View source for NLS2012045, License Amendment Request for Revisions to the Fuel Handling Accident

{{Adams
| number = ML121850025
| issue date = 06/25/2012
| title = License Amendment Request for Revisions to the Fuel Handling Accident
| author name = O'Grady B
| author affiliation = Nebraska Public Power District (NPPD)
| addressee name = 
| addressee affiliation = NRC/Document Control Desk, NRC/NRR
| docket = 05000298
| license number = DPR-046
| contact person = 
| case reference number = NLS2012045
| document type = Letter type:NLS
| page count = 315
| project = 
| stage = Request
}}

=Text=
{{#Wiki_filter:N Nebraska Public Power District Always there when you need u                      50.90 NLS2012045 June 25, 2012 U.S. Nuclear Regulatory Commission Attention: Document Control Desk Washington, D.C. 20555-0001

==Subject:==
License Amendment Request for Revisions to the Fuel Handling Accident Cooper Nuclear Station; Docket No. 50-298, License No. DPR-46

==References:==
I. Letter from Brian J. O'Grady, Nebraska Public Power District, to U.S.
Nuclear Regulatory Commission, dated September 16, 2011, "License Amendment Request for Implementing a 24-Month Fuel Cycle and Adoption of TSTF-493, Revision 4, Option A" (NLS2011071)
: 2. Letter from Brian Benney, U.S. Nuclear Regulatory Commission, to Randall K. Edington, Nebraska Public Power District, dated September 5, 2006, "Cooper Nuclear Station - Issuance of Amendment Re: Application of the Alternative Source Term for Reevaluation of the Fuel Handling Accident Dose Consequences and Related Technical Specification Changes (TAC No.
MC8566)

==Dear Sir or Madam:==

The purpose of this letter is for the Nebraska Public Power District (NPPD) to request an amendment to Facility Operating License DPR-46 under the provisions of 10 CFR 50.4 and 10 CFR 50.90 to revise the Cooper Nuclear Station (CNS) Updated Safety Analysis Report (USAR) to reflect changes to the Fuel Handling Accident (FHA) dose calculation. In Reference 1, NPPD submitted a License Amendment Request to revise the CNS Technical Specifications to support operation with a 24-month fuel cycle (ADAMS Accession Number ML11264A165). In that License Amendment Request, NPPD summarized the effect on the design basis accident (DBA) radiological source term, and stated that these changes would be reviewed under the provisions of 10 CFR 50.59, and were not part of that application. After further review, NPPD has determined that it is appropriate that the changes to the USAR resulting from the revision to the FHA dose calculation be submitted for prior Nuclear Regulatory Commission (NRC) review and approval.
In Reference 2, the NRC issued CNS License Amendment 222, which approved the FHA dose consequences resulting from the adoption of the alternative source term per 10 CFR 50.67.
Pursuant to this, NPPD submitted a revised DBA FHA calculation (ADAMS Accession Number ML052770499). As part of the transition to a 24-month fuel cycle, NPPD has revised this calculation to reflect the source term associated with the use of a Global Nuclear Fuels IOxi 0 COOPER NUCLEAR STATION P.O. Box 98 / Brownville, NE 68321-0098 Telephone: (402) 825-3871 / Fax: (402) 825-5271 www.nppd.com

NLS2012045 Page 2 of 3 fuel array exposed over a 24-month fuel cycle, resulting in a more than minimal increase in the dose consequences of this accident. To offset this increase, NPPD has reduced the Radial Peaking Factor from 2.0 (as stated in License Amendment 222) to 1.95, a value that is still bounding for CNS core design. Finally, NPPD has included a calculated shine value to the FHA dose consequences, which supersedes the qualitative shine assessment that was accepted in License Amendment 222. NPPD has determined from the No Significant Hazards Consideration determination that these changes do not involve a significant hazard.
NPPD requests approval of the proposed amendment by June 22, 2013. Once approved, the amendment will be implemented within 30 days.
Attachment I provides a description of the changes to the DBA FHA dose calculation, the No Significant Hazards Consideration evaluation pursuant to 10 CFR 50.91 (a)(1), and the Environmental Impact evaluation pursuant to 10 CFR 51.22. Attachment 2 provides the proposed USAR changes. A copy of the revised FHA dose calculation is also enclosed.
This License Amendment Request has been reviewed by the necessary safety review committees (Station Operations Review Committee and Safety Review and Audit Board). Amendments to the CNS Facility Operating License through Amendment 241 issued February 16, 2012, have been incorporated into this request. This request is submitted under affirmation pursuant to 10 CFR 50.30(b).
By copy of this letter and its attachments, the appropriate State of Nebraska official is notified in accordance with 10 CFR 50.91 (b)(1). Copies are also being provided to the NRC Region IV office and the CNS Senior Resident Inspector in accordance with 10 CFR 50.4(b)(1).
There are no commitments made in this License Amendment Request. Should you have any questions concerning this matter, please contact Mike Boyce, CNS Strategic Initiatives Project Manager, at (402) 825-5100.
I declare under penalty of perjury that the foregoing is true and correct.
Executed on: A%4r.-C'     .S        J    *-
(Date)
Sincerely, Bra OJ'!ady Vice President  - Nuclear and Chief Nuclear Officer BJO/wv

NLS2012045 Page 3 of 3 Attachments: 1. License Amendment Request for Revisions to the Fuel Handling Accident
: 2. Proposed Updated Safety Analysis Report Revisions (Markup)

==Enclosure:==
NEDC 05-031, Rev. 3C 1, "Radiological Dose Analysis for a Fuel Handling Accident (FHA) at Cooper Nuclear Station" cc: Regional Administrator w/Attachments and Enclosure USNRC - Region IV Cooper Project Manager w/Attachments and Enclosure USNRC - NRR Project Directorate IV-1 Senior Resident Inspector w/Attachments and Enclosure USNRC    - CNS Nebraska Health and Human Services w/Attachments and Enclosure Department of Regulation and Licensure NPG Distribution w/o Attachments or Enclosure CNS Records w/Attachments and Enclosure

NLS2012045 Page 1 of 9 Attachment 1 License Amendment Request for Revisions to the Fuel Handling Accident Cooper Nuclear Station; Docket No. 50-298, DPR-46 1.0  Summary Description 2.0  Detailed Description 2.1    Proposed Changes 2.2    Need for Changes 3.0  Technical Evaluation 3.1    FHA Source Term Changes 3.2    Shine Contribution 4.0  Regulatory Evaluation 4.1    Applicable Regulatory Requirements/Criteria 4.2    Precedent 4.3    No Significant Hazards Consideration 4.4    Conclusions 5.0  Environmental Consideration 6.0  References

NLS2012045 Page 2 of 9 1.0  

==SUMMARY==
DESCRIPTION This letter is a request to the Nuclear Regulatory Commission (NRC) to amend Facility Operating License DPR-46 for Cooper Nuclear Station (CNS). The requested change revises the description of the Fuel Handling Accident (FHA) in Section XIV-6.4 of the CNS Updated Safety Analysis Report (USAR). The revised USAR FHA description is based on changes to the Design Basis Accident FHA dose calculation, to reflect a 24-month cycle source term using a Global Nuclear Fuels (GNF) lOx 10 fuel array, a reduced Radial Peaking Factor, and inclusion of a calculated shine contribution to the total dose.
As demonstrated in this submittal, the proposed changes do not adversely impact safety, as the net dose results are minor. The Nebraska Public Power District (NPPD) is requesting approval of this application by June 22, 2013. Once approved, NPPD will implement the amendment within 30 days.
2.0  DETAILED DESCRIPTION 2.1    Proposed Changes 2.1.1 Source Term Changes For a 24-Month Fuel Cycle Using a GNF IOx 10 Fuel Array The current FHA source term is based on the limiting case of GE 14 fuel with a radionuclide inventory based on an 18-month exposure. The transition to a 24-month fuel cycle at CNS will involve the use of a GNF 10x 10 fuel array with a radionuclide inventory based on a 24-month exposure. The change in FHA source term is described in USAR Table XIV-6-1 I provided in Attachment 2. The resulting dose effects are described in USAR Table XIV-6-16 provided in Attachment 2.
2.1.2 Change to the Radial Peaking Factor To limit the calculated dose to Control Room occupants that would otherwise increase with the 24-month cycle/GNF 1Ox 10 source term, the bounding Radial Peaking Factor was changed from a limit of 2.0 to 1.95. This is described in USAR Section XIV-6.4.7.1 and Table XIV-6-11 provided in Attachment 2.
2.1.3 Inclusion of Shine Contribution License Amendment 222 accepted a qualitative assessment made by NPPD in the application regarding the potential gamma shine dose from external sources to the Control Room occupants during the FHA (Reference 6.1). That assessment determined that the cloud shine and Control Room Emergency Filter System (CREFS) filter shine contribution to Control Room occupant doses would be a fraction of the inhalation doses and the resulting total dose would still be below regulatory criteria. In the revised FHA dose calculation, NPPD has replaced this qualitative assessment with calculated values that have been added to the dose

NLS2012045 Attachment I Page 3 of 9 consequences of the FHA, per Regulatory Guide (RG) 1.183. The new shine contribution is described in USAR Section XIV-6.4.7.4.2 and Table XIV-6-16 provided in Attachment 2.
2.2    Need for Changes The transition to a 24-month fuel cycle is a CNS Strategic Initiative, as described in Reference 6.2. The changes in FHA dose consequences to the Control Room occupant resulting from the 24-month cycle/GNF 1Ox 10 source term for the first and second dose cases (without crediting the offset by a reduced Radial Peaking Factor),
results in more than a minimal increase in the consequences of an accident previously evaluated in the USAR, as stated in 10 CFR 50.59(c)(2)(iii). A license amendment is therefore required for the Control Room occupant dose results per 10 CFR 50.90.

==3.0  TECHNICAL EVALUATION==

3.1    FHA Source Term Changes The design basis FHA for the CNS core will be a GNF lOx 10 fuel bundle dropped on another GNF 1Ox 10 fuel bundle. The source term and dose consequences for this FHA are bounding over other combinations of bundle drops with the fuel types currently used in the CNS core. Accordingly, the previous FHA analysis, based on GE 14 fuel exposed to 18-months with a 2.0 Radial Peaking Factor, is superseded by an FHA involving GNF l Ox 10 fuel exposed to 24-months with a 1.95 Radial Peaking Factor.
The changes to the FHA source term are described in USAR Table XIV 11, as provided in Attachment 2. Changes in the '"RADTRAD Ci/MWt" column were calculated based on use of GNF IOx 10 fuel exposed for a 24-month period, using the isotope generation and depletion code General Electric Hitachi (GEH) Non-Level-2 ECP ORIGEN01P. ORIGEN01P is the GEH-controlled version of the Oak Ridge National Laboratory code ORIGEN2 version 2.1, incorporating the boiling water reactor extended burnup library BWRUE.
The MWt and Power Uncertainty Factor (PUF) columns are revised. These terms are multiplied together to obtain the maximum full power operation of the core for assessing the inventory of fission products available for release. The original values were based on a licensed thermal power of 2381 Megawatts, with a 1.02 (two percent) 10 CFR 50 Appendix K PUF. License Amendment 231, a measurement uncertainty recapture power uprate (Reference 6.3), raised the licensed thermal power to 2419 Megawatts. As such, the resulting PUF was back calculated (1.02 PUF x 2381 MWt/2419 MWt = 1.00398 PUF). As a result, multiplying the original MWt column by the original PUF is equivalent to multiplying the revised values, so there is no dose impact by these changes.

NLS2012045 Page 4 of 9 To offset the isotopic increase in RADTRAD Ci/MWt, the Radial Peaking Factor is being reduced from 2.0 to 1.95. The previous value, acknowledged in License Amendment 222, represented the maximum possible value as specified by the fuel provider. Since the maximum expected Radial Peaking Factor per core design (including operational margin) would not be expected to exceed 1.7, the revised value of 1.95 will not be exceeded throughout the operating cycle.
The changes to the Fraction of Core Failed column of USAR Table XIV 11, as provided in Attachment 2, is based on an analysis provided by Global Nuclear Fuels Americas, LLC, related to GNF2 Advantage fuel compliance with Amendment 22 of NEDC-240 11-P-A (GESTAR II) (Reference 6.4) regarding the FHA. The analysis addressed the worst fuel drop using a comparison which validated that the GNF I Ox 10 fuel array is bounding. The activity released in an FHA for a GNF lOx 10 core is based on 150 rods assumed to have been damaged (using the current CNS triangular refueling mast and grapple head). Each bundle has an equivalent of 85.6 full length fuel rods. With a total of 548 fuel bundles in the core, the fraction of the core damage is calculated to be 150 damaged rods/(548 x 85.6) total rods =
0.0031977.
There are two cases considered in the CNS FHA analysis. The first case involves damaged fuel decayed from 24 hours to 7 days without Secondary Containment intact. The second case involves damaged fuel decayed 7 days or longer without Secondary Containment or CREFS in service. The changes in total dose for these two cases are described in USAR Table XIV-6-16, as provided in Attachment 2.
3.2    Shine Contribution In the FHA dose consequences calculation approved with License Amendment 222, NPPD provided a qualitative assessment of the gamma shine from external sources to the Control Room, consisting of an airborne cloud shine dose comparison, and a CREFS filter shine dose assessment. NPPD concluded that including the shine contribution to the Control Room occupant dose consequences would not result in exceeding the 5 rem Total Effective Dose Equivalent (TEDE). This qualitative shine contribution was not included in the dose results described in the USAR. In the revised FHA dose calculation, NPPD has established a quantitative value for cloud and CREFS filter Control Room shine (114 mrem), which has been added to the dose consequences of Case 1. The results of the shine contribution are described in USAR Section XIV-6.4.7.4.2 and Table XIV-6-16, as provided in Attachment 2.

==4.0  REGULATORY EVALUATION==

4.1    Applicable Regulatory Requirements/Criteria The following is a discussion of the applicable regulations, and other applicable regulatory criteria, along with a discussion of continued conformance.

NLS2012045 Attachment I Page 5 of 9 4.1.1 10 CFR 50.67, Accident Source Term 10 CFR 50.67 permits licensees to voluntarily revise the accident source term used in design basis radiological consequence analyses. The regulation replaces 10 CFR 100 and 10 CFR 50 Appendix A, General Design Criterion 19, in providing dose limits to the Exclusion Area Boundary, Low Population Zone, and Control Room occupant. The NRC approved use of the alternative source term (AST) in License Amendment 222. The revised dose calculation continues to comply with 10 CFR 50.67.
4.1.2 Regulatory Guide 1.183 RG 1.183 (Reference 6.5) provides guidance to licensees of operating power reactors on acceptable applications of ASTs; the scope, nature, and documentation of associated analyses and evaluations; consideration of impacts on analyzed risk; and content of submittals. The License Amendment Request associated with License Amendment 222 provided a comparison of the CNS FHA AST calculation with the RG 1.183 regulatory positions. The changes made to that FHA AST calculation referenced in the current submittal maintain the same level of conformance to this Regulatory Guide.
4.2    Precedent The most recent precedent involving a change to the design basis accident (DBA)
FHA calculation has involved the transition to the AST per 10 CFR 50.67:
Monticello - License Amendment 145, dated April 24, 2006 (ADAMS Accession Number ML060600572). This application was based on GE 8x8 fuel with a Radial Peaking Factor of 1.7.
4.3    No Significant Hazards Consideration The Nebraska Public Power District (NPPD) proposes to change the Cooper Nuclear Station (CNS) Updated Safety Analysis Report (USAR) to incorporate a revision to the Fuel Handling Accident (FHA) dose calculation. This proposed change to the USAR has been determined to require prior Nuclear Regulatory Commission (NRC) review and approval under the provisions of 10 CFR 50.59. In accordance with 10 CFR 50.59(c)(2), NPPD is submitting an application for amendment of the license, pursuant to 10 CFR 50.90, to request NRC review and approval of the proposed change.
The NRC has provided standards for determining whether an amendment involves no significant hazards consideration, which are stated in 10 CFR 50.92(c). A proposed amendment to an operating license involves no significant hazards consideration if operation of the facility in accordance with the proposed amendment would not: (1)

NLS2012045 Page 6 of 9 involve a significant increase in the probability or consequences of an accident previously evaluated; or (2) create the possibility of a new or different kind of accident from any accident previously evaluated; or (3) involve a significant reduction in a margin of safety. NPPD has evaluated the proposed license amendment in accordance with 10 CFR 50.91(a), and is providing its analysis of the issue of no significant hazards consideration using the three standards in 10 CFR 50.92(c).
: 1. Do the proposed changes involve a significant increase in the probability or consequences of an accident previously evaluated?
Response: No.
The analyses changes described by this proposed change to the USAR are not initiators to events, and, therefore, do not involve the probability of an accident.
The changes to the FHA calculation for radiological dose following a FHA incorporate the following:
                  -    accounts for the increase to the source term owing to the use of Global Nuclear Fuels (GNF) I Ox 10 fuel exposed over a 24-month fuel cycle,
                  -    reduces the Radial Peaking Factor from 2.0 to 1.95,
                  -    uses a calculated Control Room shine contribution that is added to the FHA dose consequences.
The NRC computer code RADTRAD Version 3.03 is used for the offsite and Control Room dose calculation. The RADTRAD code was approved for use with the CNS FHA alternative source term (AST) dose calculation in License Amendment 222.
Because the analysis affected by the changes are not considered to be an initiator to any previously analyzed accident, these changes cannot increase the probability of any previously evaluated accident. Therefore, these changes do not increase the probability of occurrence of an accident evaluated previously in the USAR.
The changes in FHA dose consequences to the Control Room occupant resulting from the 24-month cycle/GNF I Ox 10 source term (without crediting the offset by a reduced Radial Peaking Factor), results in more than a minimal increase in the consequences of an accident previously evaluated in the USAR, as stated in 10 CFR 50.59(c)(2)(iii). However, the resultant dose remains well within the regulatory limits of 10 CFR 50.67. When the reduced Radial Peaking Factor is applied, the dose consequences are minor. Therefore, this change does not significantly increase the consequences of an accident previously evaluated in the USAR.

NLS2012045 Page 7 of 9 In summary, the proposed change does not involve a significant increase in the probability or consequences of an accident previously evaluated.
: 2. Do the proposed changes create the possibility of a new or different kind of accident from any accident previously evaluated?
Response: No.
This change does not involve initiators to any events in the USAR, nor does the activity create the possibility for any new accidents. Rather, this change is a result of the evaluation of the most limiting FHA, which can occur at CNS. The changes to the FHA calculation for radiological dose following a FHA incorporate the following:
                -   accounts for the increase to the source term owing to the use of GNF lOx 10 fuel exposed over a 24-month fuel cycle,
                -   reduces the Radial Peaking Factor from 2.0 to 1.95, and
                -   uses a calculated Control Room shine contribution that is added to the FHA dose consequences.
The RADTRAD code accommodates the use of GNF 1Ox 10 fuel exposed over a 24-month fuel cycle in calculating the FHA dose consequences. The reduction in Radial Peaking Factor remains bounding over the CNS core design. The calculated Control Room shine contribution replaces the previously approved qualitative assessment. The proposed change does not introduce any new modes of plant operation and does not involve physical modifications to the plant. As a result, no new failure modes are being introduced.
Therefore, the proposed change does not create the possibility of a new or different kind of accident from any previously evaluated.
: 3. Do the proposed changes involve a significant reduction in a margin of safety?
Response: No.
The dose consequences are calculated in accordance with the regulatory guidance found in RG 1.183. The RADTRAD code was used, as approved for application at CNS with License Amendment 222. With the reduced Radial Peaking Factor applied to the GNF 1Ox 10 fuel that has been exposed over a 24-month fuel cycle, the dose consequences are minor. The calculated shine contribution being added to the total Control Room occupant FHA dose results are less than the previous qualitative assessment results that are being replaced.
Accordingly, the safety margins to the regulatory dose limits are preserved.

NLS2012045 Attachment I Page 8 of 9 Therefore, the proposed change does not involve a significant reduction in a margin of safety.
Based on the responses to the above questions, NPPD concludes that the proposed license amendment presents no significant hazards consideration under the standards set forth in 10 CFR 50.92(c) and, accordingly, a finding of "no significant hazards consideration" is justified.
4.4    Conclusions In conclusion, based on the considerations discussed above, (1) there is reasonable assurance that the health and safety of the public will not be endangered by operation in the proposed manner, (2) such activities will be conducted in compliance with the Commission's regulations, and (3) the issuance of the amendment will not be inimical to the common defense and security or to the health and safety of the public.

==5.0  ENVIRONMENTAL CONSIDERATION==

The proposed change would change a requirement with respect to installation or use of a facility component located within the restricted area, as defined in 10 CFR 20. However, the proposed change does not involve (i) a significant hazards consideration, (ii) a significant change in the types or significant increase in the amounts of any effluent that may be released offsite, or (iii) a significant increase in individual or cumulative occupational radiation exposure. Accordingly, the proposed change meets the eligibility criterion for categorical exclusion set forth in 10 CFR 51.22(c)(9). Therefore, pursuant to 10 CFR 51.22(b), no environmental impact statement or environmental assessment need be prepared in connection with the proposed change.

