-l 1. llBE+lil 5. lllE-1 2.38E-l 5.48E-2 2. 71E-4 l.lllE+4 12:12 5.B3E-l 2.54E-4 1. illE-5 2.92E-4 7.B9E-1 l. ll7E+ll 4.9BE-1 2.37E-l 5.45E-2 2.71lE-4 l.ll9E+4 12: 13 5.77E-l 2.53E-4 1. llllE-5 2.91lE-4 7.B5E-l l. ll7E+ll 4.96E-l 2.35E-1 5.43E-2 2.69E-4 l.ll9E+4 12:14 5.72E-l 2.51E-4 9.96E-6 2.BBE-4 7.BlE-1 l.ll6EHl 4.93E-l 2.34E-l 5.41ilE-2 2.67E-4 l.llBE+4 THIS IS A DRILL THIS IS A DRILL

SPS INGESTION PATHWAY EXERCISE RCS HRSS SAMPLE DATA Scenario .ltr-85 ltr-8Sm ltr-87 ltr-88 Xe-13lm Xe-133m Xe-133 Xe-135 I-131 I-132 I-133 I-134 I-135 I-131 D.E. Time uCi/cc uCi/cc uCi/cc uCi/cc uCi/cc uCi/cc uci/cc uci/cc uCi/cc uCi/cc uci/cc uci/cc uci/cc uCi/cc 12:15 2.18E+2 3.62B+l 2.22E+l 7.llllllE+l 1. 52E+l 3.61E+l 3.53E+3 3.63E+2 2.75E+3 2.89E+2 1. 78E+3 7.32E+2 8.68E+2 3.33E+3 12: 16 2.17E+2 3.59E+l 2.lBE+l 6.92E+l l.51E+l 3.59E+l 3.51E+3 3.61E+2 2.73E+3 2.BSE+2 1. 77E+3 7.15E+2 B.61E+2 3.31E+3 12117 2.16E+2 3.56E+l 2.14E+l 6.85E+l l.51E+l 3.57E+l 3.49E+3 3.59E+2 2. 72E+3 2.B2E+2 l.76E+3 6.97E+2 B.55E+2 3.29E+3 12118 2.lllE+2 3.45E+l 2.llSE+l 6.61E+l l.46E+l 3.47E+l 3.411lE+3 3.49E+2 2.64E+3 2. 72E+2 1. 71E+3 6.65E+2 B.29E+2 3.21lE+3 12:19 2.ll4E+2 J.34E+l 1. 97E+l 6.39E+l l.42E+l 3.37E+l J.JIIJE+J 3.39E+2 2.57E+3 2.62E+2 1. 66E+3 6.34E+2 B.ll3E+2 3. lllE+J 12121l 1.98E+2 3.23E+l 1. 89E+l 6.17E+l 1. 38E+l J.28E+l 3.21E+3 3.29E+2 2.SllE+J 2.53E+2 1. 61E+3 6.ll4E+2 7.79E+2 3.1112E+3 12:21 1.93E+2 3.13E+l 1. BlE+l S.96E+l 1. 34E+l 3.19E+l 3.12E+3 3.21lE+2 2.43E+3 2.44E+2 1. 57E+3 S.76E+2 7.SSE+2 2.93E+3 12:22 1. B7E+2 3.1113E+l l.74E+l 5.76E+l 1. 31E+l 3.lllE+l 3.ll3E+3 3.11E+2 2.36E+3 2.36E+2 1.52E+3 S.49E+2 7.32E+2 2.85E+3 12:23 l.82E+2 2.93E+l l.67E+l S.57E+l l.27E+l 3. lllE+l 2.94E+3 3.ll2E+2 2.29E+3 2.27E+2 1. 48E+3 S.24E+2 7.lllE+2 2. 77E+3 12124 1. 77E+2 2.84E+l 1. 61lE+l S.38E+l l.23E+l 2.93E+l 2.86E+3 2.94E+2 2.23E+J 2.19E+2 1. 43E+3 4.99E+2 6.BBE+2 2.69E+3 12125 l.72E+2 2.75E+l l.SJE+l S.21lE+l l.21lE+l 2.84E+l 2.78E+3 2.B6E+2 2.16E+3 2 .12E+2 1. 39E+3 4.76E+2 6.67E+2 2.61E+3 12126 1. 67E+2 2.66E+l 1. 47E+l S.ll2E+l l.16E+l 2.76E+l 2.71lE+3 2.78E+2 2.lllE+3 2 .lll4E+2 1. 35E+3 4.54E+2 6.47E+2 2.54E+3 12127 1.63E+2 2.SBE+l 1.41E+l 4.BSE+l 1.13E+l 2.69E+l 2.63E+3 2.7ilE+2 2.ll4E+3 1. 97E+2 1. 31E+3 4.JJE+2 6.27E+2 2.47E+3 12:28 l.58B+2 2.SllE+l l.JSE+l 4. 68E+l 1. HlE+l 2.61E+l 2.55E+3 2.62E+2 1. 99E+3 l.91lE+2 l.28E+3 4.13E+2 6.ll8E+2 2.41lE+3 12129 l.53E+2 2.42E+l 1. JllE+l 4.SJE+l l.l!J7E+l 2.54E+l 2.4BE+3 2.55E+2 1.93E+3 l.83E+2 1. 24E+3 3.94E+2 S.B9E+2 2.33E+3 12: JIil 1. 49E+2 2.34E+l 1.24E+l 4.37E+l l.l!J4E+l 2.47E+l 2.41E+3 2.4BE+2 1.BBE+3 1. 77E+2 1. 21ilE+3 3.75E+2 5. 71E+2 2.26E+3 12:31 l.45E+2 2.27E+l 1.19E+l 4.22E+l l. lllE+l 2.41lE+l 2.34E+3 2.41E+2 l.B2E+3 l.71E+2 1.17E+3 3.5BE+2 5.54E+2 2.21lE+3 12132 l.41E+2 2.19E+l l.14E+l 4.llBE+l 9.82E+ll 2.33E+l 2.2BE+3 2.34E+2 1. 77E+3 1. 65E+2 1.13E+3 3.41E+2 5.37E+2 2.13E+3 12133 l.37E+2 2.12E+l 1. lllE+l 3.94E+l 9.54E+ll 2.26E+l 2.21E+3 2.27E+2 1. 72E+3 1.59E+2 1. llllE+3 3.25E+2 5.21lE+2 2.ll7E+3 12:34 l.33E+2 2.ll6E+l l.llSE+l 3.BlE+l 9.27E+ll 2.21lE+l 2.15E+3 2.21E+2 1. 67E+J 1. 53E+2 1. ll7E+3 3.HlE+2 S.ll5E+2 2.lllE+3 12:35 l.29E+2 1. 99E+l l. lllE+l 3.6BE+l 9.lllE+ll 2.14E+l 2.ll9E+3 2.15E+2 1.63E+3 1. 4BE+2 1. ll4E+J 2.96E+2 4.89E+2 l.96E+3 12:36 1.26E+2 1. 93E+l 9.69E+IIJ 3.56E+l 8.76E+111 2.111BE+l 2.1113E+3 2.1119E+2 1. 58E+3 1. 43E+2 1. llllE+J 2.82E+2 4.74E+2 l.91lE+3 12137 1.22E+2 l.87E+l 9.29E+III 3.44E+l 8.SlE+ll 2.ll2E+l 1. 9BE+3 2.lll3E+2 l.54E+3 1. 3BE+2 9.BlllE+2 2.69E+2 4.61lE+2 1.BSE+J 12:38 l.19E+2 l.BlE+l 8.91E+ll 3.32E+l 8.27E+ll 1. 96E+l 1. 92E+3 1. 97E+2 1. 49E+3 1. 33E+2 9.52E+2 2.56E+2 4.46E+2 1.81lE+3 12:39 l.15E+2 1. 75E+l 8.55E+111 3.21E+l 8.lll4E+ll 1. 91E+l 1. 87E+3 1. 92E+2 1. 45E+3 l.28E+2 9.24E+2 2.44E+2 4.32E+2 1. 74E+3 12 :4111 l.12E+2 l.71lE+l B.211lE+ll 3.lllE+l 7.82E+lil l.85E+l 1.BlE+J l.86E+2 1. 41E+3 1.24E+2 8.9BE+2 2.33E+2 4.19E+2 l.69E+3 12:41 l. lll9E+2 1.64E+l 7.86E+lll 2.99E+l 7.611lEHl 1. BlllE+l l.76E+3 l.81E+2 1. 37E+J 1.19E+2 8. 72E+2 2.22E+2 4.lll6E+2 l.65E+3 12:42 l.1!6E+2 1. 59E+l 7.54E+111 2.89E+l 7.38E+III 1. 75E+l 1. 71E+3 l.76E+2 1. 33E+J 1.15E+2 8.47E+2 2.12E+2 3.94E+2 1.61lE+3 12143 1. ll3E+2 1.54E+l 7 .23E+lll 2.79E+l 7.17E+lll 1. 7111E+l 1. 67E+3 1. 71E+2 l.29E+3 1.11E+2 8.22E+2 2.lll2E+2 3.82E+2 l.55E+3 12:44 l.llllllE+2 1. 49E+l 6 .94E+lll 2.711lE+l 6.97E+II 1. 65E+l l.62E+3 1.66E+2 1. 26E+3 l. lll7E+2 7.98E+2 l.92E+2 3.711lE+2 l.SlE+J 12145 9.73E+l 1. 44E+l 6 .6SE+lll 2.61E+l 6.78E+lll 1.61E+l 1. 57E+3 l.62E+2 1.22E+3 1.lll3E+2 7.7SE+2 1.83E+2 3.59E+2 1.47E+3 12:46 9.46E+l 1. 4111E+l 6. JBE+lll 2.52E+l 6. 59E+lll 1. 56E+l 1.SJE+J l.57E+2 l.19E+3 9.98E+l 7.53E+2 1. 75E+2 3.4BE+2 l.43E+3 12:47 9.19E+l 1. JSE+l 6.12E+ll 2.43E+l 6.411lE+lll 1. 52E+l 1. 49E+3 1. 53E+2 1. lSE+J 9.63E+l 7.31E+2 1. 67E+2 3.37E+2 l.39E+3 12:48 B.93E+l 1. JlE+l 5. B7E+lll 2.JSE+l 6.22E+ll 1. 48E+l 1. 44E+3 l.4BE+2 l.12E+3 9.29E+l 7 .111JE+2 1. 59E+2 3.27E+2 1. 35E+3 12:49 B.6BE+l 1.27E+l S.63E+ll 2. 27E+l 6 .llSE.f.ll 1.43E+l 1. 411lE+3 1. 44E+2 l. ll9E+3 B.96E+l 6.911lE+2 1. 52E+2 3.17E+2 1. 31E+3 THIS IS A DRILL THIS IS A DRILL

SPS INGESTION PATll'li'AY EXERCISE RCS HRSS SAMPLE DATA Total Scenario Sb-129 Sr-89 Sr-91l y - 91 C11-134 Ce-136 C11-137 Ru-lll3 Ru-Hl6 Mo-99 Activity Time uCi/cc uci/cc uCi/cc uci/cc uCi/cc uci/cc uCi/cc uci/cc uCi/cc uci/cc uCi/cc 12,15 5.67E-l 2.51lE-4 9.91E-6 2.86E-4 7.77E-l 1.ll5E+ll 4.91E-l 2.33E-l 5.37E-2 2.66E-4 l.ll7E+4 12:16 5.62E-l 2.49E-4 9.86E-6 2.84E-4 7.73E-1 l. ll5E+ll 4.BBE-1 2.32E-1 5.34E-2 2.65E-4 1.ll6E+4 12, 17 5.57E-l 2.48E-4 9.BlE-6 2.82E-4 7.69E-l l.ll4E+ll 4.86E-l 2.31E-1 5.32E-2 2.63E-4 1.1116E+4 12:18 5.39E-l 2.41E-4 9.54E-6 2.73E-4 7.4BE-l 1.llllE+III 4.72E-l 2.24E-l 5.17E-2 2.56E-4 1. ll2E+4 12:19 5.22E-1 2.34E-4 9.27E-6 2.65E-4 7.27E-1 9.86E-l 4.59E-1 2.lBE-1 5.1112E-2 2.49E-4 9.94E+3 12 ,21il 5.ll6E-l 2.27E-4 9.llllE-6 2.57E-4 7.1116E-l 9.59E-l 4.46E-l 2.12E-l 4.BBE-2 2.42E-4 9.64E+3 12:21 4.B9E-l 2.21E-4 B.76E-6 2.49E-4 6.B6E-l 9.32E-l 4.33E-l 2.ll6E-l 4.74E-2 2.35E-4 9.36E+3 12:22 4.74E-l 2.lSE-4 8.SlE-6 2.42E-4 6.67E-l 9.llSE-1 4.21E-l 2 .llllE-1 4.61E-2 2.2BE-4 9.111BE+3 12:23 4.59E-l 2.ll9B-4 8.27E-6 2.JSE-4 6.4BE-1 8. BIIIE-1 4.ll9E-l 1.94E-l 4.48E-2 2.22E-4 8.81E+3 12:24 4.44B-l 2.ll3B-4 8.ll4B-6 2.28E-4 6.3111E-l 8.SSE-1 3.98E-l 1. B9E-1 4.35E-2 2.16E-4 8.54E+3 12 :25 4. 311JB-1 1.97B-4 7.BlE-6 2.21E-4 6.12E-l 8.JlE-1 3.87B-l 1. 84E-1 4.23E-2 2.lllE-4 8.29E+3 12:26 4.16B-l l.92B-4 7.59E-6 2.14E-4 5.95E-l 8.llBE-1 3.76E-l l.78E-1 4. llE-2 2.1114E-4 8.1114E+3 12,27 4.llJB-1 l.86E-4 7.38E-6 2.IIIBE-4 5.78E-1 7.BSE-1 3.65E-l 1. 73E-1 4.lllllE-2 1. 98E-4 7.8111E+3 12:28 3 .9111E-l 1.BlE-4 7.17E-6 2.1112E-4 5.62E-l 7.63E-1 3.55E-l 1. 69E-l 3.BBE-2 l.92E-4 7.57E+3 12:29 3.78E-1 l.76E-4 6.97E-6 1. 96E-4 5.46E-l 7.42E-l 3.45E-l 1. 64E-l 3.78E-2 l. 87E-4 7.JSE+3 12 :JIil 3.66E-l 1. 71B-4 6.77E-6 l.91/lE-4 5.31E-l 7.21E-l 3.35E-l 1. 59B-l J.67E-2 l.82E-4 7.1JE+3 12,Jl 3.54E-l 1. 66E-4 6.SBE-6 l. B4E-4 S.16E-l 7. llllE-1 3.26E-l 1.SSE-1 3.57E-2 l.77E-4 6.92E+3 12:32 3.43E-1 1.61B-4 6.41lE-6 l.78E-4 S.1112E-1 6.BlE-1 J.17E-l 1.5111E-1 J.47E-2 l.72E-4 6.71E+J 12,33 3.32E-l l.57E-4 6.22E-6 1.73E-4 4.87E-l 6.62E-l 3.llBE-1 l. 46E-1 3.37E-2 l.67E-4 6.SlE+J 12134 3.21B-1 1.52E-4 6. ll4E-6 1.68E-4 4.74E-l 6.43E-1 2.99E-1 l.42E-1 3.27E-2 l.62E-4 6.J2E+3 12,35 3. llB-1 1. 48B-4 5.87E-6 1. 63E-4 4.6111E-1 6.25E-l 2.91E-1 1. 38E-1 3.lBE-2 1.SBE-4 6.13E+3 12,36 3.UE-1 1.44B-4 S. 71E-6 l.5BE-4 4.48E-1 6.llBE-1 2.83E-1 1. 34E-l J.ll9E-2 l. 53E-4 5.95E+3 12,37 2.92E-1 l.4111B-4 5.55E-6 l.53E-4 4.JSE-1 5.91/lE-1 2.75E-1 1. 31lE-l J.llllE-2 1.49E-4 5.78E+3 12,38 2.82E-l l.36E-4 5.39E-6 1.49E-4 4.2JE-1 5.74E-l 2.67E-1 l.27E-l 2. 92E-2 1. 45E-4 5.6111E+J 12:39 2.73E-l l.32E-4 5.24E-6 1. 44E-4 4.llE-1 5.5BE-1 2.59E-1 l.23E-1 2.84E-2 l.41E-4 5.44E+3 1214111 2.65E-1 1.29E-4 5.ll9E-6 1. 40E-4 3.99E-1 5.42E-1 2.52E-1 1.2111E-1 2.76E-2 l.37E-4 5.2BE+3 12:41 2.56B-1 1.25E-4 4.95B-6 1.36E-4 3.BBE-1 5.27B-1 2.45B-1 1.16E-1 2. 6BE-2 1. 3JE-4 5.12E+3 12142 2.48B-1 1.21B-4 4.BlE-6 l.32E-4 3.77E-l 5.12E-1 2.38B-1 1.13B-l 2.61E-2 l.29E-4 4.97E+J 12:43 2.40B-1 1. lBE-4 4.6BE-6 l.28E-4 3.67E-1 4.98E-1 2.31E-1 1.UE-1 2.53E-2 l.25E-4 4.BJE+3 12:44 2.JJE-1 1. lSE-4 4.SSE-6 l.24E-4 J.56E-l 4.84E-1 2.25E-1 1.1117E-1 2.46E-2 l.22E-4 4.68E+J 12:45 2.25E-l l. llE-4 4.42E-6 1.2111E-4 J.46E-1 4.71lE-1 2.19E-l 1. ll4E-l 2.39E-2 l. lBE-4 4.55E+3 12:46 2.lBE-1 1. llBE-4 4.29E-6 1. l 7E-4 J.37E-1 4.57E-l 2.12E-l 1. lllE-1 2.33E-2 1.15E-4 4.41E+3 12:47 2. llE-1 1. IIISE-4 4.17E-6 1.13E-4 3.27E-1 4.44E-l 2.ll7E-1 9.BlE-2 2.26E-2 l.12E-4 4.2BE+3 12:48 2. UE-1 1. ll2E-4 4.1116E-6 l. llllE-4 3.lBE-1 4.J2E-l 2.UE-1 9.53E-2 2 .2111E-2 1.ll9E-4 4.16E+3 12 :49 1. 9BE-l 9.94E-5 3.94E-6 1. ll6E-4 3.ll9E-l 4.19E-l 1. 95E-1 9.27E-2 2.14E-2 1.ll6E-4 4.llJE+J THIS IS A DRILL THIS IS A DRILL

SPS INGESTION PATHWAY EXERCISE RCS HRSS SAMPLE DATA Scenario Kr-85 Kr-B5m Kr-87 Kr-B.B Xe-13lm Xe-133m Xe-133 Xe-135 I-131 I-132 I-133 I-134 I-135 I-131 D.E. Time uci/cc uCi/cc uci/cc uci/cc uci/cc uci/cc uCi/cc uci/cc uci/cc uCi/cc uci/cc uci/cc uCi/cc uci/cc 12:51l 8.44E+l 1.23E+l 5.41/lE+ll 2.19E+l 5.BBE+ll 1. 39E+l l.36E+3 l.41lE+2 l.lll6E+3 8.65E+l 6. 711JE+2 l.45E+2 3.ll7E+2 l.27E+3 12:51 B.21lE+l l.19E+l 5.lBE+ll 2.12E+l 5. 71E+ll l.36E+l 1. 33E+3 1. 36E+2 l.ll3E+3 B.35E+l 6.51lE+2 1. 38E+2 2.98E+2 l.23E+3 12152 7.97E+l 1.15E+l 4.97E+ll 2.ll5E+l 5.55E+ll 1. 32E+l l.29E+J l.32E+2 1. llllE+J B.ll5E+l 6.32E+2 1. 31E+2 2.89E+2 l.21lE+3 12:53 7.74E+l 1.12E+l 4.76E+ll l.98E+l 5.41lE+ll 1. 28E+l l.25E+3 l.29E+2 9. 71E+2 7.77E+l 6.13E+2 l.25E+2 2.BllE+2 l.17E+J 12:54 7.53E+l l.ll8E+l 4.57E+ll 1. 91E+l 5.24E+ll l.24E+l l.22E+3 l.25E+2 9.44E+2 7.51lE+l 5.96E+2 l.19E+2 2. 71E+2 l. lJE+J 12:55 7.32E+l 1.ll5E+l 4.JBE+ll 1. 85E+l 5.lllE+ll l.21E+l 1. lBE+J l.21E+2 9.17E+2 7.23E+l S.78E+2 1.14E+2 2.63E+2 l.UlE+3 12:56 7. llE+l 1. lllE+l 4.21lE+ll l.78E+l 4.95E+ll 1.18E+l 1.15E+3 l.1BE+2 8.92E+2 6.9BE+l 5.62E+2 l.ll9E+2 2.55E+2 1.ll7E+3 12:57 6.91E+l 9.81lE+ll 4.llJE+ll 1. 72E+l 4.81E+ll 1.14E+l 1.12E+3 l.15E+2 8.66E+2 6.73E+l 5.45E+2 1. ll4E+2 2.47E+2 1.lil4E+3 12:58 6.72E+l 9.49E+ll 3.87E+ll 1. 67E+l 4.68EHJ 1. llE+l l.ll9E+3 l.12E+2 8.42E+2 6.49E+l 5.JllE+2 9.87E+l 2.41lE+2 1.lllE+J 12:59 6.53E+l 9.19E+ll 3. 71E+IIJ 1. 61E+l 4.55E+IIJ 1. ll8E+l 1.ll6E+3 l. ll8E+2 8.18E+2 6.27E+l 5.14E+2 9. 41E+l 2.32E+2 9.81lE+2 13:llll 6.34E+l 8.911JE+ll J.56E+ll 1.55E+l 4.42E+lil 1.ll5E+l 1.llJE+J 1. lil5E+2 7.95E+2 6. IIJ5E+l 5.lilllE+2 8.97E+l 2.25E+2 9.53E+2 13:lll 6.17E+l 8.62E+ll 3.41E+ll 1. SllE+l 4.JllE+lil 1.ll2E+l 9.97E+2 1.ll2E+2 7.73E+2 5.83E+l 4.85E+2 8.56E+l 2.1BE+2 9.26E+2 13:ll2 5.99E+l B.34E+ll 3.27E+ll l.45E+l 4.17E+ll 9.91E+ll 9.69E+2 9.95E+l 7.51E+2 5.63E+l 4.71E+2 8.16E+l 2.12E+2 8.99E+2 13:llJ 5.82E+l 8.llBE+ll 3.14EHl 1. 41lE+l 4.ll6E+ll 9. 63E+ll 9.42E+2 9.67E+l 7.31lE+2 5.43E+l 4.58E+2 7.78E+l 2.ll5E+2 8.74E+2 13:ll4 5.66E+l 7.B2E+ll 3.lllE+ll l.35E+l 3.94E+ll 9.36E+ll 9.15E+2 9.41lE+l 7.ll9E+2 5.24E+l 4.44E+2 7.42E+l 1. 99E+2 8.49E+2 13:llS 5.SllE+l 7.57E+ll 2.89E+ll 1.31E+l 3.83E+ll 9.ll9E+ll B.89E+2 9.14E+l 6.B9E+2 5.ll5E+l 4.31E+2 7.ll7E+l 1. 93E+2 8.25E+2 1311!6 5.35E+l 7.33E+ll 2.77E+ll 1.26E+l 3.72EHI 8.84EHl 8.64E+2 8.BBE+l 6.71lE+2 4.8BE+l 4.19E+2 6.74E+l 1. 87E+2 8.ll2E+2 13:ll7 5.21lE+l 7. UlE+ll 2.66E+ll 1.22E+l 3.62E+ll 8.59E+ll B.41lE+2 B.63E+l 6.51E+2 4.71E+l 4.ll7E+2 6.43E+l 1. B1E+2 7.79E+2 131 IIJB 5.ll5E+l 6.8BE+ll 2.55E+ll 1.18E+l 3.52E+ll B.35E+ll B.17E+2 8.39E+l 6.33E+2 4.54E+l 3.95E+2 6.13E+l 1.76E+2 7.57E+2 13:ll9 4.91E+l 6.66E+ll 2.44EHl 1.14E+l 3.42E+ll B. llE+ll 7.94E+2 8.15E+l 6.15E+2 4.3BE+l 3.B4E+2 5.B4E+l 1. 71lE+2 7.35E+2 13:lll 4. 77E+l 6.45E+ll 2.34E+ll 1. lllE+l 3.32E+ll 7.89E+ll 7. 71E+2 7.92E+l 5.97E+2 4.23E+l 3.73E+2 5.57E+l 1. 65E+2 7.14E+2 13111 4.64E+l 6.24E+ll 2.25E+ll l.ll6E+l 3.23E+ll 7 .66E+lil 7.51lE+2 7.7111E+l 5.81E+2 4.llBE+l 3.62E+2 5.JlE+l l.611JE+2 6.94E+2 13:12 4.51E+l 6.ll4E+ll 2.16E+IIJ l.ll3E+l 3 .14E+lil 7.45E+IIJ 7.29E+2 7.4BE+l 5.64E+2 3.93E+l 3.51E+2 5.ll6E+l 1. 55E+2 6. 74E+2 13:13 4.3BE+l 5.B5E+ll 2.ll7E+ll 9.93E+ll 3.ll5E+lil 7.24E+lil 7.IIJBE+2 7.27E+l 5.4BE+2 3.BllE+l 3.41E+2 4.B3E+l 1. 51E+2 6.55E+2 13:14 4.26E+l 5.67E+ll l.98E+ll 9.61lE+ll 2.97E+ll 7.ll4E+ll 6.8BE+2 7.ll7E+l 5.33E+2 3.66E+l 3.31E+2 4.61lE+l 1. 46E+2 6.37E+2 13:15 4.l4E+l 5.49EHl 1. 91ilE+ll 9.27E+ll 2.BBE+IIJ 6.B4E+IIJ 6.69E+2 6.87E+l 5.1BE+2 3.53E+l 3.22E+2 4.39E+l l.42E+2 6.19E+2 13:16 4.ll2E+l 5.31E+ll 1.82E+ll B.96E+ll 2.BllE+ll 6.65E+ll 6.511JE+2 6.68E+l 5.lil3E+2 3.41E+l 3.13E+2 4.lBE+l 1. 37E+2 6.lllE+2 13117 3.91E+l 5.15E+ll 1. 75E+ll 8.65E+ll 2. 72E+ll 6.46E+ll 6.32E+2 6.49E+l 4.89E+2 3.29E+l 3.ll4E+2 3.99E+l 1. 33E+2 5.B4E+2 13:18 3.81lE+l 4.9BE+ll 1. 68E+ll 8.36E+ll 2.65E+ll 6.2BE+ll 6.14E+2 6.JlE+l 4.75E+2 3.17E+l 2.95E+2 3.BllE+l 1.29E+2 5.67E+2 13:19 3.69E+l 4.B2E+ll 1. 61E+ll 8.llBE+ll 2.57E+ll 6. UlE+ll 5.97E+2 6.lJE+l 4.62E+2 3. ll6E+l 2.B6E+2 3.63E+l l.25E+2 5.51E+2 13:20 3.59E+l 4. 67E+111 1. 54E+111 7.BllE+ll 2.51lE+ll 5.93E+ll 5.BllE+2 5.96E+l 4.49E+2 2.95E+l 2.7BE+2 3.46E+l 1. 21E+2 5.36E+2 13:21 3.49E+l 4.52E+ll 1. 48E+IIJ 7.54E+ll 2.43E+ll S.76E+ll S.64E+2 5.79E+l 4.36E+2 2.BSE+l 2. 711JE+2 3.JllE+l 1.1BE+2 S.21lE+2 13:22 3.39E+l 4.3BE+ll 1. 42E+ll 7.28E+ll 2.36E+ll S.61lE+ll 5.48E+2 S.63E+l 4.24E+2 2.75E+l 2. 62E+2 3.14E+l l. l4E+2 S.ll6E+2 13:23 3.29E+l 4.24E+ll 1. 36E+ll 7.ll4E+ll 2.29E+ll 5.44E+ll S.33E+2 S.47E+l 4.12E+2 2.65E+l 2.SSE+2 3.llllE+l l. lllE+2 4.91E+2 13:24 J.21lE+l 4. llE+ll l.31EH! 6 .BllE+ll 2.23E+ll 5.29E+ll 5.18E+2 5.32E+l 4.llllE+2 2.56E+l 2.47E+2 2.B6E+l l. ll7E+2 4.77E+2 THIS IS A DRILL THIS IS A DRILL