==6.0  REFERENCES==

6.1    Letter from Brian Benney, U.S. Nuclear Regulatory Commission, to Randall K.
Edington, Nebraska Public Power District, dated September 5, 2006, "Cooper Nuclear Station - Issuance of Amendment Re: Application of the Alternative Source Term For Reevaluation of the Fuel Handling Accident Dose Consequences and Related Technical Specification Changes (TAC No. MC8566)"
6.2    Letter from Brian J. O'Grady, Nebraska Public Power District, to U.S. Nuclear Regulatory Commission, dated September 16, 2011, "License Amendment Request for Implementing a 24-Month Fuel Cycle and Adoption of TSTF-493, Revision 4, Option A" (NLS2011071) 6.3    Letter from Carl F. Lyon, U.S. Nuclear Regulatory Commission, to Stewart B.
Minahan, Nebraska Public Power District, dated June 30, 2008, "Cooper Nuclear Station - Issuance of Amendment Re: Measurement Uncertainty Recapture Power Uprate (TAC No. MD7385)"

NLS2012045 Page 9 of 9 6.4   GNF NEDC-33270P, "GNF2 Advantage Generic Compliance with NEDE-24011-P-A (GESTAR II)," Rev. 3, March 2010 6.5   Regulatory Guide 1.183, "Alternative Radiological Source Terms for Evaluating Design Basis Accidents at Nuclear Power Reactors," July 2000

NLS2012045 Page 1 of 13 Attachment 2 Proposed Updated Safety Analysis Report Revisions (Markup)
Cooper Nuclear Station, Docket No. 50-298, DPR-46

USAR 6.4               Fuel Handling Accident Accidents that result in               the release of radioactive materials directly to the Secondary Containment can occur when the drywell is                                   open. A survey of the various conditions that could exist when the drywell is open reveals that the greatest potential for the release of radioactive material occurs when the drywell head and reactor vessel head have been removed. In this case,         radioactive material released as a result of fuel failure is available for transport directly to the Secondary Containment.
Various mechanisms for fuel failure under this                         condition have been investigated. With the current fuel design the refueling interlocks, which impose restrictions           on the movement of refueling equipment and control rods, prevent      an     inadvertent    criticality          during     refueling operations.             Loss of refueling cavity inventory due to a seal failure[ 711 was evaluated that, if refueling cavity seal failed, the Core Spray and/or the Reactor Heat Removal systems would allow ample time                      to place       fuel       in      a safe location per CNS Emergency Operating Procedures. In addition, the Reactor Protection System can initiate          a reactor scram in time to prevent fuel damage for errors or malfunctions          occurring during planned criticality                       tests     with the reactor vessel head off. It           is concluded that the only accident that could result in the release of significant quantities of fission products directly to the Secondary Containment during this mode of operation is one resulting from the accidental dropping of a fuel bundle onto the top of the core.
6.4.1 Identification           of Causes This event occurs under non-operating conditions for the fuel. The key assumption of this postulated occurrence is                            the inadvertent mechanical damage to the fuel rod cladding as a consequence of the fuel bundle being dropped on the core while in the cold condition.
6.4.2             Frequency Classification The    Fuel Handling           Accident    is    classified           as   a  design  basis accident      (limiting fault).
6.4.3             Starting Conditions and Assumptions The assumptions          and    analyses      applicable           to   the  Fuel  Handling Accident     are described below.
(1)    The fuel assembly is            dropped      from       32.95 feet     (the maximum height allowed by the fuel handling equipment).
(2)    The entire amount of potential energy, including the energy of the entire assemblage                 falling      on its      side      from a vertical position (referenced to the top of the reactor core) is available for application to the fuel assemblies involved in the accident. This assumption neglects the dissipation of some of the mechanical energy of the falling fuel assembly in the water above the core. Of the possible ways that a fuel assembly could be dropped,      the most potential energy would be involved if                               the grapple cable breaks, allowing the grapple head and three sections of the telescoping mast to remain attached to the falling                 assembly.
(3)    None of the energy associated with the dropped fuel assembly is  absorbed by the fuel material (uranium dioxide).
(4)    All fuel rods, including tie                rods, were assumed to fail            by 1 percent      plastic    strain   in compression, the same mode as ordinary fuel rods.
XIV-6-31

USAR For the fuel designs          considered here,        there   is   no propensity for preferential failure of tie        rods.
(5)     Because the event occurs under non-operating conditions, fuel densification considerations do not enter into or affect the accident results.
(6)     The RPV water level is            at least 21 feet above the top of RPV flange. This assures that there will be a water height over Fuel Zone Zero and the top of the dropped bundle that exceeds the 23 feet assumed by Regulatory Guide 1.183 for decontamination factor considerations.
(7)     At least 24 hours has elapsed since shutdown.                       Secondary Containment Integrity is not required during the movement of fuel that has had at least a 24 hour decay time.
(8)     A loss     of offsite      or   onsite   power    is   not  assumed  for    this accident.
(9)     For fuel movements that have decayed less than 7 days, either a Reactor Building exhaust                    fan or an SGT System fan is              running.
Otherwise,      the Control Room Emergency Filter                   System is     manually initiated prior to the start         of the fuel handling evolution.
6.4.4            Sequence of Events and Systems Operation The most severe Fuel Handling Accident from a radiological release viewpoint is the drop of a channeled exposed fuel bundle onto other fuel in the reactor vessel.            In   the hypothesized accident,              the fuel grapple cable breaks,     allowing the fuel bundle,              grapple head, and three sections of the telescoping mast to remain attached to the falling assembly. On impact, rods in both the dropped and struck bundles fail,                      releasing radioactive gases to the water in         the reactor vessel.         From there the gases are released to the refueling floor of the Reactor Building. With the Primary Containment and the reactor      vessel     open,     the  reactor       cavity      water    pool    and the    Secondary Containment (Reactor Building) serve as the major barriers to the release of radioactive materials.
6.4.5            Core and System Performance The severity of the Fuel Handling Accident is directly based on the number of fuel rods damaged and the radial peaking factor for each fuel type. This analysis addresses the worst case fuel drop for the fuel types used in the CNS corecombination ef CE 8KxNB and CEG11 10xl0 fuel. The limiting case is  a GE-14Global Nuclear Fuels (GNF)                 10xlO fuel bundle dropped over GE-14GNF 10xl0 bundles,          which results in          1-150 fuel rods that are assumed to be damaged. The methodology used to determine the number of damaged fuel rods is contained in NEDC 32868GNF NEDC-33270P, "GE-14GNF2 Advantage Generic Compliance Wwith Amendment 22 of NEDE-24011-P-A (GESTAR I 6.4.6            Barrier Performance          (Secondary Containment Response)
Secondary Containment integrity             is not required for this        accident.
However,      consistent with NUMARC 93-01,                Revision 3,        Section 11.3.6.5,      NPPD implements a Secondary Containment breach control strategy during the movement of irradiated fuel inside Secondary Containment                          (see Section V-3.4).        This ensures that Secondary Containment is structurally intact during the accident.
With Reactor Building ventilation exhaust flow established prior to the start of the event, high radiation levels in the Reactor Building exhaust plenum will initiate        the Control Room Emergency Filter              System.
XIV-6-32

USAR 6.4.7         Radiological  Consequences The radiological consequences of a Fuel Handling Accident are based on a fuel failure due to the drop of a fuel assembly onto the core, in conjunction with a conservative transport methodology based on Regulatory Guide 1.183    and 10CFR50.67    "Accident    Source Term."      As a result     of the accident, radionuclides are released from the damaged fuel rods to the water pool above the core.       Subsequently,   the radionuclides are released to the refueling    floor   and then   to the     environment    via   the   Reactor   Building HVAC System. From this release, doses are calculated for individuals offsite.
The release of radionuclides to the environment can result in a dose to the Control Room occupants due to intake of contaminated air           via the Main Control Room Air Conditioning System.
The radiological consequences of the Fuel Handling Accident were assessed using the RADTRAD 3.03 software code. This code was used to calculate the Control 92Room occupant,    Exclusion Area Boundary and Low Population Zone TEDE doses.[ 1 6.4.7.1       Fission Product Release    From Fuel The radionuclide source term during a Fuel Handling Accident is based on the fraction of the reactor core that is damaged as a result of the accident and the ma.im.u. radial peaking fa.t.r            .f fu..
the         used. As discussed in USAR Section XIV-6.4.5, 1-541150 GBE--4GNF fuel rods are assumed to be damaged.
Each fuel bundle has an equivalent of 4---85.6           full  length fuel rods. With 548 fuel bundles in the core the fraction of the core failed is calculated to be 4-5-1150/(548 x 8-7-.3385.6) or 9.0031550.0031977.
The core is assumed to have been operated at rated thermal power plus 2%, to account for uncertainties in power measurement for a sufficiently extended period (approximately 3 years) such that fission product equilibrium is  reached. For radionuclides which have not reached equilibrium the core inventory at time of shutdown is used. The source term used for this accident is  based on NEDC-32868PGNF NEDC-33270P,        "G-E4GNF2 Advantage Compliance With Amendment 22 of NEDE-24011-P-A       (GESTAR II)."'4E'[-This core inventory source term was calculated using the isotope generation and depletion code ORIGEN2, which incorporates the BWR extended burnup library BWRUE. Additionally, the calculated source term is based on a 24-hour decay period from when the fuel was last  irradiated until   the Fuel Handling Accident initiating        event. A 7 day decay case was performed to demonstrate that CREFS is not needed for Control Room occupant dose mitigation.
A radial peaking factor of 2--.1.95 is applied to the radionuclide inventory calculation to reflect      athe h4ighest peaking factor that bounds core designs with4-n GE-14GNF 10xlO    fuel. The combination of the 4:02-%1.00398 power uncertainty factor applied to the licensed thermal power of 2419 MW, and a radial peaking factor of 2-*-41.95 results in a very conservative source term.
The fuel gap fraction of radionuclides released from the damaged rods is 8% of the 1-131, 10% of the KR-85, 5% of the other iodines and noble gases, and 0.12% alkali metals in the rods at the time of the accident per the assumptions    of Regulatory Guide 1.183.       The chemical     forms of radioiodine released from the fuel to the pool are 95% aerosol (cesium iodine),                4.85%
elemental    and 0.15% organic. The particulate iodine is         entirely retained within the reactor cavity pool.
XIV-6-33

USAR 6.4.7.2      Fission Product Release to Secondary Containment The   source term release      to the Refueling floor is      shown on Table XIV-6-11. Immediately after    the fuel bundle drop,    radionuclides are assumed to be released from the reactor cavity pool to the refueling floor in sufficient quantities to initiate     CREFS due to high radiation (if   decay time is  less than 7 days). The following assumptions and initial      conditions are used to calculate the fission product release to the Secondary Containment.
: a. The fission     product activity   released  to the Secondary Containment will be in proportion to the removal efficiency of the water in the refueling pool. The refueling cavity water height is at least 23 feet XIV-6-34

USAR TABLE XIV-6-11 FUEL HANDLING ACCIDENT SECONDARY        CONTAINMENT      AIRBORNE FISSION PRODUCT INVENTORY           24 HOURS AFTER SHUTDOWN Time                        Fraction Water Power                          Radioactive    After    Core Inventory      of Core   Pool     Radial                            FHA RADTRAD              Uncertainty          Total Core      Half Life    Shutdown  at Time After      Inventory Decon    Peaking       Fraction of        Source Isotope       Ci/MWt 11      MWt         Factor      Inventory (Ci)        (sec) (2)    (sec)  Shutdown (Ci) 31 Released     Factor    Factor       Core Failed     Term (Ci) 1.8-09870               -. 021. 00398    4.3724E542E+05     1.271E+05      86400    2.;29E835E+05        0.05                          0. 00319779-.-  4.40-5420E 2419 Br-82            E+02                                                                                                       0.005  2        i. 95    003155123          -01 2419                                         8. 604E+03     86400    7.5-2-2-E476E+03     0.05   0.005   2--i.       95 0. 00319774-.-  1.1-&8-165E 3 .-26E240     2381    -.92-1. 00398     7.9-9--7869E+06 Br-83            E+03      2419                                                                                                                      003155123          -02 5.6*4*E560             1-*021.00398      1.2362350E+07      1. 908E+03     86400    3.204-175E-07        0.05   0.005  2-*091. 95      0.00319772.--   6.-544.95 B4-84            E+03      2419                                                                                                                      003155123         OE-13 3.2-i7*Q250    2381    I-.021. 00398     7.9-4-29893E+06    6.588E+03      86400    8.9;7-G916E+02       0.05      1   2.01.        95 0. 00319774-.-  2.4-3-780E Kr-83m            E+03      2419                                                                                                                      003155123          -01
                 .6      4.26 2381- -*0-21.      00398    -8.891.035E+05   3.383E+08     86400   8.-8-84I.034E+*-0      0.10      1   2.--0*1. 95     0.00319770,. 6.0      6.45 Kr-85           0E+02      2419                                                                          6                                                             OE+02 1.-6-5-4E639E+07   1.613E+04     86400     4.0-38;003E+05       0.05      1   2*-01-.      95 0.0031977-0-. 1.2487-4E+
: 6. 81O4E750    2381: 14*l2.00398                                                                                                         003155123 Kr-85m            E+03      2419                                                                                                                                          d2
: 0. 003 19774-.-
1 .39E280      2381       .21.00398      3.-I-5 09E+07   4.578E+03     86400     6.59-5E493E+01       0.05      1   2-*0-1. 95                      2. 02549E-003155123           02 Kr-87            E+04      2419
: 0. 003197749-1 .83-810 2381: 1.021. 00398             4.4-444396E+07     1. 022E+04    86400     1.2-2E258E+05        0.05      1   2.-00*i. 95                     4.0133. 92 003155123 Kr-88            E+04      2419                                                                                                                                        2E+01 0.0031977*-0.
4.1-9GE330 2-394 1.9*1.00398             1.2014-8052E+06    1.499E+03     86400     4.57-E728E-12        0.05   0.005  2-.0       . 95 003155123     7 .2-I-370E 1-128            E+02      2419                                                                                                                                         -18 0.00319772-s.
1 .0i6100      2389    1*021 .00398      2.5-7-44E671E+06   4.450E+04     86400     6.&#xfd;40*4956E+05       0.05   0.005  2-.0       . 95 003155123
: 1. 0-584E+
1-130            E+03      2419                                                                                                                                          00
: 0. 00319774.
: 2. 720E+04     2381    1.921.00398       6.606E606E+07      6. 947E+05    86400        6. 060E+07        0.08   0.005                                  1. 5-412E+
003155123 1-131                      2419                                                                                                                                          02 0.00319770.
3 .9-3G960            --. 21. 00398    9.&sect;44E4617E+07     8. 280E+03    86400     6.906E959E+04        0.05   0.005  2.01.        95   003155123
: 1. 08-5E-1-132            E+04      2381                                                                                                                                          01
: 0. 00319774.
5.514GE480             1.92       00398  1.-33S-331E+08     7.488E+04     86400    6.01545.982E+07       0.05   0.005  2.-01.95 003155123 9.4-84326E 1-133            E+04      2419 2381                                                                                                                                         +01
: 0. 00319774.
: 6. 040E+04             14.01. 00398          1. 467E+08     3.156E+03     86400     8.45-3E453E-01       0.05   0.005                                  1. 3-3418E-1-134                      2419                                                                                                                      003155123           06
: 5. 160E+04     2-84     4.021. 00398         1.253E+08      2. 380E+04    86400        1.012E+07         0.05   0.005  2.-*   0-. 95   0.0031977Q-0. 1. 59-778E+
1-135                      2419                                                                                                                      003155123           01 8.9:79E840     2419 2481    1-.O1. 00398      2.-35E147E+07      4. 176E+03    86400     1.26-E273E+01        0.00    0.00                  0.0031977-0-. 0. OOOE+00 Te-129141          E+03      2381                                                                                                                      003155123
: 2. 420E+04     2419    1.21.00398            5. 877E+07     1. 500E+03    86400       2.7134E-10         0.00    0.00  2.0401. 95      0.0031977-0. 0. OOOE+00 Te-131  141                                                                                                                                            003155123 2384 3.96GE970      2419     -. 021. 00398    9.6*-E642E+06      1. 080E+05    86400    5.52-4E538E+06        0.00    0.00  29014*.      95 0.00319772-*. 0 . OOOE+00 4
Te-131mt     )      E+03                                                                                                                                003155123 2384 3 .@SG860      2419    1*--01. 00398     9.35-*375E+07      2. 815E+05    86400    7.5-59578E+07         0.00    0.00  2*-0I. 95                       0. OOOE+00 Te-132 "           E+04      2381 2-,-i-.      95 0.00319772-s.
3.240E+04      2419     -.02. 00398  7.869E-869E+07     7 470E+02     86400        1.217E-27         0.00    0.00                    003155123
: 0. OOOE+00 Te-133 4)
XIV-6-35

USAR 1.98-QE970  2419    -I.021.00398  4.9-094E784E+07    3. 324E+03   86400  7.2-2-9E;193E-01 0.00    0.00  2.-941.95 0.0031977-0-. 0. OOOE+00 Te-133m")      E+04                                                                                                             003155123 4.1500480   2419  -. 041.00398    1.49-34B088E+08    2. 508E+03   86400  4.4.4-E660E-03   0.00    0.00  2. 01.95 0.00319774--.- 0. OOOE+00 Te-134 (4     E+04                                                                                                             003155123 2419                                     6. 912E+05   86400                             1   2-.0-i1.95 0.00319774--.- 1.-44-548E 2.096O230   2381  14.21.00398     5.2-043E416E+02                        4.&94SE966E+02   0.05 Xe-129m      E-01     2419                                                                                                    003155123          -01
: 3. 040E+02  2381  1.021.00398     7.49-3E8383E+05    1.028E+06    86400     6. 965E+05    0.05      1   2-.0401.95 0.00319774--. 2. 14&72E+
Xe-131m               2419                                                                                                    003155123           02 5.269E450         1.021.00398     1.2--7E3324E+08    4. 532E+05   86400  1.1-9E160E+08    0.05      1   2.0-941.95 0.00319774D--.- 3.5-32-616E Xe-133      E+04     2419                                                                                                    003155123          +04 1.580730    23@1   .0241.00398   23.-834.202E+06     1. 890E+05   86400 2.7J963.061E+06   0.05      1   2.01.95 0.00319774-.-      8.2     9.54 Xe-133m      E+03     2419                                                                                                    003155123         3E+02 1.8602.04   23381  .02-1.00398    4.5-1-7-E954E+07   3. 272E+04   86400  7.24BE4950E+06   0.05      1   2.9-0i.95 0.00319770--. 2.2-&7-479E Xe-135      OE+04    2419                                                                                                    003155123          +03 2381 1.99-9E0100 2419  1. 21.00398     2.6447-g671E+07    9. 174E+02   86400  1.4-97-F208E-21  0.05      1   2.~0-01.95 0.0031977D-~--  3.77 6E-25 Xe-135m      E+04 2419 4.59OE490         1.921.00398     1.0*3-4090E+08     8. 502E+02   86400  2.844-19835E-23  0.05      1   2.~0-91.95 0.003 19774)--- 8.4-63838E Xe-138      E+04     2419                                                                                                    003155123          -27 (1)     The radionuclide release to the refueling area used in RADTRAD 3.03 is based on the ORIGEN2 generated source term, as compiled in this table.
(2)     From RADTRAD nuclide inventory file               (NIF) Attachment B.
(3)     Calculated from standard equation N = Ni x e -(.693/Half Life) x Decay Time (4)     Tellurium Metals were included in the nuclide inventory file                (NIF) based on their   daughtering contribution to iodine as analyzed by RADTRAD.
XIV-6-36

USAR above    the    top    of   the    damaged      fuel    bundles. Therefore,     the    water decontamination factors provided in Regulatory Guide 1.183 are used.
: b. The     effective     air      volume    of    the    refuel     floor    is 3
7.95 x 105 ft    .
6.4.7.3       Fission Product Release       to Environs The   following assumptions and initial               conditions    are   used   to calculate the fission product release to the environs.
: a. High radiation levels in the reactor building exhaust plenum will start    the Control Room Emergency Filter             System, if     less than a 7 day decay time has elapsed.
: b.      In   accordance     with      RG 1.183,    the    radioactive     material released to the refueling floor is               released over a 2-hour period.             Since Secondary Containment is not assumed to be functioning, the discharge is                         a ground level, unfiltered release from the ventilation exhaust plenum to the discharge    point    on the      Reactor   Building      roof. This   release    point was determined to provide the most limiting dose consequences over other Reactor Building hatches,       doors,   and airlocks. Using the relationship for dilution with 100% makeup for an enclosed space, the resulting flow rate is 4.576 x 104 cubic feet/minute.
The chemical/physical form of iodine released to the                     refueling floor in   RADTRAD 3.03 is apportioned among the three iodine species:
: 1.      0.57 for elemental iodine
: 2.      0.43 for organic iodine As identified in        Regulatory Guide 1.183,         this analysis uses       an effective     pool    decontamination       factor      of    200    (which    encompasses       a decontamination     factor for elemental           and organic species        of 500 and       1, respectively).
6.4.7.4       Radiological      Effects 6.4.7.4.1     Offsite Consequence Results The offsite      consequences in terms of radiological doses resulting from the activity      released to the environment during a Fuel Handling Accident have been determined based on the calculated Reactor Building atmospheric dispersion factors (X/Q) for the Exclusion Area Boundary and Low Population Zone   shown     on  Table X-6-14.      The     X/Q   values    were    generated    using the methodology presented in Regulatory Guides 1.3 and 1.25. Building wake effect is  factored into the atmospheric dispersion factor determinations.                     Two dose periods were evaluated, the worst case 2-hour dose period at the Exclusion Area Boundary and a 30-day dose period for the Low Population Zone.                           The Exclusion Area Boundary and Low Population Zone radiological consequences of the Fuel Handling Accident have been assessed using the RADTRAD 3.03 software code. The code was used to calculate the TEDE at these receptor locations. The RADTRAD 3.03 assessment         results are shown on Table XIV-6-16 and are well within the I0CFR50.67 dose limits.
XIV-6-37

USAR 6.4.7.4.2         Onsite   (Control Room Occupant)      Consequence Results The Control Room occupant radiological doses from a Fuel Handling Accident were assessed using the RADTRAD 3.03 software code. The doses have been       determined     based    on    the    calculated    Reactor       Building   atmospheric dispersion         factors (X/Q)     for    the   Control    Room Air        Conditioning   System ventilation intake,          with consideration of the effects of the Control Room Emergency Filter         System (CREFS) when damaged fuel has had less than a 7 day decay period.         The Reactor Building X/Q values for the Control Room dose calculations were generated using the ARCON96 software code and site                      specific meteorology for the years 1994-1998.                The Reactor Building exhaust vent was modeled as a single release point using the ground level release mode of ARCON96. Occupancy factors for Control Room occupants after                     1 day are applied to the X/Q values to allow for actual time that the occupants are assumed to be present in the Control Room. The results are shown on Table XIV-6-15.
Within 60 seconds of the Group 6 PCIS isolation signal,                    CREFS initiates,       which isolates the normal unfiltered Control Room Air Conditioning System supply.         Prior to isolation, the total            air    intake rate is     3635 cfm (which includes normal air           intake flow, infiltration           leakage, and inleakage through opening and closing of doors).                No credit is taken for filtration         in the first       60 seconds. After isolation, the total           air    intake rate is 1210 cfm, which includes CREFS intake flow,                ingress/egress inleakage,         and unfiltered inleakage        (400 cfm unfiltered inleakage is           assumed even when the isolated Control Room is at positive pressure). CREFS filter                  efficiency is specified as 90 percent for all           iodine species.       This is    reduced by 1% to account for bypass.       The resulting radionuclide           concentration within the Control Room Envelope is diluted by the air            space volume. Assuming 20% of the volume of the Control Room Envelope            (including the Control Room proper)               includes walls floors,       and equipment,     the net volume is         64,640 ft 3 for the Control Room proper, and 141,860 ft 3 for the entire Control Room Envelope.
The RADTRAD 3.03 software code was used to calculate the TEDE doses at the Control Room receptor location. The Control Room occupant dose also includes gamma shine from both external cloud shine to the Control Room and CREFS filter         shine. The results of the dosePADTRAD 3.03 assessment are presented on Table XIV-6-16.               The results are within the dose limits of I0CFR50.67.
XIV-6-38