SPS INGESTION PATHWAY EXERCISE

• RCS BRSS SAMPLE DATA Total Scenario Sb-129 Sr-89 Sr-91l y - 91 Ce-134 Ce-136 Cs-137 Ru-11113 Ru-lll6 Ho-99 Activity Time uCi/cc uCi/cc uci/cc uCi/cc uCi/cc uci/cc uci/cc uCi/cc uCi/cc uci/cc uCi/cc 12:Sll 1. 92E-1 9.66E-5 3.83E-6 1. ll3E-4 3.llllE-1 4.llBE-1 l.91lE-l 9.lllE-2 2. llBE-2 1. ll3E-4 3.92E+3 12:51 1. BSE-1 9.39E-5 3. 72E-6 l.llllE-4 2.92E-l 3.96E-l 1. 84E-l 8.75E-2 2. ll2E-2 9.99E-5 3.81lE+3 12:52 1. 811)E-l 9.13E-5 3.62E-6 9. 72E-5 2.84E-1 3.BSE-1 l.79E-l 8.SlE-2 1. 96E-2 9. 71E-5 3.69E+3 12:53 1. 74E-l 8.87E-5 3.52E-6 9.43E-5 2.76E-l 3.74E-l 1. 74E-l 8.27E-2 1. 91E-2 9.43E-5 3.58E+3 12 :54 1. 68E-1 8.62E-5 3.42E-6 9.14E-5 2.68E-1 3.64E-l 1. 69E-l B.ll4E-2 l.85E-2 9.l7E-5 3.48E+3 12:55 1. 63E-l 8.JBE-5 3.32E-6 B.87E-5 2.61lE-l 3.53E-l 1. 64E-l 7.BlE-2 l.BllE-2 8.91E-5 3.37E+3 12156 1.58E-l 8.lSE-5 3.23E-6 8.61lE-5 2.53E-1 3.44E-1 1. 61lE-l 7.59E-2 1. 75E-2 8.66E-5 3.28E+3 12157 1.53E-1 7.92E-5 3.14E-6 8.35E-5 2.46E-1 3.34E-1 1. SSE-1 7.38E-2 1. 71lE-2 8.42E-5 3.1BE+3 12158 1. 48E-1 7.69E-5 3.05E-6 8. HlE-5 2.39E-l 3.25E-1 1. 51E-1 7.17E-2 1.65E-2 8.lBE-5 3.ll9E+3 12:59 1. 43E-1 7.48E-5 2.96E-6 7.BSE-5 2.32E-1 3.lSE-1 1. 47E-l 6.97E-2 1. 61E-2 7.95E-5 3.llllE+3 13:01l 1. 39E-1 7.27E-5 2.BBE-6 7.62E-5 2.26E-1 3.ll7E-1 1. 43E-l 6.77E-2 1.56E-2 7.73E-5 2.91E+3 13:lll 1. 34E-l 7.ll6E-5 2.BllE-6 7.39E-5 2.19E-l 2.98E-1 l.39E-1 6.SBE-2 l.52E-2 7.51E-5 2.B2E+3 13102 1. 31lE-1 6.86E-5 2.72E-6 7.17E-5 2.13E-l 2.91lE-l 1. 35E-l 6. 41lE-2 l.47E-2 7. 31lE-5 2.74E+3 13:03 1.26E-1 6.67E-5 2.64E-6 6.95E-5 2.ll7E-1 2.BlE-1 1. 31E-l 6.22E-2 l.43E-2 7.ll9E-5 2.66E+3 13104 1.22E-1 6.48E-5 2.57E-6 6.75E-5 2.lllE-1 2.73E-1 l.27E-l 6.ll4E-2 1.39E-2 6.89E-5 2.5BE+3 13r05 1. lBE-1 6.JeE-5 2 .511E-6 6.54E-5 1.96E-1 2.66E-1 1.24E-l 5.87E-2 l.35E-2 6.71lE-5 2.51E+3 13106 1.14E-1 6.13E-5 2.43E-6 6.35E-5 1. 911E-l 2.SBE-1 1.21lE-l 5.71E-2 l.32E-2 6.SlE-5 2.43E+3 13107 1. llE-1 5.95E-5 2.36E-6 6.16E-5 1. 85E-l 2.SlE-1 1. l 7E-l 5.SSE-2 1.28E-2 6.33E-5 2.36E+3 1311l8 1. 117E-l 5.79E-5 2.29E-6 5.97E-5 1.BIIE-1 2.44E-1 l.14E-l 5.39E-2 1.24E-2 6.lSE-5 2.29E+3 13:lll9 1. ll4E-l 5.62E-5 2.23E-6 5.79E-5 l.75E-1 2.37E-1 1. llllE-1 5.24E-2 l.21E-2 5.98E-5 2.23E+3 13: lll 1. lllllE-1 5.47E-5 2.17E-6 5.62E-5 1. 711lE-l 2.31E-1 1. f/J7E-1 5.ll9E-2 1.17E-2 S.BlE-5 2.16E+3 13:11 9. 71E-2 5.31E-5 2. UE-6 5.45E-5 1. 65E-1 2.24E-1 l. ll4E-1 4.95E-2 1.14E-2 5.65E-5 2.llllE+3 13112 9.411E-2 5.16E-5 2.ll5E-6 5.29E-5 1. 611lE-1 2.lBE-1 1. lllE-1 4.BlE-2 l. llE-2 5.49E-5 2.lll4E+3 13:13 9.lllE-2 5.lll2E-5 l.99E-6 5.13E-5 1. 56E-1 2.12E-l 9.84E-2 4.6BE-2 1.lllBE-2 5.33E-5 1.9BE+3 13114 B.BlE-2 4.BBE-5 l.93E-6 4.9BE-5 1.52E-1 2.lll6E-1 9.57E-2 4.54E-2 1.llSE-2 5.lBE-5 1. 92E+3 13:15 B.SJE-2 4.74E-5 1. BBE-6 4.83E-5 1. 47E-1 2.lllllE-1 9. 311lE-2 4.42E-2 1. ll2E-2 5.lll4E-5 l.87E+3 13116 8.26E-2 4.61E-5 1. 83E-6 4.6BE-5 1. 43E-l 1. 94E-l 9 .lll4E-2 4.29E-2 9.89E-3 4.91lE-5 1. 81E+3 13117 B.llllE-2 4.48E-5 l.77E-6 4.54E-5 1. 39E-1 l.89E-l B.78E-2 4.17E-2 9.61E-3 4.76E-5 1.76E+3 13:18 7. 74E-2 4.35E-5 1. 72E-6 4.41E-5 1. 35E-1 1. 84E-1 B.54E-2 4. 115E-2 9.34E-3 4.63E-5 1. 71E+3 13119 7.51/lE-2 4.23E-5 l.68E-6 4.2BE-5 1. 31E-l l.7BE-l B. 311lE-2 3.94E-2 9.lllBE-3 4.511lE-5 l.66E+3 13:21l 7.26E-2 4.llE-5 l.63E-6 4.15E-5 1.28E-1 1. 73E-l B.ll6E-2 3.83E-2 B.82E-3 4.37E-5 l.61E+3 13:21 7.ll3E-2 3.99E-5 1.5BE-6 4.ll2E-5 1.24E-1 1. 68E-l 7.84E-2 3. 72E-2 8.58E-3 4.25E-5 l.56E+3 13:22 6.BllE-2 3.BBE-5 1.54E-6 3.91lE-5 1. 21E-l 1. 64E-l 7.62E-2 3.62E-2 8.34E-3 4.13E-5 l.52E+3 13:23 6.59E-2 3.77E-5 1. 50E-6 3.79E-5 l.17E-l 1. 59E-1 7. 411lE-2 3.52E-2 8.HlE-3 4.lllE-5 1. 47E+3 13:24 6.38E-2 3.67E-5 1. 45E-6 3.67E-5 l.14E-l 1. SSE-1 7.19E-2 3.42E-2 7.87E-3 3.91lE-5 1. 43E+3 THIS IS A DRILL THIS IS A DRILL

SPS INGESTION PATHWAY EXERCISE RCS HRSS SAMPLE DATA Scenario Kr-85 Kr-85m Kr-87 Kr-88 Xe-13lm Xe-133m Xe-133 Xe-135 I-131 I-132 I-133 I-134 I-135 I-131 D.E. Time uCi/cc uci/cc uci/cc uCi/cc uCi/cc uci/cc uCi/cc uCi/cc uCi/cc uci/cc uCi/cc uci/cc uCi/cc uCi/cc 13125 3. llE+l 3.9BE+II l.25E+II 6.57E+II 2.17E+II 5.14E+II 5.1113E+2 5.17E+l 3.89E+2 2.47E+l 2.411lE+2 2. 72E+l 1. 1114E+2 4.64E+2 13126 3.1112E+l 3.85E+lll 1.2111E+II 6.35E+lll 2. llE+III 5.IIIIIIE+III 4.89E+2 5. lll2E+l 3.78E+2 2.38E+l 2.33E+2 2 .611JE+l 1. lllE+2 4.51E+2 13:27 2.94E+l 3.73E+III l. lSE+III 6.13E+III 2.lll5E+II 4. 86E+lll 4.75E+2 4.88E+l 3.67E+2 2. JilE+l 2.26E+2 2.48E+l 9.76E+l 4.3BE+2 13128 2.86E+l 3.61E+III l. llE+III 5.92E+III 1. 99E+II 4.72E+II 4.62E+2 4.74E+l 3.57E+2 2.22E+l 2.211E+2 2.36E+l 9.46E+l 4.25E+2 13:29 2.78E+l 3. 49E+lll l.1116E+III 5.72E+lll 1. 93E+III 4.59E+lll 4.49E+2 4.61E+l 3.47E+2 2.14E+l 2.14E+2 2.25E+l 9.17E+l 4.13E+2 1313111 2. 71lE+l 3.JBE+III l.lll2E+lll 5.53E+III 1. 8BE+ll 4.46E+lll 4.36E+2 4.48E+l 3.37E+2 2.1117E+l 2.1117E+2 2.lSE+l B.89E+l 4.1112E+2 13131 2.62E+l 3.28E+III 9.75E-l 5.34E+III 1. 83E+III 4.33E+III 4.24E+2 4.35E+l 3.28E+2 1. 99E+l 2.1111E+2 2.1115E+l 8.62E+l 3. 911lE+2 13132 2.55E+l 3.17E+III 9.35E-l 5.16E+III 1. 78E+III 4.21E+III 4.12E+2 4.23E+l 3.18E+2 l.92E+l l.96E+2 l.95E+l 8.35E+l 3.79E+2 13133 2.4BE+l 3.lll7E+!l 8.97E-l 4.98E+II l.73E+ll 4.1119E+III 4.IIIIIIE+2 4. llE+l 3.lll9E+2 l.85E+l 1. 91ilE+2 1. 86E+l 8. lllE+l 3.68E+2 13134 2.41E+l 2.97E+ll 8.60E-l 4.82E+III l.68E+ll 3.98E+ll 3.89E+2 4.1110E+l 3.1111E+2 l.79E+l 1. 84E+2 1. 77E+l 7.85E+l 3.58E+2 13135 2.34B+l 2.88EHl 8.25E-l 4.651!+11 1. 63E+ll 3.87E+ll 3.78E+2 3.89E+l 2.92E+2 l.73E+l 1. 79E+2 l.69E+l 7.61E+l 3.48E+2 13136 2.27E+l 2.79E+II 7.91E-l 4.511E+ll 1. 58E+II 3.76E+II 3.68E+2 3.78E+l 2.84E+2 1. 67E+l l.74E+2 1. 61E+l 7.38E+l 3.38E+2 13:37 2.21E+l 2.711JE+II 7.59E-l 4.34E+ll 1.54E+ll 3.65E+ll 3.57E+2 3.67E+l 2.76E+2 l.61E+l 1. 69E+2 l.54E+l 7.16E+l 3.28E+2 13:38 2.15E+l 2.61E+ll 7.28E-l 4.20E+ll l.SllE+ll 3.55EHl 3.47E+2 3.57E+l 2.68E+2 l.55E+l 1. 64E+2 l.47E+l 6.94E+l 3.19E+2 13139 2.ll9E+l 2.53E+ll 6.98E-l 4.lll5E+lll l.45E+ll 3.45E+lll 3.37E+2 3.47E+l 2.61E+2 l.5111E+l l.59E+2 1. 41/lE+l 6. 72E+l 3.llllE+2 13141/l 2.IIJE+l 2.45B+ll 6. 71/lE-l 3.921!+1/l 1. 41E+ll J.35EHl 3.28E+2 3.37E+l 2.53E+2 1. 44E+l 1. 55E+2 l.JJE+l 6.52E+l 3. llllE+2 13141 l.97B+l 2.37E+ll 6.42E-l 3.78E+ll 1. 37E+ll 3.26E+l1l 3.19E+2 3.27E+l 2.46E+2 1.39E+l l.51lE+2 l.27E+l 6.32E+l 2.93E+2 13142 l.92E+l 2.31lE+ll 6.16B-l J.66E+ll l.34B+ll 3.17E+ll 3.lllE+2 3.18E+l 2.39E+2 1. 34E+l 1. 46E+2 1.2 lE+l 6.13E+l 2.84E+2 13:43 l.92E+l 2.29E+lll 6.llBE-1 3.63E+lll l.34E+ll 3.17E+III 3 .1"E+2 3.18E+l 2.39E+2 1. 33E+l 1. 46E+2 l.19E+l 6. llE+l 2.84E+2 13144 1. 92E+l 2.28E+III 6 .IIIIIIE-1 3.61E+III 1. 34E+lil 3. l 7E+lll 3.1111E+2 3.lBE+l 2.39E+2 l.32E+l l.46E+2 l.17E+l 6.llllE+l 2.84E+2 13145 l.92E+l 2.27E+ll S.92B-l 3.59E+III 1. 34B+lll 3.17E+ll 3.llllE+2 3.lBE+l 2.39E+2 1. 31E+l l.46E+2 l.14E+l 6.IIIBE+l 2.84E+2 13:46 1. 92B+l 2.26E+ll S.84E-l 3.57E+III 1.34E+III 3.17E+ll 3.1111E+2 3.18E+l 2.39E+2 1.31/lE+l l.45B+2 l.12E+l 6.lll7E+l 2.84E+2 13147 l.92E+l 2.26E+l1J S.77E-l 3.55E+III 1. 34E+III 3.17B+lll 3 .1111E+2 3.18E+l 2.39E+2 1. 31/lE+l 1. 45E+2 1. UE+l 6.lll5E+l 2.84E+2 13148 1. 92B+l 2.2SE+ll S.69E-l 3.53E+ll 1. 34E+ll 3. l 7EHl 3.llllE+2 3.18E+l 2.39E+2 l.29E+l l.45E+2 l.llBE+l 6.1114E+l 2.84E+2 13149 l.92E+l 2.24BHl S.61E-l 3.51E+ll 1. 34E+ll 3.17B+II 3.1"E+2 3.lBE+l 2.39E+2 l.28E+l 1.45E+2 l.lll6E+l 6.lll2E+l 2.84E+2 13150 l.92E+l 2.23E+lll 5.54E-l 3.48E+lll 1. 34E+lll 3.17E+0 3.llllE+2 3.1BE+l 2.39E+2 l.27E+l 1. 45E+2 1. HE+l 6.1/llE+l 2.B4E+2 13:51 1. 92B+l 2.22E+lll 5.47E-l 3.46E+lll 1. 34E+lll 3.17E+lll 3.llllE+2 3.lBE+l 2.39E+2 l.26E+l 1. 45E+2 1. lll2E+l 5.99E+l 2.B4E+2 13152 1. 92E+l 2 .21E+lll 5.4111E-l 3.44E+II 1. 34E+II 3.17E+ll 3.111E+2 3.lBE+l 2.39E+2 l.25E+l 1.45E+2 l. llllilE+l 5.9BE+l 2.84E+2 13153 l.92E+l 2.21E+ll S.32E-1 3.42E+lll 1. 34E+0 3.17E+0 3.llllE+2 3.1BE+l 2.39E+2 1.24E+l l.45E+2 9 .BlE+lll 5.96E+l 2.84E+2 13154 1. 92E+l 2.21/lEHl 5.25E-l 3.411lE+lll 1. 34E+lll 3.17E+lll 3;llllE+2 3.lBE+l 2.39E+2 l.23E+l l.45E+2 9. 62E+lll 5.95E+l 2.84E+2 13:55 1. 92E+l 2 .19E+lll 5.19E-l 3. 38E+lll 1. 34E+ll 3.l7E+lll 3. lllE+2 3.lBE+l 2 .39E+2 l.22E+l l.44E+2 9 .44E+lll 5.93E+l 2.83E+2 13:56 1. 92E+l 2. lBE+lll 5.12E-l 3.36EHl 1. 34E+lll 3. l 7E+l1J 3. llllE+2 3.18E+l 2.39E+2 l.21E+l 1. 44E+2 9.26E+lll 5.92E+l 2.83E+2 13:57 1. 92E+l 2. l 7E+lll 5. lll5E-l 3.34E+lll 1. 34E+lll 3.17E+lll 3. llllE+2 3.lBE+l 2. 39E+2 l.211lE+l l.44E+2 9 .lllBE+lil 5.911lE+l 2.83E+2 13:58 1.92E+l 2.17E+ll 4.98E-l 3.32E+lll 1. 34E+lll 3.17E+lll 3.llllE+2 3.lBE+l 2.39E+2 l.20E+l l.44E+2 8. 9 lE+rll 5.89E+l 2.83E+2 13159 l.92E+l 2 .16E+lil 4.92E-l 3.311lE+lll 1. 34E+ll 3.17E+lll 3. llllE+2 3.lBE+l 2.39E+2 l.19E+l l.44E+2 B. 74E+lll 5.87E+l 2.83E+2 THIS IS A DRILL THIS IS A DRILL

SPS INGESTION PATHWAY EXERCISE RCS HRSS SAMPLE DATA Total Scenario Sb-129 Sr-89 Sr-9111 y - 91 Ca-134 Ca-136 Ce-137 Ru-11113 Ru-11116 Ho-99 Activity Time uci/cc uCi/cc uci/cc uci/cc uCi/cc uci/cc uCi/cc uCi/cc uci/cc uCi/cc uCi/cc 13:25 6.17E-2 3.56E-5 1.41E-6 3.56E-5 1. llE-1 1. SlilE-1 6.99E-2 3.32E-2 7.65E-3 3.79E-5 l.39E+3 13:26 5.9BE-2 3.46E-5 l.37E-6 3.46E-5 1.lil8E-l 1. 46E-1 6.Bl!E-2 3.23E-2 7.44E-3 3.6BE-5 1. 35E+3 13:27 S.79E-2 J.37E-5 1. 33E-6 J.35E-5 l.lilSE-1 1.42E-1 6.611JE-2 3.14E-2 7.23E-3 3.58E-5 1.31E+3 13:28 S.61!E-2 J.27E-5 1.31ilE-6 J.25E-5 1. lil2E-1 1. 3BE-1 6.42E-2 3.lil5E-2 7.ll3E-3 3.48E-5 1.27E+3 13:29 S.42E-2 3.18E-5 l.26E-6 3.lSE-5 9.88E-2 1. 34B-1 6.24E-2 2.96E-2 6.83E-3 3.38E-5 1.24B+3 13: 3111 S.2SE-2 3.ll9E-5 l.23E-6 J.ll6B-5 9.61ilE-2 1. 31ilE-1 6.ll6E-2 2.BBE-2 6.64E-3 3.29E-5 1.21lB+3 13:31 5.ll9E-2 J.llllE-5 1.19B-6 2.97B-5 9.33E-2 l.27B-1 5.B9E-2 2.BllE-2 6.4SE-3 3.19E-5 1.17E+3 13r32 4.92E-2 2.92E-5 l.16E-6 2.BBE-5 9.ll7E-2 1.2JE-l 5.73E-2 2. 72E-2 6.27E-3 J.lllE-5 1.13E+3 llrll 4. 77B-2 2.84E-5 1.12E-6 2.79E-5 8.82B-2 1. 2111E-1 5.57E-2 2.64E-2 6.ll9E-3 J.ll2E-5 1. HlE+J 13:34 4.61E-2 2.76E-5 l.ll9E-6 2.71E-5 8.57E-2 1.16E-1 S.41E-2 2.57E-2 S.92E-3 2.93E-5 1. ll7E+3 llrJS 4.47E-2 2.6BE-5 l.ll6E-6 2.63E-5 8.33E-2 1.lJE-1 S.26E-2 2.SllE-2 S.75E-3 2.B5E-5 1.ll4E+3 13:36 4.JJE-2 2.61lE-5 l.ll3E-6 2.SSE-5 8.ll9E-2 l. llilE-1 S. llE-2 2.43E-2 S.59E-3 2.77E-5 1.lllE+3 13137 4.19E-2 2.53E-5 l.llllE-6 2.47E-5 7.87E-2 l.la7E-1 4.97E-2 2.36E-2 5.44E-3 2.69E-5 9.77E+2 13:38 4 .111SE-2 2.46E-5 9.7SE-7 2.41lE-5 7.64E-2 1.1114E-1 4.83E-2 2.29E-2 5.28E-3 2.62E-5 9. 49E+2 13:39 3.93E-2 2.39E-5 9.48E-7 2.33E-5 7.43E-2 1.lllE-1 4.69E-2 2.23E-2 S.13E-3 2.54E-5 9.22E+2 l3141l 3.BllE-2 2.32E-5 9.21E-7 2.26E-5 7.22E-2 9.BBE-2 4.56E-2 2.17E-2 4.99E-3 2.47E-5 8.95E+2 13:41 3.68E-2 2.26E-5 8.95E-7 2.19E-5 7.ll2E-2 9.53E-2 4.43E-2 2.lBE-2 4.85E-3 2.411JE-5 8.69E+2 13142 3.56B-2 2.21lE-5 B.71lE-7 2.12E-5 6.82E-2 9.26E-2 4.31E-2 2.ll5E-2 4.71E-3 2.33E-5 8.44E+2 13143 3.55B-2 2.20E-5 8.71lE-7 2.12E-5 6.82E-2 9.26E-2 4.JlE-2 2.llSE-2 4.71E-3 2.33E-5 8.43E+2 13144 3.54E-2 2.2111E-5 8.70E-7 2.12E-5 6.B2E-2 9.26E-2 4.31E-2 2.ll5E-2 4.71E-3 2.33E-5 B.43E+2 13145 J.52B-2 2.21lE-5 8.71lE-7 2. llE-5 6.82E-2 9.26B-2 4.31E-2 2.ll5E-2 4.71E-3 2.33E-5 8.42E+2 13146 3.SlE-2 2.21lE-5 B.71ilE-7 2. llE-5 6.82E-2 9.26B-2 4.31E-2 2.ll5E-2 4.71E-3 2.33E-5 B.41E+2 13147 3.49E-2 2.21lE-5 8.71lE-7 2.lllE-5 6.82E-2 9.26E-2 4.31E-2 2.llSE-2 4. 71E-3 2.33E-5 8.41E+2 13148 3.4BE-2 2.211JE-5 8.71lE-7 2. HlE-5 6.82E-2 9.26E-2 4.31E-2 2.lilSE-2 4. 71E-3 2.33E-5 8.41ilE+2 13:49 3.47B-2 2.21lE-5 8.71lE-7 2.lllE-5 6.82E-2 9.26E-2 4.31E-2 2.llSE-2 4.71E-3 2.33E-5 B.41lE+2 13151l 3.45E-2 2.211E-5 B.71ilE-7 2.lll9E-5 6.82E-2 9.26E-2 4.31E-2 2. lil5E-2 4.71E-3 2.33E-5 8.39E+2 13:51 3.44E-2 2.21lE-5 8.711JE-7 2.ll9E-5 6.82E-2 9.26E-2 4.31B-2 2.ll5E-2 4. 71E-3 2.33E-5 B.38E+2 13:52 3.43E-2 2.21lB-5 8.71lE-7 2.llBE-5 6.82E-2 9.26E-2 4.31E-2 2.ll5E-2 4. 71E-3 2.33E-5 8.38E+2 13:53 3.41B-2 2.211JE-5 8.71lE-7 2.llBE-5 6.B2E-2 9.26E-2 4.31B-2 2.llSE-2 4. 71E-3 2.33E-5 B.37E+2 13:54 3 .411JE-2 2.2SE-5 8.71lE-7 2.lil8E-5 6.B2E-2 9.26E-2 4.JlE-2 2.lilSE-2 4. 71E-3 2.33E-5 8.37E+2 13:55 3.39E-2 2 .21!JE-5 8.71!JE-7 2 .l!J7E-5 6.82E-2 9.26B-2 4.31E-2 2.lilSE-2 4. 71E-3 2.33E-5 8.36E+2 13:56 3.JBB-2 2.21!E-5 8.711JE-7 2.ll7E-5 6.82E-2 9.26E-2 4.31E-2 2.llSE-2 4. 71E-3 2.33E-5 B.35E+2 13:57 3.36E-2 2 .211JE-5 8. 71ilE-7 2.ll6E-5 6.82E-2 9.26E-2 4.JlE-2 2.lilSE-2 4.71E-3 2.33E-5 8.3SE+2 13:58 3.JSE-2 2.211JE-5 B.71lE-7 2. lil6E-5 6.82E-2 9.26E-2 4.JlE-2 2.05E-2 4. 71E-3 2.33E-5 B.34E+2 13:59 3.34E-2 2.21lE-5 8. 71ilE-7 2. lil6E-5 6.B2E-2 9.26E-2 4.JlE-2 2 .lilSE-2 4.71E-3 2.JJE-5 B.34E+2 THIS IS A DRILL THIS IS A DRILL