USAR TABLE XIV-6-14 X/Q VALUES FOR THE EXCLUSION AREA BOUNDARY AND LOW POPULATION ZONE X/Q Value for the Exclusion Area Boundary Time Period        X/Q Value   (sec/mr3 )              Comments 0 to 2 hours                    5.2E-4          Reactor Building Vent (Ground level release)
X/Q Values for the Low Population Zone Time Period        X/Q Value   (sec/M3 )               Comments 0 to 0.5 hours                  2.9E-4          Reactor Building Vent (Ground level release) 0.5 - 8 hours                   2.9E-4          Reactor Building Vent (Ground level release) 8 to 24 hours                   7.3E-5          Reactor Building Vent (Ground level release) 1 to 4 days                     2.5E-5          Reactor Building Vent (Ground level release) 4 to 30 days                    5.2E-6          Reactor Building Vent (Ground level release)
XIV-6-39

USAR TABLE XIV-6-15 X/Q VALUES  FOR THE CONTROL ROOM INTAKE X/Q Value       Occupancy     X/Q Value   (sec/M3 )
Time Period   (sec/mr3 )      Factor    Adjusted for Occupancy                 Comments 0 to 2 hours       4 .15E-03           1              4.15E-03         Reactor Building Vent  (Ground level release) 2 to 8 hours       3. 24E-03           1              3.24E-03         Reactor Building Vent  (Ground level release) 8 to 24 hours      1. 32E-03           1              1.32E-03         Reactor Building Vent  (Ground level release) 1 to 4 days        9. 01E-04         0.6              5.41E-04         Reactor Building Vent  (Ground level release) 4 to 30 days      7. 22E-04          0.4              2.89E-04         Reactor Building Vent  (Ground level release)
XIV-6-40

USAR TABLE XIV-6-16 FUEL HANDLING ACCIDENT EXCLUSION AREA BOUNDARY, LOW POPULATION ZONE, AND CONTROL ROOM RADIOLOGICAL DOSE CONSEQUENCES Case 1 -   Damaged fuel decayed 24 hours to 7 days       (no Secondary Containment)
Accumulated Dose   (rem        Accident Dose Criteria Dose Location                       TEDE)                      (rem TEDE)
Control Room                    4.  -545688                       5.0 Exclusion Area Boundary                   1.45                          6.3 Low Population   Zone                                                 6.3 Case 2 -  Damaged fuel decayed 7 days or longer      (no Secondary Containment or CREFS)
Accumulated Dose   (rem        Accident Dose Criteria Dose Location                       TEDE)                      (rem TEDE)
Control Room                     4.4-4-&393                       5.0 4
Exclusion Area Boundary                0.6-2 622                        6.3 Low Population Zone                  0.3-5-343                        6.3 Includes   114    mrem   due   to     qamma shine     from   external    sources.
XIV-6-41

USAR
: 77. General Electric Report NEDC-32675P, Rev. 1, "Cooper Nuclear Station SAFER/GESTR-LOCA Analysis Basis Document," June 1997.
: 78. Q/A 14.8,  Amend. 11.
: 79. NEDC 99-034,   Control    Room,   EAB,   and    LPZ Doses     Following    a CRDA.
: 80. NEDC 07-082,    Radiological     Dose    Analysis      for    a    Loss   of Coolant Accident   (LOCA) at Cooper Nuclear Station.
: 81. Deleted.
: 82.    "General Electric Model for LOCA Analysis in            Accordance      with 10CFR50 Appendix K," NEDE-20566-P-A, September 1986.
: 83.    "Maximum Extended Load Line Limit            and Increased      Core    Flow for Cooper Nuclear Station," NEDC-32914P, Revision 0,            January 2000.
: 84. NPPD Calculation NEDC 94-034H,           "Containment      Analysis      for Appendix R Shutdown from Alternate Shutdown Room."
: 85. NPPD    Calculation     NEDC 94-034C,       "USAR     Cases     E    and    F Containment Analysis."
: 86. NPPD Calculation     NEDC 00-049,     "Containment      Spray    Flow   Rate for RHR Mode C2."
: 87. EE 01-047,   "Evaluation of Service Level I Coatings."
: 88. NEDC-32868P,   Revision 0,     GEl4   Compliance     with Amendment 22 of NEDE-24011-P-A (GESTAR II),     December 1998.
: 89. NPPD    Calculation     NEDC 91-031,       "Appendix R       Torus      Area Equipment   Functionality."
: 90. NPPD    Calculation      NEDC 94-0341,        "ATWS     Evaluation       for Suppression Pool Heat-Up."
: 91. NEDC 99-035,   Dose Calculation for Control Room,            EAB,   and LPZ for a MSLB.
: 92. NEDC 05-031,    Review of     Alion Calculation ALION-CAL-NPPD-3236-001,   Radiological Dose Analysis for        a Fuel Handling Accident (FHA) at Cooper Nuclear Station.
: 93. NEDC  94-273,   Minimum    Required    Air   Flow   for  SGT Decay      Heat Removal.
: 94. License    Amendment      No. 240,      Amendment      to      Technical Specification 3.4.3 to Reduce the Number of Safety Relief Valves Required to be Operable for Overpressure Protection.
: 95. GE   Hitachi   Nuclear     Energy     Report     NEDC-33543P,       Rev. 0, "NPPD/CNS     Safety/Relief     Valve      Capacity     and       Setpoint       Evaluation,"
February 2010.
: 96. Global Nuclear Fuel NEDC-33270P, Rev. 3, GNF2 Advantage Generic Compliance with NEDE-24011-P-A (GESTAR II), March 2010.
XIV-9-5

NLS2012045 Enclosure Page 1 of 290 Enclosure NEDC 05-031, Rev. 3C1 "Radiological Dose Analysis for a Fuel Handling Accident (FHA) at Cooper Nuclear Station"

PROCEDURE 3.4.7, REV. 34, ATTACHMENT 1                                                DESIGN CALCULATION COVERSHEET Page 1 of 43 Total Pages with Attachments 289

==Title:==
Radiological Dose Analysis for a Fuel                    Calculation Number: NEDC 05-031 Handling Accident (FHA) at Cooper Nuclear Station CED/EE Number: EE11-016 System/Structure: HV, SGT. SC                                   Setpoint Change/Part Eval Number: N/A Component: N/A                                                  Discipline: Mechanical Desiqn Classification: [ X ] Essential; [] Non-Essential               SQAP Requirements Met? [X] YES;                    N/A Proprietary Information Included? [ ] YES; [ X ] NO Stand-Alone? [ ] YES; [ X ] NO

==
Description:==

The purpose of this calculation is to determine the dose to the control room operator and to a person at the Exclusion Area Boundary (EAB) and the Low Population Zone (LPZ) at the Cooper Nuclear Station site following a design basis Fuel Handling Accident (FHA). The analysis is performed using an Alternate Source Term (AST) in accordance with the guidance provided by the NRC in Regulatory Guide 1.183 (July 2000) and as allowed by 10 CFR 50.67.
Rev. I - Incorporates Rev. 1 of Alion's calculation, which was revised primarily to incorporate an additional Case 1 analysis to determine total Control Room dose assuming 168 hour fuel decay time before fuel movement and without CREFS operation.
Rev. 2 - Adds Section 4.1 to evaluate additional potential Secondary Containment release points and upgrades the calculation from Status 2 to Status 3. Alion calculation ALION-CAL-NPPD-3236-001, Rev. 1 is not changed by this revision. Revision 2 approvals are notapplicable to the Alion calculation (Attachment 1).
Rev. 3 - Upgrades Calculation NEDC 05-031 to Status 1. It also updates the Cross Reference Index to reflect that License Amendment 222 has been issued and corrects typographical errors to change the reference for Technical Specification 3.4.6.1 to Technical Specification 3.6.4.1, and to reflect the correct revision for DCDs 10 and 31.
CNN - 3C1 - Revises the analysis for implementation of CNS 24-Month Fuel Cycle and the use of Global Nuclear Fuels-Americas, LLC, GNF2 fuel. The calculation incorporates all previous revisions directly (including ALION-CAL-NPPD-3236-001, Rev. 1) or by attachment.
Conclusions and Recommendations:
All calculated doses are shown to be below the regulatory limits for all three stipulated locations which included; (1)
Control Room, (2) Low Population Zone (LPZ), and (3) Exclusion Area Boundary (EAB).
__"    __N     .19 B/1-7/11                                                   A           I/
3C1         3      &#xfd;P,,                         Jon L.WrigJohn
                                             &#xfd;,,z#,Xq/        j / ~rrigh             L. ,Wright Thomas                        ''                        . "/               ho!
Billy W. Reid             Jim Drasler               Jim Drasler             T. Stevens 10/3/06 9/27/06                  9/27/06                   9/27/06                  10/3/06 Rev.
Number Status Prepared By/Date Reviewed By/Date                             IDVed By/Date          Approved By/Date Status Codes
: 1. Active                                    4. Superseded or Deleted                                         7.
PRA/PSA
: 2. Information Only                           5. OD/OE Support Only
: 3. Pending                                    6. Maintenance Activity Support Only

PROCEDURE 3.4.7, REV. 34, ATTACHMENT 2       DESIGN CALCULATION CROSS-REFERENCE INDEX5 Page 2 of 43 NEDC: 05-031 CCN- 3C1 Nebraska Public Power District PENDING CHANGES TO ITEM NO.                    DESIGN INPUTS                       REV. NO. DESIGN INPUTS 1    NEDC 99-031                                                 6            N/A 2     NEDC 99-036                                                 4            N/A 3      Bums and Roe Dwg 2019, sheet 1                           N43            N/A 4     Bums and Roe Dwg 2051                                     N27            N/A 5      Bums and Roe Dwg 2052                                    N35            N/A 6      TS 1.1                                                Adm. 231          N/A 7     TS 3.7.4                                              Adm. 230          N/A 8     TS 3.9.6                                              Adm. 178          N/A 9      TS 5.5.7                                              Adm. 228          N/A 10     NPPD Response letter, NLS990117                       12/2/1999         N/A 11     USAR XIV-6.4                                           02/05/10         N/A LAT Final Report LAT w/o 3428 (Retrieval No.                            N/A 12    73619 2179-2277)                                       4/21/2010 13    Bums and Roe Calculation - Book      4, Retrieval No. 4/16/69          N/A 00103-0487 14     NEDC-33270P                                          Rev. 3, 2010       N/A 15     NUREG/CR-6331                                        Rev. 1,1997        N/A 16     NUREG/CR-6604                                         Dec. 1997         N/A 17     NUREG-1465                                            Feb. 1995         N/A 18     Reg Guide 1.183                                       July 2000         N/A 19     USAEC TID- 14844                                         1962           N/A 20    Industrial Ventilation: Engineering Principles           1/1991          N/A
             ~Th

PROCEDURE        5 3.4.7, REV. 34, ATTACHMENT 2     DESIGN CALCULATION CROSS-REFERENCE INDEX Page 3 of 43   I NEDC: 05-031     I CCN - 3C1 Nebraska Public Power District NEDC 11-082 (GE Hitachi PTR 000-0123-3481-RO,
                     , Task T0802 GEH Proprietary Information Nebraska                    N/A Public Power District Cooper Nuclear Station 24 -
21         Month Fuel Cycle Implementation)                       0 22          GE Licensing TR, NEDE-2401 I-P-A-10-US            March 1991        N/A 23         Federal Guidance Report 11 (FGR 11)                   1988           N/A 24         Federal Guidance Report 12 (FGR 12)                   1993           N/A 25         Not Used.
26         CNS General Operating Procedure 2.1.20.2            Rev. 16          N/A The Health Physics and Radiological Health Physics 27         Handbook, Exposure and Shielding from External        N/A            N/A Radiation, pages 188-193 28         NEDC 01-065                                             1            N/A 29         NEDC 05-045                                             2            2C1 30         Not Used 31         Not Used.
32         B&R Drawing 2060                                      N14            N/A 33         B&R Drawing 2209                                        3            N/A 34         B&R Drawing 4003                                      N37       DCN 11-0695 35         B&R Drawing 4215                                      N02            N/A 36         B&R Drawing 4219                                      N05            N/A 37         B&R Drawing 4222                                      N01       DCN 10-1266 38         B&R Drawing 4223                                      N02            N/A DCN 05-1518, 10-39          B&R Drawing 4504                                     N19            0847 40          B&R Drawing 4506                                     N09            N/A 41          B&R Drawing 4507                                     N05            N/A 42          B&R Drawing 4535                                     NI5       DCN 05-1521 DCN 97-1523, 09-1665, 11-0430, 11-43         B&R Drawing 4536                                     N28       0699, 10-0848 Z-t;--_ , fit.=&#xfd; -

PROCEDURE 3.4.7, REV. 34, ATTACHMENT 2    DESIGN CALCULATION CROSS-REFERENCE INDEX 5 Page 4 of 43 NEDC: 05-031 CCN- 3C1 Nebraska Public Power District 44    6.SC.701                                              3         N/A 45   Technical Specification 3.6.4.1                  Adm. 222       N/A 46   USAR XIV-6.4.7.1                                  02/05/10      N/A 47   TRM 3.9.1                                         10/05/06      N/A 48   NEDC 07-082                                           3         3C1 NEDC 11-082 (GEH Letter Report, GEH-                            N/A 49   HPIWX21E-024, DRF 0000-0110-4161)                     0
... - 7                    .
                   '  j.21

PROCEDURE 3.4.7, REV. 34, ATTACHMENT 2   DESIGN CALCULATION CROSS-REFERENCE INDEX 5 Page 5 of 43 NEDC: 05-031 CCN- 3C1 Nebraska Public Power District DESIGN CALCULATION CROSS-REFERENCE INDEX ITEM                                                             REVISION NUMBER AFFECTED DOCUMENTS                                           NUMBER 1    NEDC 02-074                                                   0 2     NEDC 00-0105                                                 10 3     USAR V-3.3                                                02/05/10 4     USARVII-17                                                09/19/06 5     USAR X-4.5.2.1                                            05/30/00 6     USAR X-10.2.5.2                                           03/09/07 7     USAR XIV-6                                                08/01/03 8     USAR XIV-7                                                05/31/05 9     USAR Appendix G                                           02/05/10 10    TRM T 3.9                                                 10/05/06 11    TRM B 3.9                                                 10/05/06 12    Procedure 0.50.5                                             22 13    Procedure 2.1.20.2                                            16 14    Procedure 2.2.47                                             45 15    Procedure 2.3 A-1                                            32 16    Procedure 2.3 J-1                                             6 17    Procedure 2.3 R-2                                             14 18    Procedure 2.3 9-3-3                                           12 19    Procedure 6.LOG.602                                          55 20     Procedure 6.REFUEL.304                                        12 21     Procedure 6.REFUEL.305                                        15 22     Procedure 6.SC.501                                           24 23     Procedure 7.4.9                                               12 24    Procedure 7.4.10                                              14 25     Procedure 7.4.13                                              13

PROCEDURE5     3.4.7, REV. 34, ATTACHMENT 2  DESIGN CALCULATION CROSS-REFERENCE INDEX Page 6 of 43 I NEDC: 05-031  I CCN - 3C1 Nebraska Public Power District 26       Procedure 7.4.15                                            12 27       Procedure 7.4.17                                            13 28       Procedure 10.25                                             56 29       Procedure 10.25.1                                           26 30       Procedure 10.27                                             25 31       Procedure 10.3                                               9 32       Procedure 6.HV.106                                           0 33       Procedure 0.55                                               1 34       DCD 3                                                    03/31/11 35       DCD 4                                                    04/01/11 36       DCD 5                                                    02/02/09 37       DCD 6                                                    02/02/09 39       DCD 7                                                    01/22/10 40       DCD10                                                    02/12/10 41       DCD 31                                                   04/06/11 42       Procedure 2.1.20.1                                          27 43       NEDC 05-007                                                  3 44       NEDC 05-011                                                  2 45       NEDC 05-012                                                  2 46       NEDC 06-007                                                  1 47       NEDC 07-082                                                  3 48       NEDC 09-020                                                  1 49       USAR V-3.4                                              Loep.xxiv6 50       USAR XIV-9 (Ref. 92)                                    Loep.xxiv6 51       Procedure 3.45                                               2 52       Procedure 6. HV.105                                          13 53       Procedure 6.1SGT.401                                         16 54      Procedure 6.2SGT.401                                         16 1-4&#xfd;

IPROCEDURE 3.4.7, REV. 34, ATTACHMENT 3 AFFECTED DOCUMENT SCREENING                          I Page 7 of 43 NEDC: 05-031 CCN-3C1 Nebraska Public Power District The purpose of this form is to assist the Preparer in screening new and revised design calculations to determine potential impacts to procedures and plant operations. 2 SCREENING QUESTIONS                            YES NO UNCERTAIN
: 1. Does it involve the addition, deletion, or manipulation of a    [ ] [X]       []
component or components which could impact a system lineup and/or checklist for valves, power supplies (breakers), process control switches, HVAC dampers, or instruments?
: 2. Could it impact system operating parameters (e.g.,              [ ] [XI       [I temperatures, flowrates, pressures, voltage, or fluid chemistry)?
: 3. Does it impact equipment operation or response such as          [ I [ X1      [I valve closure time?
: 4. Does it involve assumptions or necessitate changes to the       [ ] [ X]       I]
sequencing of operational steps?
: 5. Does it transfer an electrical load to a different circuit, or  [] [ X]        [
impact when electrical loads are added to or removed from the system during an event?
: 6. Does it influence fuse, breaker, or relay coordination?         [ ] [IX        []
: 7. Does it have the potential to affect the analyzed              [X]   [I]       [I conditions of the environment for any part of the Reactor Building, Containment, or Control Room?
: 8. Does it affect TS/TS Bases, USAR, or other Licensing           [X]   []        [I Basis documents?
: 9. Does it affect a Dry Fuel Storage (CoC) or associated           [I  [ X]       [I Technical Specification, Dry Fuel Storage UFSAR, or CNS 10CFR72.212 Report?
: 10. Does it constitute any change or addition to, or removal         [ ] [X]        [I]
from, the Independent Spent Fuel Storage Installation (ISFSI) facility or spent fuel storage cask design, or procedures that affects a design function, method of performing or controlling the function, or an evaluation that demonstrates that intended functions will be accomplished?
: 11. Does it affect DCDs?                                           [X]   []        [I
          .g

1PROCEDURE 3.4.7, REV. 34, ATTACHMENT 3 AFFECTED DOCUMENT SCREENING Page 8 of43 NEDC: 05-031 CCN-3C1 Nebraska Public Power District SCREENING QUESTIONS                           YES NO UNCERTAIN
: 12. Does it have the potential to affect procedures in any way      [ ] [0X]       [
not already mentioned (refer to review checklists in Procedure EDP-06)? If so, identify:
If all answers are NO, then additional review or assistance is not required.
If any answers are YES or UNCERTAIN, then the Preparer shall obtain assistance from the System Engineer and other departments, as appropriate, to determine impacts to procedures and plant operations. Affected documents shall be listed on Attachment 2.

PROCEDURE 3.4.7, REV. 34, ATTACHMENT 4 DESIGN CALCULATION SHEET              Page: 9 of 43 NEDC: 05-031 CCN-3C1 Nebraska Public Power District DESIGN CALCULATIONS SHEET Acronyms and Units                                             I Acronym  Definition ALARA     As Low as is Reasonably Achievable AST        Alternate Source Term BWR        Boiling Water Reactor CEDE       Committed Effective Dose Equivalent CREFS      Control Room Emergency Filtration System DBA        Design Basis Accident DCF        Dose Conversion Factor DDE        Deep Dose Equivalent EAB        Exclusion Area Boundary ESF        Engineered Safety Features FHA        Fuel Handling Accident FSAR       Final Safety Analysis Report GUI        Graphical User's Interface REM        Roentgen Equivalent Man RP         Regulatory Position RPF        Radial Peaking Factor RADTRAD    A Simplified Model for RADionuclide Transport and Removal And Dose Estimation SFP        Spent Fuel Pool SGTS       Standby Gas Treatment System TEDE       Total Effective Dose Equivalent USAR       Updated Safety Analysis Report V&V        Verification and Validation Variable   Definition and Units of Measure A     Fission Product Activity (Ci/Mwt)
C     Dilution Concentration (dimensionless) t    Time (seconds)
Q     Flow (ft3/min.)
V     Volume (ft3) x/Q    Atmospheric Dispersion Factor (sec/m 3)

PROCEDURE 3.4.7, REV. 34, ATTACHMENT 4 DESIGN CALCULATION SHEET                                                   Page: 10 of 43 NEDC: 05-031 CCN-3C1 Nebraska Public Power District DESIGN CALCULATIONS SHEET TABLE OF CONTENTS
: 1. P UR P O S E ................................................................................................................... ... 1 1
: 2. DESIG N INPUT DEVELO PM ENT ................................................................................                         11 2.1       PO STULATED ACCIDENT ..............................................................................                        11 2.2       SO UR C E T E R M ..............................................................................................           12 2.3       RELEASE RATE FROM SECONDARY CONTAINMENT ....................                                                               14 2.4       CONTROL ROOM PARAMETERS ...................................................................                                15 2.5       ATMOSPHERIC DISPERSION (X/Q) FACTORS .............................................. 17 2.6       ADDITIONAL DESIGN INPUTS .......................................................................                           18
: 3. A S S UMPT IONS ...............................................................................................................      20
: 4. ANALYSIS METHODOLOGY/CALCULATION ............................................................ 22 4.1       FUEL HANDLING ACCIDENT SCENARIO ...................................................... 22 4.2       RADTRAD COMPUTER MODEL .....................................................................                               23 4.3       RA DTRA D FILES ............................................................................................               25
: 5. RESULTS AND CO NCLUSIONS ................................................................................                            30 5.1       BASE CA SE RESULTS ....................................................................................                    30 5.2       CASE 1 - 168 HOUR FUEL DECAY TIME WITH CREFS NOT O P E R AT ING .....................................................................................................       31 5.3       EXTERNAL AIRBORNE SHINE DOSE AND CREFS SHINE DOSE TO TH E C O NTRO L RO O M....................................................................................                 31 5.4       RELEASE POINT EVALUATION .....................................................................                             34
: 6. RE F E R E NC E S .............................................................................................................   .. 4 0
: 7. A TTA C HME NTS .........................................................................................................        . .43
        .1~;
                .~v.
r.2

PROCEDURE 3.4.7, REV. 34, ATTACHMENT 4 DESIGN CALCULATION SHEET         Page: 11 of 43 NEDC: 05-031 CCN-3C1 Nebraska Public Power District DESIGN CALCULATIONS SHEET
: 1. PURPOSE The purpose of this calculation is to determine the dose to the control room occupant and to a person at the Exclusion Area Boundary (EAB) and the Low Population Zone (LPZ) at the Cooper Nuclear Station site following a design basis Fuel Handling Accident (FHA). The analysis is performed using an Alternate Source Term (AST) in accordance with the guidance provided by the NRC in Regulatory Guide 1.183 (July 2000) (Ref. 1, D.I. 18) and as allowed by 10 CFR 50.67. The RADTRAD Version 3.03 (Ref. 2, D.I. 16) computer code (currently used by the USNRC in performing radiological consequences assessments) is used to estimate the dose values at the above mentioned locations.
: 2. DESIGN INPUT DEVELOPMENT 2.1  Postulated Accident FUEL HANDLING ACCIDENTS WITHIN THE REACTOR CAVITY The limiting postulated FHA event (accidents within the SFP were also considered) begins with the drop of a fuel assembly into the reactor core during refueling operations from a height of 32.95 feet (Ref. 3, D.I. 11), which is the maximum height allowed by the fuel handling equipment. The resulting impact of the fuel assembly onto the top of the core will damage a number of fuel rods sufficiently to cause a release of radionuclides to the water pool above the core. Assuming primary containment remains open during refueling, it is assumed the radionuclides will be released to the refueling area and then to the environment over the following 2 hour period. The water pool above the core serves as a barrier to the release of a significant amount of the radionuclides. Release of the radionuclides to the environment may result in a dose to the control room occupants and to personnel located both within and beyond the site boundary.
The radionuclide source term generated during a fuel handling accident is based on the total number of fuel rods in the reactor core damaged as a result of the dropped fuel assembly (including attached rigging) on the irradiated fuel rods.
Global Nuclear Fuels-Americas, LLC provided CNS with a revised analysis for GNF2 Advantage fuel compliance with Amendment 22 of NEDE-2401 1-P-A (GESTAR II) regarding a refueling accident (Ref. 8, D. I. 14). The analysis addresses the worst fuel drop using a comparison to validate the GNF2 10x10 fuel.
The activity released in a FHA for 10x10 core is based on 150 rods assumed to have been damaged (using current Cooper Nuclear Station triangular refueling mast and grapple head). Each bundle has an equivalent of 85.6 full length fuel rods. With a total of 548 fuel bundles in the core the fraction of the core damaged is calculated to be 150 damaged rods /(548 x 85.6) total rods = 0.0031977.

PROCEDURE 3.4.7, REV. 34, ATTACHMENT 4 DESIGN CALCULATION SHEET           Page: 12 of 43 NEDC: 05-031 CCN-3C1 Nebraska Public Power District DESIGN CALCULATIONS SHEET FUEL HANDLING ACCIDENTS WITHIN THE SPENT FUEL POOL The CNS USAR (Ref. 3, D. I. 11) specifically states the following, "Similarly, the most severe accident of the second variety is the dropping of a fuel assembly into the fuel pool, but this results in a smaller radioactivity release to the environs than that resulting from dropping a fuel assembly on the fuel in the reactor vessel during refueling." With reference to the "second variety" meaning accidents that result in release directly to secondary containment or the environment. Therefore the limiting fuel handling accident and related accident source term is analyzed as occurring within the reactor core based on the amount of fuel rods damaged and their related activity level.
Regarding the fuel handling accident evaluated for CNS and for the performance of this calculation, Non-status 1 inputs were verified using additional information and were found to be acceptable for use in this calculation.
2.2 Source Term Since the publication of TID-14844 (Ref. 9, D. I. 19), significant advances have been made in understanding the timing, magnitude, and chemical form of fission product releases from severe nuclear power plant accidents. In 1995, the NRC published NUREG-1465, "Accident Source Terms for Light-Water Nuclear Power Plants" (Ref. 10, D.I. 17). NUREG-1465 used this research to provide estimates of the accident source term that were more physically based and that could be applied to the design of future light-water power reactors. NUREG-1465 presents a representative accident source term for a boiling-water reactor (BWR) and for a pressurized-water reactor (PWR). These source terms are characterized by the composition and magnitude of the radioactive material, the chemical and physical properties of the material, and the timing of the release to the containment. This analysis utilizes an accident specific nuclide inventory (Halogens, Noble Gases, and Alkali Metals for FHA) as matched to the CNS site inventory (Ref. 11, D.I. 21) and as modified for gap release in accordance with Regulatory Guide 1.183, RP 3.2 Table 3 presented as Figure 1 below.
Table 3"]
Non-LOCA Fraction of Fission Product Inventory in Gap Group                       Fraction 1-131                       0.08 Kr-85                       0.10 Other Noble Gases           0.05 Other Halogens              0.05 Alkali Metals               0.12 Figure 1

PROCEDURE 3.4.7, REV. 34, ATTACHMENT 4 DESIGN CALCULATION SHEET                                            Page: 13 of 43 NEDC: 05-031 CCN-3C1 Nebraska Public Power District DESIGN CALCULATIONS SHEET U The release fractions listed here have been determined to be acceptable for use writh currently approved LWR fuel with a peak burnup up to 62,000 IMWDIM"TU provided that the maximum linear heat generation rate does not exceed 6.3 kwift peak rod average power for burnups exceeding 54 GWD.'MTU. As an alternative, fission gas release calculations performed using NIRC-approved methodologies may be considered on a case-by-case basis. To be acceptable, these calculations must use a projected power history that will bound the limiting projected plant-specific power history for the specific fuel load. For the BWR rod drop accident and the PWR rod ejection accident, the gap fractions are assumed to be 10% for iodines and noble gases.
All the gap activity in the damaged fuel rods is assumed to be instantaneously released to the pool per Regulatory Guide 1.183 Appendix B. Radionuclides considered include xenons, krytons, halogens, cesiums, and rubidiums. The chemical form of radioiodine released from the fuel to the pool is assumed to be 95% aerosol (cesium iodide, CsI), 4.85 percent elemental iodine, and 0.15 percent organic iodide. The Csl released from the fuel is assumed to completely dissociate in the pool water. Because of the low pH of the pool water, the iodine re-evolves as elemental iodine which is assumed to occur instantaneously.
Regulatory Guide 1.183 Appendix B states if the depth of water above the damaged fuel is 23 feet or greater, as is the case at CNS (Ref. 3, D.1.1 1, and Ref.
5, D.I. 8), the decontamination factors for the elemental and organic species are 500 and 1, respectively, giving an overall effective decontamination factor of 200 (i.e., 99.5% of the total iodine released is retained within the pool water). The difference in decontamination factors for elemental and organic iodine species results in the iodine above the water being composed of 57% elemental and 43%
organic species. Appendix B goes on to state the retention of noble gases in the pool water is considered negligible (i.e., decontamination factor of 1) which is assumed in this analysis.
The inventory of fission products in the fuel rods and available for release to the containment is based on the maximum full power operation of the core with an assumed core power equal to the current licensed rated thermal power of 2419 MWt (D.I. 6, Ref. 7). In addition, this value is multiplied by factor of 1.003977 to account for maximum possible measurement uncertainty as required by Appendix K to 10 CFR 50 for nuclear reactor power operation. The factor of 1.003977 is derived from the current licensed thermal power limit of 2419 MWt [D. I. 6],
amendment 231, which raised the power level from the original licensed thermal power of 2381 MWt, and the original appendix K uncertainty of 2%. As such, the resulting uncertainty back calculated is the value noted above, i.e. 1.02*2381/2419
= 1.003977 The core is assumed to have operated at this power level for an extended period of time such that fission product equilibrium is reached. For radionuclides which have not reached equilibrium, the core inventory at time of shutdown is used. The source term used for this accident is based on the GNF2 Advantage fuel in compliance with Amendment 22 of NEDE-2401 1-P-A (GESTAR II) regarding a refueling accident (Ref. 8, D.I. 14) for a bounding core inventory source term (Ref. 11, D. I. 21). An assessment was documented in Design Input

PROCEDURE 3.4.7, REV. 34, ATTACHMENT 4 DESIGN CALCULATION SHEET          Page: 14 of 43 NEDC: 05-031 CCN-3C1 Nebraska Public Power District DESIGN CALCULATIONS SHEET 49 [40] to confirm that GE14 fuel type performance for a 24 month period would be bounded by the GNF2 fuel type under the same operating conditions for the isotopes of consideration in this FHA calculation with respect to the source production in Curies per isotope. GE14 fuel will be used in transition cores for the 24 month implementation. The Global Nuclear Fuels-Americas, LLC, GNF2 fuel source term was calculated using the isotope generation and depletion code GEH Non-Level-2 ECP ORIGN01 P. ORIGN01 P is the GEH controlled version of the Oak Ridge National Laboratory code ORIGEN2 version 2.1, incorporating the BWR extended burnup library BWRUE. In addition, a radial peaking factor (RPF) of 1.95 (Assumption 10) is applied to the radionuclide inventory to account for differences in power level across the core for a non-LOCA event to reflect the maximum possible value as provide by the fuel vendor (GNF). This value for RPF was determined by CNS Nuclear Engineering Department to be a maximum conservative analytical value as its actual value is determined and controlled by CNS Procedure 10.3 (Ref. 34). FRED documents for future reloads will need to be revised to capture this RPF limit of 1.95 linked to the FHA radiological consequences calculation.
2.3 Release Rate from Secondary Containment The approximate free volume of the refueling floor area is 7.95 x 105 ft3 based on Reference 14. The radioactive material that immediately escapes from the pool to the refueling floor area is then assumed to be released to the environment over a 2-hour period using the relationship for dilution with 100% makeup for an enclosed space (Ref. 15, D.I. 20). For an enclosed containment the following equation can be applied:
C(t/Css = 1 - exp(-QN                                                    Equation 1 Where:
C(t) - Concentration of volume at time t (fraction 0-1.0, representing 0 to 100%)
Css - Steady-State concentration at end of dilution period (fraction 0-1.0, representing 0 to 100%)
Q - Constant flow rate of contaminate out of space (ft3 /min.)
V - Refueling floor (7.95E+05 ft3) t - time duration of dilution period (120 minutes)
As C(t) approaches steady state or complete dilution (assume a value of 99.9%)
C(t)/Css approaches a value of 1 and the equation can be simplified to:
Rt .7,

PROCEDURE 3.4.7, REV. 34, ATTACHMENT 4 DESIGN CALCULATION SHEET           Page: 15 of 43 NEDC: 05-031 CCN-3C1 Nebraska Public Power District DESIGN CALCULATIONS SHEET
      .999 = 1- [exp(QtN]       or     0.001 = [exp(Q0N]                       Equation 2 Taking the natural log (In) of both sides gives:
ln(.001) = In [exp(-atN] or -6.9077 = -QtN                               Equation 3 Substituting all values and solving for Q (flow rate leaving the structure) yields:
Q = (6.9077 x 7.95 x 105)/120 = 4.576 x 104 (ft 3 /min.)
This is the flow rate that will be used to simulate the rejection of the source term from the reactor building as a ground release to the outside environment within a 2 hour period.
2.4 Control Room Parameters The air intake rate to the control room, the control room HVAC system filter efficiency, and the control room volume are needed to determine the portion of radiological dose received within the control room area.
The total control room volume is made up of the control room proper and the cable spreading room area (Ref. 17, D.I. 4 and Ref. 18, D.I. 5). The volume of the control room is calculated below (rounded to the 3 rd significant figure), assuming 20% of the total volume is occupied by walls, floors, equipment, etc.
Control Room Volume drawing takeoff Width = 72' (Ref. 17)
Length = 80'-9" minus 13'-3" = 67.5' (Ref. 18, D.I. 5)
Floor Elevation = 932'-6" (Ref. 18)
High point of roof slab = 949'-1.5" Cable Room west of column H7 Outside wall to H7 = 80'-9" - 13'-3" = 67.5' (Ref. 18, D.1. 5)
N-S = 72' (Ref. 17)
Floor El = 918' (Ref. 17) column H7 to G H7 to G = 35' + 13'-3" = 48.25' (Ref. 18, D.1. 5)
E-W = 37'-3" (Ref. 17)
Floor El = 918' (Ref. 17)

PROCEDURE 3.4.7,   REV. 34, ATTACHMENT 4 DESIGN CALCULATION SHEET            Page: 16 of 43 NEDC: 05-031 CCN-3C1 Nebraska Public Power District DESIGN CALCULATIONS SHEET Control Room proper Height = 949'-1.5" - 932'-6" = 16.625' Volume = 72' x 67.5' x 16.625' = 80,800 ft3 Cable Room Height = 932'-6" - 918' = 14.5' Volume = (72' x 67.5' x 14.5') + (37.25' x 48.25' x 14.5') = 96,530 ft3 3            3            ft 3 Total Volume = 80,800 ft + 96,530 ft = 177,330 Assuming 20% of the volumes include walls, floors, and equipment, (Refer to Assumption
: 8) the net volumes equate to the following:
3 Control Room proper = 64,640 ft                                    3 Control Center (Control Room Envelope, CRE) = 141,860 ft The air intake to the control room is modeled using two flow rates in order to represent the two distinct operating modes of normal fresh air intake prior to a high radiation isolation signal and operation in the Control Room Emergency Filtration (CREFs) lineup following isolation and pressurization.
Prior to isolation:
> 3,235 CFM normal Control Room Ventilation System maximum fresh air intake flow per reference (Ref. 19, D.I. 3)
> Unfiltered inleakage was set constant at a value of 400 CFM (Assumption 1).
The 400 CFM inleakage is also greater than the maximum actual CNS inleakage measured for the CRE during tracer gas testing for the Control Room Ventilation System operating in the recirculation/toxic only mode of operation (251 + 10 = 261 CFM). This value includes the standard value of 10 CFM recognized by the industry for access/egress to the control room envelope.
Total air intake rate = 3,635 CFM After CREFS isolation:
> 900 +/- 10% CFM used 810 CFM CREFS design air intake flow per reference (Ref. 20, D.I. 7 and Ref. 21, D.I. 9) (lower value picked for conservative removal rate of radionuclides from control room space)
 > Unfiltered inleakage was set constant at a value of 400 CFM (Assumption 1). The 400 CFM inleakage is also significantly greater than the maximum actual CNS inleakage measured for the CRE during tracer gas testing for the CREVS system operating in the Pressurization Mode (17 + 10 = 27 CFM). This

PROCEDURE 3.4.7, REV. 34, ATTACHMENT 4 DESIGN CALCULATION SHEET         Page: 17 of 43 NEDC: 05-031 CCN-3C1 Nebraska Public Power District DESIGN CALCULATIONS SHEET value includes the standard value of 10 CFM recognized by the industry for access/egress to the control room envelope.
Total air intake rate = 1,210 CFM The control room emergency filtration system is currently specified as having 95%
efficiency (associates to a maximum methyl iodide penetration of 2.5% when tested in accordance with Regulatory Guide 1.52, Revision 2) for all iodine species (Ref. 21, D.I. 9, D.I. 10). This efficiency is reduced by 1% to account for maximum bypass (Ref. 22, D.I. 9). For this analysis in order to provide future analytical and operational margin a filter efficiency of 90% (using an appropriate penetration test criteria) for all iodine species will be assumed with a reduction of 1% for maximum bypass flow (resulting in a final efficiency of 89%).
2.5 Atmospheric Dispersion (X/Q) Factors The X/Q values are taken from existing CNS calculations developed specifically for various Control Room Intake, Exclusion Area Boundary (EAB), and Low Population Zone (LPZ) receptor points for use in the development of the bounding Design Basis Accidents (DBA) Radiological Analysis. These receptor locations were previously determine to be the most limiting in determining compliance with the dose criteria established.
The control room intake X/Q values were taken from reference 23 for a release emanating from the Reactor Building. The reactor building vent release case was analyzed as a ground release for three release rates through the reactor building vent. The lowest release flow which coincides with the highest 7IQ values was chosen for the most conservative approach. The values were developed using the ARCON96 computer code (Ref. 24, D.I. 15) and are presented in Table 1 below.
0 - 2 hours        2 - 8 hours     8 - 24 hours    1 - 4 days    4 - 30 days 4.15E-3           3.24E-3           1.32E-3       9.01E-4        7.22E-4 Note: Units = sec/mr Table 1 The EAB and LPZ Atmospheric Dispersion ,/Q values were taken from reference 25 for a ground release emanating from the Reactor Building. The X/Q values were developed from figures presented in Regulatory Guides 1.3 and 1.25 and corrected for building wake effects as appropriate. The values are presented in Table 2 below.

PROCEDURE 3.4.7, REV. 34, ATTACHMENT 4 DESIGN CALCULATION SHEET      Page: 18 of 43 NEDC: 05-031 CCN-3C1 Nebraska Public Power District DESIGN CALCULATIONS SHEET LOCATION                     X/Q (sec/m 3)
EAB 0 - 0.5 hours 5.2E-4 )
0.5 - 2 hours (2) 5.2E-4 )
LPZ 0 - 0.5 hours  2.9E-4 i 0.5 - 8 hours  2.9E-4 i 8 - 24 hours  7.3E-5 I - 4 days 2.5E-5 4 - 30 days  5.2E-6 Table 2 Note: 1. Includes building wake considerations
: 2. Based on worst 2-hour period for the EAB which is the 0 to 2-hour period for this event.                                                     I 2.6 Additional Design Inputs The following inputs are used by the RADTRAD code in determining the TEDE for persons located at or beyond the boundary of the exclusion area which are consistent with the Regulatory Guide 1.183 RP 4.0 guidelines:
0 Dose calculations are based on the TEDE. The TEDE is determined as the sum of the committed effective dose equivalent (CEDE) from inhalation and the deep dose equivalent (DDE) from external exposure.
* All doses are estimated by RADTRAD using the Federal Guidance Reports 11 and 12 (Ref. 26, D.I. 23 and Ref. 27, D.I. 24) (FGR 11 and 12) dose conversion factors (DCFs) for the following organs and pseudo organs:
Gonads Breast Lungs Red bone marrow Bone surface Thyroid Skin Effective dose equivalent
* EAB and LPZ - For the first 8 hours, the breathing rate of persons is assumed to be 3.5 x E-4 m3/sec. From 8 to 24 hours following the accident, the

PROCEDURE 3.4.7, REV. 34, ATTACHMENT 4 DESIGN CALCULATION SHEET       Page: 19 of 43 NEDC: 05-031 CCN-3C1 Nebraska Public Power District DESIGN CALCULATIONS SHEET breathing rate is assumed to be 1.8 x E-4 m3/sec. After that and until the end of the accident, the rate is assumed to be 2.3 x E-4 m3/sec.
# Control Room - The dose receptor for this analysis is the hypothetical maximum exposed individual who is present in the control room for 100% of the time during the first 24 hours after the event, 60% of the time between 1 and 4 days, and 40% of the time from 4 days to 30 days. For the duration of the event, the breathing rate of this individual is assumed to be 3.5 x E-4 m3/sec.
* The radiological acceptance criteria for the EAB, the outer boundary of the LPZ,   I and for the control room are in 10 CFR 50.67. These criteria are stated for evaluating reactor accidents of exceedingly low probability of occurrence and low risk of public exposure to radiation. For the FHA the EAB and LPZ dose criteria is presented in Table 6 of Regulatory Guide 1.183 and stated as 6.3 Rem TEDE for the 2 hour accident duration. The acceptance criteria for the control room dose is stated by both 10 CFR50.67 (b) (2) (iii) and General Design Criteria 19 (GDC 19) from Appendix A to 10 CFR Part 50 as 5 Rem TEDE. Both the LPZ and control room dose criteria are based on a total period of 30 days.

PROCEDURE 3.4.7, REV. 34, ATTACHMENT 4 DESIGN CALCULATION SHEET          Page: 20 of 43 NEDC: 05-031 CCN-3C1 Nebraska Public Power District DESIGN CALCULATIONS SHEET
: 3. ASSUMPTIONS
: 1. A control room unfiltered inleakage value of 400 CFM was assumed for this analysis in order to provide future analytical and operational margin in lieu of the current tracer gas testing results (Ref. 16, D.I. 12). The current tracer gas test performed in accordance with ASTM Standard E741-00 revealed a value of 17 CFM of inleakage to the Control Room Envelope (CRE) from the CREVS system operating in the Pressurization Mode. A second tracer gas test performed to the same testing criteria, revealed a value 251 CFM of inleakage to the Control Room Envelope (CRE) from the CREVS System operating in the Recirculation/Toxic Mode. As can be seen, these values are both significantly below the assumed value of 400 CFM used in the analysis.
: 2. The required time for isolation of the control room intake upon the start of the FHA is assumed to be 1 minute (60 seconds). This was selected as a conservative value in order to provide future analytical and operational margin in lieu of the current CNS CREF system having an auto-isolation time of 11 seconds upon receipt of a high radiation signal.
: 3. The control room emergency filtration system is currently specified as having a 95% efficiency (associates to a maximum methyl iodide penetration of 2.5%
when tested in accordance with Regulatory Guide 1.52, Revision 2) for all iodine species (Ref. 21, D.I. 9). This efficiency is reduced by 1% to account for maximum bypass (Ref. 22, D.I. 9, D.I. 10). For this analysis in order to provide future analytical and operational margin a filter efficiency of 90% (using an appropriate penetration test criteria) for all iodine species will be assumed with a reduction of 1% for maximum bypass flow.
: 4. No credit is taken for reduction in the amount of radioactive material released from the reactor building as a result of operation of engineered safety feature (ESF) filter systems (i.e., SGTS).
: 5. For this analysis (Base Case), a decay time of 24 hours was assumed (Ref. 35, D.I. 47), which represents the earliest expected start of refueling activities at CNS. Fuel which has had less than 24 hours of decay time constitutes "recently irradiated fuel" for application of TSTF-51. A second analysis (Case 1) was performed assuming a decay time of 168 hours before fuel movement and not crediting the operation of CREFS.
: 6. No credit is taken for the use of personal protective equipment or prophylactic drugs.
: 7. The CNS Technical Specification Bases for AC Source -- Shutdown states that, having to assume a single failure and concurrent loss of all offsite power (LOOP) is not required when the unit is shutdown. Notwithstanding, it is determined a LOOP will not have an adverse impact on the radiological consequences of the Fuel Handling Accident. The basis for this is supported by the fact that a LOOP

PROCEDURE 3.4.7, REV. 34, ATTACHMENT 4 DESIGN CALCULATION SHEET         Page: 21 of 43 NEDC: 05-031 CCN-3C1 Nebraska Public Power District DESIGN CALCULATIONS SHEET will cause the control circuit for the Group 6 PCIS signal to de-energize, resulting in Group 6 PCIS Control Room Emergency Filter System (CREFS) initiation (at T
   = 0 of the event). Therefore, the one-minute CREFS initiation time assumed in this analysis will bound diesel generator start time considerations associated with a LOOP which are determined to occur well within that time frame.
: 8. An occupied by floor, walls, equipment, etc., volume of 20% of the control room envelope was assumed based on review of applicable drawings and simple volumetric estimates.
: 9. No correction is made for depletion of the effluent plume by deposition on the ground (Ref. 1, D.I. 18, Regulatory Position 4.1.7)
The previous radial peaking factor of 2.0 was applied to the radionuclide inventory calculation to reflect the highest peaking factor in the GE14 fuel as determined by CNS in conjunction with the fuel vendor. The radial peaking factor was adjusted lower based on the fact that if it remained at the highly conservative value of 2.0 the dose consequence impact would be in excess of the guidelines which specify a significant impact to dose consequences. The radial peaking factor value of 1.95 for GNF2 fuel is an assumption based upon review of the current CNS FRED documents (Ref. 34, D.I. 46). The current value used by CNS in performing core design analysis is a significantly lower value. This calculation assumption will need to be added to FRED documents for review on core design basis to ensure that this radial peaking factor will not be exceeded in future reloads. The radial peaking factor was required to be lowered due to the fact that if it remained at a conservative value of 2.0 the dose consequence impact would be in excess of the guidelines which specify a significant impact to dose consequences.