SPS INGESTION PATHWAY EXERCISE RCS HRSS SAMPLE DATA Scenario Kr-85 ltr-BSm Kr-87 Kr-88 Xe-13lm Xe-133m Xe-133 Xe-135 I-131 I-132 I-133 I-134 I-135 I-131 D.E. Time uCi/cc uci/cc uci/cc uCi/cc uCi/cc uCi/cc uci/cc uCi/cc uCi/cc uCi/cc uCi/cc uCi/cc uCi/cc uCi/cc 14:111111 l.92E+l 2.lSE+III 4.BSE-1 3.28E+III l.34E+" 3.17E+ll 3.l"E+2 3.lBE+l 2.39E+2 1.lBE+l 1. 44E+2 8.57E+IIJ 5.B6E+l 2.83E+2 14:1111 l.92E+l 2.14E+l1J 4.79E-l 3.26E+III 1. 34E+" 3.17E+0 3.HlE+2 3.lBE+l 2. 39E+2 1. l 7E+l l.44E+2 B.41E+ll S.B4E+l 2.83E+2 14:1112 l.92E+l 2, 13E+l1J 4.73E-l 3.24E+ll 1. 34EHl 3.17E+ll 3. HlE+2 3.lBE+l 2.39E+2 1.16E+l l.44E+2 B.25E+ll 5.83E+l 2.83E+2 14:ll3 l.92E+l 2.13E+ll 4.66E-l 3.22E+lll 1.34E+ll 3 .17E+lll 3 .1111E+2 3.lBE+l 2.39E+2 l. lSE+l l.43E+2 B.1119E+ll 5.BlE+l 2.83E+2 14:1!4 l.92E+l 2 .12E+III 4. 6111E-l 3.21E+III 1.34E+III 3.17E+IIJ 3.1111E+2 3.lBE+l 2.39E+2 l.14E+l l.43E+2 7.94E+lil 5.81/lE+l 2.83E+2 14:lilS l.92E+l 2. llE+III 4.54E-l 3.19E+lil 1. 34E+ll 3.17E+ll 3.lllE+2 3.lBE+l 2.39E+2 l.14E+l 1. 43E+2 7.79E+III 5.7BE+l 2.B3E+2 14 :06 l.92E+l 2.lllE+0 4.48E-l 3.17E+III l.34E+ll 3.17E+" 3.ll!E+2 3.lBE+l 2.39E+2 l.13E+l 1. 43E+2 7.64E+lll 5.77E+l 2.B3E+2 14:ll7 l.92E+l 2.UE+lll 4.42E-l 3.15E+0 l.34E+ll 3.17E+III 3 .111JE+2 3.lBE+l 2.39E+2 l.12E+l 1. 43E+2 7.50E+ll 5.76E+l 2.83E+2 14:lllB l.92E+l 2.IJ9E+lll 4.37E-l 3.13E+lll l.34EHl 3, 17E+il 3.1111E+2 3.lBE+l 2. 39E+2 l. llE+l 1. 43E+2 7.35E+III 5.74E+l 2.82E+2 14:1119 l.92E+l 2.f/JBE+ll 4.31E-l 3.llE+lll l.34E+l1l 3.17E+ll 3.HlE+2 3.lBE+l 2.39E+2 1. lllE+l 1.43E+2 7,21E+ll 5.73E+l 2.B2E+2 14: 1111 l.92E+l 2.B7E+ll 4.25E-1 3.ll9E+ll l.34E+ll 3.17E+III 3 .1111E+2 3.lBE+l 2.39E+2 l. llllE+l 1. 43E+2 7.IIIBE+lll 5. 71E+l 2.B2E+2 14,11 l.92E+l 2.ll6E+lll 4.211JE-l 3.11l7E+lll l.34E+l1l 3. l 7E+l1l 3.lllE+2 3.lBE+l 2.39E+2 l.11l9E+l 1. 43E+2 6.94E+lll 5.711lE+l 2.82E+2 14:12 1.92E+l 2. il6E+lil 4.14E-l 3.il6E+lll l.34E+I! 3.17E+l1l 3.llllE+2 3.lBE+l 2.38E+2 l.lllBE+l l.42E+2 6.BlE+ll 5.68E+l 2.B2E+2 14,13 1.921!+1 2.IJSE+lll 4.lil9E-l 3.ll4E+ll 1. 34E+lll 3.17E+ll 3. llllE+2 3.lBE+l 2.3BE+2 l.ll7E+l l.42E+2 6.6BE+lll 5.67E+l 2.B2E+2 14:14 1.921!+1 2 .1!4E+lll 4.ll3E-l 3.ll2E+l1l l.34E+ll 3.17E+ll 3.lllE+2 3.lBE+l 2.38E+2 1.ll6E+l l.42E+2 6.SSE+ll S.66E+l 2.82E+2 14115 l.92E+l 2.ll3E+lil 3.98E-l 3.llllE+ll l.34E+ll 3.17E+il 3.HlE+2 3.lBE+l 2.3BE+2 l.ll6E+l l.42E+2 6.43E+ll 5.64E+l 2.82E+2 14, 16 1. 92E+l 2.ll3E+IIJ 3.93E-l 2.9BE+lll l.34E+" 3.17E+ll 3. llilE+2 3.lBE+l 2.3BE+2 l. lllSE+l l.42E+2 6.31E+ll S.63E+l 2.82E+2 14:17 l.92E+l 2.IJ2E+lll 3.87E-l 2.97E+ll l.34E+111 3.17E+ll 3.lllE+2 3.lBE+l 2.3BE+2 l. ll4E+l l.42E+2 6.19E+IIJ S.61E+l 2.82E+2 14118 l.92E+l 2.BIE+lll 3.82E-l 2.95E+lll l.34E+il 3. l 7E+ll 3.llilE+2 3.lBE+l 2. 3BE+2 l. ll3E+l l.42E+2 6.ll7E+lll 5.611lE+l 2.B2E+2 14:19 l.92E+l 2.llllE+ll 3. 77E-l 2. 93E+lll l.34E+lll 3.17E+IIJ 3. HlE+2 3.lBE+l 2. 3BE+2 l. lll3E+l l.42E+2 S.96E+ll 5.59E+l 2.82E+2 14120 l.92E+l 2.llilE+lll 3. 72E-l 2.91E+lll l.34E+ll 3.17E+III 3.1111E+2 3.lBE+l 2.3BE+2 l.11J2E+l l.42E+2 5.84E+ll S.57E+l 2.82E+2 14:21 l.92E+l 1. 99E+ll 3.67E-l 2.911JE+ll l.34E+lll 3.17E+ll 3 .111JE+2 3.lBE+l 2.3BE+2 1. llllE+l l.41E+2 S.73E+IIJ S.56E+l 2.82E+2 14:22 l.92E+l l.9BE+lll 3.63E-l 2.BBE+IIJ 1. 34E+lll 3,17E+il 3.llilE+2 3.lBE+l 2.38E+2 1. IIJlllE+l 1.41E+2 5.62E+lll 5.54E+l 2.82E+2 14:23 l.92E+l l.97E+ll 3.SBE-1 2.86E+ll 1. 34E+lll 3. l 7E+lll 3 .111JE+2 3.lBE+l 2.38E+2 9. 96E+ll 1.41E+2 5.52E+lll S.53E+l 2.81E+2 14124 l.92E+l 1.97E+l1l 3.53E-l 2 .B4E+ll 1. 34EHl 3. l 7E+lll 3. llllE+2 3.lBE+l 2.3BE+2 9.89E+lll l.41E+2 5. 41EH'J S.52E+1 2.81E+2 14:25 1.92E+l l.96E+0 3.4BE-1 2. 83E+III 1. 34E+l1l 3.17E+ll 3.lllE+2 3.lBE+l 2.3BE+2 9. BlE+III 1.41E+2 S.31E+ll 5.SIIIE+l 2.81E+2 14:26 l.92E+l l.95E+ll 3.44E-l 2.BlE+III l.34E+III 3.17E+ll 3.llllE+2 3.lBE+l 2.3BE+2 9.74E+III 1.41E+2 S.21E+lil S.49E+l 2.81E+2 14:27 1. 92E+l l.94E+lil 3.39E-l 2.79E+IIJ l.34E+lll 3.17E+IIJ 3.lllE+2 3.lBE+l 2.3BE+2 9 .67E+ll l.41E+2 S.llE+lll 5.47E+l 2.81E+2 14:28 1. 92E+l l.94E+lll 3.35E-l 2.7BE+ll l.34E+III 3,17E+ll 3.1111E+2 3.lBE+l 2. 3BE+2 9.6111E+III l.41E+2 5. "1E+lil S.46E+l 2.81E+2 14:29 1. 92E+l l.93E+lll 3.31E-l 2. 76E+III 1. 34E+III 3.17E+lil 3.lllE+2 3.lBE+l 2 .3BE+2 9.53E+III 1.41E+2 4.92E+lil S.4SE+l 2.81E+2 14:3111 1.92E+l 1.92E+III 3.26E-l 2. 74E+ll l.34E+ll 3.17E+III 3.1111E+2 3.lBE+l 2.3BE+2 9.46E+III 1.4111E+2 4.82E+lll 5.43E+l 2.81E+2 14:31 1.92E+l 1. 91E+lll 3.22E-l 2.73E+IIJ l.34E+ll 3. l 7E+lll 3. llllE+2 3.lBE+l 2.3BE+2 9.39E+ll l.41lE+2 4.73E+lil 5.42E+l 2.81E+2 14: 32 1.92E+l 1.9 lE+flJ 3.lBE-1 2.71E+ll l.34E+lll 3.17E+ll 3 .111JE+2 3.lBE+l 2.38E+2 9.32E+lil l.41lE+2 4.64E+il S.41E+l 2.81E+2 14:33 l.92E+l l.911lE+lil 3.13E-l 2.7111E+III l.34E+III 3.17E+lll 3. llllE+2 3.lBE+l 2.38E+2 9.26E+lll 1.4111E+2 4 .SSE+lll 5.39E+l 2.81E+2 14: 34 l.92E+l 1. 89E+lll 3.lll9E-1 2.6BE+ll l.34E+ll 3. l 7E+lll 3 .111lE+2 3.lBE+l 2.381!+2 9 .19E+ll l.41ilE+2 4.47E+ll 5.3BE+l 2.81E+2 THIS IS A DRILL THIS IS A DRILL

SPS INGESTION PATHWAY EXERCISE RCS HRSS SAMPLE DATA Total Scenario Sb-129 Sr-89 Sr-91! y - 91 Ce-134 Ce-136 Cs-137 Ru-11!3 Ru-H'l6 Ho-99 Activity Time uCi/cc uci/cc uci/cc uci/cc uci/cc uci/cc uCi/cc uci/cc uci/cc uCi/cc uci/cc 14:lll! 3.32E-2 2.21lE-5 8.71/JE-7 2.l!SE-5 6.B2E-2 9.26E-2 4.JlE-2 2.llSE-2 4. 71E-3 2.33E-5 B.33E+2 14111ll 3.JlE-2 2.21/JE-5 8.71/lE-7 2.l!JSE-5 6.B2E-2 9.26E-2 4.JlE-2 2.lllSE-2 4.71E-3 2.33E-5 B.32E+2 1411!2 3.31/JE-2 2.21lE-5 8.71/JE-7 2.l!ISE-5 6.82E-2 9.26E-2 4.JlE-2 2.lilSE-2 4. 71E-3 2.33E-5 B.32E+2 14:03 3.29E-2 2.21!E-5 B.71!E-7 2.lll4E-5 6.82E-2 9.26E-2 4.JlE-2 2.llSE-2 4. 71E-3 2.JJE-5 B.31E+2 14:I/J4 3.27E-2 2.21lE-5 8.71/JE-7 2.l!J4E-5 6.82E-2 9.26E-2 4.31E-2 2.IIJSE-2 4. 71E-3 2.JJE-5 B.31E+2 14:1/JS 3.26E-2 2 .21/JE-5 8.71lE-7 2.lll3E-5 6.82E-2 9.26B-2 4.JlE-2 2.lllSE-2 4. 71E-3 2.JJE-5 B.311lE+2 14:1116 3.25B-2 2.21lE-5 B.7111E-7 2.IIIJE-5 6.82E-2 9.26E-2 4.JlE-2 2.ll5E-2 4. 71E-3 2.33E-5 B.3eJE+2 1411117 3.24E-2 2.2111E-5 B.7111E-7 2.1113B-5 6.B2B-2 9.26E-2 4.31E-2 2.llSE-2 4.71E-3 2.33E-5 B.29E+2 14:1118 3.22E-2 2.21lE-5 B.7111E-7 2.ll2E-5 6.B2E-2 9.26E-2 4.JlE-2 2.l!SE-2 4. 71B-3 2.33E-5 B.29E+2 1411119 3.21E-2 2.21lE-5 B.71lE-7 2.lll2B-5 6.B2B-2 9.26E-2 4.JlE-2 2.llSE-2 4.71E-3 2.33E-5 B.2BE+2 1411111 3.2111E-2 2.2111E-5 8.71/JE-7 2.llllE-5 6.82B-2 9.26E-2 4.JlE-2 2.llSE-2 4. 71E-3 2.JJE-5 B.2BE+2 141 ll 3.19E-2 2.2111E-5 8.7111E-7 2 .IUE-5 6.82E-2 9.26B-2 4.JlE-2 2.IIISE-2 4. 71E-3 2.33E-5 B.27E+2 14: 12 3.17E-2 2.21!E-5 8.71!E-7 2.lllE-5 6.B2E-2 9.26E-2 4.31E-2 2.IIJSE-2 4. 71E-3 2.JJE-5 8.26E+2 14113 3.16E-2 2.21lE-5 8.71/JE-7 2.IIJllE-5 6.82E-2 9.26B-2 4.JlE-2 2.llSE-2 4. 71E-3 2.33E-5 8.26E+2 14114 3.lSE-2 2.211JE-5 8.71!E-7 2.lll!IJE-5 6.82E-2 9.26E-2 4.JlE-2 2.IIJSE-2 4. 71E-3 2.33E-5 B.25E+2 14:15 3.14E-2 2 .21/lE-5 8.7111B-7 2.IIIIIIE-5 6.82E-2 9.26E-2 4.JlE-2 2.IIISE-2 4. 71E-3 2.33E-5 8.25E+2 14116 3.lJE-2 2.21lE-5 8.7111E-7 1.99E-5 6.82E-2 9.26E-2 4.JlE-2 2.IIJSE-2 4. 71E-3 2.3JE-5 8.24E+2 14117 3.llE-2 2.2111E-5 B.7111E-7 l.99E-5 6.82E-2 9.26E-2 4.JlE-2 2.llSE-2 4. 71E-3 2.33E-5 B.24E+2 14118 3.llllE-2 2.211lE-5 8.7111E-7 1.98E-5 6.82E-2 9.26E-2 4.JlE-2 2.IIJSE-2 4. 71E-3 2.JJE-5 8.23E+2 14119 3.1119E-2 2.2111E-5 8.7111E-7 1.9BE-5 6.B2E-2 9.26E-2 4.JlE-2 2.IIJSE-2 4.71E-3 2.JJE-5 8.23E+2 141211 3 .llBE-2 2.21lE-5 B.71lE-7 l.98E-5 6.82E-2 9.26E-2 4.JlE-2 2.llSE-2 4.71E-3 2.33E-5 B.22E+2 14121 3 .lll7E-2 2.211lE-5 B.711lE-7 l.97E-5 6.82E-2 9.26E-2 4.JlE-2 2.llSE-2 4.71E-3 2.33E-5 B.22E+2 14122 3.llSE-2 2.211lE-5 B.71/lE-7 1. 97E-5 6.B2E-2 9.26E-2 4.JlE-2 2.lllSE-2 4. 71E-3 2.33E-5 8.21E+2 14123 3.1114E-2 2.21/lE-5 B. 7111E-7 1. 97E-5 6. B2E-2 9.26E-2 4.31E-2 2.lll5E-2 4.71E-3 2.33E-5 8.21E+2 14124 3. lll3E-2 2.21/lE-5 B.711lE-7 1. 96E-5 6.82E-2 9.26E-2 4.31E-2 2.lll5E-2 4. 71E-3 2.33E-5 B.2111E+2 14125 3.ll2E-2 2.21ilE-5 B.71lE-7 l.96E-5 6.82E-2 9.26E-2 4.JlE-2 2.lllSE-2 4. 71E-3 2.3JE-5 B.211JE+2 14126 3.lllE-2 2 .211lE-5 B.71lE-7 1.95B-5 6.B2E-2 9.26B-2 4.31E-2 2.lllSE-2 4. 71E-3 2.33E-5 8.211lE+2 14:27 3.lllllE-2 2 .21/lE-5 B.7111E-7 1. 95E-5 6.82E-2 9.26E-2 4.31E-2 2.lllSE-2 4. 71E-3 2.33E-5 B.19E+2 14:28 2.9BE-2 2.21lE-5 B.71lE-7 1. 95E-5 6.82E-2 9.26E-2 4.31E-2 2.lll5E-2 4. 71E-3 2.33B-5 8.19B+2 14:29 2.97E-2 2.21lE-5 B.71lE-7 1.94E-5 6.B2E-2 9.26E-2 4.31E-2 2.llSE-2 4. 71E-3 2.33E-5 B.1BE+2 14131! 2.96E-2 2 .211lB-5 B. 71/lE-7 1. 94E-5 6.B2E-2 9.26E-2 4.JlE-2 2. lllSE-2 4. 71E-3 2.33E-5 B.1BE+2 14131 2.9SE-2 2.21lE-5 B.71lE-7 l.94E-5 6.B2E-2 9.26E-2 4.31E-2 2. IIJSE-2 4. 71E-3 2.33E-5 8.17E+2 14:32 2.94E-2 2 .21/lE-5 8.71/lE-7 1. 93E-5 6.B2E-2 9.26E-2 4.31E-2 2. IIJSE-2 4.71E-3 2.33E-5 B.17E+2 14:33 2.93E-2 2.21lE-5 8.71/JE-7 l.93E-5 6.82E-2 9.26E-2 4.JlE-2 2.IIJSE-2 4. 71E-3 2.33E-5 B.16E+2 14134 2.92E-2 2.21lE-5 8. 71/lE-7 1. 92E-5 6.82E-2 9.26E-2 4.JlE-2 2.llSE-2 4. 71E-3 2.33E-5 B.16E+2 THIS IS A DRILL THIS IS A DRILL

SPS INGESTION PATHWAY EXERCISE RCS HRSS SAMPLE DATA Scenario Kr-85 Kr-85m Kr-87 Kr-88 Xe-131m Xe-133m Xe-133 xe-135 I-131 I-132 I-133 I-134 I-135 I-131 D.E. Time uci/cc uCi/cc uci/cc uCi/cc uci/cc uCi/cc uci/cc uci/cc uCi/cc uCi/cc uCi/cc uci/cc uCi/cc uci/cc 14:35 1. 92E+l 1. 89E+fil 3.IISE-1 2.66E+ll 1.34E+ll 3.17E+III 3.lllE+2 3.lBE+l 2.3BE+2 9.12E+ll l.41lE+2 4.38E+il 5.37E+l 2. 81E+2 14:36 l.92E+l 1.88E+0 3.illE-1 2.65E+III l.34E+ll 3. l 7E+III 3.HlE+2 3.lBE+l 2.3BE+2 9.IIJ6E+III 1. 41ilE+2 4.JllE+lil 5.35E+l 2. 81E+2 14:37 1. 92E+l 1.87E+IIJ 2.97E-1 2.63E+ll 1. 34E+ll 3.17E+III 3. lllE+2 3.lBE+l 2.38E+2 8.99E+lil 1. 411JE+2 4.22E+IIJ 5.34E+l 2.81ilE+2 14:38 l.92E+l 1.87E+ll 2.93E-1 2.62E+ll 1.34E+ll 3.17E+lil 3. lllE+2 3.lBE+l 2.3BE+2 B.92E+ll 1. 41lE+2 4.14E+lil 5.33E+l 2.BllE+2 14:39 1.92E+l 1.86E+III 2.89E-l 2.61lE+III 1. 34E+ll 3.17E+l1J 3. lllE+2 3.lBE+l 2.3BE+2 8.86E+ll l.39E+2 4.ll6E+ll 5.31E+l 2. BIIJE+2 14:4111 1. 92E+l 1.85E+ll 2.86E-1 2.59E+lil 1. 34E+ll 3.17E+lil 3.lllE+2 3.lBE+l 2.3BE+2 B.BlilE+ll 1. 39E+2 3. 9BE+lil 5.31lE+l 2. BllE+2 14141 1.92E+l 1.84E+0 2.82E-1 2.57E+lll 1. 34E+ll 3.17E+lil 3. llilE+2 3.lBE+l 2.3BE+2 B.73E+ll 1. 39E+2 3.91E+I! 5.29E+l 2.BllE+2 14:42 1.92E+l 1. 84EH'l 2.78E-1 2.56E+ll 1. 34E+ll 3.17E+ll 3.lllE+2 3.lBE+l 2.3BE+2 8.67E+lil 1. 39E+2 3.B3E+0 5.27E+l 2.BllE+2 14:43 1.92E+l 1. BJE+ll 2.75E-1 2.54EHl 1.34EHl 3.17E+il 3.lllE+2 3.lBE+l 2.3BE+2 8.61lE+ll l.39E+2 3.76E+ll 5.26E+l 2.BllE+2 14:44 1.92E+l l.B2E+IIJ 2. 71E-1 2.52E+ll 1.34E+ll 3.17E+lll 3.lllE+2 3.lBE+l 2.3BE+2 8.54E+ll 1.39E+2 3.69E+lll 5.25E+l 2.BllE+2 14:45 l.92E+l 1.82E+ll 2.67E-1 2.51E+0 1.34E+ll 3.17E+l1J 3. liJE+2 3. lBE+l 2.38E+2 B.4BE+ll 1. 39E+2 3.62E+il 5.23E+l 2. BllE+2 14:46 1.92E+l 1.BlE+lil 2.64E-1 2.49E+ll 1. 34E+lll 3.17E+lll 3.l!IJE+2 3.lBE+l 2. 3BE+2 8.42E+ll 1.39E+2 3.55E+ll 5. 22E+l 2. BIIIE+2 14:47 1. 92E+l 1.Bll!E+l1J 2.61lE-1 2.4BE+lil 1. 34E+IIJ 3.17E+ll 3.10E+2 3.lBE+l 2. 3BE+2 8.36E+ll 1.39E+2 3 .4BE+IIJ 5.21E+l 2.BllE+2 14:48 l.92E+l 1.BIIIE+ll 2.57E-l 2.47E+ll 1.34E+lil 3.17E+ll 3. lllE+2 3.lBE+l 2.3BE+2 8.31lE+ll l.3BE+2 3. 41E+lil 5.19E+l 2.BllE+2 14:49 1.92E+l 1. 79E+III 2.54E-1 2.45E+III 1.34E+0 3.17E+III 3 .111JE+2 3.lBE+l 2.3BE+2 8.24E+ll 1.3BE+2 3.35E+ll 5.lBE+l 2.BllE+2 14:Slil 1.92E+l 1. 7BE+IIJ 2. SlilE-1 2.44E+ll l.34E+lil 3.17E+lll 3.llilE+2 3.lBE+l 2.38E+2 B.lBE+lil 1. 3BE+2 3 .29E+IIJ 5.17E+l 2.BllE+2 14:51 1.92E+l 1.78E+lil 2.47E-1 2.42E+lil 1.34EHl 3.17E+ll 3.llilE+2 3.lBE+l 2.38E+2 B.12E+lil l.3BE+2 3.22E+ll 5.16E+l 2.811JE+2 14:52 1. 92E+l 1. 77E+ll 2.44E-l 2.41E+ll 1.34E+ll 3.17E+ll 3.lllE+2 3.lBE+l 2.3BE+2 8.ll6E+ll 1. 3BE+2 3.16E+il 5.14E+l 2.79E+2 14:53 1.92E+l 1.76E+ll 2.4111E-1 2.39E+l1J 1.34E+lil 3.17E+IIJ 3.10E+2 3.lBE+l 2.3BE+2 8.llllE+lll 1.3BE+2 3.HlE+ll 5.13E+l 2.79E+2 14:54 1.92E+l 1.76E+ll 2.37E-1 2.38E+ll l.34E+III 3.17E+III 3.HJE+2 3.lBE+l 2.37E+2 7.94E+ll 1.38E+2 3 .ll4E+ll 5.12E+l 2. 79E+2 14:55 1. 92E+l 1. 75E+IIJ 2.34E-1 2.36E+lil 1. 34E+l1J 3.17E+l1J 3.HlE+2 3.lBE+l 2.37E+2 7. BBE+IIJ 1.38E+2 2.99E+ll 5.llilE+l 2. 79E+2 14:56 1.92E+l 1. 74E+ll 2.31E-1 2.35E+ll l.34E+ll 3.17E+IIJ 3.lllE+2 3.lBE+l 2.37E+2 7.82E+ll 1. 3BE+2 2.93E+il 5.ll9E+l 2.79E+2 14:57 1.92E+l 1. 74E+ll 2.2BE-l 2.34E+III l.34E+l1J 3.17E+lll 3.1111E+2 3. lBE+l 2.37E+2 7.77E+lil 1.37E+2 2.87E+ll 5.llBE+l 2.79E+2 14:58 1.92E+l 1. 73E+lil 2.25E-1 2.32E+lil 1. 34E+lil 3.17E+ll 3.lllE+2 3.lBE+l 2.37E+2 7. 71E+rll 1. 37E+2 2.82E+ll S.lll7E+l 2.79E+2 14:59 1.92E+l 1.73E+lil 2.22E-l 2.31E+lil l.34E+lil 3.17E+111 3. lllE+2 3.lBE+l 2.37E+2 7.66E+l!I 1. 37E+2 2.76E+ll 5.l!SE+l 2.79E+2 I I 15:lllll 1. 92E+l 1.72E+lil 2.19E-1 2.29E+lil 1. 34E+rll 3.17E+ll 3.111lE+2 3.lBE+l 2.37E+2 7.611JE+ll 1. 37E+2 2.71E+ll 5 .11J4E+l 2.79E+2 15:lill 1. 92E+l 1. 71E+l1J 2.16E-1 2.2BE+ll 1. 34E+IIJ 3.17E+lil 3.llilE+2 3.lBE+l 2.37E+2 7.54E+ll 1. 37E+2 2. 66E+ll 5.lil3E+l 2.79E+2 15:ll2 1. 92E+l 1. 71E+ll 2.13E-1 2 .27E+lll 1. 34E+l1J 3.17E+ll 3. llilE+2 3.lBE+l 2.37E+2 7.49E+lil l.37E+2 2.61E+ll 5.ll2E+l 2.79E+2 15:1!13 l.92E+l 1. 71/JE+lil 2. llE-1 2.25E+l1J l.34E+l1J 3.17E+l1l 3. HlE+2 3.18E+l 2.37E+2 7.43E+l1J 1. 37E+2 2.56E+ll 5.lilllJE+l 2.79E+2 15:ll4 1. 92E+l l.69E+IIJ 2. IIIBE-1 2.24E+lll l.34E+ll 3.17E+lil 3. lfllE+2 3.18E+l 2.37E+2 7. 38E+rlJ 1. 37E+2 2.SlE+il 4.99E+l 2. 79E+2 15:05 1.92E+l l.69E+ll 2.filSE-1 2.23E+III 1. 34E+III 3.17E+lll 3.lfilE+2 3.lBE+l 2.37E+2 7.33E+lll 1.37E+2 2.46E+0 4.98E+l 2.79E+2 15:ll6 1. 92E+l l.6BE+ll 2.il2E-l 2.21E+ll 1.34E+lil 3.17E+lll 3.lllE+2 3.lBE+l 2.37E+2 7.27E+l1J 1.36E+2 2.42E+ll 4.97E+l 2.7BE+2 15:07 1. 92E+l l.67E+ll 2. IIHlE-1 2.21lE+ll 1.34E+ll 3.17E+ll 3.10E+2 3.lBE+l 2.37E+2 7.22E+lil 1. 36E+2 2.37E+III .4.95E+l 2.78E+2 15:lilB 1. 92E+l 1.67E+ll 1. 97E-l 2.19EHl 1. 34E+ll 3 .17E+lil 3.lllE+2 3.lBE+l 2.37E+2 7.17E+ll 1. 36E+2 2.33E+il 4.94E+l 2. 7BE+2 15:lil9 1. 92E+l l.66E+II l.95E-1 2.17E+ll 1. 34E+ll 3 .17E+III 3. llilE+2 3.lBE+l 2.37E+2 7 .12E+IIJ l .36E+2 2.28E+ll 4.93E+l 2.78E+2 TRIS IS A DRILL THIS IS A DRILL

SPS INGESTION PATHWAY EXERCISE RCS HRSS SAMPLE DATA Total Scenario Sb-129 Sr-89 Sr-91l' y - 91 Ca-134 ca-136 Ca-137 Ru-103 Ru-1116 Ho-99 Activity Time uCi/cc uci/cc uci/cc uci/cc uCi/cc uci/cc uci/cc uci/cc uci/cc uCi/cc uci/cc 14135 2.91B-2 2. 2ilE-5 B.71lE-7 l. 92E-5 6.B2E-2 9.26E-2 4.JlE-2 2.ll5E-2 4.71E-3 2.33E-5 B.15E+2 14:36 2.B9E-2 2.21lE-5 B.71lE-7 l.92E-5 6.B2E-2 9.26E-2 4.31E-2 2.llSE-2 4. 71E-3 2.33E-5 B.15E+2 14:37 2.BBE-2 2.21lE-5 B.71lE-7 l.91E-5 6.82E-2 9 .26E-2 4.31E-2 2.ll5E-2 4. 71E-3 2.33E-5 B.15E+2 14:38 2.87E-2 2.21lE-5 8.71lE-7 l.91E-5 6.B2E-2 9.26E-2 4.31E-2 2.llSE-2 4. 71E-3 2.33E-5 8.14E+2 14:39 2.86E-2 2.21lE-5 8.71lE-7 l.91E-5 6.82E-2 9.26E-2 4.JlE-2 2.ll5E-2 4. 71E-3 2.33E-5 8.l4E+2 14140 2.85E-2 2.2ilE-5 8.71lE-7 l.91lE-5 6.B2E-2 9.26E-2 4.JlE-2 2.ll5E-2 4. 71E-3 2.JJE-5 8.l3E+2 14141 2.B4E-2 2.21lE-5 B.71lE-7 l.91lE-5 6.B2E-2 9.26E-2 4.31E-2 2.ll5E-2 4.71E-3 2.JJE-5 8.13E+2 14:42 2.BJE-2 2.21lE-5 B.71lE-7 l.91lE-5 6.B2E-2 9.26E-2 4.JlE-2 2.ll5E-2 4. 71E-3 2.33E-5 B.12E+2 14143 2.B2E-2 2.21lE-5 B.71lE-7 l.B9E-5 6.B2E-2 9.26E-2 4.JlE-2 2.ll5E-2 4. 71E-3 2.33E-5 B.12E+2 14144 2.BlB-2 2.21lE-5 B.711JE-7 l.89E-5 6.B2E-2 9.26E-2 4.JlE-2 2.llSE-2 4. 71E-3 2.33E-5 B.11E+2 14145 2.BllB-2 2.21lE-5 B.71lE-7 l.BSE-5 6.B2E-2 9.26E-2 4.31E-2 2.ll5E-2 4. 71E-3 2.33E-5 B.11E+2 14146 2.7BE-2 2.21lE-5 B.71lE-7 l.B8E-5 6.82E-2 9.26E-2 4.31E-2 2.ll5E-2 4. 71E-3 2.33E-5 B.11E+2 14:47 2. 77E-2 2.21lE-5 B.71lE-7 l. BBE-5 6.82E-2 9.26E-2 4.31E-2 2.ll5E-2 4. 71E-3 2.33E-5 B.lllE+2 14148 2.76E-2 2.211E-5 B.HE-7 l.B7E-5 6.B2E-2 9.26E-2 4.31E-2 2.ll5E-2 4. 71E-3 2.33E-5 B.lllE+2 14149 2.75E-2 2.21lE-5 8.71lE-7 l. 87E-5 6.82E-2 9.26E-2 4.31E-2 2.05E-2 4.71E-3 2.33E-5 8.ll9E+2 14:50 2.74E-2 2.21lE-5 B.71lE-7 l.87E-5 6.82E-2 9.26E-2 4.31E-2 2. lll5E-2 4. 71E-3 2.33E-5 8.lll9E+2 14:51 2.73E-2 2.211lE-5 8.71lE-7 l.86E-5 6.82E-2 9.26E-2 4.31E-2 2.llSE-2 4.71E-3 2.33E-5 8.lll9E+2 14152 2. 72E-2 2.20E-5 8. 711lE-7 l.B6E-5 6.82E-2 9.26E-2 4.JlE-2 2. lll5E-2 4.71E-3 2.33E-5 8.lll8E+2 14:53 2.71E-2 2.21lE-5 B.71lE-7 l.B6E-5 6.B2E-2 9.26E-2 4.JlE-2 2.05E-2 4. 71E-3 2.33E-5 8.lllBE+2 14:54 2. 711lE-2 2.211lE-5 B.71lE-7 l.B5E-5 6.B2E-2 9.26E-2 4.JlE-2 2. lll5E-2 4.71E-3 2.33E-5 B.ll7E+2 14:55 2.69E-2 2.20E-5 B.71lE-7 l.BSE-5 6.B2E-2 9.26E-2 4.31E-2 2 .lll5E-2 4. 71E-3 2.33E-5 B.lll7E+2 14:56 2.6BE-2 2.21lE-5 B.70E-7 l.B5E-5 6.82E-2 9.26E-2 4.JlE-2 2.05E-2 4. 71E-3 2.33E-5 B.lil7E+2 14:57 2.67E-2 2.20E-5 B.70E-7 l.B4E-5 6.B2E-2 9.26E-2 4.JlE-2 2. lil5E-2 4. 71E-3 2.33E-5 B.lil6E+2 14:58 2.66E-2 2.211lE-5 8.71/JE-7 1.84E-5 6.B2E-2 9.26E-2 4.JlE-2 2.lil5E-2 4.71E-3 2.33E-5 B.lil6E+2 14:59 2,65E-2 2,20E-5 B.71lE-7 1.B4E-5 6.82E-2 9.26E-2 4.JlE-2 2 .lil5E-2 4. 71E-3 2.33E-5 8.lil5E+2 15101/J 2.64E-2 2.21lE-5 B.71JE-7 l.BJE-5 6.82E-2 9.26E-2 4.JlE-2 2. lll5E-2 4. 71E-3 2.33E-5 B.lil5E+2 15101 2.63B-2 2.21lE-5 B.711lE-7 1.BJE-5 6.B2E-2 9.26E-2 4,JlE-2 2,ll5E-2 4.71E-J 2.33E-5 B.ll5E+2 15:02 2.62E-2 2.21lE-5 B.70E-7 1.B2E-5 6.B2E-2 9.26E-2 4.JlE-2 2. lllSE-2 4, 71E-3 2.33E-5 B.lll4E+2 15:lllJ 2.61E-2 2.21!1E-5 B. 71!1E-7 l.B2E-5 6.82E-2 9.26E-2 4.JlE-2 2. lllSE-2 4. 71E-3 2.33E-5 B. lll4E+2 15:1!14 2, 611lE-2 2. 211JE-5 B. 711lE-7 1.B2E-5 6.B2E-2 9.26E-2 4.31E-2 2. lll5E-2 4.71E-3 2.33E-5 B.lll3E+2 15:1!15 2.59E-2 2 .211JE-5 B,711lE-7 1.BlE-5 6.B2E-2 9.26E-2 4.31E-2 2.lll5E-2 4. 71E-3 2.33E-5 8.lll3E+2 15:ll6 2.58E-2 2,21lE-5 8.71lE-7 l.BlE-5 6.B2E-2 9.26E-2 4.JlE-2 2. lll5E-2 4.71E-3 2.JJE-5 B.lll3E+2 15:07 2.57E-2 2.20E-5 B.70E-7 l. BlE-5 6.B2E-2 9.26E-2 4.31E-2 2. lll5E-2 4.71E-3 2.33E-5 B.lll2E+2 15:lllB 2.56E-2 2, 211lE-5 B. 711lE-7 l. 81lE-5 6.82E-2 9.26E-2 4.JlE-2 2, lll5E-2 4. 71E-3 2.33E-5 B.lil2E+2 15:09 2.55E-2 2 ,211lE-5 B.70E-7 l. BllE-5 6.82E-2 9.26E-2 4,JlE-2 2. lll5E-2 4. 71E-3 2.JJE-5 B,ll2E+2 THIS IS A DRILL THIS IS A DRILL

SPS INGESTION PATHWAY EXERCISE RCS HRSS SAMPLE DATA Scenario P:r-85 P:r-85m Kr-97 P:r-88 Xe-131m Xe-133m Xe-133 Xe-135 I-131 I-132 I-133 I-134 I-135 I-131 D.E. Time uci/cc uCi/cc uCi/cc uci/cc uCi/cc uci/cc uCi/cc uci/cc uCi/cc uci/cc uCi/cc uCi/cc uCi/cc uCi/cc 151 llll l.92E+l l. 66E+0 l. 92E-1 2 .16E+lll 1. 34E+0 3. l 7E+lll 3. HlE+2 3.lBE+l 2.37E+2 7.lll6E+lll 1. 36E+2 2 .24E+lll 4.92E+l 2.78E+2 15111 1.92E+l l.65E+lil 1. 89E-l 2.15E+lll l. 34E+lll 3. l 7E+lll 3. llllE+2 3.lBE+l 2.37E+2 7.01EHl l.36E+2 2.21lE+0 4. 91/lE+l 2.78E+2 15:12 l. 92E+l l.64EHl l. 87E-l 2.14E+lll l.34E+fil 3.17E+fil 3. llllE+2 3.lBE+l 2.37E+2 6.96EHl 1.36E+2 2 .15E+lll 4.89E+l 2.78E+2 15:13 l.92E+l l.64E+lll l. BSE-1 2 .12E+lil l. 34E+lil 3. l 7E+lll 3.llllE+2 3.lBE+l 2.37E+2 6.91E+lll 1.36E+2 2. llE+lll 4.BBE+l 2.78E+2 15114 l. 92E+l l. 63E+0 l. 82E-l 2.llE+lll l. 34E+lll 3.17E+lll 3.llllE+2 3.lBE+l 2.37E+2 6.86E+lll l.36E+2 2.lll7E+lll 4.87E+l 2.78E+2 15115 1.92E+l l.63E+lll 1.BlllE-1 2.11/lE+lll 1. 34E+lll 3.17E+lll 3.llllE+2 3.lBE+l 2.37E+2 6.BlE+lll l. 35E+2 2 .lll3E+lll 4.86E+l 2.78E+2 15116 l.92E+l 1. 62E+lll l. 77E-l 2.ll9E+lll l. 34E+lil 3.17E+lll 3. llllE+2 3.lBE+l 2.37E+2 6.76E+ll l. 35E+2 2.llllllE+lll 4.84E+l 2.78E+2 15117 l.92E+l l. 61E+lll l. 75E-l 2.lll7E+lll l. 34E+lil 3.17E+ll 3.llllE+2 3.lBE+l 2.37E+2 6.71E+lll l. 35E+2 l.96E+ll 4.83E+l 2.78E+2 15:18 l.92E+l l. 61E+lll 1.73E-l 2.lll6E+0 l. 34E+lll 3.l7EHl 3. llllE+2 3.lBE+l 2.37E+2 6.66E+lll l. 35E+2 l. 92E+lil 4.82E+l 2.78E+2 15:19 l.92E+l 1.61/lE+ll 1. 71/lE-l 2.lll5E+lll l. 34E+lll 3.17E+ll 3.llllE+2 3.lBE+l 2.37E+2 6. 61E+lll l.35E+2 1.BBE+lll 4.BlE+l 2.78E+2 15121/l 1.92E+l l. 611lE+0 l,68E-l 2.ll4E+lll l.34E+ll 3.17E+lll 3. lllE+2 3.lBE+l 2.37E+2 6.57E+lll 1.35E+2 l. 85E+lll 4.79E+l 2.78E+2 15:21 l.92E+l l. 59E+ll 1. 66E-l 2.lll2E+lll l.34E+lll 3.17E+ll 3.llllE+2 3.lBE+l 2.37E+2 6.52E+lll 1. 35E+2 1. BlE+lll 4.78E+l 2.78E+2 15122 1.92E+l 1. 58E+lll 1. 64E-1 2.lllE+lll 1.34E+0 3.17E+0 3.l0E+2 3.lBE+l 2.37E+2 6.47E+0 l.35E+2 1. 78E+0 4. 77E+l 2.77E+2 15:23 l.92E+l 1.58EHl 1. 62E-l 2.lllllE+IIJ 1. 34E+0 3.17E+lil 3.10E+2 3.lBE+l 2.37E+2 6.42E+lll 1. 35E+2 1. 74E+0 4.76E+l 2.77E+2 15:24 l. 92E+l l. 57E+lll l.59E-1 l.99E+II 1. 34E+IIJ 3.17E+lll 3.l0E+2 3.lBE+l 2.37E+2 *6.38E+0 1. 34E+2 1. 71E+lil 4.75E+l 2.77E+2 15:25 l. 92E+l 1. 57E+ll l,57E-l l.98E+ll l. 34E+lll 3. l 7E+lil 3.10E+2 3.lBE+l 2.37E+2 6.33E+0 l. 34E+2 l.68E+0 4.73E+l 2. 77E+2 15:26 l.92E+l l.56E+0 l. 55E-l l.97E+0 l. 34E+0 3.17E+0 3.1"E+2 3.lBE+l 2.37E+2 6.28E+0 l.34E+2 l.65E+0 4. 72E+l 2.77E+2 15:27 l.92E+l l.55E+0 l. 53E-l l.95E+ll l. 34E+lll 3.17E+lll 3. 1"E+2 3.lBE+l 2.37E+2 6.24E+0 l. 34E+2 l. 62E+lil 4. 71E+l 2. 77E+2 15:28 l.92E+l 1.55EHl 1. 51E-l 1.94E+lil l.34EHl 3.17EHl 3.lllE+2 3.lBE+l 2.37E+2 6 .19E+lil l. 34E+2 1. 59E+lil 4. 71/lE+l 2.77E+2 15:29 1. 92E+l 1.54EHl l. 49E-l l.93E+lll l. 34E+ll 3. l 7E+lil 3.llilE+2 3.lBE+l 2.37E+2 6.15E+fil l. 34E+2 1. 56E+ll 4.69E+l 2. 77E+2 1513111 l.92E+l 1.54E+lil 1. 47E-l 1.92E+lil l.34E+lil 3.17E+ll 3.lllE+2 3.lBE+l 2.37E+2 6 .1"E+lil 1. 34E+2 l.53E+lll 4. 68E+l 2. 77E+2 15:31 l.92E+l l. 53E+lll l. 45E-l l.91E+lil l. 34E+lll 3.17E+ll 3.lllE+2 3.lBE+l 2.37E+2 6.lll6E+ll l. 34E+2 1.51/lE+lil 4.66E+l 2. 77E+2 15:32 1.92E+l l.53E+lll l. 43E-l l.91/lE+lll l.34E+lll 3. l 7E+lll 3.lllE+2 3.lBE+l 2.37E+2 6.lll2E+ll l. 34E+2 1. 47E+lll 4.65E+l 2. 77E+2 15133 1.92E+l 1.521!:+III 1.42E-l l. 88E+0

• l. 34E+ll 3.17E+lll 3.lllE+2 3.lBE+l 2.37E+2 5.97E+lll 1. 34E+2 1. 44E+lll 4.64E+l 2. 77E+2 15:34  !*92E+l l. 51E+lil l. 41lE-1 l. 87E+lil 1. 34E+ll 3.17E+lll 3.llllE+2 3.lBE+l 2.37E+2 5.93E+lil l.33E+2 l.41E+lll 4.63E+l 2. 77E+2 15:35 1.,2E+l 1. 51!+11l l.38E-l l. 86E+ll l. 34E+fil 3.17E+lil 3.lllE+2 3.lBE+l 2.37E+2 5.88E+ll 1.33E+2 1. 39E+lil 4.62E+l 2. 77E+2 15:36 l 92E+l 0 1. SllE+lll 1.36E-l l. 85E+lll l. 34E+lil 3.17E+lll 3.llllE+2 3.lBE+l 2.36E+2 5.84E+fil l.33E+2 l. 36E+0 4.61E+l 2. 77E+2 15:37 l,*.!E+l l. SllE+lll l. 34E-l l.84EHl l. 34E+lll 3.17E+lll 3.llllE+2 3.lBE+l 2.36E+2 5.81/lE+lil l. 33E+2 l. 33E+lll 4.59E+l 2.76E+2 15:38 1, 112E+l l.49E+lll l.32E-l l. 83E+lll l.34EHl 3.17E+ll 3.HlE+2 3.lBE+l 2.36E+2 5.76E+lll l. 33E+2 l. 31E+lll 4.58E+l 2.76E+2 15:39 J.92t+l l.49E+lll l. 31E-l 1.82E+lll 1. 34E+lll 3. l7E+lll 3.llilE+2 3.18E+l 2.36E+2 5.72EHl l. 33E+2 l.2BE+ll 4.57E+l 2.76E+2 15141/l 1,92E+l 1. 48E+ll l.29E-1 1.BlEHl l. 34E+IIJ 3.17E+lll 3.llllE+2 3.lBE+l 2.36E+2 5.67E+ll l. 33E+2 l.26EHl 4.56E+l 2.76E+2 15: 41 l. 92E+l 1. 48E+0 l.27E-l 1.81/lEHl l. 34E+IJ 3.17E+IIJ 3. HlE+2 3.lBE+l 2.36E+2 5. 63E+lll 1.33E+2 l. 24E+lll 4.SSE+l 2.76E+2 15:42 l.9~E+l 1. 47E+lll l.26E-l l. 79E+ll l.34EHl 3.17E+ll 3. llllE+2 3.lBE+l 2.36E+2 5.59E+ll l.33E+2 l.21E+0 4.54E+l 2.76E+2 15:43 1.92E+l l. 46E+0 1.24E-1 1.78E+0 l. 34E+IIJ 3.17E+ll 3. UIE+2 3.lBE+l 2.36E+2 5.55E+ll l. 32E+2 1.19E+ll 4.53E+l 2.76E+2 15:44 l.92li:+1 l. 46E+lll l.22E-l l. 76E+lll l. 34E+lll 3.17E+ll 3.llllE+2 3.lBE+l 2.36E+2 5.SlE+lll l.32E+2 1. l 7E+lll 4.52E+l 2.76E+2 THIS IS A DRILL THIS IS A DRILL

SPS INGESTION PATHWAY EXERCISE RCS HRSS SAMPLE DATA Total Scenario Sb-129 Sr-89 Sr-99 y - 91 Ca-134 Ca-136 Ce-137 Ru-11113 Ru-11116 Mo-99 Activity Time uci/cc uCi/cc uCi/cc uCi/cc uci/cc uCi/cc uci/cc uci/cc uci/cc uci/cc uci/cc 1511111 2.54E-2 2.21JE-5 8.7111E-7 l.8BE-5 6.82E-2 9.26E-2 4.31E-2 2.1115E-2 4. 71E-3 2.33E-5 8.lillE+2 15111 2.53E-2 2.21JE-5 8.70E-7 l.79E-5 6.82E-2 9.26E-2 4.31E-2 2.fll5E-2 4. 71E-3 2.33E-5 8.1111E+2 15112 2.52E-2 2.21ilE-5 8.71lE-7 l.79E-5 6.82E-2 9.26E-2 4.31E-2 2 .1115E-2 4. 71E-3 2.33E-5 8.111111E+2 15113 2.51E-2 2.21lE-5 8.71ilE-7 l.79E-5 6.82E-2 9.26E-2 4.31E-2 2.B5E-2 4. 71E-3 2.33E-5 8.111BE+2 15114 2 .5111E-2 2.21JE-5 8.7111E-7 l.78E-5 6.82E-2 9.26E-2 4.31E-2 2.1115E-2 4.71E-3 2.33E-5 8.00E+2 15115 2.49E-2 2.20E-5 8.70E-7 l.78E-5 6.82E-2 9.26E-2 4.31E-2 2.1115E-2 4. 71E-3 2.33E-5 7.99E+2 15116 2.48E-2 2.21lE-5 8.70E-7 l.78E-5 6.B2E-2 9.26E-2 4.31E-2 2 .1115E-2 4.71E-3 2.33E-5 7.99E+2 15117 2.47E-2 2 .2111E-5 8.71JE-7 1. 77E-5 6.82E-2 9.26E-2 4.JlE-2 2 .1115E-2 4. 71E-3 2.33E-5 7.99E+2 15:18 2.46E-2 2.21lE-5 8.7111E-7 1. 77E-5 6.82E-2 9.26E-2 4.31E-2 2 .111SE-2 4. 71E-3 2.33E-5 7.9BE+2 15,19 2.45E-2 2.21JE-5 8.71ilE-7 l.77E-5 6.82E-2 9.26E-2 4.JlE-2 2. IIJ5E-2 4. 71E-3 2.33E-5 7.9BE+2 15121! 2.44E-2 2.21JE-5 8.71JE-7 1. 76E-5 6.82E-2 9.26E-2 4.JlE-2 2.IIJSE-2 4. 71E-3 2.33E-5 7.98E+2 15:21 2.43E-2 2 .2111E-5 8.71JB-7 1. 76B-5 6.82E-2 9.26E-2 4.JlE-2 2.1115E-2 4. 71E-3 2.33E-5 7.97E+2 15:22 2.42E-2 2.201!-5 8.71lE-7 l.76E-5 6.B2E-2 9.26E-2 4.JlE-2 2.lll5E-2 4. 71E-3 2.33E-5 7.97E+2 15,23 2.42E-2 2.20E-5 8.71lE-7 1. 75E-5 6.82E-2 9.26E-2 4.31E-2 2.ll5E-2 4. 71E-3 2.33E-5 7.96E+2 15124 2.41E-2 2.2111E-5 8.7111E-7 l.75E-5 6.82E-2 9.26E-2 4.31E-2 2.llSE-2 4.71E-3 2.33E-5 7.96E+2 15125 2.4"E-2 2.21lE-5 8.711JE-7 l.75E-5 6.82E-2 9.26E-2 4.31E-2 2.B5E-2 4.71E-3 2.33E-5 7.96E+2 15126 2.39E-2 2.21JE-5 8.71JE-7 l.74E-5 6.82E-2 9.26E-2 4.31E-2 2.1115E-2 4. 71E-3 2.JJE-5 7.95E+2 15127 2.J8E-2 2.21JE-5 8.71JE-7 1. 74E-5 6.82E-2 9.26E-2 4.31E-2 2 .1115E-2 4. 71E-3 2.33E-5 7.95E+2 15128 2.37E-2 2.21ilE-5 8.71ilE-7 l.74E-5 6.82E-2 9.26E-2 4.31E-2 2.1115E-2 4. 71E-3 2.33E-5 7.95E+2 15:29 2.36E-2 2.21JE-5 8.71JE-7 l. 73E-5 6.82B-2 9.26E-2 4.31E-2 2 .1115E-2 4. 71E-3 2.33E-5 7.94E+2 15131J 2.35E-2 2.21JE-5 8.71JE-7 l. 73E-5 6.82E-2 9.26E-2 4.31E-2 2 .1115E-2 4.71E-3 2.3JE-5 7.94E+2 15131 2.34E-2 2.21JE-5 8.71ilE-7 l. 73E-5 6.82E-2 9.26E-2 4.31E-2 2.IJ5E-2 4. 71E-3 2.33E-5 7.94E+2 15132 2.J3E-2 2.21lE-5 8.7111E-7 1. 72E-5 6.82E-2 9.26E-2 4.31E-2 2.1115E-2 4. 71E-3 2.33E-5 7.93E+2 15,33 2.32E-2 2.21JE-5 8.70E-7 l. 72E-5 6.82E-2 9.26E-2 4.31E-2 2.il5E-2 4. 71E-3 2.33E-5 7.93E+2 15134 2.J2E-2 2.21lE-5 8.71JE-7 1. 72E-5 6.82E-2 9.26E-2 4.31E-2 2.lil5E-2 4. 71E-3 2.33E-5 7.93E+2 15135 2.JlE-2 2 .20E-5 8. 7'/JE-7 1. 71E-5 6.82E-2 9.261!-2 4.31E-2 2.lilSE-2 4. 71E-3 2.33E-5 7.92E+2 15136 2.JIJE-2 2.21lE-5 8.71lB-7 1. 71E-5 6.82E-2 9.26E-2 4.31E-2 2.05E-2 4. 71E-3 2.33E-5 7.92E+2 15137 2 .29E-2 2.21lE-5 8.71JE-7 l.71E-5 6.82E-2 9.26E-2 4.31E-2 2.1115E-2 4. 71E-3 2.33E-5 7.92E+2 15,38 2.28E-2 2.2111E-5 8.7111E-7 1. 7111E-5 6.82E-2 9.26E-2 4.31E-2 2 .1115E-2 4. 71E-3 2.33E-5 7.91E+2 15:39 2 .27E-2 2.21JE-5 8.71lB-7 l. 7111E-5 6.82E-2 9.26E-2 4.JlE-2 2 .1115E-2 4. 71E-3 2.33E-5 7.91E+2 1514111 2.26E-2 2.21lE-5 8.7111E-7 l.7111E-5 6.82E-2 9.26E-2 4.JlE-2 2.1115E-2 4. 71E-3 2.33E-5 7.91E+2 15141 2.25E-2 2 .21ilE-5 8.7111E-7 l.69E-5 6.82E-2 9.26E-2 4.31E-2 2.1115E-2 4. 71E-3 2.33E-5 7.9111E+2 15:42 2.25E-2 2.2BE-5 8.71ilE-7 l. 69E-5 6.82E-2 9.26E-2 4.31E-2 2.lil5E-2 4. 71E-3 2.33E-5 7.9111E+2 15143 2.24E-2 2.21JE-5 8.7BE-7 l. 69E-5 6.82E-2 9.26E-2 4.31E-2 2. lilSE-2 4. 71E-3 2.33E-5 7.90E+2 15:44 2.23E-2 2.2BE-5 8.7BE-7 l. 68E-5 6.82E-2 9.26E-2 4.31E-2 2. lil5E-2 4. 71E-3 2.33E-5 7.89E+2 THIS IS A DRILL THIS IS A DRILL

BPS INGESTION PATHWAY EXERCISE RCS HRSS SAMPLE DATA Scenario l{r-85 l{r-8Sm Kr-87 l{r-88 Xe-13lm Xe-133m Xe-133 Xe-135 I-131 I-132 I-133 I-134 I-135 I-131 D.E. Time uci/cc uCi/cc uCi/cc uci/cc uCi/cc uCi/cc uCi/cc uCi/cc uci/cc uCi/cc uci/cc uci/cc uci/cc uci/cc 15145 1. 92E+l l.4SE+ll l.21E-l l.75E+ll 1. 34E+IIJ 3.17E+ll 3.lllE+2 3.18E+l 2.J6E+2 5.47E+0 l.32E+2 l .14EHl 4.51lE+l 2.76E+2 15:46 1. 92E+l l.45E+ll l.19E-l 1. 74EHl 1. 34E+ll 3.17E+IIJ 3.111JE+2 J.lBE+l 2.36E+2 5.43E+0 l.32E+2 l.12E+0 4.49E+l 2.76E+2 15147 l.92E+l 1. 44E+ll l.18E-l 1.73E+III 1. 34E+III 3.17E+IIJ 3.lllE+2 3.lBE+l 2.36E+2 5.39E+IIJ 1. 32E+2 l. lllE+B 4.4BE+l 2.76E+2 15148 l.92E+l 1. 44E+ll l.16E-l 1. 72EHl l.34E+0 3.17E+0 3.10E+2 3.lBE+l 2.36E+2 5.35E+ll l.32E+2 l. lllBE+II 4.47E+l 2.76E+2 15149 1. 92E+l 1. 43EHl l.15E-l 1. 71EHl l.34E+II 3.17EHl 3.l0E+2 3.lBE+l 2.36E+2 5.31E+ll l.32E+2 l. 06E+B 4.46E+l 2.76E+2 151511 l.92E+l l.43E+II 1.13E-l 1. 711JE+II l.34E+II J.17E+II 3.111E+2 3.lBE+l 2.36E+2 5.27E+0 1. 32E+2 l.114E+II 4.45E+l 2.76E+2 15151 1. 92E+l 1.42E+ll l.12E-l l.69E+0 l.34E+0 3.17E+II 3 .111JE+2 3.lBE+l 2.36E+2 5.24E+0 1.32E+2 1.02E+II 4.44E+l 2.76E+2 15152 1. 92E+l 1.42E+II 1. HlE-1 1.68E+II l.34E+0 3.17E+II 3.111E+2 3.lBE+l 2. 36E+2 5.211E+0 1. 31E+2 1.IIIIJE+II 4.43E+l 2.76E+2 15153 l.92E+l l.41EHl 1. 119E-1 1.67E+ll 1. 34E+0 3.17E+ll 3.lllE+2 3.18E+l 2.36E+2 5.16E+0 1. 31E+2 9.BlE-1 4.41E+l 2.75E+2 15154 1. 92E+l l.41E+0 l.ll7E-1 l.66E+II 1. 34E+IIJ 3.17E+ll 3 .111E+2 3.lBE+l 2.36E+2 5.12E+ll 1. 31E+2 9.63E-1 4.411E+l 2.75E+2 15155 1. 92E+l l.41lE+ll l. ll6E-1 l.65E+II 1. 34E+0 3.17E+III 3. lllE+2 3.lBE+l 2.36E+2 5.IIJBE+IIJ l.31E+2 9.44E-1 4.39E+l 2.75E+2 15156 l.92E+l 1.40E+II 1.114E-1 l.64E+II 1. 34E+II 3.17E+0 3. lllE+2 3.lBE+l 2.36E+2 S.IIJSE+IIJ 1.31E+2 9.26E-1 4.38E+l 2.7SE+2 15:57 l.92E+l 1.39E+II l.lllJE-1 l.63E+II 1.34E+II 3.17E+IIJ 3.111E+2 3.lBE+l 2.36E+2 S.lllE+ll 1. 31E+2 9.119E-1 4.37E+l 2.75E+2 15:58 1.92E+l 1.38E+0 1.1112E-1 1.62E+II 1.34E+II 3.17E+ll 3.111E+2 3.lBE+l 2.36E+2 4.97E+0 1. 31E+2 8.92E-l 4.36E+l 2.75E+2 15159 1. 92E+l l.38EHl l.llJIIE-1 l.61E+IIJ 1.34E+II 3.17E+lll 3.111JE+2 3.18E+l 2.36E+2 4.94E+II 1. 31E+2 8.7SE-l 4.JSE+l 2.7SE+2 161011 1.92E+l 1. 37E+III 9.911E-2 l.60E+II l.34E+II 3.17E+0 3.111E+2 3.18E+l 2.36E+2 4.911E+ll l.31E+2 8.SBE-1 4.34E+l 2.7SE+2 THIS IS A DRILL THIS IS A DRILL

SPS INGESTION PATHWAY EXERCISE RCS HRSS SAMPLE DATA Total Scenario Sb-129 sr-89 Sr-91! y - 91 Ce-134 cs-136 Cs-137 Ru-lllJ Ru-lll6 Mo-99 Activity Time uCi/cc uci/cc uci/cc uCi/cc uCi/cc uci/cc uCi/cc uCi/cc uCi/cc uCi/cc uCi/cc 15:45 2.22E-2 2.21lE-5 B.71lE-7 l.6BE-5 6.82E-2 9.26E-2 4.JlE-2 2.ll5E-2 4.71E-3 2.33E-5 7.89E+2 15146 2.21E-2 2.21lE-5 8.71i!E-7 l.6BE-5 6.82E-2 9.26E-2 4.31E-2 2. lil5E-2 4.71E-3 2.33E-5 7.89E+2 15147 2.20E-2 2.21lE-5 8.71lE-7 1. 68E-5 6.82E-2 9.26E-2 4.31E-2 2.lil5E-2 4.71E-3 2.33E-5 7.88E+2 15:48 2.19E-2 2.21lE-5 8.71lE-7 l.67E-5 6.82E-2 9.26E-2 4.31E-2 2.ll5E-2 4. 71E-3 2.33E-5 7.88E+2 15:49 2.19E-2 2.20E-5 8.71lE-7 l.67E-5 6 .82E-2 9.26E-2 4.31E-2 2.ll5E-2 4. 71E-3 2.33E-5 7.8BE+2 15:51! 2.lBE-2 2.21lE-5 8.71lE-7 l.67E-5 6.82E-2 9.26E-2 4.31E-2 2.ll5E-2 4.71E-3 2.33E-5 7.87E+2 15:51 2.17E-2 2.21lE-5 8.71lE-7 l.66E-5 6.82E-2 9.26E-2 4.31E-2 2.ll5E-2 4. 71E-3 2.33E-5 7.87E+2 15152 2.16E-2 2.21lE-5 8.71lE-7 1. 66E-5 6.82E-2 9.26E-2 4.31E-2 2.ll5E-2 4. 71E-3 2.33E-5 7.87E+2 15153 2.15E-2 2.21lE-5 8.70E-7 1. 66E-5 6.82E-2 9.26E-2 4.31E-2 2.ll5E-2 4. 71E-3 2.33E-5 7.87E+2 15:54 2.14E-2 2.21lE-5 8.71lE-7 1. 65E-5 6.82E-2 9.26E-2 4.31E-2 2.ll5E-2 4. 71E-3 2.33E-5 7.86E+2 15:55 2.14E-2 2.21lE-5 8.71lE-7 l.6SE-5 6. 82E-2 9.26E-2 4.31E-2 2.ll5E-2 4.71E-3 2.33E-5 7.86E+2 15156 2.13E-2 2.21lE-5 8.71ilE-7 l.6SE-S 6.82E-2 9.26E-2 4.31E-2 2.llSE-2 4. 71E-3 2.33E-5 7.86E+2 15:57 2 .12E-2 2 .21ilE-5 8.71lE-7 l.64E-5 6 .82E-2 9.26E-2 4.31E-2 2.lilSE-2 4.71E-3 2.33E-5 7.85E+2 15:58 2. llE-2 2 .21ilE-5 8.71lE-7 l.64E-5 6 .82E-2 9.26E-2 4.31E-2 2. lil5E-2 4.71E-3 2.33E-5 7.85E+2 15:59 2.lllE-2 2 .21ilE-5 8.71ilE-7 1.64E-5 6.82E-2 9.26E-2 4.31E-2 2.lil5E-2 4. 71E-3 2.33E-5 7.85E+2 16:llll 2.i19E-2 2.21ilE-5 8.71lE-7 l.63E-5 6.82E-2 9.26E-2 4.31E-2 2.lllSE-2 4.71E-3 2.33E-5 7.84E+2 THIS IS A DRILL THIS IS A DRILL