PROCEDURE 3.4.7, REV. 34, ATTACHMENT 4 DESIGN CALCULATION SHEET                     Page: 22 of 43 NEDC: 05-031 CCN-3C1 Nebraska Public Power District DESIGN CALCULATIONS SHEET
: 4. ANALYSIS METHODOLOGY/CALCULATION A V&V version of the NRC computer code RADTRAD Version 3.03 was used to analyze a postulated Fuel Handling Accident (FHA) at the Cooper Nuclear Station.
The radiological consequences of an accident in a nuclear power plant depend upon the quantity of the radioactive material that escapes to the environment and/or enters the plant's control room. RADTRAD is designed to calculate doses at offsite locations, such as the low population zone, and in the control room. The code has two default source terms to describe fission product release to the containment: those from TID-14844 (Ref. 9) and those from NUREG-1465 (Ref.
10, D.I. 17). As the material is transported through the containment and other buildings, credit is given for several natural and engineered removal mechanisms.
Containment sprays remove aerosols, elemental iodine, and organic iodine. The flow between buildings or rooms may be through HEPA filters or a suppression pool. Leakage to the environment may occur. Aerosols can deposit on surfaces within rooms and also in connecting paths. Models are provided within RADTRAD for these different removal mechanisms. Alternatively, the user may elect to input time-dependent values for a specific removal coefficient. After transporting the nuclides to different locations, RADTRAD calculates the dose at user-specified locations (i.e., EAB, LPZ, Control Room, etc.).
4.1    Fuel Handling Accident Scenario Currently by CNS procedure (Ref. 6, D.I. 26) fuel handling activities in the fuel pool and containment areas cannot be initiated until 24 hours' (Ref. 35, D.I. 47) after reactor shut down (as described by Assumption 5). It is postulated that the accident results in the damage of 150 fuel rods thus releasing all of the fuel gap activity associated with those rods. As discussed in Section 2, the gap fractions utilized for Non-LOCA analyses follow the recommended values stated in Regulatory Guide 1.183 Table 3. A radial peaking factor of 1.95 (Assumption 10) is applied to the activity release based on a conservative value determined by the CNS reactor engineering group. The activity (consisting of noble gases, halogens, and alkali metals) is instantaneously released to the pool which has a minimum of 23 ft of water above the damaged fuel assembly.
The radioiodine release from the water is assumed to escape into the reactor building area and out through the reactor building vent over a two (2) hour period.
The radioiodine released from the fuel gap is assumed to be 95% Csl, 4.85%
elemental, and 0.15% organic. Due to the nature of the water in the pool, the Csl is assumed to immediately disassociate, thus changing the chemical form of the iodine in the water to 99.85% elemental and 0.15% organic. Based on 1 Note - fuel handling can occur at any time within the spent fuel pool, as long as the fuel has experienced a minimum of at least 24 hours of decay time.

PROCEDURE 3.4.7,  REV. 34, ATTACHMENT 4 DESIGN CALCULATION SHEET        Page: 23 of 43 NEDC: 05-031 CCN-3C1 Nebraska Public Power District DESIGN CALCULATIONS SHEET decontamination factors of 500 and 1 for the elemental and organic iodines, respectively the chemical form of the iodines above the pool is 57% elemental and 43% organic. Noble gas and unscrubbed iodines are assumed to rise to the water surface where they are mixed in the available air space. Per Regulatory Guide 1.183 it is assumed all of the alkali metals released from the gap are retained in the pool.
The radiological activity associated with a FHA is collected within the reactor building (secondary containment). Since it is assumed there is no means of isolating the area release (no credit is taken for maintaining secondary containment boundary) all of the airborne activity is postulated to be exhausted out of the building within a period of 2 hours.
The worst case atmospheric dispersion factors (x/Q) assuming a ground release from the reactor building release point were used based on the guidance in Regulatory Guide 1.183 Appendix B, Section 4 considering the assumption of direct openings to the environment (i.e., railroad airlock, ground level doors, etc.).
4.2 RADTRAD Computer Model Figure 2 below represents a simplified representation of the radiological release and transport model used in the CNS FHA analysis. The model simulates an accident which has initially released within the containment. Radionuclides are then released to the environment (pathway 1). Once released to the environment radionuclides are diluted as a function of the atmospheric conditions (X/Q values),
thus leaving a smaller fraction available for intake into adjacent buildings (i.e.,
control room) or site boundary defined locations. The radionuclides may enter the control room from either the Control Room Emergency Filtration System (CREFS) air intake (pathway 2) or indirectly as unfiltered inleakage (pathway 3).
Radionuclides mixed within the control room volume are then exhausted (pathway 4).
-~ ~

PROCEDURE 3.4.7, REV. 34, ATTACHMENT 4 DESIGN CALCULATION SHEET Page: 24 of 43 NEDC: 05-031 CCN-3C1 Nebraska Public Power District DESIGN CALCULATIONS SHEET Q=   = Compartment              W      =Pathway Figure 2 Radionuclide release and transport model I
-** *  .r :*   * ,

PROCEDURE 3.4.7, REV. 34, ATTACHMENT 4 DESIGN CALCULATION SHEET       Page: 25 of 43 NEDC: 05-031 CCN-3C1 Nebraska Public Power District DESIGN CALCULATIONS SHEET 4.3 RADTRAD FILES RADTRAD 3.03 requires the use/development of four individual input files in order to perform a radiological dose analysis. These files include; the plant specific compartment/pathway model file (PSF), the nuclide inventory file (NIF), the release fraction and timing file (RFT), and the dose conversion factor file (INP).
Plant Specific File (PSF)
This file was created using the RADTRAD Graphical User's Interface (GUI) and defines all the plant specific parameters required to perform the analysis including specifying all compartments and pathways as detailed in Figure 2 above. The pathways for the FHA model were developed using the filtered pathway option in RADTRAD in order to specify fixed flow rate values. The following major parameters were inputted based on values documented/determined in Section 2 of this analysis:
Plant Power Level - Is based on the rated thermal power multiplied by the fraction of fuel damaged, maximum power uncertainty, and the fuel peaking factor. The radionuclide inventory is multiplied within RADTRAD by this value to determine the total amount of radionuclides released to the pool. The following value was calculated:
Power level = 2419 x 3.1977E-3 x 1.00398 x 1.95 = 15.144 Mwt Model Compartments and Pathways Compartment 1 - Refueling floor volume (7.95E+05 ft3)
Compartment 2 - Environment volume (0.OOE+00 ft3) Note: treated as an infinite space within the code Compartment 3 - Control room volume (1.4186E+05 ft3)
Pathway 1 - primary to environment (flow = 4.571 E+04) CFM in order to remove 99.9% of the radionuclides from the containment envelope in the first 2 hours)
Pathway 2 - environment to control room (flow = 3235 CFM at time 0 to 1 min.,
flow = 810 CFM at time 1 min. to end of event using a filter efficiency of 89%)
Pathway 3 - environment to control room (flow = 400 CFM of unfiltered inleakage for duration of event. The 400 CFM CR inleakage is also greater than the actual CNS inleakage measured during tracer gas testing for the recirculation only mode of operation.
Pathway 4 -control room to environment (flow = 3635 CFM outflow at time 0 to 1 min., flow = 1210 CFM at time 1 min. to end of event)
Source Term Decay time = 24 hours

PROCEDURE 3.4.7, REV. 34, ATTACHMENT 4 DESIGN CALCULATION SHEET        Page: 26 of 43 NEDC: 05-031 CCN-3C1 Nebraska Public Power District DESIGN CALCULATIONS SHEET Iodine chemical fractions = Aerosol = .95, Elemental = .0485, Organic = .0015 Decay and Daughter products is invoked and generated by RADTRAD Dose Locations Three dose locations were defined as control room, EAB, and LPZ. Input values for X/Q values, breathing rates, and occupancy factors for the control room were provided.
Attachment A of this analysis provides the associated RADRAD input file.
Nuclide Inventory File (NIF)
The nuclear inventory file was created by modifying the RADTRAD default file bwrnonloca.nif based on the CNS specific nuclide activity values (Ci/Mwt) as defined in Section 2 of this analysis.
All of the Bromine isotopes originally identified by the CNS specific GNF2 Fission Product Inventory (Ref. 11, D.I. 21) had been initially considered as possible dose sources. Those Bromine isotopes are listed below, along with their half-lives.
Nuclide      Half-life      Half-life Name      (seconds)       (hours)
Br-82         1.27E+05      35.30400 Br-82m       3.66E+02       0.101670 Br-83        8.64E+03       2.400000 Br-84         1.91E+03      0.530000 Br-84m       3.60E+02       0.100000 Br-85         1.72E+02      0.047840 Br-86         5.55E+01      0.015420 Br-87         5.59E+01      0.015530 Br-88         1.64E+01      0.004560 Br-89        4.37E+00       0.001210 Br-90         1.90E+00      0.000530 Br-91         5.40E-01      0.000150 Br-92         3.40E-01      0.000090 Br-93         1.OOE-01      0.000030 Br-94         7.OOE-02      0.000020 Br-95         5.OOE-02      0.000014 Br-96         2.OOE-02      0.000006 Bromine Isotopes Included in GNF2 (CNS Specific) Inventory with Half Lives Table 3

PROCEDURE 3.4.7, REV. 34, ATTACHMENT 4 DESIGN CALCULATION SHEET           Page: 27 of 43 NEDC: 05-031 CCN-3C1 Nebraska Public Power District DESIGN CALCULATIONS SHEET Examination of this data revealed that all of the Bromine isotopes present in the core except for Br-82, 83, and 84 would decay to negligible amounts over the duration of the 24 hour delay period following a FHA. Table 3 with the exception of Br-95 and Br-96, was generated in the original FHA AST calculation (NEDC 05-031, Rev. 3) based upon the GEl4 ORIGEN2 fuel inventory. A comparison of the GNF2 to that inventory has also concluded that due to either the insignificance of the fission product inventory of these isotopes or the half-life would result in no impact on dose consequences. Since the Bromine sources listed in Table 3 were the derived reviewed and approved isotopes they were evaluated for this update, and due to the fact that their dose consequence is not an impact they were not considered. Other Bromine isotopes listed in D. I. 21 such as BR-80, -80m, 79m and 86m are dispositioned as follows.
The half-life of BR-80 and -80m is 17.6 m and 4.38 hr respectively, with only 10-2 Ci/Mwt source terms these are decayed out within the 24 hour time period. The half-life for 79m is 4.86 sec. values provided by the National Nuclear Data Center of Brookhaven National Laboratories and Nuclear Chemical Engineering 2 nd Edition (Ref. 36 and 37 respectively). The half-life for 86m is not listed in the National Nuclear Data Center nor the IAEA Chart of Nuclides (Ref. 38) nor the Nuclear Chemical Engineering 2 nd Edition properties of nuclides. The half-life for the isotopes presented in Table 3 is part of the RADTRAD v. 3.03 Nuclide inventory file. The code V&V package has verified the utilization which is based upon D. I. 23 and 24. It was therefore hypothesized that only these Bromine isotopes listed in Table 3 could potentially be a factor in this analysis.
A nuclide inventory file that contained 29 isotopes was created based on the CNS GNF2 source term library. These 29 isotopes were all halogens and noble gases that were previously evaluated in CNS GE 14 EQ dose calculations (Ref. 29, D.I.
28), with the exception of Xe 137, Br 84m, Br85, Br 87 and Kr 89. These nuclides were excluded since their half life is less than 3.9 minutes.
The .nif file was further modified to account for the increased Gap Fractions of I-131 (8% versus the 5% assumed for all other halogens) and Kr-85 (10% versus the 5% assumed for all other noble gases). The following values were calculated:
1-131 activity level = .081.05 x 2.72E+04 = 4.35E+04 (Ci/Mwt)
Kr-85 activity level = .10/.05 x 4.26E+02 = 8.52E+02 (Ci/Mwt)
Attachment B of this analysis provides the associated RADRAD input file.

PROCEDURE 3.4.7, REV. 34, ATTACHMENT 4 DESIGN CALCULATION SHEET                                                  Page: 28 of 43 NEDC: 05-031 CCN-3C1 Nebraska Public Power District DESIGN CALCULATIONS SHEET Core Inventory Time           at Time       Fraction of    Water                            FHA Power        Total Core         Radioactive        After           After            Core        Pool    Radial                 Source RADTRAD                Uncertainty       Inventory          Half Life      Shutdown        Shutdown         Inventory     Decon   Peaking   Fraction of    Term 3                                                        2                              3 Isotope       Ci/MWt(      MWIt        Factor           (Ci)             (8ec)( )         (sec)           (Ci)( )       Released      Factor  Factor    Core Failed     (Ci)
Br-82         1.870E+02    2419        1.00398       4.542E+05          1.271E+05         86400         2.835E+05           0.05        0.006    1.95   0.003197700  4.420E-01 Br-83        3.240E+03     2419        1.00398       7.869E+06          8.604E+03         86400         7.476E+03           0.05        0.005    1.95   0.003197700  1.165E-02 Br-84        5.560E+03     2419        1.00398       1.350E+07          1.908E+03         86400          3.175E-07          0.05        0.005    1.95   0.003197700  4.950E-13 Kr-83m       3.250E+03     2419        1.00398       7.893E+06          6.588E+03         86400         8.916E+02           0.05           1     1.95   0.003197700  2.780E-01 Kr-85        4.260E+02     2419        1.00398       1.035E+06          3.383E+08         86400         1.034E+06           0.10           1     1.95   0.003197700  6.450E+02 Kr-85m       6.750E+03     2419        1.00398       1.639E+07          1.613E+04         86400         4.003E+05           0.05           1     1.95   0.003197700  1.248E+02 Kr-87        1.280E+04     2419        1.00398       3.109E+07          4.578E+03         86400         6.493E+01           0.05          1      1.95   0.003197700  2.025E-02 Kr-88         1.810E+04    2419        1.00398       4.396E+07          1.022E+04         86400         1.258E+05           0.05           1     1.95   0.003197700  3.922E+01 1-128        4.330E+02     2419        1.00398       1.052E+06          1.499E+03         86400         4.728E-12           0.05       0.005     1.95   0.003197700  7.370E-18 1-130        1.100E+03     2419        1.00398       2.671E+06          4.450E+04         86400         6.956E+05           0.05       0.005     1.95   0.003197700  1.084E+00 1-131        2.720E+04     2419        1.00398       6.606E+07          6.947E+05         86400         6.060E+07           0.08        0.005    1.95   0.003197700  1.512E+02 1-132        3.960E+04     2419        1.00398       9.617E+07          8.280E+03         86400         6.959E+04           0.05       0.005     1.95   0.003197700  1.085E-01 1-133        5.480E+04     2419        1.00398       1.331E+08          7.488E+04         86400         5.982E+07           0.05       0.005     1.95   0.003197700  9.326E+01 1-134        6.040E+04     2419        1.00398       1.467E+08          3.156E+03         86400         8.453E-01           0.05       0.005     1.95   0.003197700  1.318E-06 1-135        5.160E+04     2419        1.00398       1.253E+08          2.380E+04         86400         1.012E+07           0.05       0.005     1.95   0.003197700  1.578E+01 Te-129(41    8.840E+03     2419        1.00398       2.147E+07          4.176E+03         86400         1.273E+01           0.00        0.00     1.95   0.003197700  0.OOOE+00 4
Te-131( ,    2.420E+04     2419        1.00398       5.877E+07          1.500E+03         86400         2.714E-10           0.00         0.00    1.95   0.003197700  0.OOOE+00 Te-131m14)      3.970E+03     2419        1.00398       9.642E+06          1.080E+05         86400         5.538E+06           0.00         0.00    1.95   0.003197700  0.OOOE+00 Te-132(4)    3.860E+04     2419        1.00398       9.375E+07          2.815E+05         86400         7.578E+07           0.00        0.00     1.95   0.003197700  0.OOOE+00 4
Te-1331 1    3.240E+04     2419        1.00398       7.869E+07          7.470E+02         86400          1.217E-27          0.00         0.00    1.95   0.003197700  0.OOOE+00 Te- 4 133mI 1      1.970E+04     2419        1.00398       4.784E+07          3.324E+03         86400         7.193E-01           0.00        0.00     1.95   0.003197700  0.OOOE+00 Te-1341')    4.480E+04     2419        1.00398       1.088E+08          2.508E+03         86400         4.660E-03           0.00        0.00     1.95   0.003197700  0.OOOE+00 Xe-129m       2.230E-01    2419        1.00398       5.416E+02          6.912E+05         86400         4.966E+02           0.05          1      1.95   0.003197700  1.548E-01 Xe-131m      3.040E+02     2419        1.00398       7.383E+05          1.028E+06         86400         6.965E+05           0.05          1      1.95   0.003197700  2.172E+02 Xe-133       5.450E+04     2419        1.00398       1.324E+08          4.532E+05         86400         1.160E+08           0.05          1      1.95   0.003197700  3.616E+04 Xe-133m      1.730E+03     2419        1.00398       4.202E+06          1.890E+05         86400         3.061E+06           0.05          1      1.95   0.003197700  9.543E+02 Xe-135       2.040E+04     2419        1.00398       4.954E+07          3.272E+04         86400         7.950E+06           0.05          1      1.95   0.003197700  2.479E+03 Xe-135m      1.100E+04     2419        1.00398       2.671E+07          9.174E+02         86400         1.208E-21           0.05          1      1.95   0.003197700  3.766E-25 Xe-138       4.490E+04     2419        1.00398       1.090E+08          8.502E+02         86400         2.835E-23           0.05          1      1.95   0.003197700  8.838E-27 (1) From Reference 11 and as modified for RADTRAD nuclide inventory file (NIF) Input File (2) From RADTRAD nudide inventory file (NIF) input file Attachment B (3) Calculated from standard equation N = Ni x e               Dcoy Tim L6fUf)x (4) Tellurium Metals were included in the nudide inventory file (NIF) based on their daughtering contribution to iodine as analyzed by RADTRAD Post-FHA Activity Released to Refueling Floor Used In RADTRAD (24 hrs. After Shutdown)
Table 4

PROCEDURE 3.4.7, REV. 34, ATTACHMENT 4 DESIGN CALCULATION SHEET        Page: 29 of 43 NEDC: 05-031 CCN-3C1 Nebraska Public Power District DESIGN CALCULATIONS SHEET Radionuclide Release Fractionsand Timing File (RFT)
The radionuclide release fractions and timing file was created by modifying the RADTRAD default file nonLOCA.rft (which is based on RG 1.183 Table 3 and retention of all particulate radionuclides per Appendix B of the guide) for the decontamination factor of iodine (200). This was accomplished by modifying the release percentage (based on gap fraction) by the following:
Release fraction =.05 (iodine group gap fraction)/200 = 0.25E-03 The release fraction for noble gases was maintained at .05 (having a decontamination factor of 1) while all other radionuclide groups were given a zero (0) release fraction based on their retention in the pool. Cs and Rb isotopes, as well as all other particulates, are excluded from nuclide inventory and release fraction files since they are assumed to be retained by the water in the fuel pool or reactor cavity (i.e., infinite decontamination factor) per the guidance in RG 1.183.
Attachment C of this analysis provides the associated RADRAD input file.
Nuclide Dose Conversion File (INP)
The nuclide dose conversion file used the RADTRAD default file fgrl 1&12.inp which is based on the Federal Guidance Reports 11 and 12 as documented in Section 2 of this analysis. This file was modified to match the CNS specific nuclide group defined by the Nuclear Inventory File .nif mentioned above.
Attachment D of this analysis provides the associated RADTRAD input file.
Detailed Output File (oO)
RADTRAD develops a detailed output file sequentially numbered (.o0, ol, o2, etc).
as a function of the amount of cases generated (only one for this analysis) that documents all input parameters and output detail.
Attachment E of this analysis provides the associated RADRAD output file.
r.-
 &5-1-1=
     -*_ 7,* '7. n-..--

PROCEDURE 3.4.7, REV. 34, ATTACHMENT 4 DESIGN CALCULATION SHEET                  Page: 30 of 43 NEDC: 05-031 CCN-3C1 Nebraska Public Power District DESIGN CALCULATIONS SHEET
: 5. RESULTS AND CONCLUSIONS 5.1      Base Case Results The results of the Base Case RADTRAD generated dose analysis as documented in Attachment E are summarized in Table 5 below:
Accumulated Dose              Accident Dose Criteria Dose Location               (rem TEDE)                     (rem TEDE)
Control Room                      4.4540                         5.0 (1)                       II EAB                               1.4499                        6.3 (2,3)
I LPZ                              0.80935                         6.3 (2)
Table 5 Note:  (1) based on both General Design Criteria (GDC) 19 from Appendix A to 10 CFR Part 50 and 10 CFR50.67 (b) (2) (iii)
(2) based on Regulatory Guide 1.183 Table 6 (based on the analysis release duration of 2 hours)
(3) Since the event is based on a 2-hour release, the worst 2-hour period for the EAB is the 0 to 2-hour period.
All calculated doses were found to be below the stipulated limits. It is therefore concluded that the regulatory dose limits will not be exceeded following a postulated design basis FHA at Cooper Nuclear Station.
GNF2 (24 Month Fuel) Versus GE14 12 (18 Month Fuel)
Also all calculated TEDE doses were compared to the GE14 fuel dose consequences (18 month cycle). The GNF2 24 month fuel cycle FHA radiological dose consequences revealed a slight decrease from the previous calculated doses. The decrease in value can be attributed to the reduction in the conservative assumption for the Radial Peaking Factor used in the revised analysis (1.95 versus 2.0 assumed to reflect the highest peaking factor in the original GE14 fuel as determined by CNS).
  -~   .~A        ~        -~

PROCEDURE 3.4.7, REV. 34, ATTACHMENT 4 DESIGN CALCULATION SHEET           Page: 31 of 43 NEDC: 05-031 CCN-3C1 Nebraska Public Power District DESIGN CALCULATIONS SHEET 5.2 Case 1 - 168 Hour Fuel Decay Time with CREFS not Operating An additional RADTRAD analysis was performed to evaluate the accumulated dose at the identified receptor points assuming an initial decay period of 168 hours before fuel movement and no credit for CREFS filtration (assumes CREFS non-operable). The results of the Case 1 RADTRAD generated dose analysis as documented in Attachment F are summarized in Table 6 below: All calculated doses were found to be below the stipulated limits.
Accumulated Dose        Accident Dose Criteria Dose Location              (rem TEDE)                (rem TEDE)
Control Room                   4.3932                     5.0 (1)                    II EAB                            0.6216                    6.3 (2,3)
I LPZ                            0.3470                     6.3 (2)
Table 6 Note: (1, 2 & 3) Refer to Table 5 notes above.
                                                                                              ]
5.3 External Airborne Shine Dose and CREFS Shine Dose to the Control Room The purpose of this discussion is to qualitatively assess potential gamma shine from external sources to the control room proper during a FHA using alternative source terms to assess contained radioactivity while considering limited geometry.
The radiation sources external to the control room would be from airborne external cloud and CREFS filters (located within the Control Room Envelope). The following were considered and should be evaluated for local administrative controls on occupant dose:
: 1. Doses were conservatively evaluated with credit for Control Room occupancy per RG 1.183 of 1.0 for the first day, 0.6 for the next 3 days, and 0.4 for the following 26 days. If occupancy is limited the actual control room occupant dose would be lowered.
: 2. Administrative controls would be important for evaluating and maintaining control room occupant doses as low as is reasonably achievable (ALARA).

PROCEDURE 3.4.7, REV. 34, ATTACHMENT 4 DESIGN CALCULATION SHEET         Page: 32 of 43 NEDC: 05-031 CCN-3C1 Nebraska Public Power District DESIGN CALCULATIONS SHEET Cloud Shine Dose Calculation A shine calculation was performed for the Fuel Handling Accident using RADTRAD
: v. 3.03 output from the base case documented in the previous sections. It is appropriate to use this case, as it is conservative in regards to a release to the environment, i.e. a complete release within 2 hours, and the amount of filtration from CREFS is conservatively assumed lowered so as to discharge more inventory out to the environment as well. The input file for this case was modified to provide output for additional time points. The reason for the additional time points is in order to provide adequate RADTRAD v. 3.03 output information into the Microshield computer code for the development of shine calculations.
RADTRAD v. 3.03 was initially run and the output for the activity released to the environment was extracted at the time points consistent with NEDC 05-045 (Ref.
30, D.I. 29), which is the shine calculation to the Control Room operators based on a LOCA event. The same methodology and geometry modeling used in NEDC 05-045 (Ref. 30, D.I. 29) was used for this FHA calculation. The output from RADTRAD v. 3.03 was then inputted to an EXCEL spreadsheet for the time points required to perform the shine calculation. The EXCEL spreadsheet was used only to reorder the RADTRAD output so that it could then be used in the proper format for the Microshield source term input computer deck files. The geometry decks that were created for NEDC 05-045 (Ref.30, D.I. 29) where utilized for this calculation. (Refer to NEDC 05-045 for discussion on the cloud geometry modeling). The reason for this is that the environment (cloud) geometry model developed for the LOCA calculation is for the same dose point as in this FHA calculation (i.e. the control room personnel). As such, no changes were made in the geometry files for Microshield, only the source term input files were modified to reflect the FHA RADTRAD source term output Attachment H. Once the Microshield files were updated, then they were run in Microshield v. 8.03, and the output for each time point was put into a trapezoidal rule calculation to integrate the dose and derive a total dose contribution from shine. This analysis is performed and documented in the EXCEL spreadsheets provided as Attachment G to this calculation. A 10% Equilibrium Daughter Factor is added to this calculation per the same approach used in NEDC 05-045. The results indicate that the cloud shine contribution for the subject control room person as a result of shine from an FHA release is 0.135 mRem (including the 10% Equilibrium Daughter Factor). The cloud shine dose is not impacted by using RG 1.183 Occupancy factors as the dose impact is from the first 24 hours after a release, which is considered a 100%
occupancy, and there is no relevant dose contribution after that time regarding control room shine dose from the cloud.
CREFS Shine Dose to the Control Room The CREFS shine dose to the Control Room was also calculated for a Fuel Handling Accident. The calculation performed required utilization of RADTRAD v.

PROCEDURE 3.4.7, REV. 34, ATTACHMENT 4 DESIGN CALCULATION SHEET           Page: 33 of 43 NEDC: 05-031 CCN-3C1 Nebraska Public Power District DESIGN CALCULATIONS SHEET 3.10 in order to determine the total amount of activity that was loaded upon the CREFS Filter during a FHA release. Also changes had to be made from the base case model described in previous sections of this analysis, in order to be more conservative with regard to design inputs controlling the total source term accumulated on the filter.
These changes included:
>      CREFS Flowrate - increased to 990 cfm versus using 810 cfm. The use of a higher flowrate results in higher halogen accumulation onto the CREFS filter versus the base case. (This is conservative as it results in higher shine contribution).
>      Filter Efficiency - a value of 100% filter efficiency was used for all halogen species as that also maximizes higher halogen accumulation onto the filter versus the base case.
>      X/Qs - the values used in the FHA calculation were utilized in the EXCEL spreadsheets for CR calculations versus using those from LOCA analysis.
All other design input remained the same as that noted in the previous sections of this analysis.
Once the changes were made to the items noted above, the time points also needed to be changed so that the activity on the filter would be calculated for the time points that are consistent with NEDC 05-045 (Ref. 30, D.I. 29) as previously mentioned.
Next RADTRAD v. 3.10 was run to extract the activity that is loaded on the filter at the various time points. That information was then extracted and put into an EXCEL spreadsheet to convert the output data to a format for Microshield input.
This information is provided as Attachment J to this calculation. Once that was completed the Microshield input decks were set up at the various time points in order to calculate the dose rate at each time point. As previously outlined, the Microshield geometry decks documented in NEDC 05-045 (Ref. 30, D.I. 29) were utilized without changes, as these were for CREFS and control room personnel dose calculation. No changes were required in the geometry input files as a result of this calculation.
When the Microshield runs were completed the dose rate at each time point was then extracted and put into an EXCEL spreadsheet provided as Attachment I to this calculation (sheet noted as "4MAIN"). Dropping in the dose rate values into the trapezoidal rule calculation then yielded the final dose assuming 100%
occupancy. The results were adjusted upwards to include an Equilibrium Daughter Factor of 10% as per NEDC 05-045. The value calculated for this conservative analysis was 217 mRem (including the equilibrium daughter factor). By inputting Vr -S

PROCEDURE 3.4.7, REV. 34, ATTACHMENT 4 DESIGN CALCULATION SHEET        Page: 34 of 43 NEDC: 05-031 CCN-3C1 Nebraska Public Power District DESIGN CALCULATIONS SHEET RG 1.183 Control Room occupancy factors the total dose to the control room person is reduced to 114 mRem as a result of CREFS using the assumptions and design inputs established in NEDC 05-045, (Ref. 30, D.I. 29).
In summary, the shine dose contribution from a Fuel Handling Accident environment and CREFS shine dose is 0.135 and 114 mRem respectively (including RG 1.183 occupancy factors). The dose at 720 hours after accident indicates that 1131 is the predominant source term. When combined with the 30 Day Control Room Dose for inhalation the resultant total dose would still be below the regulatory criteria of 5 Rem TEDE.
5.4  Release Point Evaluation Revision 3 of this analysis specifically analyzed release points other than the original bounding Reactor Building Vent release path (believed to be the bounding release point).
Additional ingress/egress points that could be open to establish a release path for radioactive materials outside Secondary Containment are identified in Attachment 1 to Surveillance Procedure 6.SC.701 (Ref. 33, D.I. 44), "Technical Specification Verification of Secondary Containment Access Doors and Hatches." The expected release of radioactive material at these additional points was evaluated to demonstrate a radioactive material release at the Reactor Building Vent is bounding.
The original revision of this calculation was performed assuming no credit for reduction of radioactive material released from the reactor building as a result of operation of engineered safety features (i.e., SGTS) Assumption 4. The Fuel Handling Accident is analyzed assuming fuel decay times of 24 hours (Base Case) and 168 hours not crediting the operation of the Control Room Emergency Filtration System (CREFS) (Case 1). Atmospheric dispersion factors (x/Q) assuming a ground level release from the Reactor Building vent was used in the 4 analysis. The reactor building vent analysis assumes a release rate of 4.576 x 10 (ft3/min.).
5.4.1 Control Room Location The location and cross-sectional area of the Reactor Building Vent and the additional ingress/egress points with respect to the CREFS intake are summarized in Table 13, and graphically represented in Figure 3.

PROCEDURE 3.4.7, REV. 34, ATTACHMENT 4 DESIGN CALCULATION SHEET        Page: 35 of 43 NEDC: 05-031 CCN-3C1 Nebraska Public Power District DESIGN CALCULATIONS SHEET To assure operability of the Reactor Building Exhaust Plenum Radiation Monitor, a Reactor Building exhaust fan, or a Standby Gas Treatment System fan will be operating. Forced outflow with a Reactor Building exhaust fan egresses from the Reactor Building vent. A release with an SGT fan operating is via the Elevated Release Point. An elevated release is less bounding than the vent release based on x/Q values calculated in NEDC 99-031 (Ref. 23, D.I. 1). With one of these fans in service, a potential inflow into Secondary Containment through the additional ingress/egress points is created with the potential to reduce or eliminate the release of radioactive material. As a minimum, for a case where CREFS is running in lieu of a Reactor Building exhaust fan or SGT fan, the outflow through the additional points is expected to occur over a longer period of time due to natural air diffusion as opposed to the 2 hour forced outflow assumed in the FHA analysis.
The following paragraphs summarize the expected release of radioactive material at the additional ingress/egress points assuming a FHA on the refuel floor (elev.
1,001).
Release points 3, 4, 6 and 7 provide a direct release from Secondary Containment.
These points are located at least three times further away from the CREFS intake than the Reactor Building Vent. A release at these points would require transport of the radioactive material through numerous compartments to a lower level in Secondary Containment which will reduce the amount of radioactive material available for release to the environment and any potential release would be counteracted by an expected air inflow or as a worst case, via a non-forced outflow.
Release points 8, 9, 10 and 11 provide a release point from Secondary Containment that is located in a compartment within permanent site structures.
These points are located a minimum of 20 percent further away from the CREFS intake than the Reactor Building Vent. A release from Secondary Containment at these points would require transport of the radioactive material through numerous compartments to a lower level in Secondary Containment which will reduce the amount of radioactive material available for release to the environment, require transport of the radioactive material through at least one additional compartment outside Secondary Containment further reducing the amount of radioactive material available for release and would be counteracted by an expected air inflow or as a worst case, via a non-forced outflow.
Release point 2 provides a release point from Secondary Containment that is located in a compartment within a permanent site structure. Although this point is located marginally closer to the CREFS intake, a release at this point would require transport of the radioactive material through numerous compartments to a lower level in Secondary Containment which will reduce the amount of radioactive
-V r~-~t-**~~
4-

PROCEDURE 3.4.7, REV. 34, ATTACHMENT 4 DESIGN CALCULATION SHEET        Page: 36 of 43 NEDC: 05-031 CCN-3Cl Nebraska Public Power District DESIGN CALCULATIONS SHEET material available for release to the environment, require transport of the radioactive material through at least one additional compartment outside Secondary Containment further reducing the amount of radioactive material available for release and would be counteracted by an expected air inflow or as a worst case, via a non-forced outflow.
Release point 5 provides a direct release from Secondary Containment. This point is located marginally closer to the CREFS intake. However, the cross-sectional area of this point is less than 30 % of the Reactor Building Vent cross-sectional area and any potential release would be counteracted by an expected air inflow or as a worst case, via a non-forced outflow.
Based on the above discussion, it is concluded that the analysis of the FHA utilizing the Reactor Building Vent release path is bounding for all other release paths with respect to Control Room Dose.
      ~   w. ~-

PROCEDURE 3.4.7, REV. 34, ATTACHMENT 4 DESIGN CALCULATION SHEET      Page: 37 of 43 NEDC: 05-031 CCN-3C1 Nebraska Public Power District DESIGN CALCULATIONS SHEET Possible Release Points Comparison Table Releas                                                                   Cross-e      Description/         N-S         E-W     Distanc  Angle From   section Point      Location           (Ft)        (Ft.)    e (Ft.) True North     (Ft 2 )
Reactor Building Vent 1   R-1001 Overhead      53.33 S     20.33 E      57        125          32 Personnel Airlock 2          R-903          40.33S      29.58 E      50        110          42 Railroad Airlock 3         R-903          145.67 S   160.42 W     217        194         433 Alternate Shutdown Hatch 4          R-903          168.83S     59.08 E     179        127           8 Reactor Building Roof Hatch 5   R-1001 Overhead      45.33 S     17.58 E      49        125           9 HPCI Hatch 6   R-859 Overhead       175.67 S    92.42 W     198        174         165 Southwest Vestibule 7         R-903          183.33S     53.92 W     191        163          21 Reactor Building HVAC Airlock 8         R-958           70.83S      0.42 W      71        146          35 RRMG Exhaust Airlock 9         R-976           65.42S     27.17 W      71        169          21 RRMG Filter Airlock 10         R-976           46.67 S    54.83 W      72        196          14 RHR A Heat Exchanger Hatch 11         R-958           49.83S     48.83 W      70        190          59 Table 7                                         I

PROCEDURE 3.4.7, REV. 34, ATTACHMENT 4 DESIGN CALCULATION SHEET          Page: 38 of 43 NEDC: 05-031 CCN-3C1 Nebraska Public Power District DESIGN CALCULATIONS SHEET 5.1.2 EAB and LPZ Locations The EAB and LPZ receptor points are analyzed using (x/Q) values established in calculation NEDC 99-036 (Ref. 25, D.I. 2). The (x/Q) values were calculated utilizing a minimum distance from the Elevated Release Point (ERP) to the site boundary in the East-South-East sector of 920 meters for the EAB, and a distance of 1 mile from the center of the reactor for the LPZ.
The additional ingress/egress points that could be open to establish a path outside Secondary Containment are all located north and west of the ERP to provide a greater distance to the site boundary than that used in the EAB analysis. The railroad airlock (Point 3), which is farthest from the center of the reactor, is within 200 feet of the center of the reactor. A change of this distance in relation to the 1 mile distance used for the LPZ dose calculation is considered to have a minimal potential impact on results because of the small difference with respect to the overall distance.
Based on the previous discussion on the amount of radioactive material available for release at the additional ingress/egress points, the minor change in distance used to calculate (x/Q) values and the relatively low Accumulated Dose at these locations, it is concluded that the analysis of the FHA utilizing the Reactor Building Vent release path is representative of all other release paths with respect to the EAB and LPZ dose analysis. Any impact on accumulated dose at the EAB or LPZ due to a release at any of the additional ingress/egress points would be minimal.
4..     -2!i   =

PROCEDURE 3.4.7, REV. 34, ATTACHMENT 4 DESIGN CALCULATION SHEET Page: 39 of 43 NEDC: 05-031 CCN-3C1 Nebraska Public Power District DESIGN CALCULATIONS SHEET TRUE NORTH SITE NORTH
 -34"-1.3'-.37-CONTROL BUILDING
[]       BUILDING CONTROL ROOM INTAKE
: 1. REACTOR BUILDING VENT
: 2. PERSONNEL AIRLOCK
: 3. RAILROAD AIRLOCK
: 4. ALTERNATE SHUTDOWN ROOM DOOR
: 5. REACTOR BUILDING ROOF HATCH
: 6. HPCI ROOM HATCH
: 7. SOUTHWEST VESTIBULE
: 8. REACTOR BUILDING HVAC AIRLOCK                          3
: 9. RRMG HVAC EXHAUST AIRLOCK 10.RRMG HVAC FILTER DOORS 1l.RHR A HEAT EXCHANGER ROOM CEILING PLUG REACTOR BUILDING POSSQLE RELEASE POINTS Figure 3 T 1- -s-

PROCEDURE 3.4.7, REV. 34, ATTACHMENT 4 DESIGN CALCULATION SHEET     Page: 40 of 43 NEDC: 05-031 CCN-3C1 Nebraska Public Power District DESIGN CALCULATIONS SHEET
: 6. REFERENCES
: 1. Regulatory Guide 1.183, "Alternative Radiological Source Terms for Evaluating Design Basis Accidents at Nuclear Power Reactors", July 2000.
: 2. NUREG/CR-6604, "RADTRAD: A Simplified Model for RADionuclide Transport and Removal And Dose Estimation", dated December 1997, including Supplement 1 (dated June 8, 1999) and Supplement 2 (dated October 2, 2002).
: 3. Cooper Nuclear Station Updated Safety Analysis Report (USAR), Chapter XIV, Section 6.4., dated 02/05/2010.
: 4. Not used.
: 5. Cooper Nuclear Station Technical Specification, Section 3.9.6., Adm. 178.
: 6. Cooper Nuclear Station General Operating Procedure, 2.1.20.2, "Cycle Specific Fuel Transfer and Alternate Cooling Guideline", Rev.16.
: 7. Cooper Nuclear Station Technical Specification, Section 1.1., Adm. 231.
: 8. GNF NEDC-33270P, GNF2 Advantage Generic Compliance with NEDE-24011-P-A (GESTAR II), Proprietary Document, Rev. 3, March 2010.
: 9. J.J. DiNunno et al., "Calculation of Distance Factors for Power and Test Reactors Sites," USAEC TID-14844, U.S. Atomic Energy Commission, 1962.
: 10. L. Soffer et al., "Accident Source Terms for Light-Water Nuclear Power Plants," NUREG-1465, USNRC, February 1995.
: 11. NEDC 11-082, Rev. 0, GE Hitachi Nuclear Energy, Project Task Report 000-0123-3481-RO, NPPD CNS, "24-Month Fuel Cycle Implementation", Task T0802, Revision 0, January 2011.
: 12. GE Licensing Topical Report, NEDE-2401 1-P-A-1 0-US, "General Electric Standard Application for Reactor Fuel", March 1991.
: 13. Deleted
: 14. Burns and Roe Calculation - System Sizing, Standby Gas Treatment System, Book 4, CNS Retrieval 00103-0487, dated 2/8/1968.
: 15. Robert Jennings Heinsohn PhD, PE, Industrial Ventilation: Engineering Principles, January 1991, John Wiley & Sons Canada, Ltd.
: 16. LAT Final Report LAT w/o 3428 (Retrieval No. 736192179-2277) dated April 21, 2010.
: 17. Cooper Nuclear Station, Burns & Roe Drawing No. 2051, Rev. N26.
: 18. Cooper Nuclear Station, Burns & Roe Drawing No. 2052, Rev. N34.
  -T- 94, LM,

PROCEDURE 3.4.7, REV. 34, ATTACHMENT 4 DESIGN CALCULATION SHEET     Page: 41 of 43 NEDC: 05-031 CCN-3C1 Nebraska Public Power District DESIGN CALCULATIONS SHEET
: 19. Cooper Nuclear Station, Burns & Roe Drawing No. 2019, sheet 1, Rev. N43.
: 20. Cooper Nuclear Station Technical Specification, Section 3.7.4., Adm. 230.
: 21. Cooper Nuclear Station Technical Specification, Section 5.5.7 as supplemented by NPPD Response to Generic Letter 99-02, NLS990117, December 2, 1999.
: 22. Cooper Nuclear Station Technical Specification, Section 5.5.7., Adm. 228.
: 23. Cooper Nuclear Station, Calculation NEDC 99-031, Revision 6, "Review of Scientech Calculation 17080-M-01, x/Q Values for Control Room Intake Using ARCON96"; dated September 23, 2009.
: 24. J.V. Ramsdell Jr. and C. A. Simonen, "Atmospheric Relative Concentration in Building Wakes, "NUREG/CR-6331, PNNL-10521, Revision 1, U.S. Nuclear Regulatory Commission, Washington, D.C., 1997.
: 25. Cooper Nuclear Station, Calculation NEDC 99-036, Revision 4, "EAB and LPZ Meteorological Dispersion Accident Analysis", dated September 23, 2009.
: 26. K.F. Eckerman et al., "Limiting Values of Radionuclide Intake and Air Concentrations and Dose Conversion Factors for Inhalation, Submersion, and Ingestion," Federal Guidance Report 11, EPA-520/1-88-020, Environmental Protection Agency, 1988.
: 27. K.F. Eckerman and J.C. Ryman, "External Exposure to Radionuclides in Air, Water, and Soil," Federal Guidance Report 12, EPA-402-R-93-081, Environmental Protection Agency, 1993.
: 28. The Health and Radiological Health Physics Handbook, Exposure and Shielding from External Radiation, pages 188-193.
: 29. Cooper Nuclear Station, NEDC 01 -065, Revision 1, "Liquid & Gaseous EQ Source Terms Based on GE14 Fuel and a LOCA" dated 5/19/2004
: 30. Cooper Nuclear Station, Calculation NEDC 05-045, Revisions 2 and CCN -
2C1, "LOCA Shine".
: 31. Not Used.
: 32. Not Used.
: 33. Cooper Nuclear Station General Operating Procedure 6.SC.701, "Technical Specification Verification of Secondary Containment Access Doors and Hatches", Rev. 3.
: 34. Cooper Nuclear Station, FRED FORM Cycle 27, Rev.1 FORM".
: 35. TRM 3.9.1, Cooper Nuclear Station, Technical Requirements Manual, Section 3.9, Refueling Operations, Section. 3.9.1, Time Limitation.

PROCEDURE 3.4.7, REV. 34, ATTACHMENT 4 DESIGN CALCULATION SHEET   Page: 42 of 43 NEDC: 05-031 CCN-3C1 Nebraska Public Power District DESIGN CALCULATIONS SHEET
: 36. National Nuclear Data Center of Brookhaven National Laboratories, www.nndc.bnl.gov, Chart of Nuclides
: 37. Nuclear Chemical Engineering 2 nd Edition, McGraw-Hill, dated 1981
: 38. IAEA Chart of Nuclides, Knolls Atomic Power Laboratory distributed by Lockheed Martin, 16th edition, revised to 2002, by E.M. Baum, H.D. Knox, and T.R. Miller.
: 39. Cooper Nuclear Station, Calculation NEDC 07-082, Revisions 3 and CCN -
3C1, "Radiological Dose Analysis for a Loss of Coolant Accident (LOCA) at Cooper Nuclear Station".
: 40. NEDC 11-082 (GEH Letter Report, GEH-HPlWX21E-024, DRF 0000-0110-4161),
Revision 0.