THIS PAGE IS INTENTIONALLY INSERTED AS A DATA DIVIDER FOR THIS SUBSECTION

SPS INGESTION PATHWAY EXERCISE Containment Sump HRSS Radiological Data Closed Window Undiluted Sample Undiluted Sample 1 ml Sample l ml Sample l ml Sample Do11e Rate at Do11e Rate Dose Rate diluted to l uL diluted to l uL diluted to l uL Scenario l ft from Panel at l centimeter at 20 centimeters at l cm at 211l cm at 20 cm Time mR/hr mR/hr/ml mR/hr/ml mr/hr/micro-L mr/hr/micro-L NET cpm/micro-L 1111: 33 22 2585 57 3 5.74E-02 570 10:34 22 2585 57 3 5.74E-02 571l lll:35 22 2584 57 3 5.74E-02 570 llll:36 22 2584 57 3 5.74E-02 570 10:37 22 2583 57 3 5.74E-02 570 10:38 22 2583 57 3 5.74E-02 570 llll139 22 2583 57 3 5.74E-02 570 101411) 22 2582 57 3 5.74E-02 570 llll141 22 2582 57 3 5.74E-02 570 lllJ:42 22 2581 57 3 5.74E-02 570 10143 22 2581 57 3 5.74E-02 570 10144 22 2581 57 3 5.73E-02 570 10:45 22 2580 57 3 5.73E-02 5711) 10:46 22 2580 57 3 5.73E-02 570 llll:47 22 2580 57 3 5.73E-02 570 llll148 22 2579 57 3 5.73E-lll2 5711l 1111149 22 2579 57 3 5.73E-02 570 10150 22 2578 57 3 5.73E-02 560 11/l :51 22 2578 57 3 5.73E-02 560 1111:52 22 2578 57 3 5.73E-02 560 10:53 22 2577 57 3 5.73E-02 560 lll 154 22 2577 57 3 5.73E-02 560 10:55 22 2576 57 3 5.73E-02 560 10:56 22 2576 57 3 5. 72E-IIJ2 560 1111:57 22 2576 57 3 5. 72E-02 560 i i i 111:58 22 2575 57 3 5.72E-02 560 10:59 22 2575 57 3 5. 72E-02 5611l 11:00 22 2574 57 3 5.72E-02 560 11 :fill 22 2574 57 3 5. 72E-02 560 11:02 22 2574 57 3 5.72E-02 5611l 11 :03 22 2573 57 3 5.72E-02 560 11:04 22 2573 57 3 5.72E-02 560 11:05 22 2573 57 3 5. 72E-02 560 11:06 22 2572 57 3 5. 72E-02 560 11:07 22 2572 57 3 5.72E-02 560 Containment Sump HRSS Radiological Data THIS IS A DRILL THIS IS A DRILL

BPS INGESTION PATHWAY EXERCISE SU.MP HR$S Closed Window Undiluted Sample Undiluted Sample 1 ml Sample 1 ml Sample 1 ml Sample Dose Rate at Dose Rate Dose Rate diluted to 1 uL diluted to 1 uL diluted to 1 uL Scenario l ft from Panel at l centimeter at 211l centimeters at 1 cm at 211l cm at 211l cm Time mR/hr mR/hr/ml mR/hr/ml mr/hr/micro-L mr/hr/micro-L NET cpm/micro-L llzll9 22 2571 57 3 5.71E-ll2 5611l ll:ll9 22 2571 57 3 5.71E-lll2 561l 11:le 22 2571 57 3 5. 71E-ll2 561l 11,11 22 2571l 57 3 5.71E-lll2 561l 11: 12 22 25711l 57 3 5.71E-lll2 5611l 11: 13 22 2569 57 3 5.71E-ll2 560 llz 14 22 2569 57 3 5. 71E-ll2 5611l 11:15 22 2569 57 3 5.71E-lll2 5611l 11: 16 22 2568 57 3 5.71E-lll2 5611l 11117 22 2555 57 3 5.68E-ll2 5611l 11:18 22 2542 56 3 5.65E-lll2 561l 11119 22 2529 56 3 5.62E-ll2 551l 11,20 21 2511l3 56 3 5.56E-ll2 5511l 11 :21 21 2477 55 2 5. 511lE-lll2 541l 11122 21 2452 54 2 5.45E-lll2 541l 11:23 21 2426 54 2 5.39E-ll2 5311l 11:24 21l 2402 53 2 5.34E-ll2 531/l 11:25 21l 2378 53 2 5.28E-ll2 521l 11:26 20 2354 52 2 5.23E-ll2 521l 11 :27 211l 2330 52 2 5.18E-ll2 5lll 11:28 21l 2311l7 51 2 5.13E-lll2 Slll 11129 19 2284 51 2 5.ll8E-lll2 Sllll llz31l 19 2262 Sil 2 5.ll3E-ll2 501l 11:31 19 22411l Sil 2 4.98E-ll2 491l 11:32 19 2218 49 2 4.93E-ll2 491l 11: 33i 19 2196 49 2 4.88E-ll2 491l 11:34 19 2175 48 ' 2 4.83E-ll2 491l 11:35 19 2155 49 2 4.79E-lll2 471l 11 :36 18 2134 47 2 4.74E-ll2 471l 11: 37 18 2114 47 2 4.70E-ll2 461l 11:39 18 21l94 47 2 4.65E-ll2 460 11 :39 18 2075 46 2 4.61E-02 4511l 11:41! 17 211l55 46 2 4.57E-lll2 450 11 :41 17 2036 45 2 4.52E-lll2 451l 11:42 17 2017 45 2 4. 48E-1112 441l THIS IS A DRILL THIS IS A DRILL

SPS INGESTION PATHWAY EXERCISE Containment Sump HRSS Radiological Data Closed Window Undiluted Sample Undiluted Sample 1 ml Sample 1 ml Sample 1 ml Sample Doae Rate at D011e Rate Dose Rate diluted to 1 uL diluted to 1 UL diluted to 1 uL Scenario 1 ft from Panel at 1 centimeter at 2111 centimeters at 1 cm at 20 cm at 20 cm Time mR/hr mR/hr/ml mR/hr/ml mr/hr/micro-L mr/hr/micro-L NET cpm/micro-L 11*43 17 1999 44 2 4.44E-02 440 11*44 17 1991 44 2 4.40E-02 430 11:45 17 1963 44 2 4.36E-02 43111 11:46 17 1945 43 2 4.32E-02 430 11:47 16 1929 43 2 4.29E-02 420 11149 16 1911 42 2 4.25E-02 420 11149 16 1994 42 2 4.21E-11J2 410 11:50 16 1977 42 2 4.17E-02 41" 11:51 16 1960 41 2 4. lJE-02 411/l 11:52 16 1944 41 2 4.HlE-1112 40111 11:53 16 1829 41 2 4 .1116E-1112 41110 11:54 15 1912 41il 2 4. 03E-1112 4111111 11:55 15 1797 4" 2 3.99E-02 39111 11:56 15 1791 40 2 3.96E-02 390 11157 15 1766 39 2 3.92E-1112 390 11:58 15 1751 39 2 3.89E-1112 38111 11:59 15 1736 39 2 3.86E-02 38111 12 :00 15 1722 38 2 3.83E-02 380 12 :01 15 1707 38 2 3.79E-1112 370 12 :02 14 1693 38 2 3.76E-02 370 1211113 14 1679 37 2 3.73E-02 370 12: 04 14 1665 37 2 3. 70E-1112 36f/l 12:05 14 1652 37 2 3.67E-02 360 12:lll6 14 1638 36 2 3.64E-1112 360 12 :1117 14 1625 36 2 3.61E-02 36111 i i 12:08 14 1612 36 2 3.58E-02 35111 12109 14 1599 36 2 3.55E-1112 350 1211111 13 1586 35 2 3.52E-1112 35111 12:11 13 1573 35 2 3. 50E-1112 34" 12:12 13 1560 35 2 3.47E-02 340 12:13 13 1549 34 2 3.44E-1112 340 12: 14 13 1536 34 2 3.41E-lll2 340 12:15 13 1524 34 2 3.39E-02 330 12: 16 13 1512 34 2 3. 36E-1112 33111 12:17 13 151110 33 1 3.33E-02 330 THIS IS A DRILL THIS IS A DRILL i

SPS INGESTION PATHWAY EXERCISE Containment Sump HRSS Radiological Data Cloeed Window Undiluted Sample Undiluted Semple 1 ml Sample 1 ml Sample 1 ml Sample Doee Rate at Doee Rate Doee Rate diluted to 1 uL diluted to 1 uL diluted to 1 uL Scenario 1 ft from Panel at 1 centimeter at 2111 centimeters at 1 cm at 2111 cm at 2111 cm Time mR/hr mR/hr/ml mR/hr/ml mr/hr/micro-L mr/hr/micro-L NET cpm/micro-L 12118 12 1454 32 1 3.23E-1112 321l 12:19 12 141l9 31 1 3.13E-ll2 3lll 12121! 12 1366 31l l 3.ll4E-ll2 31lll 12:21 11 1324 29 1 2.94E-ll2 29111 12:22 11 1284 29 1 2.85E-ll2 281l 12 :23 11 1245 28 1 2.77E-ll2 271l 12:24 lll 121l7 27 l 2.68E-1112 261l 12:25 Ill 117111 26 l 2. 6111E-ll2 26111 12:26 1111 1134 25 1 2.52E-ll2 2511l 12 :27 9 lllllll 24 l 2.44E-1112 2411l 12128 9 lll66 24 l 2.37E-ll2 23111 12:29 9 111134 23 1 2. 3111E-ll2 23111 1213111 9 11111!2 22 1 2. 23E-1112 22111 12:31 8 972 22 1 2.16E-1112 21111 12:32 8 942 21 1 2 .1119E-1112 21111 12:33 8 914 21l 1 2 .1113E-1112 2111111 12134 8 886 21l 1 1. 97E-1112 19111 12135 7 859 19 1 l.91E-ll2 191l 12:36 7 833 19 1 1. 85E-1112 18111 12:37 7 81l8 18 1 l.8111E-ll2 181l 12138 7 784 17 1 1. 74E-1112 171l 12:39 6 761l 17 1 1. 69E-1112 17111 12:4111 6 737 16 1 l.64E-1112 16111 12:41 6 715 16 1 l.59E-1112 161l 12:42 6 694 15 1 l.54E-1112 15111 12143

           '     6              673                15
                                                                       '1               1.49E-1112           151l 12:44            6              652                14                   1               l.45E-1112           141l 12145            5              633                14                   1               l.41E-1112           14111 12 :46           5              614                14                   1               l.36E-lil2           131l 12 :47           5              595                13                   1               l.32E-ll2            131l 12:48            5              578                13                   1               l.28E-1112           13111 12:49            5              56111              12                   1               1. 2 5E-lil2         12111 12 :5111         5              544                12                   1               l.21E-1112           12111 12:51            4              527                12                   1               l.17E-1112           12111 12:52            4              512                11                   1               l.14E-1112           llll THIS IS A DRILL     THIS IS A DRILL

BPS INGESTION PATHWAY EXERCISE Containment Sump HRSS Radiological Data Clo11ed Window Undiluted Sample Undiluted Sample 1 ml Sample 1 ml Sample 1 ml Sample Doee Rate at D011e Rate Do11e Rate diluted to 1 uL diluted to 1 uL diluted to 1 uL Scenario 1 ft from Panel at 1 centimeter at 20 centimeters at 1 cm at 20 cm at 20 cm Time mR/hr mR/hr/ml mR/hr/ml mr/hr/micro-L rnr/hr/micro-L NET cpm/micro-L 12153 4 496 11 Ill l.1"E-lil2 110 12154 4 491 11 Ill l.07E-ll2 lU 12155 4 467 10 lil 1. lil4E-lil2 10B 12156 4 453 llil Ill l. lil1E-lil2 llillil 12:57 4 441/l 10 Ill 9. 77E-lil3 llllil 12159 4 427 9 Ill 9.48E-lil3 91/l 12159 4 414 9 Ill 9.20E-lil3 91/l 13:llll 3 41il2 9 0 B.92E-03 91l 13:lill 3 3911J 9 lil B.66E-lil3 911J 13:lil2 3 379 B 0 B.41lE-ll3 Bil 13:lil3 3 367 B 1/J B.lSE-113 BIil 13, "4 3 356 B ll 7.91E-ll3 Bil 13:llS 3 345 B 0 7.67E-lil3 Bil 1311l6 3 335 7 7.4SE-lil3 71/l 13:ll7 3 325 7 Ill 7.23E-lll3 71/l 13:llB 3 316 7 Ill 7.ll1E-lil3 71l 13:1119 3 3116 7 ll 6.81i'JE-ll3 71l 13, 1'l 3 297 7 6 .61lE-lil3 71l 13: 11 2 288 6 "0 6.41E-lil3 61l 13112 2 281/l 6 Ill 6.22E-lil3 61l 13:13 2 272 6 Ill 6. ll3E-ll3 61l 13:14 2 264 6 0 5.B6E-ll3 61l 13115 2 256 6 ll 5.68E-ll3 61l 13:16 2 248 6 S.52E-lil3 Sil 13:17 2 5 "ll 5.3SE-lil3 SIil 241 13119 2

                   '            234                 5                   Ill            5.211lE-ll3           Sil 13:19           2              227                 5                   Ill            5.ll4E-ll3            SIil 13:21l          2              220                 5                   Ill            4.89E-ll3             SIil 13:21           2              214                 5                   Ill            4.7SE-IIJ3            SIil 13:22           2              211J7               5                   Ill            4.61E-ll3             Sil 13123           2              2111                4                   Ill            4.47E-lll3            4111 13:24           2              195                 4                   ll             4.34E-lll3            41l 13:25           2              191l                4                   Ill            4.21E-lil3            411J 13:26           2              184                 4                   Ill            4.ll9E-lil3           41l 13:27           2              179                 4                   Ill            3.97E-lil3            41l THIS IS A DRILL   - THIS IS A DRILL

SPS INGESTION PATHWAY EXERCISE Containment Sump HRSS Radiological Data Clo11ed Window Undiluted Sample Undiluted Sample 1 ml Sample 1 ml Sample 1 ml Sample Do11e Rat11 at Do11e Rate Dolle Rate diluted to 1 UL diluted to 1 uL diluted to 1 uL Scenario 1 ft from Panel at 1 centimeter at 2111 centimeter11 at 1 cm at 2111 cm at 2111 cm Time mR/hr mR/hr/ml mR/hr/ml mr/hr/micro-L mr/hr/micro-L NET cpm/micro-L 13:28 1 173 4 Ill 3,85E-lll3 4111 13129 1 168 4 0 3.74E-03 4111 13130 1 163 4 Ill 3,63E-lll3 4111 13:31 1 159 4 II 3,52E-03 311 13:32 1 154 3 0 3.42E-1113 30 13:33 1 149 3 Ill 3.32E-03 3111 13134 1 145 3 Ill 3.22E-03 30 13:35 1 141 3 0 3.13E-lll3 3111 13:36 1 137 3 ll 3,04E-lil3 30 13:37 1 133 3 Ill 2,95E-lll3 3111 13:38 1 129 3 Ill 2.86E-lil3 30 13:39 1 125 3 Ill 2.781!-03 30 13:4111 1 121 3 Ill 2. 711JE-lil3 31il 13141 1 118 3 Ill 2,621!-03 31il 13142 1 114 3 0 2,54E-lil3 31il 13143 1 114 3 Ill 2,54E-lil3 3111 13:44 l 114 3 Ill 2,54E-lil3 31il 13:45 1 114 3 lil 2,53!!-1113 21il 13:46 1 114 3 Ill 2,53E-lil3 21il 13:47 1 114 3 ll 2,53E-lil3 21l 13:48 1 114 3 lil 2.53E-lil3 2111 13:49 1 114 3 0 2,52E-lil3 2111 13:5111 1 113 3 ll 2.52E-lil3 2111 13:51 1 113 3 lil 2.52E-lil3 20 13:52 1 113 3 Ill 2,51E-lil3 21il 13153 1

                          '        113                  3                   Ill
                                                                                       '    2.51E-lil3           2111 13:54             1                113                  3                   Ill             2.51E-lil3           21il 13:55             1                113                  3                   Ill             2,51E-lil3           21il 13:56             1          I     113                  3                   lil             2. 51ilE-lil3        20 13:57             1                113                  3                   lil             2.51ilE-lll3         2111 13:58             1                112                  2                   Ill             2. 51lE-lil3         21il 13:59             1                112                  2                   lil             2. 51ilE-lil3        21il 14:lillll         1                112                  2                   Ill             2.49E-lil3           2111 14:lill           1                112                  2                   lil             2.49E-lil3           2111 1411112           1                112                  2                   Ill             2. 49E-1113          2111 THIS IS A DRILL     THIS IS A DRILL

SPS INGESTION PATHWAY EXERCISE Containment Sump HRSS Radiological Data Closed Window Undiluted Sample Undiluted Sample 1 ml Sample 1 ml Sample 1 ml Sample Doee Rate at Dose Rate Dose Rate diluted to 1 uL diluted to 1 uL diluted to 1 uL Scenario 1 ft from Panel at 1 centimeter at 21l centimeters at 1 cm at 21l cm at 21l cm Time mR/hr mR/hr/ml IDR/hr/ml mr/hr/micro-L mr/hr/micro-L NET cpm/micro-L 1411!3 1 112 2 ll 2.49E-ll3 21/l 14:114 1 112 2 Ill 2. 48E-1113 21l 1411!5 1 112 2 ll 2.48E-lll3 21/l 141116 1 112 2 Ill 2.48E-l/l3 211 141117 1 111 2 Ill 2.48E-lll3 21l 14: 1/lB 1 111 2 Ill 2.47E-ll3 211 1411!9 1 111 2 2.47E-ll3 21/l 1411B 1 111 2 ll 2.47E-1113 21l 141 ll 1 111 2 fll 2.47E-ll3 20 14,12 1 111 2 ll 2.46E-ll3 21l 14:13 1 111 2 ll 2.46E-ll3 21l 14114 1 111 2 0 2.46E-ll3 21il 14115 1 111 2 ll 2.46E-113 21l 14:16 1 llll 2 ll 2.46E-lil3 21il 14:17 1 llll 2 ll 2.45E-lil3 21l 14118 1 llll 2 ll 2.45E-ll3 21l 14119 1 lllil 2 2.45B-lil3 21il 14:21l 1 lllil 2 "0 2.45B-03 21il 14:21 1 lHl 2 0 2.44E-03 21l 14:22 1 lllil 2 0 2.44E-03 21il 14:23 1 110 2 0 2.44E-03 20 14124 l lllil 2 2.44E-03 21! 14125 1 110 2

                                                                       "               2.44E-ll3          20 14:26            1              110                2 "Ill            2.43E-03           20 14127            1              lll9               2                                   2.43E-ll3          20 i
                                                                       "                  i 14:28            1              lll9               2                    Ill            2.43E-03           20 14:29            l              109                2                                   2.43E-03           211) 14:31!           l              109                2
                                                                       "               2.43E-ll3          21!

14:31 l 11119 2 "ll 2.42E-ll3 211) 14132 l lll9 2 2.42E-ll3 21il 14133 1 lll9 2 2. 42E-lil3 21! 14134 1 llll9 2

                                                                       "               2.42E-ll3          20 14135            1              lll9               2
                                                                       "               2.42E-ll3          20 14:36            1              U9                 2 "0              2.41E-ll3          211J 14:37            1              lll9               2                    Iii            2.41E-ll3          21il THIS IS A DRILL     THIS IS A DRILL

SPS INGESTION PATHWAY EXERCISE Containment Sump BRSS Radiological Data Closed Window Undiluted Sample Undiluted* Sample 1 ml Sample 1 ml Sample 1 ml Sample Dose Rate at Dose Rate Dose Rate diluted to 1 uL diluted to 1 uL diluted to 1 uL Scenario 1 ft from Panel at 1 centimeter at 2111 centimeters at 1 cm at 2111 cm at 2111 cm Time mR/hr mR/hr/ml mR/hr/ml mr/hr/micro-L mr/hr/micro-L NET cpm/micro-L 14138 1 11118 2 Ill 2. 41E-1113 2111 14139 1 11118 2 Ill 2. 41E-113 2111 1414111 1 11118 2 ii 2. 41E-113 2111 14141 1 11118 2 111 2.40E-03 211 14:42 1 11118 2 111 2.4111E-03 2111 14143 1 11118 2 111 2.4111E-03 2111 14144 l 1118 2 111 2. 41!1E-03 2111 14145 l 11118 2 ii 2.4111E-03 2111 14146 l 11118 2 111 2.39E-03 2111 14147 1 11118 2 II 2.39E-1113 2111 14148 1 11118 2 111 2.39E-03 2111 14149 l 11117 2 111 2.39E-03 2111 14151! 1 11117 2 111 2.39E-113 2111 14151 1 11!7 2 111 2.3BE-1113 2111 14152 1 11!7 2 ll 2.38E-113 2111 14153 1 1117 2 111 2.3BE-1113 2111 14154 1 11117 2 111 2.38E-03 2111 14155 1 11117 2 111 2.3BE-03 211 14156 1 11117 2 111 2.38E-03 2111 14157 1 1117 2 111 2.37E-03 2111 14158 1 11117 2 Ill 2.37E-03 2111 14159 1 11117 2 ll 2.37E-1113 2111 15:111111 1 11117 2 111 2.37E-03 211 1511111 1 11117 2 111 2.37E-03 21! 15:02 1 11116 2 ll 2.37E-03 2111 1511113 1 ' 11116 2 Ill 2.36E-03 ' 2111 1511114 1 106 2 111 2.36E-03 2111 1511115 1 11116 2 Ill 2.36E-03 2111 15:lil6 1 11116 2 111 2.36E-03 21/l 1511117 1 lfll6 2 111 2.36E-03 2111 15:1118 1 11116 2 111 2.36E-1113 2111 15:1119 1 11116 2 111 2.35E-1113 211l 15: 1111 l 11116 2 111 2.35E-03 2111 15111 1 11116 2 111 2.35E-03 211l 15:12 l 11116 2 Ill 2.35E-03 2111 THIS IS A DRILL THIS IS A DRILL i

SPS INGESTION PATHWAY EXERCISE Containment Sump HRSS Radiological Data Closed Window Undiluted Sample Undiluted Sample 1 ml Sample 1 ml Sample 1 ml Sample Dose Rate at Dose Rate Dose Rate diluted to 1 uL diluted to 1 uL diluted to 1 uL Scenario 1 ft from Panel at 1 centimeter at 20 centimeters at 1 cm at 20 cm at 2111 cm Time mR/hr mR/hr/ml mR/hr/ml mr/hr/micro-L mr/hr/micro-L NET cpm/micro-L 15:13 1 106 2 Ill 2.3SE-lll3 2111 15: 14 1 106 2 Ill 2.3SE-lll3 211l 15:15 1 llll5 2 Ill 2.34E-lll3 21/l 15:16 1 lr/J5 2 Ill 2.34E-lll3 21/l 15:17 1 llll5 2 Ill 2.34E-lll3 21/l 15:18 1 llll5 2 Ill 2.34E-lll3 211l 15119 1 105 2 Ill 2.34E-lll3 211l 15:211l 1 llll5 2 Ill 2.34E-lll3 211l 15:21 1 llll5 2 Ill 2.33E-lll3 21/l 15122 1 llllS 2 Ill 2.33E-lll3 211l 15123 1 llll5 2 Ill 2.33E-lll3 211l 15:24 1 llll5 2 Ill 2.33E-03 211l 15:25 1 llll5 2 Ill 2.33E-lll3 211l 15:26 1 llllS 2 0 2.33E-lll3 2111 15:27 1 11/lS 2 Ill 2.33E-lll3 21l 15:28 1 llllS 2 111 2.32E-1113 211l 15:29 1 llll4 2 Ill 2.32E-lll3 21il 15:311l 1 llll4 2 Ill 2.32E-lll3 211l 15:31 1 11114 2 Ill 2.32E-lll3 21l 15:32 1 llll4 2 Ill 2.32E-ll3 21l 15:33 1 llll4 2 Ill 2.32E-lll3 21!1 15:34 1 11114 2 Ill 2. 31E-ll3 21l 15:35 1 llll4 2 Ill 2.31E-ll3 211l 15:36 1 llll4 2 Ill 2.31E-lll3 2111 15:37 1 lll4 2 Ill 2.31E-lll3 211l 15138 1 11114

• 2 Ill 2.31E-fll3
• 2i, 15:39 1 lil4 2 l1J 2.31E-ll3 21l 15:41l 1 llll4 2 Ill 2.31E-lll3 211l 15:41 1 llll4 2 Ill 2. 311lE-lll3 211l 15:42 1 llll4 2 2. 31lE-lll3 21l 15:43 1 llll4 2 Ill 2. 311lE-lll3 211l 15:44 1 Hl3 2 Ill 2.311lE-lll3 211l 15:45 llll3 2 2. 311lE-03 21l 15:46 1

103 2

                                                                     "               2.JllE-03             21l 15:47 1

1 103 2 Ill 2. 31/lE-lllJ 21l THIS IS A DRILL THIS IS A DRILL

SPS INGESTION PATHWAY EXERCISE Containment Sump HRSS Radiological Data Cloaed Window Undiluted Sample Undiluted Sample 1 ml Sample 1 ml Sample 1 ml Sample Doae Rate at Doae Rate Dose Rate diluted to l uL diluted to 1 uL diluted to 1 uL Scenario l ft from Panel at 1 centimeter at 2111 centimetera at l cm at 2111 cm at 211J cm Time mR/hr mR/hr/ml mR/hr/ml mr/hr/micro-L mr/hr/micro-L NET cpm/micro-L 15,48 1 111J3 2 Ill 2.29E-1113 2111 15t49 1 11113 2 Ill 2.29E-1113 2111 15,5111 l 11113 2 Ill 2.29E-1113 211 15,51 l 11113 2 Ill 2.29E-1113 2111 15,52 l 11113 2 Ill 2.29E-1113 2111 15t53 l 11113 2 Ill 2.29E-1113 21l 15:54 l 11113 2 Ill 2.29E-1113 2111 15,55 l 11113 2 Ill 2.28E-1113 2111 15,56 l l!ll3 2 2.2BE-ll3 211! 15:57 1 HlJ 2 "Ill 2.2BE-1113 2111 15,59 1 11113 2 Ill 2.2BE-1113 2111 15:59 1 11113 2 Ill 2.2BE-1113 21l 16,111111 1 11112 2 Ill 2.2BE-1113 2111 THIS IS A DRILL THIS IS A DRILL I

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SPS INGESTION PATHWAY EXERCISE CONTAINMENT SUMP ISOTOPIC ACTIVITY Sample ltr-85 ltr-BSm ltr-87 !tr-BB Xe-13lm Xe-133m Xe-133 Xe-135 I-131 I-132 I-133 I-134 I-135 I-131 D,E, Time uci/cc uci/cc uci/cc uci/cc uCi/cc uci/cc uci/cc uCi/cc uci/cc uci/cc uci/cc uCi/cc uci/cc uCi/cc lllh 33 l, 49E+lll 3,ll4E+l!lll 3,17E+llll 6,65E+ll&! 1. ll3E+l!lll 2.46E+llll 2, 41lE+IIJ2 2,47E+lll 9 ,4111E+lil2 1. 48E+ll2 6,34E+lll2 7,29E+!/12 3, 41ilE+lll2 l.16E+3 1ll I 34 l,49E+lill 3.lil4E+l!lll 3.17E+llllJ 6.6SE+ll&! l.ll3E+IIJll 2.46E+IIJ0 2. 41ilE+ll2 2,47E+lll 9,41lE+ll2 l.48E+ll2 6.34E+lil2 7,29E+ll2 3.41lE+ll2 l.16E+3 lll:35 1.49E+IIJ1 3,ll4E+lilll 3,17E+ll0 6,65E+llll l.lil3E+01il 2,45E+ll0 2, 41ilE+ll2 2.47E+lill 9. 41ilE+ll2 1. 48E+lil2 6.34E+ll2 7.29E+lll2 3.411lEHl2 l,16E+3 lll:36 1.4BE+lll 3.IIJ3E+l!lll 3,17E+lllll 6.65E+lllll l.ll3E+l!lll 2.4SE+lilll 2 ,41ilE+ll2 2,47E+lill 9 .41lE+lil2 1. 4BE+lll2 6. 34E+lll2 7 .29E+ll2 3. 4filE+lll2 l,l6E+3 llll:37 1.4BE+lll 3,lll3E+l!lll 3.17E+lllll 6,65E+llll 1.lll3E+lllll 2.45E+011l 2,4!/IE+lll2 2,47E+llll 9. 411lE+lll2 l,48E+lll2 6,34E+lll2 7.29E+lll2 3, 41lE+lll2 l.16E+3 lll,38 l.4BE+lill 3.IIJE+illil 3,17E+llll 6.65E+llll l,IIJ3E+llll 2.45E+lllil 2,41lE+lil2 2,46E+lill 9, 41ilE+lil2 l. 4BE+ll2 6, 34E+lll2 7,29E+lil2 3.39E+lil2 l.16E+3 llil,39 l,48E+lill 3,lilJE+lillll 3, l7E+llB 6,65E+llll l,ll3E+llll 2,45E+llll 2,41lE+ll2 2.46E+llll 9, 41ilE+ll2 l.48E+lil2 6,34E+lil2 7,29E+lil2 3 ,39E+lil2 l.16B+3 llil:411l l,4BE+llll 3.lll3E+lllll 3.17E+lllll 6, 64E+llllll l. !113E+llllll 2.45E+llllll 2. 411lE+lll2 2.46E+llll 9.39E+lll2 l,4BE+ll2 6.33E+il2 7,2BE+ll2 3.39E+02 l.16E+3 llll:41 l.4BE+llll 3,lll3E+lll.l 3. l7E+Bli'J 6 ,64E+lillll l,IIJJE+llllll 2.45E+llllll 2.411lE+lil2 2.46E+llll 9,39E+lll2 l,4BE+lil2 6. 33E+li!l2 7.2BE+lll2 3.39E+ll2 l.16E+3 llll:42 l.4BE+llll 3,ll3E+lllll 3,17E+lll!II 6 ,64E+!llll l,!/IJE+lllil 2,45E+llllll 2,411lE+lll2 2. 46E+lill 9,39E+lil2 1.4BEHl2 6.33E+lll2 7 .28E+ll2 3.39E+lil2 l.16E+3 lll:43 l.48E+llll 3.lllJE+l'llll J,l7E+llll 6 ,64E+lllll l. lilJE+lllll 2,45E+llll 2,41ilE+ll2 2,46E+lill 9,39E+ll2 l. 4BE+ll2 6, 33E+lll2 7.2BE+ll2 3.39E+lil2 l.16E+3 lll:44 1.4BE+lll 3.llJE+llll 3. l 7E+lllll 6 .64E+lllll 1. ll3E+lllll 2. 4SE+lllll 2,411lE+lll2 2,46E+lill 9,39E+lll2 1. 4BE+lll2 6.33E+lll2 7.2BE+lll2 3.39E+ll2 l.16E+3 llll:45 l,4BE+lll 3, lll3E+llll 3,17E+lilll 6. 64E+llllll l,lll3E+lllll 2.45E+llll 2,41lE+lll2 2,46E+lll 9.39E+lil2 l.4BEHl2 6.33E+lll2 7,2BE+ll2 3.39E+lil2 l.16E+3 llll:46 l.4BE+lll 3.lll3E+llllll 3,17E+llllll 6 .64E+llllll l.llJ3E+llllll 2.45E+llll 2,411lE+lll2 2,46E+lll 9,39E+lil2 1. 4BE+il2 6.33E+il2 7,2BE+!ll2 J.39E+il2 l,16E+3 lll:47 1.4BE+llll 3,1/lJE+lilll J,17E+illl 6 .64E+lilll l. ll3E+lllll 2.45E+llil 2.41ilE+ll2 2,46E+llll 9.38E+lll2 1. 4BE+lll2 6,33E+ll2 7.2BE+!/12 3.39E+lll2 l.16E+3 llll:48 1. 4BE+lll 3.lll3E+li'Jlil 3,17E+lllll 6.64E+llll 1. ll3E+lillil 2.45E+llll 2.41ilE+ll2 2,46E+lill 9.JBE+lil2 1. 4BE+lil2 6.JJE+lil2 7.2BE+lil2 3.39E+ll2 l.16E+3 lll:49 l.4BE+ill 3,lil3E+llll 3,17E+lllll 6 ,64E+llllil 1.1113E+lilll 2.45E+lilil 2.41lE+ll2 2,46E+lill 9,JBE+lil2 1. 4BE+il2 6.33E+il2 7.27E+il2 3.39E+ll2 l.16E+3 lll:51/l 1.4BE+lll 3. lil3E+l1Hl 3,17E+lllil 6 ,63E+lllil 1.llJE+illl 2.45E+llllll 2.411lE+ll2 2,46E+lll 9.3BE+lil2 l. 4BE+lil2 6.32E+ll2 7.27E+lll2 3.39E+lil2 l. lSE+J llll: 51 l. 48E+lll 3.ll3E+l!lll 3.l7E+lilll 6.63E+lllll 1.llJE+lilll 2.45E+llll 2,4111E+ll2 2.46E+lill 9.3BE+ll2 1. 4BE+lll2 6. 32E+ll2 7.27E+ll2 3.39E+ll2 l.15E+J 1ll: 52 l.48E+llll 3.ll3E+lllfil 3,17E+lllll 6.63E+llll l.lll3E+lllll 2.45E+llllll 2.39E+ll2 2.46E+llll 9.3BE+lil2 l,4BE+lll2 6. 32E+lll2 7 ,27E+lll2 3.39E+lll2 1.15E+3 llll: 53 1. 4BE+lill 3. IIJ3E+llli'J 3, l 7E+Bll 6.63B+lllll l.lll3E+lllll 2.45E+lilll 2.39E+lll2 2.46E+lll 9.3BE+ll2 1. 48E+lll2 6.32E+02 7,27E+ll2 3. 39E+ll2 l.15B+3 111:54 l,4BE+lll 3,lll3E+lllll 3.16E+llllll 6.63E+llfil l.ll3E+llll 2,45E+llll 2.39E+ll2 2,46E+llll 9.37E+ll2 1. 48E+lil2 6.32E+ll2 7,27E+ll2 3. 39E+lil2 l. l5E+3 llll:55 l,4BE+lll 3,ll3E+llll 3 .16E+lllll 6.63E+llll 1. ll3E+lllll 2.45E+lll0 2. 39E+ll2 2.46E+lill 9.37E+ll2 l. 48E+ll2 6.32E+il2 7.27E+ll2 3.39E+ll2 l.15E+3 llll: 56 l,4BE+lll 3.lll3E+llllll 3. l6E+llllil 6, 63B+llll 1.ll3E+l'llil 2.45E+ll0 2,39E+lll2 2,46E+lll 9,37E+ll2 1. 4BB+ll2 6.32E+ll2 7,27E+ll2 3,39E+ll2 l. l5E+3 lll:57 1. 4BE+llll 3.lll3E+lllll 3 .16E+lll!II 6.63E+llll l,lllJE+llllll 2.45E+lll0 2,39E+lll2 2.46E+llll 9.37E+lll2 1.4BE+lll2 6.32E+lll2 7,27E+ll2 3,38E+ll2 l.15E+3 lll:58 l,4BE+lll 3,lll2E+llll 3.16E+lllll 6,63E+H l.ll3E+lllll 2,45E+llll 2. 39E+ll2 2.46E+llll 9,37E+ll2 1. 48E+ll2 6.32E+ll2 7,26E+ll2 3.38E+ll2 l.15E+3 lll:59 1. 48E+llll 3.ll2E+lllll 3,16E+llll 6.63E+llll l.ll3E+llll 2,45E+llll 2.39E+ll2 2.46E+lll 9,37E+ll2 l. 47E+ll2 6,32E+ll2 7.26E+lll2 3 .38E+lll2 l.15E+3 11:llllll 1. 48E+lll 3,ll2E+llll 3.16E+llllll 6. 62E+lllll 1. !IIJE+lllQJ 2, 45E+lllll 2.39EHl2 2,46E+llll 9.37E+ll2 l. 47E+ll2 6.32E+ll2 7,26E+ll2 3.38E+ll2 l.15E+3 11:lll l.4BE+llll 3.ll2E+llll 3,l6E+llll 6. 62E+lllll l.lll3E+lllll 2. 45E+lllll 2.39E+ll2 2.46E+llll 9,36E+ll2 l. 47E+ll2 6.31E+il2 7,26E+lll2 3.38E+lll2 l. l5E+3 11:02 l.4BE+lll 3,1112E+lllll 3 .16E+lllll 6,62E+llll l.ll3E+lllll 2, 45E+lll0 2. 39E+ll2 2.46E+llll 9.36E+lil2 l. 47E+ll2 6,31E+ll2 7.26E+ll2 3.3BE+ll2 l. l5E+3 11:03 l.4BE+IU 3.ll2E+llllll 3.l6E+llll 6. 62E+lllll l. lil3E+llll 2.44E+llll 2 ,39E+ll2 2,46E+lll 9.36E+ll2 l,47E+lil2 6.31E+ll2 7.26E+ll2 3.38E+ll2 l. l5E+3 ll:ll4 l.4BE+lll 3.ll2EHJlll 3 .16E+lllll 6. 62E+lllil l.lil3E+lilll 2,44E+ll0 2.39E+lil2 2.46E+lill 9.36E+ll2 l.47E+ll2 6.31E+ll2 7 .26E+ll2 3.3BE+ll2 l. l5E+3 11:llS l ,4BE+lll 3.ll2E+llll 3, 16E+lllll 6 , 6 2 E+IIH'l l.lil3E+lilll 2.44E+lillil 2. 39E+ll2 2, 46E+lll 9.36E+lil2 l. 47E+lil2 6,31E+lil2 7.26E+lil2 3.3BE+lil2 l.15E+3 ll:lil6 l,4BE+lll 3,ll2E+llll 3.16E+llll 6.62E+ilB l. lil3E+l1Jll 2,44E+l1Jlil 2.39E+ll2 2,45E+lll 9.36E+l!2 l. 47E+lil2 6.31E+lil2 7,26E+l1J2 3.3BE+l!2 l.15E+3 ll:lil7 l.4BE+lill 3.ll2E+lill1J 3 .16E+lilll 6, 62E+l1Jll l.ll3E+lillil 2. 44E+llllil 2.39E+ll2 2.45E+IIJ1 9.36E+ll2 1. 47E+lil2 6, 31E+lil2 7,26E+ll2 3.38E+ll2 l.15E+3 THIS IS A DRILL THIS IS A DRILL

SPS INGESTION PATHWAY EXERCISE CONTAINMENT SUMP ISOTOPIC ACTIVITY Totlll Scenllrio Sb-129 Sr-89 sr-91l Y - 91 C11-134 C11-136 C11-137 Ru-lll3 Ru-lll6 Mo-99 Activity Time uci/cc uci/cc uCi/cc uCi/cc uCi/cc uci/cc uci/cc uci/cc uci/cc uci/cc uCi/cc lll:33 9. 48E-llll 3.37E-ll4 1.34B-ll5 4.2BE-ll4 l.llSE+lllll l.42E+llll 6.61E-lll 3.14E-lll 7.24E-ll2 3.SBE-ll4 3.11J9E+3 lll:34 9.48B-lll 3.37E-ll4 l.34E-ll5 4.2BE-ll4 1. llSE+llll 1. 42E+llll 6.61E-lll 3.14E-lll 7.23E-lll2 3.SBE-ll4 J.ll9E+J 1111:35 9.4BE-lll 3.37B-ll4 1. 341!-lilS 4.2BE-ll4 l.llSE+H l.42E+llll 6.61E-lll 3.14E-lll 7.23E-11J2 3.SBE-ll4 J.ll9E+3 lll:36 9.47E-lll 3.37B-lll4 l.34E-ll5 4.2BE-ll4 l.llSE+llll l.42E+llll 6.61E-lll J.14E-lll 7.23E-ll2 3.SBE-ll4 3.ll9E+J lll137 9.47B-lll 3.J7B-ll4 l.JJE-1115 4.2BE-ll4 l.lilSE+lillil l.42E+llll 6.61E-lll J.14E-lll 7.2JE-lll2 J.SBE-ll4 J.lil9E+l lll:38 9.47B-lll 3.37B-ll4 1. 33E-lil5 4.2BE-ll4 1. lilSE+lillil l.42E+llll 6.61lB-lill 3.14E-lll 7.23E-ll2 3.SBE-ll4 3.ll9E+3 lll:39 9. 47E-ill 3.J7B-ll4 1.33B-ll5 4.28B-ll4 l.llSE+llll 1. 4 2 E+liHl 6.61lE-lll J.14B-lll 7.23E-ll2 3.SBE-ll4 3.ll9E+3 Hl141l 9.47E-lll 3.37B-ll4 1. 33B-ll5 4.28B-lil4 l. llSE+llll 1. 42B+llll 6.61lE-lll 3.14E-llll 7.23E-ll2 J.58B-ll4 3.09B+3 10:41 9.47B-lll 3. 37E-lll4 l.33B-ll5 4.27E-ll4 l. llSE+llll l.42B+0ll 6. 611JE-lll 3.14B-lll 7.23E-ll2 3. 5BE-lll4 3.ll9E+J lll: 42 9.47B-llll 3.J6E-ll4 l.33E-ll5 4.27E-ll4 l. llSE+llB l.42E+llll 6.61lE-lll J.14E-lll 7.23E-ll2 3.SBE-ll4 J.ll9E+J lll:43 9.46E-lll J.J6E-ll4 l.JJE-1115 4.27E-lil4 l.lilSE+llll 1. 42E+11Hl 6.61lE-lll J.14E-lill 7.22E-ll2 3.SBE-ll4 J.ll!IE+3 lll:44 9.46B-lll 3.36B-l1J4 l.33E-lll5 4.27E-ll4 l.lllSE+llll l.42E+lllll 6.61lE-lll 3.13E-llll 7.22E-ll2 3.SBE-ll4 3.ll9E+3 lll: 45 9.46B-llll J.36B-ll4 l.33E-lll5 4.27E-lll4 l.lil5E+ll0 l.42E+llll 6.61lE-lll 3.13E-lll 7.22E-ll2 3.SBE-04 J.ll9E+3 lll:46 9.46B-lll 3.36B-ll4 1. 33E-lll5 4.27B-ll4 l.lil4E+lllil l.42B+llll 6.61lE-lll J.13E-lll 7.22E-02 3.SBE-04 3.lil9E+3 1111:47 9.46E-lll 3.36E-ll4 l.33E-ll5 4.27B-ll4 l. ll4E+llll 1. 42E+11Hl 6.61lE-lll 3.13E-lll 7.22E-ll2 3.57E-ll4 3.ll9E+3 llll:48 9.46E-lll 3.36E-lil4 l.33B-ll5 4.27E-ll4 l.1114E+llll l.42E+llll 6.61lE-lll 3.13E-lill 7.22E-1112 3.57E-ll4 3.ll9E+l lll:49 9.46B-lll 3.36E-1114 1. 33B-ll5 4.27E-ll4 1. lll4E+llll l.42E+11Jll 6.59E-11Jl 3.13E-lll 7.22E-ll2 3.S7E-ll4 3.llBE+J lll: Sil 9. 45B-"1 3.36B-ll4 l.33E-ll5 4.27B-lll4 l. ll4E+flllll l.42E+lllll 6.59E-lll 3.l3E-llll 7.22E-ll2 3.S7E-ll4 3.llBE+J lll,51 9.45B-lll 3.36B-ll4 1. 33E-ll5 4.27E-lll4 l.ll4E+llllll l.42E+lllll 6.59E-lll 3 .13E-lll 7.22E-lil2 3.57E-ll4 3.ll8E+3 llil:52 9.45E-lll 3.36E-lil4 l.33E-lil5 4.27E-ll4 l.ll4E+lllll 1. 42E+llll 6.59E-lll 3.13E-lill 7.21E-ll2 3.57E-lil4 3.lil8E+3 lll:53 9. 45B-lll 3.361!-ll4 1. 331!-llS 4.27E-ll4 1.114E+lllil 1.42E+lllil 6.59E-lll J.13E-lll 7.21E-IIJ2 3.57E-11J4 3.lilBE+J 10:54 9.451!-lll 3.36E-ll4 1.33B-lil5 4.27B-ll4 l. lil4E+lilllJ l .42B+llll 6.59E-llll J.13E-llll 7 .21E-lll2 3.57E-lll4 3.llBE+J lll:55 9.45E-lll 3.36E-ll4 l.33B-ll5 4.27E-ll4 l.llJ4E+,im l.42E+llll 6.59E-llll 3 .13E-llll 7.21E-ll2 3.57E-ll4 3.ll8E+3 lll:56 9. 45E-llll 3.36E-ll4 l.33B-05 4.27E-ll4 l.fll4E+lllll l.42E+IIIIII 6.59E-llll 3 .13E-lll 7.21E-lll2 3.57E-ll4 3.IIIBE+3 lll:57 9.44E-lll 3.36B-ll4 l.33E-IIJ5 4.26B-ll4 l. lil4E+lilll! l.42E+llll 6.59E-lll 3.13E-01 7 .21E-ll2 3.57E-ll4 3.lilBE+3 i lll:58 9.44B-lll 3.36E-ll4 l.33E-lll5 4.26B-lll4 1. "4E+llll 1. 42E+lllll 6.59E-lll 3.13E-lll 7.21E-ll2 3.S7E-ll4 3.ll8E+3 lll:59 9.44B-lll 3.36E-ll4 1.33E-ll5 4.26E-lil4 l. ll4E+llll l.42E+ll0 6.SBE-lll 3.13E-lll 7.21E-ll2 3.57E-ll4 3.ll8E+3 11:llll 9.44B-lll 3.36B-ll4 1. 33E-ll5 4.26E-ll4 l.lil4E+llll 1. 42E+lllil 6.SBE-lll 3.13E-lll 7.21E-ll2 3.57E-ll4 3.llBE+J 11:lll 9.44E-lll J.36E-ll4 l.33E-ll5 4.26E-ll4 l.1114E+lllll l.42E+llll 6.SBE-llll 3.lJE-lill 7.21lE-ll2 3.57E-ll4 J.ll8E+3 11:02 9.44E-lll 3.35B-ll4 l.33E-ll5 4.26E-lil4 l.lil4E+'11l l.41E+lilll 6. SBE-"1 3.13E-lll 7 .211lE-lll2 3.57E-ll4 3.ll8E+3 ll:ll3 9. 44E-ill 3.3SE-ll4 1. 33E-ll5 4.26E-lil4 l.lil4E+lilll 1. 41E+lilll 6.58E-11Jl 3 .13E-"1 7 .211lE-lll2 3.57E-ll4 3.ll8E+3 ll:ll4 9.43B-lll 3. 35E-lll4 1. 33E-ll5 4.26E-ll4 1. "4E+00 1. 41E+lllll 6.58E-lll 3.13E-llll 7 .211lE-lll2 3.S7E-ll4 3.ll8E+3 11:llS 9.43B-lll 3.35E-lll4 1. 33E-ll5 4.26E-ll4 l. ll4E+lllll 1. 41E+lll0 6.58E-lll 3.12E-lll 7.21lE-ll2 3.57E-ll4 3.08E+3 11 :06 9.43E-01 3.35E-ll4 l.33E-ll5 4.26E-ll4 l.ll4E+mll 1. 41E+illl 6.58E-lill 3.12E-llll 7.20E-ll2 3.56E-ll4 3.ll8E+3 ll:11J7 9.43E-lll 3.35E-ll4 1. 3 3E-ll5 4.26E-ll4 l.ll4E+llll 1. 41B+llll 6.58E-llll 3.12E-lll 7 .211lE-ll2 3.56E-ll4 3.ll8E+3 THIS IS A DRILL THIS IS A DRILL

SPS INGESTION PATHWAY EXERCISE CONTAINMENT SUMP ISOTOPIC ACTIVITY Sample ltr-85 ltr-85m ltr-87 ltr-88 Xe-lJlm Xe-133m xe-133 Xe-135 I-131 I-132 I-133 I-134 I-135 I-131 D.E. Time uci/cc uci/cc uci/cc uCi/cc uci/cc uci/cc uci/cc uci/cc uCi/cc uCi/cc uci/cc uCi/cc uCi/cc uci/cc l11BB l.4BE+lll 3.B2E+IHl 3.16E+BB 6.62E+BB 1.B3E+llll 2.44E+Bll 2. 39E+l'J2 2.45E+lll 9.36E+B2 1.47E+B2 6.31E+B2 7.25E+B2 3.38E+B2 1.15E+3 l11B9 l.48E+Bl 3.lil2E+lillil 3.16E+lilll 6.62E+"" l.BJE+BB 2.44E+BB 2.39E+B2 2.45E+Bl 9.35E+02 1. 47E+B2 6.31E+B2 7.25EHl2 3.38E+ll2 1.15E+3 ll 11" 1. 48E+Bl J. B2E+IH! 3.16E+Bll 6.61E+BB 1. lll3E+BII 2.44E+llllll 2.39E+lil2 2.45E+lll 9.35E+ll2 1. 47E+lll2 6.31E+lll2 7.25E+ll2 3.3BE+lll2 1.15E+3 11111 l.48E+lll 3.lll2E+lllll 3 .16E+llllll 6 .61E+lllll 1. ll3E+IIJIII 2.44E+lllll 2.39E+lll2 2. 45E+lll 9.35E+lll2 1. 47E+lll2 6.311lE+lll2 7.25E+lil2 3.38E+lll2 1.15E+3 11, 12 1.48E+lll 3.lll2E+lllll 3 .16EHllil 6.618+"" 1. llllE+llllll 2.44E+llllll 2.39E+lll2 2.45E+lill 9. 35E+lll2 1. 47E+lll2 6. 3111E+lll2 7.25E+B2 J.38E+B2 l.15E+3 11113 1. 48E+lll 3.B2E+llll 3.16E+lllil 6.61E+llll 1.ll3E+llll 2.44E+llll 2.39E+B2 2.45E+Bl 9.35E+B2 1.47E+B2 6.3BE+ll2 7.25E+B2 3.38E+ll2 1.15E+3 11114 1. 48E+lll 3.!ll2E+lil0 J.16E+llllll 6 .61E+"" 1.lilJE+lillll 2.44E+lllll 2.39E+lll2 2.45E+01 9.35E+lll2 1. 47E+lll2 6. 3BE+1112 7. 25EHl2 3.3BE+ll2 1.15E+3 11:15 1. 48E+lill 3.lll2E+01l 3 .15E+Blll 6.61E+lllll 1.ll3E+llll 2. 44E+lllll 2.39E+lll2 2.45E+llll 9.35E+lil2 1. 47E+l'l2 6. 31ilE+lil2 7.25E+B2 3.3BE+lll2 1.15E+3 11116 1. 48E+lll 3.B2E+llllll 3.lSE+llllll 6.61E+llllil l.lllJE+lllil 2.44E+Blll 2.39E+lll2 2.45E+llll 9.34E+lll2 1. 47E+B2 6.311lE+B2 7.2SE+ll2 3.38E+lil2 1.15E+3 11117 1. 47E+lll 3.lllllE+llllll 3.14E+00 6. 58E+llllll 1.lll2E+llllll 2.43E+llll 2.37E+ll2 2. 44E+lll 9.31lE+lll2 1. 46E+lll2 6.27E+ll2 7.21E+lll2 3.36E+ll2 1.14E+3 11118 l.46E+lll 2.99E+lllll 3 .12E+llll 6. 54E+lillll 1.B2E+llllll 2.42E+llllil 2.36E+lll2 2.43E+llll 9.25E+lll2 l.46E+lll2 6. 24E+ll2 7.17E+lll2 3.34E+lll2 1.14E+3 11, 19 l.45E+llll 2.97E+lllll 3. llE+llllll 6.51E+BB 1.BlE+lilB 2.4BE+BB 2.35E+B2 2.41E+llll 9.2BE+lll2 l.45E+lll2 6.211lE+ll2 7.13E+lll2 3.32E+lll2 l.13E+3 11120 l.45E+llll 2 .94E+IIH'J 3.llSE+llllll 6.44E~lllll 1.BlE+lllll 2.39E+lllll 2.34E+lll2 2. 411lE+ml 9.15E+lll2 1. 43E+lil2 6.17E+lll2 6. 96E+lll2 3.3BE+ll2 1.13E+3 11:21 l.44E+llll 2. 92E+00 2.99E+llll 6.37E+lll! 1.llllllE+lllll 2.3BE+lllll 2.33E+lll2 2.39E+lll 9.11E+lil2 1. 41E+B2 6.13E+ll2 6. 8111E+lll2 3.27E+ll2 1.12E+3 11:22 1.43E+llll 2.B9E+lllil 2. 94EHlll 6.31lB+lllll 9.97B-lill 2. 37E+lilll 2.31E+lll2 2.38E+llll 9.ll6E+ll2 1. 411lB+lll2 6.llllE+ll2 6.63E+ll2 3.25E+ll2 1.11E+3 11:23 l.42E+lll 2. 87E+llllil 2.89E+lilll 6.23B+llllll 9.92E-llll 2. 35E+llllil 2.311lE+lll2 2.36E+llll 9.lllEHl2 1.JBE+lll2 6.1116E+ll2 6.47E+ll2 3.22E+ll2 1.11E+3 11:24 l.42E+lll 2.84E+lllll 2.BJEHH.l 6 .16E+lillll 9.87E-llll 2. 34E+lllll 2.29E+lll2 2.35E+llll 8.96E+lll2 l.36E+lll2 6.ll2E+ll2 6.32E+ll2 3.211lE+lll2 1. llllE+3 11125 1.41E+llll 2. 82E+lllll 2.78E+llllll 6.ll9B+IU 9.82E-llll 2.33E+lllll 2.28E+ll2 2.34E+llll 8.92E+1112 1. 34E+1112 5.99E+lll2 6.17E+lil2 3.1BE+lll2 1.lllE+3 11126 1.41ilE+lll 2.79E+lllll 2. 73E+llllll 6.lll2E+Blll 9. 77E-llll 2.32E+lllll 2.27E+ll2 2.33E+lll 8.87E+ll2 1. 33E+lil2 5.95E+lll2 6.1112E+ll2 3.15E+ll2 1. ll9E+3 11:27 l.41lE+lill 2. 77E+lllil 2 .68E+lllll 5.96E+lllll 9. 72E-lll 2.31E+IIIIII 2.26E+lil2 2.32E+lll 8.83E+ll2 1. 31E+lll2 5.92E+lll2 5.87E+ll2 3.13E+ll2 1. lllBE+3 11128 1. 39E+llll 2. 74E+ell 2. 63E+lilll 5.89B+lilll 9.67E-llll 2.29B+llB 2.24E+lil2 2.31E+0l 8.78E+ll2 1. 31lE+ll2 5.88E+ll2 5.73E+ll2 3.lllE+ll2 1. ll8E+3 11129 1. 38E+lll 2.72E+lllll 2.59E+l!Hl 5.83E+lllll 9. 62E-1111 2.28E+llll 2.23E+lil2 2.29E+llll 8.73E+lll2 l.28EH12 5.85E+lll2 5.61lE+ll2 3.ll8E+ll2 1. lll7E+3 1113111 l.37E+llll 2.71ilE+llll 2.54E+llllll 5