PROCEDURE 3.4.7, REV. 34, ATTACHMENT 4 DESIGN CALCULATION SHEET   Page: 43 of 43 NEDC: 05-031 CCN-3C1 Nebraska Public Power District DESIGN CALCULATIONS SHEET
: 7. ATTACHMENTS A. RADTRAD Plant Specific Input File (PSF) 11 pages B. RADTRAD Nuclear Inventory File (NIF) 6 pages C. RADTRAD Radionuclide Release Fractions and Timing File (RFT) 1 page D. RADTRAD Nuclide Dose Conversion File (INP) 5 pages E. RADTRAD Base Case Detailed Output File (oO) 32 pages F. RADTRAD Case 1 Detailed Output File (oO) 28 pages G. FHA Cloud Shine Analysis EXCEL Spreadsheets 5 pages H. RADTRAD v. 3.03 Detailed Output File (o0) FHA Cloud Shine Analysis 41 pages I. CREFS Shine Analysis EXCEL Spreadsheets 5 pages J. RADTRAD v 3.10 Detailed Output File (oO) CREFS Shine Analysis 63 pages K. Microshield Files, Cloud Shine, .MX5, .MD5, Output-.txt 19 pages L. Microshield Files, CREFS Shine, .MX5, .MD5, Output-.txt 30 pages

NEDC 05-031 CCN 3C1 Attachment A         Page A-1 of A-1I Attachment A RADTRAD Plant Specific Input File (PSF) Base Case Radtrad 3.03 4/15/2001 Base Case 1-01-2011 Nuclide Inventory File:
C:\RADTRAD\RADTRAD_310\cooperGN F2-29fha. n if Plant Power Level:
1.5144E+01 Compartments:
3 Compartment 1:
primary 3
7.9500E+05 0
0 0
0 0
Compartment 2:
Environment 2
0.OOOOE+00 0
0 0
0 0
Compartment 3:
Control Room 1
1.4186E+05 0
0 0
0 0
Pathways:
4 Pathway 1:
primary to Environment 1
2 2
Pathway 2:
Environment to Control Room 2
3

NEDC 05-031 CCN 3C1 Attachment A Page A-2 of A-11 2
Pathway 3:
Environment to Control Room 2
3 2
Pathway 4:
Control Room to Environment 3
2 2
End of Plant Model File Scenario Description Name:
Plant Model Filename:
Source Term:
1 1 1.OOOOE+00 C:\RADTRAD\RADTRAD_310\cooperGNF2-29fha.inp C:\RADTRAD\RADTRAD_3 10\RG 1_183. rft 2.4000E+01 1
9.5000E-01 4.8500E-02 1.5000E-03 1.OOOOE+00 Overlying Pool:
0 0.OOOOE+00 0
0 0
0 Compartments:
3 Compartment 1:
1 1
0 0
0 0
0 0
0 Compartment 2:
1 1
0 0

NEDC 05-031 CCN 3C1 Attachment A       Page A-3 of A-11 0
0 0
0 0
Compartment 3:
1 1
0 0
0 0
0 0
0 Pathways:
4 Pathway 1:
0 0
0 0
0 1
1 2.4000E+01 4.5760E+04 O.O000E+00 .O0000E+00 0.0000E+00 0
0 0
0 0
0 Pathway 2:
0 0
0 0
0 1
2 2.4000E+01 3.2350E+03 O.OOOOE+00.OOOOE+00 0.O000E+00 2.4017E+01 8.1000E+02 8.9000E+01 8.9000E+01 8.9000E+01 0
0 0
0 0
0

NEDC 05-031 CCN 3C1 Attachment A       Page A-4 of A-1I Pathway 3:
0 0
0 0
0 1
1 2.4000E+01 4.0000E+02 0.0000E+00 0.0000E+00 0.0000E+00 0
0 0
0 0
0 Pathway 4:
0 0
0 0
0 1
2 2.4000E+01 3.6350E+03 0.0000E+00 0.0000E+00 0.0000E+00 2.4017E+01 1.2100E+03 0.OOOOE+00 0.0000E+00 0.0000E+00 0
0 0
0 0
0 Dose Location 3
Location 1:
EAB 2
1 2
2.4000E+01 5.2000E-04 2.6000E+01 0.OOOOE-I00 1
4 2.4000E+01 3.5000E-04 3.2000E+01 1.8000E-04 4.8000E+01 2.3000E-04 7.4400E+02 0.OOOOE+00 0
Location 2:

NEDC 05-031 CCN 3Cl Attachment A                         Page A-5 of A-1I LPZ 2
1 5
2.4000E+01 2.9000E-04 3.2000E+01 7.3000E-05 4.8000E+01 2.5000E-05 1.2000E+02 5.2000E-06 7.4400E+02 O.OOOOE+00 1
4 2.4000E+01 3.5000E-04 3.2000E+01 1.8000E-04 4.8000E+01 2.3000E-04 7.4400E+02 O.OOOOE+00 0
Location 3:
Control Room 3
0 1
2 2.4000E+01 3.5000E-04 7.4400E+02 0.OOOOE+00 1
4 2.4000E+01 1.OOOOE+00 4.8000E+01 6.OOOOE-01 1.2000E+02 4.OOOOE-01 7.4400E+02 0.0000E+00 Effective Volume Location:
1 6
2.4000E+01 4.1500E-03 2.6000E+01 3.2400E-03 3.2000E+01 1.3200E-03 4.8000E+01 9.O100E-04 1.2000E+02 7.2200E-04 7.4400E+02 0.OOOOE+00 Simulation Parameters:
1 2.4000E+01 0.OOOOE+00 Output Filename:
C:\Documents and Settings\jlboste\My Documents\FHA cooperGNF2 BC 06-16-11.oO 1
1 1
0

NEDC 05-031 CCN 3C1 Attachment A Page A-6 of A-11 0
End of Scenario File RADTRAD Plant Specific Input File (PSF) Case 1 Radtrad 3.03 4/15/2001 Casel 3-31-2011 Nuclide Inventory File:
C:\RADTRAD\RADTRAD_310\cooperGNF2-29fha.nif Plant Power Level:
1.5144E+01 Compartments:
3 Compartment 1:
primary 3
7.9500E+05 0
0 0
0 0
Compartment 2:
Environment 2
0.0000E+00 0
0 0
0 0
Compartment 3:
Control Room 1
1.4186E+05 0
0 0
0 0
Pathways:
4 Pathway 1:
primary to Environment 1
2 2

NEDC 05-031 CCN 3C1 Attachment A Page A-7 of A-1I Pathway 2:
Environment to Control Room 2
3 2
Pathway 3:
Environment to Control Room 2
3 2
Pathway 4:
Control Room to Environment 3
2 2
End of Plant Model File Scenario Description Name:
Plant Model Filename:
Source Term:
1 1 1.OOO0E+00 C:\RADTRAD\RADTRAD_3 1O\cooperG NF2-29fha.i np C:\RADTRAD\RADTRAD_310\RG1_183.rft 1.6800E+02 1
9.5000E-01 4.8500E-02 1.5000E-03 1.0000E+00 Overlying Pool:
0 O.OOOOE+00 0
0 0
0 Compartments:
3 Compartment 1:
1 1
0 0
0 0
0 0
0 Compartment 2:

NEDC 05-031 CCN 3C1 Attachment A       Page A-8 of A-11 1
0 0
0 0
0 0
0 0
Compartment 3:
1 1
0 0
0 0
0 0
0 Pathways:
4 Pathway 1:
0 0
0 0
0 1
1 1.6800E+02 4.5760E+04 O.O000E+O000.O000E+O000.O000E+O0 0
0 0
0 0
0 Pathway 2:
0 0
0 0
0 1
1 1.6800E+02 3.2350E+03 0.0000E+O000.0000E+O000.0000E+O0 0
0 0

NEDC 05-031 CCN 3C1 Attachment A       Page A-9 of A-1I 0
0 0
Pathway 3:
0 0
0 0
0 1
1 1.6800E+02 4.OOOOE+02 0.OOOOE+00 0.OOOOE+00 0.OOOOE+00 0
0 0
0 0
0 Pathway 4:
0 0
0 0
0 1
1 1.6800E+02 3.6350E+03 0.OOOOE+00 0.OOOOE+00 0.OOOOE+00 0
0 0
0 0
0 Dose Locations:
3 Location 1:
EAB 2
1 2
1.6800E+02 5.2000E-04 1.7000E+02 0.OOOOE+00 1
4 1.6800E+02 3.5000E-04 1.7600E+02 1.8000E-04 1.9200E+02 2.3000E-04 8.8800E+02 0.OOOOE+00

NEDC 05-031 CCN 3C1 Attachment A                       Page A-10 of A-1I 0
Location 2:
LPZ 2
1 5
1.6800E+02 2.9000E-04 1.7600E+02 7.3000E-05 1.9200E+02 2.5000E-05 2.6400E+02 5.2000E-06 8.8800E+02 0.OOOOE+00 1
4 1.6800E+02 3.5000E-04 1.7600E+02 1.8000E-04 1.9200E+02 2.3000E-04 8.8800E+02 0.0000E+00 0
Location 3:
Control Room 3
0 1
2 1.6800E+02 3.5000E-04 8.8800E+02 O.0000E+00 1
4 1.6800E+02 1.OOOOE+00 1.9200E+02 6.OOOOE-01 2.6400E+02 4.OOOOE-01 8.8800E+02 0.OOOOE+00 Effective Volume Location:
1 6
1.6800E+02 4.1500E-03 1.7000E+02 3.2400E-03 1.7600E+02 1.3200E-03 1.9200E+02 9.0100E-04 2.6400E+02 7.2200E-04 8.8800E+02 0.0000E+00 Simulation Parameters:
1 1.6800E+02 0.OOOOE+00 Output Filename:
C:\Documents and Settings\jlboste\My Documents\FHA cooperGNF2 Casel-06-16-11.oO 1
1 4

NEDC 05-031 CCN 3C1 Attachment A Page A-1I of A-I 1 1
0 0
End of Scenario File

NEDC 05-031 CCN 3CI Attachment B                   Page B-lof B-6 Attachment B RADTRAD Nuclear Inventory File (NIF)
Nuclide Inventory Name:
Cooper GNF2 Fission Product Inventory Kr85 and 1131 Adjusted for NonLOCA Power Level:
1.OOOOE+00 Nuclides:
.29 Nuclide 001:
Br-82 2
1.2708000000E+05 8.2000E+01 1.8700E+02 none 0.0000E+00 none 0.OOOOE+00 none 0.OOOOE+00 Nuclide 002:
Br-83 2
8.6040000000E+03 8.3000E+01 3.2400E+03 Kr-83m 1.OOOOE+00 none 0.OOOOE+00 none 0.OOOOE+00 Nuclide 003:
Br-84 2
1.9080000000E+03 8.4000E+01 5.5600E+03 none 0.OOOOE+00 none O.OOOOE+00 none 0.OOOOE+00 Nuclide 004:
Kr-83m 1
6.5880000000E+03 8.3000E+01 3.2500E+03 none 0.OOOOE+00 none 0.0000E+00 none 0.OOOOE+00 Nuclide 005:
Kr-85 1
3.3829747200E+08

NEDC 05-031 CCN 3C1 Aftachment B Page B-2of B-S 8.5000E+01 8.5200E+02 none O.0000E+00 none 0.0000E+00 none 0.0000E+00 Nuclide 006:
Kr-85m 1
1.6128000000E+04 8.5000E+01 6.7500E+03 Kr-85 2.1000E-01 none O.OOOOE+00 none O.OOOOE+00 Nuclide 007:
Kr-87 1
4.5780000000E+03 8.7000E+01 1.2800E+04 Rb-87 1.0000E+O0 none O.OOOOE+00 none O.O000E+00 Nuclide 008:
Kr-88 1
1.0224000000E+04 8.8000E+01 1.8100E+04 Rb-88 1.0000E+00 none O.O000E+00 none O.OOOOE+0O Nuclide 009:
1-128 2
1.4994000000E+03 1.2800E+02 4.3300E+02 none O.O000E+00 none O.OOOOE+00 none O.O000E+00 Nuclide 010:
1-130 2
4.4496000000E+04 1.3000E+02 1.1000E+03 none O.OOOOE+00

NEDC 05-031 CCN 3C1 Attachment B Page B-3of B-6 none 0.0000E+00 none 0.0000E+00 Nuclide 011:
1-131 2
6.9465600000E+05 1.3100E+02 4.3520E+04 Xe-131m 1.1000E-02 none 0.O000E+00 none 0.O000E+00 Nuclide 012:
1-132 2
8.2800000000E+03 1.3200E+02 3.9600E+04 none 0.0000E+00 none 0.OOOOE+00 none 0.OOOOE+00 Nuclide 013:
1-133 2
7.4880000000E+04 1.3300E+02 5.4800E+04 Xe-133m 2.9000E-02 Xe-133 9.7000E-01 none 0.0000E+00 Nuclide 014:
1-134 2
3.1560000000E+03 1.3400E+02 6.0400E+04 none 0.0000E+00 none 0.0000E+00 none 0.0000E+00 Nuclide 015:
1-135 2
2.3796000000E+04 1.3500E+02 5.1600E+04 Xe-135m 1.5000E-01 Xe-135 8.5000E-01 none 0.OOOOE+00 Nuclide 016:

NEDC 05-031 CCN 3Cl Attachment B Page B-4of B-6 Te-129 4
4.1760000000E+03 1.2900E+02 8.8400E+03 1-129 1.OOOOE+00 none 0.OOOOE+00 none 0.OOOOE+00 Nuclide 017:
Te-131 4
1.5000000000E+03 1.3100E+02 2.4200E+04 1-131 1.OOOOE+00 none 0.OOOOE+00 none 0.OOOOE+00 Nuclide 018:
Te-131m 4
1.0800000000E+05 1.3100E+02 3.9700E+03 1-131 7.7800E-01 Te-131 2.2200E-01 none 0.OOOOE+00 Nuclide 019:
Te-132 4
2.8152000000E+05 1.3200E+02 3.8600E+04 1-132 1.0000E+00 none O.OOOOE+00 none 0.OOOOE+00 Nuclide 020:
Te-133 4
7.4700000000E+02 1.3300E+02 3.2400E+04 1-133 1.OOOOE+00 none 0.OOOOE+00 none 0.OOOOE+00 Nuclide 021:
Te-133m 4
3.3240000000E+03

NEDC 05-031 CCN 3Cl Attachment B Page B-5of B-6 1.3300E+02 1.9700E+04 1-133 8.7000E-01 Te-133 1.3000E-01 none 0.0000E+00 Nuclide 022:
Te-134 4
2.5080000000E+03 1.3400E+02 4.4800E+04 1-134 1.0000E+00 none O.OOOOE+00 none O.OOOOE+00 Nuclide 023:
Xe-129m 1
6.9120000000E+05 1.2900E+02 2.2300E-01 none O.0000E+00 none 0.0000E+00 none O.0000E+00 Nuclide 024:
Xe-131m 1
1.0281600000E+06 1.3100E+02 3.0400E+02 none 0.OOOOE+00 none 0.0000E+00 none 0.0000E+00 Nuclide 025:
Xe-133 1
4.5316800000E+05 1.3300E+02 5.4500E+04 none 0.0000E+00 none 0.0000E+00 none 0.0000E+00 Nuclide 026:
Xe-133m 1
1.8904320000E+05 1.3300E+02 1.7300E+03 Xe-133 1.0000E+00

NEDC 05-031 CCN 3C1 Attachment B Page B-6of B-6 none 0.OOOOE+00 none 0.OOOOE+00 Nuclide 027:
Xe-135 1
3.2724000000E+04 1.3500E+02 2.0400E+04 Cs-135 1.OOOOE+00 none O.OOOOE+00 none 0.OOOOE+00 Nuclide 028:
Xe-135m 1
9.1740000000E+02 1.3500E+02 1.1000E+04 Cs-135 4.5000E-05 Xe-135 9.9990E-01 none 0.OOOOE+00 Nuclide 029:
Xe-138 1
8.5020000000E+02 1.3800E+02 4.4900E+04 Cs-138 1.OOOOE+00 none 0.OOOOE+00 none 0.OOOOE+00 End of Nuclear Inventory File

NEDC 05-031 CCN 3Cl Attachment C                 Page C- of C-1 Attachment C RADTRAD Radionuclide Release Fractions and Timing File (RFT)
Release Fraction and Timing Name:
RG 1.183, Tables 3 with DF iodine=200, all aerosols Duration (h): NON-LOCA Accident chk inventory 0.0036E+00 O.OOOOE+00 O.OOOOE+00 O.OOOOE+00 Noble Gases:
O.0500E+O00 .OOOOE+O00 .OOOOE+O00 .OOOOE+O0 Iodine:
0.2500E-03 O.OOOOE+O00 .OOOOE+O00 .OOOOE+O0 Cesium:
O.OOOOE+O00 .OOOOE+O00 .OOOOE+O00 .OOOOE+O0 Tellurium:
O.OOOOE+O00 .OOOOE+O00 .OOOOE+O00 .OOOOE+O0 Strontium:
O.OOOOE+O00 .OOOOE+O00 .OOOOE+O00 .OOOOE+O0 Barium:
O.OOOOE+O00 .OOOOE+O00 .OOOOE+O00 .OOOOE+O0 Ruthenium:
O.OOOOE+O00 .OOOOE+O00 .OOOOE+O00 .OOOOE+O0 Cerium:
O.OOOOE+O00 .OOOOE+O00 .OOOOE+O00 .OOOOE+O0 Lanthanum:
O.OOOOE+O00 .OOOOE+O00 .OOOOE+O00 .OOOOE+O0 Non-Radioactive Aerosols (kg):
O.OOOOE+O00 .OOOOE+O00 .OOOOE+O00 .OOOOE+O0 End of Release File
~T::~;4          it'

NEDC 05-031 CCN 3C1 Attachment D                               Page D-lof D-5 Attachment D RADTRAD Nuclide Dose Conversion File        (INP)
FGRDCF 10/24/95      03:24:50    beta-test version 1.10, minor FORTRAN fixes 5/4/95 Implicit daughter halflives (m) less than 90 and less than 0.100 of parent 9 ORGANS DEFINED IN THIS FILE:
GONADS BREAST LUNGS RED MARR BONE SUR THYROID REMAINDER EFFECTIVE SKIN(FGR) 29 NUCLIDES DEFINED IN THIS FILE:
Br-82      D Br-83      D Br-84      D Kr-83m Kr-85 Kr-85m Kr-87 Kr-88 1-128      D 1-130      D 1-131      D 1-132      D 1-133      D 1-134      D 1-135      D       Including:Xe-135m Te-129     W Te-131     W Te-131m    W       Including:Te-131 Te-132     W Te-133     W Te-133m    W Te-134     W Xe-129m Xe-131m Xe-133 Xe-133m Xe-135 Xe-135m Xe-138 CLOUDSHINE GROUND         GROUND    GROUND       INHALED  INHALED  INGESTION SHINE BHRSHINE 7DAYSHINE RATE       ACUTE   CHRONIC Br-82 GONADS       1 .270E-13 7. 116E-Il 4.714E-10 2.670E-15-1.000E+00 2. 520E-10 4. 4BE-10 BREAST       1. 440E-13 6.796E-1I 4 .502E-10 2.550E-15-1.000E+00 2. 370E-10 3.810E-I0 LUNGS        1.270E-13 6. 530E-11 4. 326E-10 2. 450E-15-1.000E+00 7. 820E-10 3.840E-I0 RED MARR     1.240E-13 6.663E-11 4 . 414E-i0 2 .500E-15-1.0O0E+00 2. 540E-10 4.140E-I0 BONE SUR     1. 990E-13 9. 355E-11 6. 198E-I0 3. 510E-15-1.000E+00 2. 310E-10 3. BODE-i0 THYROID      1.300E-13 6. 690E-11 4 432E-10 2. 510E-15-1.000E+00 2. 38BE-I0 3. 830E-10 REMAINDER    1.220E-13 6. 450E-11 4 .273E-10 2. 420E-15-1.000E+00 3. 150E-I0 5 .800E-10 EFFECTIVE 1.300E-13 6.796E-11 4. 502E-10 2. 550E-15-1.000E+00 3. 310E-10 4 .620E-10 SKIN(FGR)    1.540E-13 8. 129E-11 5 .385E-10 3.050E-15-1.0O0E+00 0. 000E+00 0 .ODDE+00 Br-83 GONADS       3.740E-16 9. 637E-14 1 .069E-13 8.610E-18-1.000E+00 3.280E-12 7.350E-12 BREAST       4.290E-16 9. 302E-14 1. 032E-13 8 310E-18-1.000E+00 3.290E-12 7. 340E-12 LUNGS        3. 690E-16 8. 608E-14 9 .546E-14 7. 690E-18-1.000E+00 1.500E-10 7.350E-12 RED MARR     3. 540E-16 B. 630E-14 9. 570E-14 7. 710E-18-1.000E+00 3. 300E-12 7. 350E-12 BONE SUR     6.750E-16 1. 422E-13 1. 576E-13 1 .270E-17-1.0D0E+00 3 .290E-12 7 .330E-12 THYROID      3. 800E-16 9. 033E-14 1. 002E-13 8. 070E-18-1.000E+00 3. 290E-12 7 . 330E-12 REMAINDER    3. 520E-16 8. 440E-14 9. 359E-14 7. 540E-18-1.000E+00 1.130E-li 6. 540E-Il EFFECTIVE    3. 820E-16 9.100E-14 1.009E-13 8.130E-18-1.000E+00 2.330E-11 2. 470F-LI SKIN(FGR)    1.850E-14 2. 339E-11 2. 594E-lI 2.090E-15-1.D00E+00 0 . 00E+00 O.000E+00 Br-84 GONADS       9. 160E-14 4. 569E-12 4.569E-12 1.660E-15-1.000E+00 2. 840E-12 6.750E-12 BREAST       1.020E-13 4. 349E-12 4. 349E-12 1.580E-15-1.000E+00 3.310E-12 6.620E-12 LUNGS        9.270E-14 4.239E-12 4 .239E-12 1.540E-15-1.ODDE+00     1.560E-10 6. 99DE-12 RED MARR     9. 260E-14 4. 377E-12 4. 377E-12 1.590E-15-1.000E+00 3. 270E-12 6 .210E-12