• 7 6E+IIHl 9.578-01 2.27E+llll 2.22EHl2 2.28E+lill 8.69E+ll2 l.26E+lll2 5.81E+ll2 5.46E+ll2 3.ll6E+ll2 1.lll7E+3 11131 1. 37E+llll 2.67E+lillil 2.49EHllil 5. 7111E+Blll 9.52E-lill 2.26E+IIIB 2.21E+ll2 2.27E+lll 8.64E+B2 l.25E+B2 5.78E+B2 5.33E+B2 3.B3E+B2 1.lll6E+3 11132 1.36E+lll 2.65E+lil0 2.45E+llll S.64E+BIIJ 9.47B-lill 2.25E+llll 2.2BE+B2 2.26E+lill 8.611lE+lll2 l.23E+(IJ2 5.75E+lll2 5.211lE+B2 3.BlE+B2 1.B5E+3 11133 l.35E+llll 2.62E+BB 2.4BE+BB St57B+lilll 9.43B-Bl 2. 24E+lillll 2.19E+lll2 2.25B+llll 8.55B+ll2 a l.22E+lll2 5.71E+ll2 5.ll8E+ll2 2.99E+ll2 l. ll5E+3 11: 34 1. 35E+llll 2 .61lE+H 2.36E+llll 5.51E+llll 9.38E-lll 2.23E+lll(IJ 2.18E+ll2 2.24E+0l 8.51E+ll2 l.21lE+ll2 5.68E+ll2 4. 96E+lil2 2. 97E+l'J2 1. ll4E+3 11: 35 1.34E+lll 2.58E+lllll 2. 32E+lil0 5.45E+lllll 9. 33E-"1 2.21E+llllll 2.17E+B2 2. 22E+l'Jl 8.47E+lll2 l.19E+lll2 5.64E+IIJ2 4.84E+lll2 2.94E+lll2 1. ll4E+3 11136 l.33E+llll 2.56E+llll 2.27E+lillll 5. 39E+llllll 9.28E-"1 2.21lEHllll 2.15E+ll2 2.21E+llll 8.42E+lll2 1.17E+lll2 5.61E+02 4. 72EHl2 2.92E+lll2 l. lil3E+3 11:37 1. 33E+Bl 2.53E+"" 2 .23E+lillll S.JJE+lllll 9.24E-llll 2 .19E+lllll 2.14E+lil2 2.211lE+llll 8.38E+lll2 l.16E+lll2 5.58E+lll2 4.61E+B2 2. 9BE+lll2 l.lll2E+3 11: 38 l.32E+lll 2. SlE+llllll 2 .19E+lllll S.27E+IIJB 9 .19E-Bl 2.18E+lilll 2.13E+B2 2 .19E+llll 8.33E+lil2 l.14E+02 5.54E+lll2 4.Sl!E+B2 2.88E+lil2 l.ll2E+3 11: 39 1.31E+Bl 2.49E+BB 2. lSE+Blll 5 .21E+llllll 9.14E-Bl 2. l 7E+lilll 2 .12E+ll2 2.18E+l!ll 8.29E+ll2 l.13E+lil2 5.51E+lll2 4.39E+lil2 2.85E+lil2 1.BlE+J 11:40 l.31E+llll 2. 47E+llllll 2. llE+lillil 5.16E+lllll 9. B9E-llll 2.16E+Blil 2.11E+lll2 2. l 7EHll 8.25B+02 1.12E+lll2 5.48E+B2 4.28E+lil2 2.BJE+ll2 1. "1E+3 11: 41 1. 31/lE+llll 2.45E+Bll 2.lil7E+llllll 5. llllE+lillll 9.lilSE-llll 2 .15E+lillll 2. llllE+lil2 2.16E+llll 8 .21ilE+lll2 l. llilE+lll2 5.45E+lil2 4.18E+lil2 2.81E+B2 l. llllE+l 11:42 l.29E+llll 2. 42E+lllll 2. lll4E+Bll S.lll4E+H 9 .llllE-llll 2.14E+lllll 2.ll9E+B2 2.15E+lll 8.16E+B2 l. ll9E+lll2 S.42E+lll2 4.B8E+ll2 2.79E+ll2 9.97E+2 THIS IS A DRILL THIS IS A DRILL

SPS INGESTION PATHWAY EXERCISE CONTAINMENT SUMP ISOTOPIC ACTIVITY Total Scenario Sb-129 sr-89 Sr-91l Y - 91 ca-134 C11-136 Cs-137 Ru-HlJ Ru-lll6 Mo-99 Activity Time uci/cc uci/cc uCi/cc uci/cc uci/cc uCi/cc uCi/cc uCi/cc uCi/cc uCi/cc uci/cc l111l8 9.43E-lll 3.35E-ll4 1. 33E-ll5 4.26E-ll4 l.ll4E+llll 1. 41E+lllll 6. SBE-01 3.12E-llll 7 .211lE-lll2 3.56E-lll4 3.lllBE+J l1111l9 9.43E-lll 3.35E-"4 1. 33E-ll5 4.26E-ll4 1. ll4E+llllll l.41E+llll 6.57E-lll 3 .12E-lll 7.21lE-ll2 3.56E-ll4 3.ll8E+3 11:1111 9 .43E-1111 3.35E-ll4 1. 33E-ll5 4.26E-ll4 l.ll4E+1111il l.41E+111111 6.57E-1111 3.12E-llll 7 .19E-lil2 3.56E-1114 3.1117E+3 11,11 9.42E-lll 3.35E-ll4 l.33E-1115 4.26E-1114 l.1114E+lil111 1. 41E+l'Jl'J 6.57E-1111 3.12E-1111 7 .19E-lll2 3.56E-1114 3.1117E+3 11: 12 9.42E-lll 3.JSE-114 1. 33E-ll5 4.26E-ll4 l.lil4E+lillil 1. 41E+111111 6.57E-lll 3.12E-1111 7 .19E-lil2 3.56E-lil4 3.07E+3 11113 9.42E-lill 3.JSE-1114 1. 33E-lll5 4.25E-1114 l.lll4E+lllll 1.41E+"" 6.57E-lll 3.12E-lill 7 .19E-lil2 3.56E-ll4 3.1117E+3 11114 9.42E-lll 3.35E-ll4 1. 33E-lll5 4.25E-ll4 l.lll4E+llll 1.41E+lllll 6.57E-lll J.12E-lill 7.19E-lil2 3.56E-1114 3.ll7E+3 11:15 9.42E-lll 3.35E-lil4 1. 33E-lil5 4.25E-lil4 l.lll4E+lllil l.41E+lillll 6.57E-lill 3.12E-lll 7.19E-lil2 3.56E-lil4 3.ll7E+3 11:16 9. 42E-lll 3.35E-ll4 l.33E-lil5 4.25E-ll4 l.ll4E+lllil 1. 41E+ll111 6.57E-"1 3.12E-lill 7.19E-ll2 3.56E-lil4 3.lil7E+3 11117 9.37E-lll 3.33E-lil4 1. 32E-ll5 4.23E-ll4 l.lll3E+llllil l.411lE+lllll 6.53E-llll 3. llilE-01 7.15E-lll2 3.54E-lil4 3.lll6E+3 11118 9. 32E-ill 3.31E-ll4 l.31E-ll5 4.21E-ll4 l.ll3E+lllil l.411lE+lillll 6. SlilE-lill 3.ll9E-lill 7.12E-ll2 3.52E-lil4 3.lil4E+3 11119 9.27E-lll 3.31lE-ll4 1. 31E-ll5 4.l9E-ll4 l.ll2E+lllll l.39E+1111il 6.47E-lll 3.ll7E-lll 7.lll8E-ll2 3.SlE-1114 3.lll3E+3 11,2111 9.19E-llll 3.2BE-ll4 1. 31/lE-lilS 4.16E-ll4 l.lil2E+1111il l.38E+lillil 6.43E-lill 3.lil6E-lill 7.ll4E-ll2 3.49E-ll4 2.99E+3 11,21 9. llE-lll J.26E-lil4 l.29E-lil5 4.13E-lil4 l.lillE+llll l .38E+lillil 6. 41/lE-lll J.lll4E-lill 7. "1E-lil2 3.47E-lil4 2.96E+3 11:22 9 .1113E-lll J.25E-1114 l.29E-lll5 4 .1111E-lll4 l.ll1E+1111l 1.37E+lllil 6.37E-llll 3.lllJE-lill 6. 97E-1112 3.45E-lil4 2.93E+3 11:23 8.95E-llll J.23E-ll4 l.28E-ll5 4.ll7E-ll4 l.llllilE+lilll 1. 36E+llllll 6.34E-lill 3.llllE-lill 6.94E-lll2 3.43E-ll4 2. 9111E+3 11:24 8.87E-1111 3.21E-ll4 l.27E-ll5 4.ll4E-ll4 9.98E-01 1. 36E+lll111 6.JlllE-lill 2.99E-llll 6. 9111E-ll2 3.42E-lil4 2.87E+3 11:25 8.79E-lill 3.2111E-1114 l.27E-1115 4.1112E-ll4 9.93E-lll 1.JSE+1111!l 6.27E-lll 2.98E-1111 6.87E-lil2 3. 4111E-1114 2.84E+3 11:26 8. 71E-1111 3.18E-1114 l.26E-IIJS 3.99E-1114 9.88E-lll l.34E+111111 6 .24E-1111 2.96E-lill 6.83E-lil2 3.JBE-114 2.82E+3 11:27 8.63E-lll 3.16E-lil4 l.25E-IIJ5 3.96E-lil4 9.83E-lill l.33E+lll1J 6.21E-1111 2.95E-lll 6 .BlllE-1112 3.36E-lil4 2.79E+3 11:28 8.56E-lill 3.15E-11J4 l.25E-IIJS 3.93E-ll4 9.78E-lll 1. 33E+"" 6.18E-lll 2.93E-lill 6.76E-lil2 3.JSE-lil4 2.76E+3 11 :29 8.48E-1111 3.13E-"4 l.24E-lil5 3.91ilE-11J4 9.73E-lill 1. 32E+111111 6. lSE-lll 2.92E-lill 6.73E-ll2 3.33E-11J4 2.73E+3 11:3111 8 .41lE-1111 3.12E-ll4 l.24E-ll5 3.88E-ll4 9.68E-lll 1. 31E+lilll 6.llE-lill 2. 91/lE-01 6.69E-ll2 3.JlE-1114 2.71E+3 11:31 8.33E-lll 3. llilE-lil4 l.23E-1115 3.85E-1114 9.63E-lill 1. 31E+lillll 6 .lll8E-1111 2.89E-lill 6.66E-1112 3. 31ilE-lil4 2.68E+3 11:32 8.25E-1111 3 .1118E-"4 l.22E-ll5 3.82E-1114 9.SBE-lll l.31ilE+111111 6 .1115E-lill 2.87E-1111 6.62E-1112 3.28E-11J4 2.65E+3 11:33 8.18E-ll:IJ 3.ll7E-ll4 l.22E-lll5 3.81lE-ll4 9.54E-llll l.29E+lillil 6 .1112Eo-lill 2.86E-lill 6.59E-lil2 3.26E-lll4 2.63E+3 11 :34 8. llE-lill 3.ll5E-ll4 l.21E-lil5 3. 77E-lil4 9.49E-11Jl l .29E+lillil 5.99E-lll 2. 85E-lll 6.56E-ll2 3.25E-lil4 2.61ilE+3 ll 135 8 .lll4E-lll 3.lil4E-ll4 l.21lE-l!l5 3.74E-lil4 9.44E-lll l.28E+Blil S.96E-lill 2.83E-lll 6. 52E-lil2 3.23E-lil4 2.58E+3 11:36 7.96E-lill 3.ll2E-ll4 l.21lE-ll5 3.72E-ll4 9.39E-lll l.27E+lllll S.93E-lll 2 .82E-lill 6.49E-ll2 3.21E-ll4 2.SSE+3 11:37 7.89E-1111 3. lllE-ll4 l.19E-1115 3.69E-lil4 9.34E-1111 l.27E+lillil 5.91/lE-lll 2. 81/lE-lill 6.46E-ll2 3.21lE-1114 2.53E+3 11138 7.82E-1111 2.99E-1114 l.19E-il5 3.67E-1114 9.JlilE-1111 l .26E+ll111 S.87E-lll 2.79E-lll 6.42E-1112 3.18E-ll4 2.SllE+3 11 :39 7.75E-lill 2.98E-1114 l.18E-ll5 3.64E-1114 9.25E-"1 l.26E+11111J S.84E-lill 2.77E-1111 6. 39E-1112 3.16E-ll4 2.48E+3 11:4111 7. 68E-lill 2.96E-lil4 l.17E-1115 3.61E-11J4 9. 2111E-1111 l.25E+lil111 5. BlE-1111 2.76E-1111 6.36E-lll2 3.lSE-1114 2.46E+3 11: 41 7 .61E-1111 2. 95E-lil4 1. l 7E-lil5 3.59E-1114 9.lSE-01 l.24E+1111l 5.78E-01 2.75E-llll 6.33E-ll2 3.lJE-04 2.44E+3 11:42 7.SSE-1111 2.93E-ll4 l.16E-1115 3. 56E-1114 9.llE-lill 1. 24E+lil111 5.75E-01 2. 73E-lll 6.29E-1112 3.12E-lil4 2 .41E+3 THIS IS A DRILL THIS IS A DRILL

BPS INGESTION PATHWAY EXERCISE CONTAINMENT SUMP ISOTOPIC ACTIVITY Sample Kr-BS Kr-85m Kr-87 Kr-88 Xe-131m Xe-133m Xe-133 Xe-135 I-131 I-132 I-133 I-134 I-135 I-131 D.E. Ti.me uci/cc uCi/cc uci/cc uCi/cc uCi/cc uci/cc uci/cc uci/cc uci/cc uci/cc uci/cc uci/cc uCi/cc uci/cc 11143 l.29E+U 2.40E+ll0 2.ll0E+01l 4.99E+llllll B.96E-01 2 .13E+llllJ 2.IIJBE+IIJ2 2.13E+lll B.12E+ll2 1.llBE+lll2 5.38E+IIJ2 3.98E+IIJ2 2. 77E+02 9.91E+2 11: 44 1.28E+lll 2.38E+llll 1. 96E+llm 4.93E+llll 8. 91E-11Jl 2.llE+llll 2.07E+ll2 2.12E+lll 8.08E+02 l.06E+02 S.35E+lll2 3.89E+lll2 2.75E+lll2 9.B6E+2 11145 1.27E+llll 2.36E+llllll 1.93E+llllll 4.88E+lllll 8.87E-IIJ1 2.lllE+llllll 2.lll6E+lll2 2. llE+lll 8.04E+lll2 1. lll5E+lll2 5.32E+lll2 3.79E+ll2 2.73E+ll2 9.BlllE+2 11146 1.27E+lll 2. 34E+IIJll 1. 89E+lilll 4.83E+lillil B.82E-lll 2.lil9E+llllJ 2 .lil5E+IIJ2 2.llllE+lll 7.99E+IIJ2 l.llJ4E+lil2 S.29E+lil2 3.71ilE+lll2 2.71E+ll2 9.75E+2 11147 1. 26E+lll 2.32E+llll 1.86E+llll 4.77E+llll 8.77E-11Jl 2.lllBE+llllJ 2. f/J4E+IIJ2 2.IIJ9E+IIJ1 7.95E+ll2 1.ll2E+ll2 5.26E+lll2 3.61E+lll2 2.69E+ll2 9.69E+2 11148 1.25E+lll 2.JllE+llll l.82E+011l 4.72E+llll B.73E-IIJ1 2.ll7E+IIJll 2. IIJ3E+ll2 2.IIJBE+lll 7.91E+lll2 1. ll1E+ll2 S.23E+lll2 3.53E+ll2 2.67E+ll2 9.64E+2 11:49 1.25E+lll 2.28E+llll 1.79E+llllll 4.67E+llll B.69E-llll 2.lll6E+00 2.lll2E+lil2 2.lll7E+llll 7.87E+lll2 9.98E+llll 5.211lE+lll2 J.44E+lil2 2.64E+lll2 9.59E+2 11150 1.24E+Bl 2 .26E+lillll 1. 76E+lllll 4.62E+lllll 8.64E-llll 2.ll5E+llllll 2.lll1E+lll2 2. lll6E+lill 7.83E+ll2 9.86E+llll 5.17E+lll2 3.36E+ll2 2.62E+ll2 9.54E+2 11:51 l.23E+lll 2.24E+llll 1. 73E+lilll 4. 57E+lilll 8.611lE-lll 2.ll4E+lllll 2.llllllE+ll2 2. llSE+llll 7.79E+ll2 9.74E+llll 5.13E+lll2 3.28E+ll2 2.61lE+ll2 9.48E+2 11: 52 1.23E+lll 2.22E+llll l.69E+llll 4. 51E+lilll 8.SSE-lll 2.ll3E+llll 1.99E+ll2 2.ll4E+lll 7.75E+lll2 9.62E+lill 5.llllE+lll2 3.21lE+ll2 2.59E+lll2 9.43E+2 11:53 l.22E+lll 2.211lE+lll0 1. 66E+IIJll 4.47E+llll 8.SlE-lll 2.ll2E+llll 1. 97E+lll2 2 .lll3E+llll 7. 71E+lll2 9. SlllE+llll 5.ll7E+ll2 3.12E+lll2 2.57E+lll2 9.38E+2 11:54 1. 22E+lll 2. lBE+lllll 1. 63E+01l 4.42E+llll B.47E-lll 2.lllE+llll l.96E+lll2 2.ll2E+lll 7.67E+lll2 9. 38E+llll 5 .11J4E+ll2 3 .lll5E+lll2 2.55E+lll2 9.33E+2 11 :55 1.21E+llll 2 .16E+IIJlll 1.61lE+l'lll 4. 37E+IIJlll B.42E-llll 2.llllllE+lllll 1. 95E+lll2 2 .llllE+IIJl 7.63E+ll2 9.26E+lill 5.ll1E+ll2 2.98E+lll2 2.53E+ll2 9.28E+2 11156 1.21lE+01 2 .14E+lllllJ 1. 57E+lil0 4.32E+llllJ B.3BE-llll 1. 99E+llll 1. 94E+lll2 2.lllllE+lll 7 .59E+il2 9.15E+lll 4.98E+ll2 2.91lE+ll2 2.51E+lll2 9 .23E+2 11:57 l.21lE+lll 2.12E+llll 1. SSE+iHl 4.27E+IIJIIJ 8.34E-lll l.98E+llll 1.94E+ll2 1.99E+lll 7.55E+lll2 9.ll4E+lll 4.96E+ll2 2.83E+ll2 2.49E+lll2 9.18E+2 11: 58 l.19E+Bl 2.lllE+llll l.52E+llll 4.22E+llll 8.311lE-01 l.97E+llllll 1. 93E+ll2 1.9BE+llll 7.51E+lll2 B.93E+lll 4.93E+ll2 2.77E+lll2 2. 47E+lll2 9.12E+2 11:59 1. lBE+lll 2.lll9E+llllll 1.49E+llll 4.lBE+lllll B.25E-lll l.96E+lllll 1.92E+ll2 1.97E+lll 7. 47E+ll2 8.BlE+llll 4.91lE+ll2 2. 71lE+lll2 2.45E+ll2 9.ll7E+2 12:00 1. lBE+lll 2.07E+lllll 1. 46E+l1lll 4.13E+llll B.21E-lll 1. 95E+lllll 1.91E+ll2 1.96E+01 7.43E+lll2 8.71E+llll 4.87E+ll2 2.63E+ll2 2.43E+ll2 9.ll3E+2 12:lll l.17E+lll 2.llSE+lllll l.44E+lllll 4.ll9E+llll B.17E-lll l.94E+ll0 1.911lE+lll2 1.95E+llll 7.39E+lll2 B.60E+llll 4.84E+02 2.57E+ll2 2.41E+ll2 8.98E+2 12:02 1.17E+U 2.ll3E+llllJ 1.41E+ll0 4.lll4E+lllll 8.13E-01 1.93E+lllll 1.B9E+ll2 l.94E+lll 7.35E+ll2 8.49E+lill 4.81E+lll2 2.51E+lll2 2.40E+lll2 8.93E+2 12111l3 l.16E+lll 2.llllE+lllll 1. 3BE+llllll 4.lllllE+lllll B.lll9E-llll 1.92E+llllll 1.BBE+lll2 1. 93E+lll 7.32E+ll2 8.39E+llll 4.78E+lll2 2.45E+lll2 2. 38E+lll2 8.88E+2 12 :lll4 1.15E+el 2.llllilE+lllll 1.36E+I/Jll 3.95E+lllllJ 8.ll4E-lll 1.91E+lllll 1. 87E+ll2 1.,92E+lll 7.28E+ll2 8.2BE+lll 4.75E+ll2 2.39E+ll2 2.36E+ll2 8.83E+2 12:llS 1.15E+lll 1.98E+llll 1. 33E+IHl 3.91E+llllll B.lllllE-llll l.91lE+lllll 1.86E+lll2 1.91E+lll 7.24E+lil2 8.lBE+lll 4.73E+ll2 2.33E+ll2 2.34E+ll2 8.78E+2 12:06 1.14E+01 1.96E+llllll 1.31E+l1lll 3.87E+lllll 7.96E-llll l.89E+llll l.BSE+lll2 l.91lE+lll 7.21lE+ll2 8.llBE+lll 4.71lE+l1l2 2.28E+ll2 2.32E+ll2 B.73E+2 12:07 1.14E+lll l.94E+llllll 1.29E+lllll 3.82E+llllll 7.92E-llll 1. BBE+IHl 1. 84EHl2 1.B9E+lll 7.16E+ll2 7.98E+lll 4.67E+ll2 2.22E+ll2 2.31E+IIJ2 8.69E+2 12:llB 1. lJE+lll 1.93E+lllll 1.26E+lllllJ 3. 78E+IIJIIJ 7.88E-lll l.87E+llll l.83E+lll2 1. BBE+ill 7.13E+lll2 7.88E+llll 4.64E+lll2 2 .17E+ll2 2.29E+ll2 B.64E+2 12:ll9 1.13E+llll 1.91E+l1lll 1.24E+l'Jll 3. 74E+llllll 7.84E-01 1.86E+llllll l.82E+ll2 1. 87E+llll 7. ll9E+lll2 7.79E+llll 4.62E+ll2 2.12E+lll2 2.27E+lll2 8.59E+2 12:llll 1.12E+lll 1.89E+lllll l.22E+lllll 3. 71lE+lllll 7. BlllE-llll l. 85E+llllil 1. 81E+lll2 1. 86E+ln 7. 05E+lll2 7.69E+lill 4.59E+ll2 2.lll7E+ll2 2.25E+ll2 8.54E+2 12 :11 1.llE+lll 1.BBE+llllll 1.211lE+lllll 3. 66E+llllll 7.76E-llll 1.84E+lllll 1. BlllE+ll2 1. 85E+lll 7 .ll2E+l'l2 7.59E+llll 4.56E+02 2 .1112E+lll2 2.24E+lll2 B.SlllE+2 12:12 1. llE+llll l.86E+llllll 1. l 7E+lllll 3. 62E+lllll 7. 72E-llll l.83E+lllll l.79E+ll2 1. 84E+llll 6.9BE+lll2 7. SlllE+llll 4.53E+lll2 1. 97E+lll2 2.22E+lll2 B.45E+2 12:13 1. llllE+llll 1.84E+llllll 1. lSE+lllll 3. SBE+llllll 7.6BE-l!l l.82E+llll 1. 7BE+lll2 1. 83E+llll 6. 94E+lll2 7. 41E+llll 4.51E+lll2 1. 92E+ll2 2 .211lE+lll2 B.41E+2 12: 14 l. lllJE+ill 1.B3E+llllll 1.13E+lllll 3. 54E+lllll 7. 64E-llll l. BlE+llllll l. 77E+02 1. B2E+llll 6.91E+lll2 7.32E+llll 4.4BE+lll2 1.BBE+lll2 2.19E+lll2 B.36E+2 12:15 1.ll9E+llll 1.BlE+llll 1. llE+lllll 3.51lE+lllll 7. 61lE-lll 1. BlllE+lllll l.76E+lll2 1.BlE+lll 6.87E+ll2 7.23E+llll 4.46E+lll2 1. B3E+lll2 2.17E+ll2 B.31E+2 12: 16 1.11l9E+llll 1. 79E+llllll 1.lll9E+lllll 3.46E+lllll 7.57E-llll 1.BlllE+llll l.76E+02 1. BlllE+lll 6.84E+lll2 7 .14E+llll 4.43E+lll2 1. 79E+lll2 2.15E+lll2 B.27E+2 12:17 1. lllBE+llll 1. 7BE+lllll 1.ll7E+llllll 3.42E+llll 7.53E-llll 1. 79E+llllll 1. 75E+lll2 1. 79E+llll 6. 811lE+ll2 7. lllSE+lll 4. 411lE+lll2 1.74E+lll2 2.14E+lll2 B.22E+2 THIS IS A DRILL THIS IS A DRILL

SPS INGESTION PATHWAY EXERCISE CONTAINMENT SUMP ISOTOPIC ACTIVITY Total Scenario Sb-129 Sr-89 Sr-91l y - 91 C11-134 Ca-136 Ca-137 Ru-11!3 Ru-11!6 Mo-99 Activity Time uCi/cc uCi/cc uCi/cc uCi/cc uci/cc uCi/cc uci/cc uCi/cc uci/cc uci/cc uCi/cc 11:43 7.4BE-lill 2.92E-lll4 l.16E-lil5 3.54E-ll4 9 .lll6E-lll l.23E+lilll S.72E-lill 2. 72E-lill 6.26E-ll2 3. llllE-114 2.39E+3 11:44 7.41E-lill 2. 91lE-lil4 1. lSE-115 3.51B-ll4 9 .llllE-lill l.22EHlll 5.69E-lill 2. 71lE-lill 6.23E-lil2 3.ll8E-lil4 2.37E+3 11:45 7.35E-lll 2.89E-ll4 l.14E-lll5 3.49E-B4 8.97E-lill l.22E+lillil 5.66E-lill 2. 69E-01 6.21lE-lil2 3.l!l7E-lil4 2.35E+3 11:46 7.28E-lll 2.B7E-lll4 l.14E-lil5 3.47E-lll4 8.92E-lill l.21E+lll!l 5.63E-lill 2.68E-llll 6.17E-lil2 3.lll5E-lll4 2.33E+3 11147 7.22E-lll 2.86E-lll4 l.13E-ll5 3.44E-lil4 8.BBE-lill l.21E+lillil 5. 611lE-lill 2.66E-lill 6 .13E-il2 3. lll4E-lil4 2.31E+3 11:48 7.lSE-lill 2.84E-lil4 l.13B-lil5 3.42E-lil4 B.83B-lill l.21ilB+llllil S.SBE-lill 2.65E-lill 6. llilE-lil2 3.lll2E-lil4 2.29E+3 11:49 7. S9E-lill 2.83E-lll4 l.12E-i15 3.39E-i14 8.79E-01 l.19E+lillil 5.SSE-lill 2.64E-lill 6. lil7E-lil2 3.lillE-lil4 2.27E+3 11:Slil 7. S2E-lill 2.81E-lil4 l.12E-ll5 3.37B-ll4 8.74E-01 l.19E+lllll 5.52E-llll 2.62E-llll 6. lil4E-lil2 2.99E-lil4 2.25E+3 11:51 6.96E-lill 2.BIIJE-lil4 l. llE-lilS 3.35E-lil4 8.71ilE-lll l. lBE+lllil 5.49E-lill 2.61E-llll 6. lillE-IIJ2 2.9BE-IIJ4 2.23E+3 11152 6.91/lE-lll 2.78E-lil4 l. lllE-llS 3.32E-lll4 8.65E-lll l.17E+lilll 5.46E-lll 2. 61ilE-lll 5.98E-ll2 2. 96E-lil4 2.21E+3 11153 6. 84E-lill 2.77E-lll4 l.HlE-llS 3.31lE-ll4 B.61E-01 l. l 7E+lillil S.44E-llll 2.SBE-lll 5.95E-lil2 2.95E-ll4 2 .19E+3 11154 6. 7BE-lill 2.76E-lil4 l.llJ9E-lll5 3.28E-ll4 8.57E-"1 l .16E+lllil 5.41E-lll 2.57E-lill 5.92E-lil2 2.93E-lil4 2.17E+3 11155 6.72E-lill 2.74E-lil4 l. lll9E-lll5 3.25E-ll4 B.52E-lill l .16E+lillil 5.3BE-lill 2.56E-lill 5.B9E-IIJ2 2.92E-ll4 2.15E+3 11:56 6 .66E-llll 2.73E-lil4 l.lilBE-115 3.23E-lil4 B.4BE-lll l. lSE+lllil S.35B-lill 2.54B-lill 5.86E-ll2 2.91ilE-lil4 2.l3E+3 11157 6. 61lB-lill 2.71E-lil4 l. llBE-lilS 3.21E-ll4 B.43B-lll l.14B+llll S.33E-llll 2.SJE-llll 5.83E-lil2 2.89E-lil4 2.llE+J 11:58 6.54B-lill 2. 711JE-ll4 l .ll7E-lil5 3.19E-ll4 B.39E-lill l.14E+lllil 5. JlilE-lill 2.52E-lll S.BllE-IIJ2 2.87E-IIJ4 2.ll9E+3 11:59 6.48B-lll 2.69E-lil4 l.lll7E-lil5 J.16E-lil4 8.JSE-01 l. lJE+lle 5.27E-lll 2.SlllE-lll 5. 77E-ll2 2.86E-lil4 2.ll8E+3 12100 6.42E-lll 2.67E-lil4 l.lil6E-ll5 3.14B-ll4 8.31E-lll l.13E+lllil 5.24E-lll 2.49E-lll 5.74E-i12 2.B4E-lll4 2.lll6E+3 12:lll 6.37E-lll 2.66E-ll4 l.ll5E-lll5 3.12E-U B.26E-lll l .12E+lllil 5.22E-lll 2.4BE-lill 5. 71E-lil2 2.83E-lil4 2.lil4E+3 12102 6. 31E-lill 2.65E-lil4 l. lilSE-lilS 3.llilE-114 8.22E-lll l.12E+llllil 5.19E-lill 2.47E-lill 5.6BE-lil2 2.B1E-ll4 2.lil3E+3 1211!3 6. 2 SE-Ill 2.63B-ll4 l.lll4E-lll5 3.IIJBE-1114 B.lBE-01 l.llE+llll S.16E-lll 2.45E-lll 5.65E-ll2 2.BllE-ll4 2.01E+3 12:ll4 6 .211lB-lill 2.62E-lil4 l .lil4E-lil5 3. IIJSE-lil4 B.14E-lill l. llilE+lilfil S.14E-lill 2.44E-lill 5.62E-il2 2.7BE-ll4 l.99E+3 121115 6.14E-lill 2.61E-lil4 l.lll3E-lll5 3 .lllJE-1114 B. llilE-lill l.llilE+lillil 5. llE-lill 2.43E-lll 5. 61ilE-lil2 2.77E-ll4 1. 98E+3 1211il6 6. ll9E-lll 2.59E-ll4 l.ll3B-lll5 3.lllE-114 B.1!6E-lll l.lll9E+lllll 5.lil9E-lill 2.42E-lill 5.57E-lil2 2.76E-lil4 1. 96E+3 121117 6. ll3B-lil1 2.SBE-lil4 l.llJ2E-11JS 2.99E-lil4 8.lillE-llll l.lil9B+lillil S.lll6E-lill 2 .41ilE-lill 5.54E-ll2 2.74E-ll4 l.94E+3 i 12108 S.98E-lll 2.57E-lil4 l.lll2E-lil5 2.97E-ll4 7.97E-lill l.lilBE+lilll 5.ll3E-IIJ1 2. 39E-01 5.51E-ll2 2.73E-ll4 1. 93E+3 1211il9 5.93B-lill 2.55E-lll4 l. lillE-lilS 2.9SE-04 7.93E-lill 1.lilBE+"" 5. lillE-lll 2. 38B-llll 5.4BE-lil2 2.71E-ll4 l.91E+3 121llll S.87B-lill 2.54E-lil4 l. lillE-lllS 2.93E-lil4 7.89E-lll l. lil7E+llllll 4.98E-lill 2.37B-lill 5.45E-lil2 2.71ilE-ll4 1. 91ilE+3 12111 5.82B-lill 2.53E-lil4 l.lllilE-IIJ5 2.91E-ll4 7. BSE-01 1.lil7E+lllll 4. 96E-01 2.36E-llll S.43E-lil2 2.69E-lil4 1. 88E+3 12:12 5. 77E-lill 2.51E-lil4 9.97E-lil6 2.89E-lil4 7.81E-lill l.lil6E+lillil 4. 93E-lil1 2.34E-llll 5. 41ilE-ll2 2.67E-1114 l.87E+3 12113 5.72B-lill *2. SlllE-lil4 9.92E-lil6 2.B7E-ll4 7. 77E-lll l.lil6E+llll 4.91E-ll1 2.33E-lll 5.37E-IIJ2 2.66E-ll4 l.85E+3 12:14 S.67E-lill 2.49E-ll4 9.86E-lil6 2.BSE-1!4 7. 73E-lil1 l. llSE+llll 4.BBE-lill 2. 32E-"'1 S.34E-IIJ2 2.65E-ll4 1. 84E+3 12:15 5.62E-lill 2.48B-lil4 9.81E-lil6 2.BJE-114 7.69E-ll1 l.ll4E+llll 4.86E-lill 2. 31E-lll1 5.32E-lil2 2.63E-ll4 l.82E+3 12:16 5.57E-lil1 2.46E-lll4 9.76E-1116 2.81E-IIJ4 7.65E-lll1 1.lll4E+llllll 4.83E-lil1 2.311lE-IIJ1 5.29E-IIJ2 2.62E-lil4 l.81E+3 12: 17 5.52B-lil1 2.45E-lll4 9. 71B-lll6 2.79E-lil4 7.61E-lill 1.lil3E+llllll 4.BlE-lill 2.28E-llll S.26E-lll2 2.61E-lil4 1. 79E+3 THIS IS A DRILL THIS IS A DRILL

SPS INGESTION PATHWAY EXERCISE CONTAINMENT SUMP .ISOTOPIC ACTIVITY Sample ltr-135 ltr-BSm ltr-87 Jl:r-88 Xe-lllm Xe-133m Xe-133 Xe-135 I-131 I-132 I-133 I-134 I-135 I-131 D.E. Time uCi/cc uCi/cc uCi/cc uCi/cc uCi/cc uci/cc uci/cc uci/cc uCi/cc uci/cc uCi/cc uci/cc uCi/cc uCi/cc 12118 l.lllSE+lll 1. 72E+IH! l.1113E+IIIIII 3.JllHIIIIII 7.32E-1111 1. 74E+llll 1. 7111E+ll2 1.74E+lll 6.61E+lll2 6.BllE+lll 4.28E+lll2 l.66E+ll2 2.1117E+lll2 7.99E+2 12: 19 1. 1112E+lll 1. 67E+IIIIII 9.BSE-lll 3.19E+llll 7. llE-lll 1.69E+llll 1.6SE+ll2 1. 69E+lll 6.42E+ll2 6.S6E+lll 4 .1SE+ll2 1. 58E+lll2 2. lillE+lll2 7.76B+2 12121! 9.92E+llllil 1.62E+IIIIII 9.4SE-lll 3.ll9E+lilll 6.91E-"1 1.64E+IIIIII 1.61lE+ll2 1. 6SE+lll 6.24E+ll2 6. 33E+lll 4.1113E+lll2 l.51E+ll2 1. 95E+lil2 7.54E+2 12:21 9 .64E+lilll 1. 56E+IIIIII 9.1116E-lll 2.98EHllll 6. 72E-lll l.59E+llll l.56E+02 l.6111E+lill 6.ll7E+lil2 6. llE+llll 3.92E+ll2 1.44E+ll2 1.89E+lil2 7.33E+2 12:22 9.37E+llll 1.51E+H 8. 69E-lll 2.8BE+lllil 6.53E-1111 1.55E+lllll 1.51E+lil2 l.56E+llll 5.89E+ll2 5.89E+lll 3.B111E+lll2 1. 37E+lll2 1. 83E+lll2 7.12E+2 12:23 9. llE+llll 1.47E+llll 8.34E-lll 2.7BE+lllll 6.34E-lll l.51E+lllll l.47E+lll2 1. 51E+lll 5.73E+ll2 5.69EHll 3.69E+ll2 1. 31E+ll2 1. 77E+02 6.92E+2 12124 8.85E+lllll 1. 42E+llll 8.lllllE-lll 2.69E+llll 6 .17E-lll 1.46E+lllll 1.43E+lll2 1. 47E+llll S.S7E+lll2 5.49E+llll 3.S9E+ll2 1.25E+ll2 1. 72E+1112 6. 72B+2 12125 8.61JE+llll 1.37E+llm 7.67E-lll 2.61lE+IIIIII 5.99B-lll l.42E+lilll l.39E+lil2 l.43E+lill S.41E+ll2 5.29E+lll 3.48E+lil2 l .19E+lil2 l.67E+lil2 6.53E+2 12:26 8.36E+IIIIII l.JJE+llll 7.35E-lll 2.51E+llll 5.82E-llll l.JBE+IIIIII l.35E+lil2 1. 39E+lill S.26E+lil2 5. llE+lill 3.3BE+ll2 1.14E+lll2 l.62EHl2 6.34E+2 12:27 8.13E+IIIIII 1. 29E+lll!I 7.llSE-lill 2.42E+lllll S.66E-lll 1. 34E+llll 1. 31E+ll2 1. 35E+lll 5.11E+ll2 4.93E+lill 3.2BE+ll2 l.llBE+ll2 1.57E+ll2 6.16E+2 12,29 7.91lE+lllil 1.25E+lllll 6. 77E-lll 2. 34E+IIIIII 5.5111E-lll l.31E+lllll l.28E+lll2 1. 31E+lll 4.96E+ll2 4.75E+lll 3.19E+lll2 l.1113E+ll2 1. 52E+lll2 5.99E+2 12,29 7.67E+lllil 1.21E+IH 6.49E-lill 2.26E+lllil 5.35E-lill 1.27E+1111il l.24E+lil2 1. 27E+llll 4.82E+lil2 4.59E+lll 3.lll!E+lil2 9. 84E+lll 1. 47E+ll2 5.82E+2 12J31il 7.46E+IIIIII 1.17E+lllll 6.22E-lll 2.19E+llll 5.20E-lll l.23E+lllll l.21E+ll2 l.24E+lill 4.69E+lil2 4.43E+lill 3.lllE+lil2 9.38EHll 1. 43E+lil2 5.65E+2 12131 7.25E+lilll 1.13E+IIIIII 5.97E-1111 2.llE+lillll 5.IIISE-lill l.2111E+lillil l.17E+lll2 l.21ilE+lll 4.56E+lil2 4. 27E+lll 2.92E+lil2 8.94E+lill l. 3BE+ll2 5.49E+2 12132 7.1115E+llll 1. lllE+illl 5.72E-lll 2.ll4E+lllll 4. 91E-llll l.16E+ll0 l.14E+ll2 1.17E+01 4.43E+ll2 4.12E+lll 2.84E+l'l2 8.53E+01 l. 34E+ll2 5.34E+2 12:33 6.85E+lllil l.ll6E+llll S.49E-lll l.97E+lillil 4. 77E-11Jl l.13E+llll l.11E+ll2 l.14E+lll 4.31lE+ll2 3.97E+lll 2.7SE+ll2 8.13E+lll l.31lE+ll2 5.1BE+2 12:34 6. 66EHHl l. ll3E+lll!I S.27E-lll l.91i1E+lllil 4.64E-lll l.llilE+lillil l.lil8E+lll2 l. llE+lill 4 .18E+lil2 3.83E+lill 2.68E+lil2 7.75E+lill l.26E+ll2 5.ll4E+2 12:35 6.47E+IIIIII 9.96E-1111 S.ll5E-lll l.84E+IIIIII 4.SlE-lll l.1117E+lllll l.1115E+lll2 l. !l7E+llll 4.ll6E+lll2 3. 7111EHll 2.61lE+lll2 7. 39E+"1 l.22E+lil2 4.89E+2 12136 6.29E+lilll 9. 64E-01 4.84E-llll l. 78E+lllll 4.JBE-01 1.ll4E+IIIIII l.1112E+ll2 l.ll4E+lll 3.95E+lil2 3.S7E+llll 2.S2E+ll2 7.ll5E+lill l.19E+lil2 4.7SE+2 12:37 6. llE+llll 9.34E-lll 4.65E-lll l. 72E+lllil 4.26E-lll l.llllE+lllll 9. 88E+1111 l. lllE+llll 3.84E+lil2 3.44E+lll 2.45E+ll2 6.72E+l"1 1.15E+lil2 4.62E+2 12:38 S.94E+llll 9.ll4E-lll 4.46E-lll l.66E+IHl 4.14E-lll 9.82E-lll 9. 61lE+lill 9.86E+llll 3. 73EHl2 3.32E+lll 2.3BE+ll2 6.41lE+lill l.11E+lil2 4.49E+2 12139 5.77E+IIIIII 8.75E-llll 4.27E-llll 1. 6111E+llll 4.1112E-lill 9.54E-lll 9. 33E+lll 9. SBE+llllil 3. 62E+ll2 3.21E+lll 2.31E+lll2 6. llE+llll l.lllBE+lll2 4.36E+2 12:4111 S .61E+lillll 8.48E-!ll 4.llllE-1111 l.SSE+lllll 3.91E-01 9 .27E-lll 9.ll7E+llll 9. 31E+llllil 3.S2E+lil2 3.lil9E+lll 2.24E+lll2 5. 82E+lll l.1115E+lil2 4.24E+2 12,41 S.4SE+lllll 8 .21E-"1 3.93E-!ll l.SIIIE+IIIIII 3.BllE-1111 9.llllE-lll 8.81E+llll 9. ll5E+lil0 3.42E+lll2 2.9BE+lll 2.1BE+02 S.55E+lll l.ll2E+ll2 4.12E+2 12142 S.3111E+lllll 7.95E-lll 3. 77E-1111 l. 4SE+IIIIII 3.69E-lll 8.76E-lll 8.57E+llll 8. BIIIE+liHl 3.33E+lll2 2.BBE+llll 2.12E+lll2 5.29E+llll 9.84E+lll 4.lllllE+2 I I 12:43 S.15E+IIIIII 7. 7111E-"1 3.62E-lill 1. 4111E+llllil 3.S9E-lll 8.SlE-lll 8.33E+lill 8. SSE+lillll 3.23E+ll2 2.78E+lill 2.lil6E+lil2 5. IIISE+lll 9.54E+lll 3.89E+2 12:44 5. HE+lillil 7.45E-lill 3.47E-lill 1. JSE+lllll 3.49E-11Jl 8.27E-lll 8.1119E+llll B.JlEHlll 3. l4E+ll2 2.68E+lill 2.lllllE+ll2 4.BlE+llll 9.25E+llll 3.7BE+2 12:45 4. 86E+lllll 7.22E-lll 3.JJE-1111 l. 31ilE+lilll 3.39E-lll 8.1114E-1111 7.86E+lll 8. ll8E+!lll 3.ll5E+ll2 2.59E+llll l.94E+ll2 4.59E+lill 8.97E+lll J.67E+2 12146 4. 73E+IIIIII 6.99E-lll 3 .19E-1111 l.26E+lllll 3.29E-lll 7.B2E-lll 7 .64E+lll 7.BSE+lllll 2.97E+lil2 2.SllE+llll l.88E+l'l2 4.37E+lll 8. 71lE+lill 3.56E+2 12147 4.59EHlll 6. 77E-lll J.1116E-lll l.22E+lllll 3.21lE-"1 7 .6111E-1111 7.43E+llll 7.63E+IIIIII 2.BBE+lll2 2.41E+llll l.83E+ll2 4 .17E+llll B.43E+llll 3.46E+2 12:48 4. 47E+IIIIII 6.55E-1111 2.94E-llll l. lBE+IIIIII 3. llE-1111 7.JBE-lll 7.22E+lll 7. 42E+IIIIII 2. 81ilE+lll2 2.32E+lll l. 78E+lll2 3. 98E+lll 8.17E+llll 3.36E+2 12:49 4.34E+IIIIII 6. 34E-llll 2.82E-1111 l.14E+IIIIII 3 .1112E-"1 7.17E-llll 7 .1112E+llll 7.21E+llllll 2. 72E+lll2 2.24E+lll l. 72E+lll2 3. 79E+"1 7.92E+llll 3.27E+2 12 :5111 ~. 22E+!llll 6.14E-1111 2.71ilE-llll l. llllE+IIIIII 2.94E-lill 6. 97E-lill 6.82E+llll 7.llllilE+lillll 2.65E+lil2 2.16E+llll l. 67E+lil2 3 .61E+lill 7.68E+llll 3.1BE+2 12:51 4.llllE+lllll 5. 95E-01 2.59E-lll l.1116E+lllil 2.86E-1111 6.7BE-llll 6.63E+llll 6. BlE+lllll 2. 57E+lil2 2. ll9E+lill l.63E+lil2 J.45E+lill 7.45E+llll 3. lil9E+2 12 :52 3. 9BE+lillll 5.76E-lill 2.48E-llll l.1112E+IIIIII 2. 78E-lll 6.59E-1111 6.44E+lill 6.62E+01il 2. 51ilE+ll2 2.lllE+lll l.58E+ll2 3.29E+llll 7.22E+llll 3.IIIIIIE+2 THIS IS A DRILL THIS IS A DRILL

SPS INGESTION PATHWAY EXERCISE CONTAINMENT SUMP ISOTOPIC ACTIVITY Total scenario Sb-129 Sr-89 Sr-911 Y - 91 ca-134 C11-136 C11-137 Ru-lll3 Ru-lll6 Mo-99 Activity Time uci/cc uci/cc uci/cc uci/cc uCi/cc uCi/cc uci/cc uCi/cc uci/cc uci/cc uCi/cc 12118 S.34E-lll 2.38E-ll4 9.44E-ll6 2.711lE-ll4 7.411lE-lll 1.lllllE+llllll 4. 67E-lll 2.22E-lll S.11E-lll2 2.SJE-ll4 l.74E+3 12 11!1 5.17E-U 2.31E-lll4 9.18E-lll6 2.62E-lll4 7.19E-lll 9.76E-lll 4. 54E-lll 2.16E-01 4.97B-ll2 2.46E-ll4 1. 69E+3 12121l 5.llllE-llll 2.25E-lll4 8.92E-ll6 2.54E-ll4 6.99B-lll 9. 49E-lll 4.41E-lll 2.lllE-llll 4.83E-ll2 2.39E-lll4 1.63E+3 12 :21 4.8SE-IU 2.19B-ll4 8.67E-ll6 2.47E-ll4 6.79B-llll 9.22E-llll 4.29E-llll 2.lll4B-lll 4.711lE-ll2 2.32E-IIJ4 1.58E+3 12122 4.69E-01 2.13E-IIJ4 8.42E-ll6 2,39E-lll4 6.6111E-llll 8.96E-lll 4, 17E-lll 1. 98B-llll 4,56E-lll2 2.26E-ll4 1. 54E+3 12123 4,54E-lll 2. 07B-lll4 8.19E-lll6 2.32E-ll4 6.42E-lll 8.71E-llll 4.ll5E-llll 1. 92E-llll 4,44E-lll2 2.211lE-ll4 1,49E+3 12124 4.41lE-llll 2.lll1E-ll4 7.96E-06 2.25E-ll4 6.24E-lll 8.47E-lll 3.94E-111 1. 87E-llll 4.31E-lll2 2.13E-lll4 1. 44E+3 12125 4 .26B-lll l.95E-ll4 7,73E-IIJ6 2.19E-ll4 6.lll6E-llll 8.23E-llll 3.83E-llll 1. 82E-llll 4.19E-lll2 2,lll7E-lll4 1. 41lE+3 12126 4.12E-llll 1.911lE-lll4 7.52E-lll6 2.12E-ll4 5. 89B-"1 8.lllllE-lll 3.72E-lll 1. 77E-lll 4.ll7E-lll2 2.ll2E-ll4 1,36E+3 12:27 3. S>9E-lll 1.84E-ll4 7.JlE-06 2.ll6E-lll4 5.73E-lll 7.77E-llll 3. 62E-lll l.72E-llll 3,96E-ll2 1. 96E-ll4 1.32E+3 12128 3.86E-lll l.79B-ll4 7.lllE-lll6 2.lllllE-lll4 5.57E-lll 7.55B-llll 3.SlE-01 1. 67E-llll J,85B-lll2 1. 91lE-ll4 l.28B+3 12:29 3.74E-lll 1.74E-ll4 6.91lE-ll6 1.94B-lll4 5.41E-lll 7.34E-lll 3.42E-llll l.62E-llll 3.74E-lll2 l.85E-lll4 l.24E+3 12 :Jlil 3.62E-lll 1.69E-ll4 6.71E-ll6 l.88E-ll4 5.26E-lll 7.14E-lll 3.32E-lll 1,58E-lll 3.63E-IIJ2 1.81lE-lll4 1.21lE+3 12131 3.SlE-01 l.64E-ll4 6.52E-ll6 l,82E-ll4 S.llE-lll 6.94E-01 3.23B-lll 1. 53E-lll 3.53E-ll2 l.75E-ll4 1,16E+3 12:32 3.39E-llll l.61lE-ll4 6.34E-ll6 1.77E-lll4 4.97E-lll 6.74E-llll 3.14E-lll 1. 49E-llll 3.43E-ll2 l.711lE-ll4 1.13B+3 12:33 3.29B-llll 1.SSE-04 6.16B-ll6 1. 71E-ll4 4.83E-lll 6.55E-lll 3. llSE-lll 1.45E-lll 3.34E-lll2 1.65E-ll4 1.ll9E+3 12:34 3.lBE-lll 1.SlE-04 5.98E-ll6 1.66E-ll4 4.69E-lll 6. 37E-lll 2.96E-lill 1.41E-lll 3.24E-ll2 1.61B-ll4 1.ll6E+3 12:35 J.llBE-lll 1.47E-lll4 5.82B-ll6 1.61E-lil4 4.56E-lill 6.19E-lll 2.BBE-lill 1. 37E-lll 3.15E-IIJ2 1. 56E-ll4 l.ll3E+3 12:36 2.98E-1!1 1.43E-ll4 5.65E-ll6 1.56B-IIJ4 4.43B-lill 6. llllE-lll 2.BllE-llll 1. 33B-01 3.lll6B-ll2 1.52B-ll4 9.97E+2 12:37 2.89B-llll 1. 39E-ll4 5.49B-ll6 1. 52B-lil4 4.31B-lll 5.85B-lll 2. 72E-lll 1. 29E-lll 2. 98B-L!12 1.47E-lll4 9.67E+2 12:38 2.BIIJE-01 1.JSE-1114 5.34B-ll6 1. 47B-ll4 4, 19E-lill 5.68B-llll 2. 64E-lll l.26E-llll 2.89B-ll2 l.43E-ll4 9.38B+2 12139 2. 71E-lll 1. 31B-ll4 5.19B-lll6 1. 43E-"4 4.lll7B-llll 5.52B-lll 2. 57B-lll l.22E-llll 2. 81B-ll2 1.39E-lil4 9.lil9B+2 12141l 2.62E-1!1 l.27E-ll4 5.ll4E-lll6 1.39E-lll4 3.95B-lill 5.37B-lll 2. SlilE-01 l.19E-llll 2,73B-lil2 l.35B-"4 8.82E+2 12141 2.54B-lll 1.24E-lll4 4.911lE-ll6 1. 34E-lil4 3,84E-01 5.22E-01 2.43E-lll 1.15E-lll 2.66E-ll2 1. 31E-ll4 8,55E+2 12:42 2.46E-lill 1.21ilE-lil4 4.76B-lil6 1. 31lB-ll4 3.73B-lll 5. ll7E-lll 2.36E-lill 1.12E-lll 2.SBE-lil2 1.28E-ll4 8.31ilE+2

• i 12:43 2,38E-lll l.17E-ll4 4.63B-lll6 1.26B-lil4 3.63B-lll 4.93B-llll 2.29E-lll 1.ll9E-01 2.51E-lil2 l.24E-ll4 8.ll5B+2 12:44 2 .31lE-01 1.14E-lil4 4.51lB-lll6 1. 23B-lll4 3.53E-lll 4.79E-llll 2 .23E-lll 1. lll6B-lill 2,44E-ll2 l.21E-ll4 7.81lE+2 12:45 2 .23B-01 l.lllE-ll4 4.37B-ll6 l.19B-ll4 3.43B-lll 4.65B-l'll 2.16B-llll l. ll3E-lll 2.37E-lll2 1.17B-ll4 7,57E+2 12:46 2, 16E-lll 1.IIJ7E-ll4 4.25B-ll6 l.15E-ll4 3.33E-"1 4.52B-lll 2. llllE-lll 9.99E-ll2 2.31lB-ll2 1.14E-IIJ4 7.34E+2 12:47 2,lil9E-lll l. lll4E-lil4 4,13E-ll6 1.12B-ll4 3.24B-lill 4. 411lE-lll 2, ll4E-ell 9. 71B-lll2 2.24B-ll2 1.11E-ll4 7.12E+2 12:48 2.ll2E-lill 1. lillE-ll4 4,ll2B-ll6 l. ll9E-lil4 3.15B-lll 4.27E-lll l.99B-11Jl 9.44E-ll2 2,17E-ll2 l.lil8E-ll4 6.91B+2 12:49 l.96B-lill 9.84B-lil5 3,91lE-ll6 l.llSE-1114 3.lil6E-lll 4.lSE-lll 1. 93B-lll 9,17E-lil2 2 .11E-lil2 1.ll5E-IIJ4 6.711JB+2 12 :SIi! l.911!E-11!1 9.57B-11!5 3.79B-lil6 1. lil2B-lil4 2.97E-lll 4.lil4E-lill 1. 88B-lll 8.92B-lil2 2,lil5E-ll2 l. lil2E-lil4 6.SllE+2 12:51 1. 84B-lll 9. 31ilE-lil5 3.69E-lil6 9.92B-11JS 2. 89E-lill 3.92E-lill l.82E-lll B.67B-ll2 2.lilllE-ll2 9.89E-ll5 6.31B+2 12 :52 1. 78E-el 9.lil4E-ll5 3.58B-ll6 9.62B-ll5 2. BlE-IIJl 3.81B-lll 1. 77E-01 8.42E-lil2 1.94E-ll2 9.61E-lil5 6.12B+2 THIS IS A DRILL THIS IS A DRILL

SPS INGESTION PATHWAY EXERCISE CONTAINMENT SUMP ISOTOPIC ACTIVITY Sample Kr-85 ltr-BSm ltr-B7 !tr-BB Xe-13lm xe-133m xe-133 Xe-135 I-131 I-132 I-133 I-134 I-135 I-131 D.E. Time uCi/cc uci/cc uci/cc uCi/cc uci/cc uCi/cc uci/cc uci/cc uCi/cc uci/cc uCi/cc uci/cc uci/cc uci/cc 12153 3.87E+lillil S.SBE-01 2.3BE-lll 9. 911JE-01 2. 7111E-llll 6.40E-llll 6.26E+llll 6.43E+llllil 2.43E+lll2 l.94EHll l.53E+02 3.l3E+lll 7, lilllJE+lll 2.91E+2 12154 3.76E+H S.41ilE-lll 2.2BE-lll 9. 561!-lll 2.62E-01 6.221!-1111 6.lil9E+lll 6.25E+lllil 2.36E+lll2 l. B7E+lll l.49E+ll2 2.99E+lll 6.79E+llll 2.B3E+2 12155 3.661!+01/l S.23E-lll 2. 19E-lll 9 .24E-lill 2.SSE-1111 6.11151!-lll 5.91E+lll 6.lll7E+lllll 2.29E+lll2 1.BlE+lll l.45E+ll2 2.BSE+llll 6.SBE+llll 2.7SE+2 12156 3.56E+l'Jll 5.lll6E-lll 2. lllE-1111 B.92E-llll 2.4BE-llll 5.BBE-1111 5.75E+1111 S.901!+111111 2.23EH!2 l. 74E+llll l. 4111E+lll2 2.71E+lll 6.3BE+llll 2.67E+2 12157 3.46E+BIB 4.9111E-lll 2.1112E-lll B.62E-llll 2.41E-"1 5. 71E-llll S.59E+lll 5.74EHllll 2.17E+lll2 1.68EHll l.36E+lll2 2. 59E+l'Jl 6.18E+llll 2 .61111!+2 12158 3.36E+llil 4.75E-lll l.93E-1111 8.331!-lll 2.34E-llll S.SSE-1111 S.43E+lll 5. 58E+lllll 2 .11E+lll2 l. 62E+ill l.32E+lil2 2.47E+llll 5.99E+llll 2.52E+2 12159 3.26E+IIHI 4. 61ilE-lll 1. B5E-lll 8.ll5E-lll 2.27E-llll S.411lE-llll S.28E+llll S.42E+lll0 2.1115E+lll2 1.57E+llll l.29E+ll2 2.35E+lill 5.BlE+llll 2.45E+2 131 l!Hl 3.17E+0111 4.45E-llll l. 78E-lll 7.77E-lll 2.21E-lll 5.24E-01 S.13E+llll S.27E+IIJIII 1. 99E+02 l.51E+01 l.25E+02 2.24E+llll S.63E+lill 2.3BE+2 13101 3.lll8E+lillll 4.31E-lll 1. 71E-llll 7.SlE-llll 2.15E-llll 5. lllE-111 4.9BE+llll S.12E+llllll l. 93E+ll2 1.46E+llll l.21E+ll2 2.14E+llll 5.46EHll 2.311!+2 131112 3.00E+ll0 4.17E-llll l.64E-l!Jl 7.26E-lll 2. 09E-lll 4.95E-01 4.84E+llll 4}}