NEDC 05-031 CCN 3Cl Aftachment D                              Page D-2of D-5 BONE SUR  1.280E-13 5.725E-12 5.726E-12 2.080E-15-1.000E+00  2,990E-12 5.560E-12 THYROID   9.500E-14 4.101E-12 4.101E-12 1.490E-15-1.000E+00  3.120E-12 5.200E-12 REMAINDER 8.990E-14 4.267E-12 4.267E-12 1.550E-15-1.000E+00  1.870E-11 1.480E-10 EFFECTIVE 9.410E-14 4.404E-12 4.404E-12 1.600E-15-1.OOOE+00  2.610E-11 4.910E-11 SKIN(FGR) 1.880E-13 3.523E-11 3.523E-11 1.280E-14-1.000E+00  0.OO0E+00 O.000E+00 Kr-83m GONADS    1.710E-18 5.572E-15 5.855E-15 6.160E-19-1.OO0E+00 0.OOE+00   0.000E+00 BREAST    5.050E-18 9.498E-15 9.980E-15 1.050E-18-1.O00E+00 0.0OOE+00  0.,O0E+00 LUNGS     1.640E-19 1.266E-16 1.331E-16 1.400E-20-1.000E+00 O.000E+00  0.OOOE+00 RED MARR  3.830E-19 5.617E-16 5.902E-16 6.210E-20-1.0OOE+00 D.OODE+00  0.DDDE+00 BONE SUR  2.250E-18 3.437E-15 3.612E-15 3.800E-19-1.ODDE+00 D.DD0E+00  0.DODE+00 THYROID   6.430E-19 7.698E-16 8.088E-16 8.510E-20-l.000E+O0 0.000E+00  0.000E+00 REMAINDER 5.300E-19 1.393E-15 1.464E-15 1.540E-19-1.DDDE+00 O.DOE+00   D.ODDE+00 EFFECTIVE 1.500E-18 3.437E-15 3.612E-15 3.800E-19-1.000E+00 0.OOE+00   D.DDDE+00 SKIN(FGR) 3.560E-17 1.167E-13 1.226E-13 1.290E-17-1.DOOE+00 0.OOOE+00  0.OO0E+00 Kr-85 GONADS    1.170E-16 8.121E-14 1.704E-12 2.820E-18-1.0OOE+00 0.DOOE+00  D.OOE+00 BREAST    1.340E-16 7.891E-14 1.656E-12 2.740E-18-1.OOOE+00 0.OOOE+00  0.DDDE+00 LUNGS     1.140E-16 7.056E-14 1.481E-12 2.450E-18-1.O0OE+00 0.OOE+00   D.0OOE+00 RED MARR  1.090E-16 6.998E-14 1.469E-12 2.430E-18-1.DDDE+00 0.OOOE+00  0.OOE+00 BONE SUR  2.200E-16 1.287E-13 2.702E-12 4.470E-18-1.000E+00"O.000E+00  D.OOOE+00 THYROID   1.180E-16 7.459E-14 1.565E-12 2.590E-18-1.OO0E+00 O.OOOE+0D  0.ODDE+00 REMAINDER 1.090E-16 6.941E-14 1.457E-12 2.410E-18-1.OOOE+00 0.OODE+00  D.00DE+00 EFFECTIVE 1.190E-16 7.603E-14 1.596E-12 2.640E-18-1.O00E+00 D.OOE+00   0.OOOE+00 SKIN(FGR) 1.320E-14 2.304E-11 4.835E-10 8.DODE-16-1.DDDE+00 D.DOOE+00  D.OOE+00 Kr-85m GONADS    7.310E-15 2.594E-12 3.653E-12 1.570E-16-1.0OOE+00  D.OOOE+00 0.D0DE+00 BREAST    8.410E-15 2.527E-12 3.560E-12 1.530E-16-1.OOOE+00  0.OOOE+00 0.OOOE+00 LUNGS     7.040E-15 2.379E-12 3.351E-12 1.440E-16-1.0D0E+00  0.DDDE+00 D.OODE+00 RED MARR  6.430E-15 2.346E-12 3.304E-12 1.420E-16-1.000E+00  O.000E+00 D.OO0E+00 BONE SUR  1.880E-14 5.286E-12 7.446E-12 3.200E-16-1.OOOE+00  0.OODE+00 D.DDDE+00 THYROID   7.330E-15 2.395E-12 3.374E-12 1.450E-16-1.O00E+00  D.DO0E+   0 .OODOE+00 REMAINDER 6.640E-15 2.313E-12 3.257E-12 1.400E-16-1.000E+00  0.000E+00 0.000E+00 EFFECTIVE 7.480E-15 2.511E-12 3.537E-12 1.520E-16-1.OO0E+00  0.OOOE+00 D.DDDE+00 SKIN(FGR) 2.240E-14 2.247E-11 3.164E-11 1.360E-15-1.OOOE+00  O.OODE+00 0.00DE+00 Kr-87 GONADS    4.OODE-14 4.962E-12 5.026E-12 7.610E-16-1.000E+00  0.DOOE+00 0.OODE+00 BREAST    4.500E-14 4.740E-12 4.802E-12 7.270E-16-1.DODE+00  0.0OOE+00 0.DDDE+00 LUNGS     4.040E-14 4.603E-12 4.663E-12 7.060E-16-1.ODOE+00  D.OODE+00 0.D0DE+00 RED MARR  4.OO0E-14 4.708E-12 4.769E-12 7.220E-16-1.DD0E+00  0.DODE+00 0.OODE+00 BONE SUR  6.020E-14 6.514E-12 6.598E-12 9.990E-16-1.DDDE+0D  0.0OOE+00 D.OOOE+00 THYROID   4.130E-14 4.473E-12 4.531E-12 6.860E-16-1.0O0E+00  0.0OOE+00 D.OOE+00 REMAINDER 3.910E-14 4.590E-12 4.650E-12 7.040E-16-1.DOOE+00  D.000E+00 D.ODDE+00 EFFECTIVE 4.120E-14 4.773E-12 4.835E-12 7.320E-16-1.ODOE+00  0.OODE+00 D.D0DE+00 SKIN(FGR) 1.370E-13 8.802E-11 8.916E-11 1.350E-14-1.OOOE+00  0.OOOE+00 0. OE+00 Kr-88 GONADS    9.900E-14 2.27BE-11 2.655E-11 1.800E-15-1.000E+00  0.DO0E+00 D.OOE+00 BREAST    1.110E-13 2.177E-11 2.537E-I1 1.720E-15-1.OOE+00   0.DOE+00  D.ODOE+00 LUNGS     1.010E-13 2.139E-I1 2.493E-11 1.690E-15-1.OOOE+00  0.000E+00 0.OOOE+00 RED MARR  1.O00E-13 2.190E-II 2.552E-li 1.730E-15-1.OOOE+00  D.OODE+00 0.000E+00 BONE SUR  1.390E-13 2.886E-11 3.363E-11 2.280E-15-1.OOOE+00  D.OOE+00  0.000E+00 THYROID   1.030E-13 2.012E-11 2.345E-11 1.590E-15-1.DDOE+00  0.OOOE+00 D.OOE+00 REMAINDER 9.790E-14 2.139E-11 2.493E-1I 1.690E-15-1.OOOE+00  0.DOE+00  0.DDDE+00 EFFECTIVE 1.020E-13 2.202E-I1 2.567E-I1 1.740E-15-1.000E+00  0.000E+00 0.000E+00 SKIN(FGR) 1.350E-13 5.607E-II 6.534E-11 4.430E-15-l.D00E+00  D.OOE+00  0.DODE+00 1-128 GONADS    4.070E-15 2.007E-13 2.007E-13 9.280E-17-I.0OOE+00  6.800E-13 1.390E-12 BREAST    4.670E-15 1.938E-13 1.938E-13 8.960E-17-I.DOOE+00  7.150E-13 1.440E-12 LUNGS     4.010E-15 1.795E-13 1.795E-13 8.300E-17-1.OOOE+00  7.220E-I1 1.470E-12 RED MARR  3.850E-15 1.804E-13 1.804E-13 8.340E-17-1. DE+00 7.170E-13 1.430E-12 BONE SUR  7.470E-15 2.920E-13 2.920E-13 1.350E-16-l.DD0E+00  7.030E-13 1.39DE-12 THYROID   4.130E-15 1.882E-13 1.882E-13 8.700E-17-l.DO0E+00  5.340E-li 1.080E-10 REMAINDER 3.830E-15 1.761E-13 1.761E-13 8.140E-17-1.OOE+00   7.020E-12 6.710E-I1 EFFECTIVE 4.160E-15 1.897E-13 1.897E-13 8.770E-17-1.DO0E+00  1.280E-11 2.430E-I1 SKIN(kGH) 5.380E-14 1.899E-11 1.899E-11 8.780E-15-1.D00E+00  0.OODE+0D 0.O00E+00 1-130 GONADS    1.010E-13 5.105E-11 1.412E-10 2.200E-15-1.000E+00  2.810E-11 5.520E-11 BREAST    1.160E-13 4.897E-11 1.354E-10 2.110E-15-1.000E+00  4.870E-11 7.320E-11 LUNGS     1.010E-13 4.664E-Il 1.290E-I0 2.010E-15-1.OOOE+00  6.030E-I0 7.180E-11 RED MARR  9.820E-14 4.734E-1i 1.309E-10 2.040E-15-1.OOOE+00  4.550E-11 6.740E-II BONE SUR  1.680E-13 6.869E-11 1.900E-I0 2.960E-15-1.OOOE+00  4.030E-11 6.120E-II

NEDC 05-031 CCN 3C1 Aftachment D                           Page D-3of D-5 THYROID    1.04DE-13 4.850E-1I 1.342E-10 2.090E-15-1.000E+00 1.990E-08 3.940E-0O REMAINDER  9.660E-14 4.572E-11 1.265E-10 1.970E-15-1.000E+00 8.020E-lI 1.970E-10 EFFECTIVE  1.040E-13 4.873E-1l 1.348E-10 2.100E-15-1.DDDE+00 7.140E-10 1.280E-09 SKIN(FGR)  1.360E-13 9.956E-11 2.754E-10 4.290E-15-1.DDDE+00 D.DDDE+00 D.00DE+00 1-131 GONADS     1.780E-14 1.119E-1i 1.789E-10 3.940E-16-1.000E+00 2.530E-il 4.070E-il BREAST     2.040E-14 1.082E-11 1.730E-i0 3.810E-16-1.000E+00 7.880E-lI 1.210E-10 LUNGS      1.760E-14 1.016E-il 1.626E-10 3.580E-16-1.DO0E+00 6.570E-10 1.020E-10 RED MARR   1.680E-14 1.022E-ll 1.635E-I0 3.600E-16-1.0D0E+00 6.260E-Il 9.440E-il BONE SUR   3.450E-14 1.675E-il 2.679E-10 5.900E-16-1.000E+00 5.730E-Il 8.720E-li THYROID    1.810E-14 1.053E-11 1.685E-10 3.710E-16-1.000E+00 2.920E-07 4.760E-07 REMAINDER  1.670E-14 9.908E-12 1.585E-10 3.490E-16-1.D0DE+00 8.030E-lI 1.570E-10 EFFECTIVE  1.820E-14 1.067E-ll 1.707E-10 3.760E-16-1.000E+00 8.890E-09 1.440E-08 SKIN(FGR)  2.980E-14 1.825E-II 2.920E-I0 6.430E-16-1.000E+00 G.00DE+00 D.DDDE+00 1-132 GONADS     1.090E-13 2.523E-11 2.771E-11 2.320E-15-1.D00E+00 9.950E-12 2.330E-1l BREAST     1.240E-13 2.414E-1l 2.652E-I1 2.220E-15-1.000E+00 1.410E-lI 2.520E-Il LUNGS      1.090E-13 2.305E-1I 2.532E-I1 2.120E-15-1.D00E+00 2.710E-10 2.640E-lI RED MARE   1.070E-13 2.360E-lI 2.592E-II 2.170E-15-1.000E+00 1.400E-il 2.460E-Il BONE SUR   1.730E-13 3.327E-1I 3.655E-I1 3.060E-15-1.DDDE+00 1.240E-Il 2.190E-li THYROID    1.120E-13 2.381E-11 2.616E-ll 2.190E-15-1.000E+00 1.740E-09 3.870E-09 REMAINDER  1.050E-13 2.283E-1I 2.509E-11 2.100E-15-1.D00E+00 3.780E-Il 1.650E-10 EFFECTIVE  1.120E-13 2.403E-11 2.640E-Il 2.210E-15-1.000E+00 1.030E-10 1.820E-10 SKIN(FGR)  1.580E-13 8.199E-11 9.007E-II 7.540E-15-1.D00E+00 D.000E+00 D.000E+00 1-133 GONADS     2.870E-14 1.585E-I1 6.748BE-I 6.270E-16-1.000E+00 1.950E-Il 3.630E-Il BREAST     3.280E-14 1.519E-11 6.468E-11 6.010E-16-1.DDDE+00 2.940E-lI 4.680E-lI LUNGS      2.860E-14 1.446E-11 6.156E-11 5.720E-16-1.0D0E+00 8.200E-10 4.530E-li RED MARE   2.770E-14 1.466E-11 6.242E-I1 5.800E-16-1.000E+00 2.720E-lI 4.300E-Il BONE SUR   4.870E-14 2.161E-11 9.202E-11 8.550E-16-1.000E+00 2.520E-li 4.070E-11 THYROID    2.930E-14 1.502E-11 6.393E-11 5.940E-16-1.0D0E+00 4.860E-08 9.100E-08 REMAINDER  2.730E-14 1.418E-II 6.038E-I1 5.610E-16-1.000E+00 5.000E-1  1.550E-10 EFFECTIVE  2.940E-14 1.509E-II 6.425E-11 5.970E-16-1.000E+00 1.580E-09 2.800E-09 SKIN(FGR)  5.830E-14 1.150E-10 4.897E-10 4.550E-15-1.000E+00 D.D0DE+00 D.0D0E+00 1-134 GONADS     1.270E-13 1.200E-lI 1.202E-11 2.640E-15-1.000E+00 4.250E-12 1.100E-11 BREAST     1.440E-13 1.145E-11 1.147E-11 2.520E-15-1.000E+00 6.170E-12 1.170E-Il LUNGS      1.270E-13 1.100E-lI 1.102E-II 2.420E-15-1.000E+00 1.430E-i0 1.260E-lI RED MARE   1.250E-13 1.127E-lI 1.129E-I1 2.480E-15-1.OD0E+00 6.080E-12 1.090E-lI BONE SUR   1.960E-13 1.568E-11 1.571E-11 3.450E-15-1.000E+00 5.310E-12 9.320E-12 THYROID    1.300E-13 1.127E-11 1.129E-11 2.480E-15-1.000E+00 2.880E-10 6.210E-10 REMAINDER  1.220E-13 1.091E-11 1.093E-I1 2.400E-15-1.000E+00 2.270E-lI 1.340E-l0 EFFECTIVE  1.300E-13 1.150E-11 1.152E-11 2.530E-15-1.000E+00 3.550E-Il 6.660E-li SKIN(FGR)  1.870E-13 4.477E-11 4.485E-11 9.850E-15-1.000E+00 0.000E+00 D.00DE+00 1-135 GONADS     8.078E-14 3.113E-11 5.489E-11 1.599E-15-1.000E+00 1.700E-11 3.610E-Il BREAST     9.143E-14 2.971E-II 5.240E-li 1.526E-15-1.DD0E+00 2.340E-Il 3.850E-lI LUNGS      8.145E-14 2.886E-11 5.089E-11 1.482E-15-1.000E+00 4.410E-10 3.750E-Il RED MARR   8.054E-14 2.965E-l1 5.228E-11 1.523E-15-1.O00E+00 2.240E-Il 3.650E-Il BONE SUR   1.184E-13 3.983E-I1 7.024E-I1 2.046E-15-1.000E+00 2.01DE-ll 3.360E-Il THYROID    8.324E-14 2.852E-11 5.030E-11 1.465E-15-1.000E+00 8.460E-09 1.790E-08 REMAINDER  7.861E-14 2.883E-11 5.084E-11 1.481E-15-1.O00E+00 4.700E-11 1.540E-10 EFFECTIVE  8.294E-14 2.989E-11 5.271E-11 1.535E-15-1.000E+00 3.320E-10 6.080E-I0 SKIN(FGR)  1.156E-13 9.826E-11 1.733E-10 5.047E-15-1.0D0E+00 0.DOOE+00 D.D0DE+00 Te-129 GONADS     2.710E-15 3.889E-13 3.922E-13 6.510E-17-1.D0GE+00 5.050E-13 1.590E-12 BREAST     3.120E-15 3.800E-13 3.832E-13 6.360E-17-1.000E+00 5.390E-13 6.050E-13 LUNGS      2.640E-15 3.298E-13 3.326E-13 5.520E-17-1.00DE+00 1.530E-10 4.910E-13 RED MARR   2.540E-15 3.298E-13 3.326E-13 5.520E-17-1.GGGE+00 6.190E-13 7.640E-13 BONE SUR   4.880E-15 5.753E-13 5.802E-13 9.630E-17-1.DDDE+00 6.220E-13 5.400E-13 THYROID    2.740E-15 3.525E-13 3.555E-13 5.900E-17-1.000E+00 5.090E-13 3.360E-13 REMAINDER  2.520E-15 3.262E-13 3.289E-13 5.460E-17-1.000E+00 7.280E-12 1.790E-10 EFFECTIVE  2.750E-15 3.590E-13 3.621E-13 6.010E-17-1.000E+00 2.090E-11 5.450E-1I SKIN(FGR) 3.570E-14 3.429E-11 3.458E-1I 5.740E-15-1.DD0E+00 D.00DE+00 D.DDDE+00 Te-131 GONADS     1.990E-14 9.284E-13 9.284E-13 4.290E-16-1.O0DE+00 2.170E-12 1.570E-li BREAST     2.280E-14 8.937E-13 8.937E-13 4.130E-16-1.DD0E+00 2.670E-12 4.960E-12 LUNGS      1.960E-14 8.440E-13 8.440E-13 3.900E-16-1.DD0E+00 2.990E-10 3.390E-12 RED MARR   1.880E-14 8.483E-13 8.483E-13 3.920E-16-1.000E+00 2.940E-12 6.600E-12 BONE SUR   3.800E-14 1.459E-12 1.459E-12 6.740E-16-1.D00E+00 2.61DE-12 3.690E-12 THYROID    2.030E-14 8.678E-13 8.678E-13 4.010E-16-1.000E+00 2.660E-09 4.210E-09

NEDC 05-031 CCN 3C1 Aftachment D                           Page D-4of D-5 REMAINDER 1.870E-14 8.267E-13 8.267E-13 3.820E-16-1.000E+00 2.210E-11 3.730E-10 EFFECTIVE 2.040E-14 8.873E-13 8.873E-13 4.100E-16-1.000E+00 1.240E-10 2.440E-10 SKIN(FGR) 6.890E-14 1.809E-11 1.809E-11 8.360E-15-1.000E+00 0.000E+00 0.000E+00 Te-131m GONADS    7.292E-14 4.020E-11 2.343E-10 1.535E-15-1.OOOE+00 2.345E-10 7.415E-10 BREAST    8.286E-14 3.853E-11 2.246E-10 1.472E-15-1.OOOE+00 9.309E-11 1.361E-10 LUNGS     7.265E-14 3.657E-11 2.131E-10 1.397E-15-1.OOOE+00 2.296E-09 6.335E-11 RED MARR  7.097E-14 3.736E-11 2.178E-10 1.427E-15-1.OOOE+00 1.417E-10 2.435E-10 BONE SUR  1.174E-13 5.467E-11 3.189E-10 2.090E-15-1.OOOE+00 2.276E-10 3.248E-10 THYROID   7.471E-14 3.741E-11 2.181E-10 1.429E-15-1.OOOE+00 3.669E-08 4.383E-08 REMAINDER 6.965E-14 3.626E-11 2.113E-10 1.385E-15-1.OOOE+00 9.509E-10 3.153E-09 EFFECTIVE 7.463E-14 3.825E-11 2.229E-10 1.461E-15-1.ODOE+00 1.758E-09 2.514E-09 SKIN(FGR) 1.038E-13 1.033E-10 6.188E-10 4.056E-15-1.OOOE+00 0.OOOE+00 0.OOOE+00 Te-132 GONADS    1.020E-14 6.812E-12 7.706E-11 2.450E-16-1.OOOE+00 4.150E-10 5.410E-10 BREAST    1.180E-14 6.756E-12 7.643E-11 2.430E-16-1.000E+00 3.630E-10 3.500E-10 LUNGS     9.650E-15 5.727E-12 6.479E711 2.060E-16-1.OODE+00 1.670E-09 3.300E-10 RED MARR  8.950E-15 5.588E-12 6.322E-11 2.010E-16-1.ODOE+00 4.270E-10 4.440E-10 BONE SUR  2.420E-14 1.273E-11 1.441E-10 4.580E-16-1.OOOE+00 7.120E-10 8.300E-10 THYROID   1.020E-14 5.978E-12 6.762E-11 2.150E-16-1.000E+00 6.280E-08 5.950E-08 REMAINDER 9.160E-15 5.644E-12 6.385E-11 2.030E-16-1.OOOE+00 7.890E-10 1.490E-09 EFFECTIVE 1.030E-14 6.339E-12 7.171E-11 2.280E-16-1.000E+00 2.550E-09 2.540E-09 SKIN(FGR) 1.390E-14 8.313E-12 9.405E-11 2.990E-16-1.OOOE+00 0.OOOE+00 0.OOOE+00 Te-133 GONADS    4.490E-14 1.007E-12 1.007E-12 9.340E-16-1.OOOE+00 3.590E-13 1.850E-12 BREAST    5.100E-14 9.656E-13 9.656E-13 8.960E-16-1.OOOE+00 6.050E-13 1.230E-12 LUNGS     4.470E-14 9.236E-13 9.236E-13 8.570E-16-1.000E+00 4.640E-11 1.220E-12 RED MARR  4.360E-14 9.408E-13 9.408E-13 8.730E-16-1.OOOE+00 5.830E-13 1.180E-12 BONE SUR  7.500E-14 1.390E-12 1.390E-12 1.290E-15-1.000E+00 5.210E-13 7.730E-13 THYROID   4.590E-14 9.333E-13 9.333E-13 8.660E-16-1.OOOE+00 5.910E-10 9.390E-10 REMAINDER 4.290E-14 9.117E-13 9.117E-13 8.460E-16-1.000E+00 1.180E-12 6.050E-11 EFFECTIVE 4.600E-14 9.635E-13 9.635E-13 8.940E-16-1.000E+00 2.390E-11 4.730E-11 SKIN(FGR) 1.060E-13 1.088E-11 1.088E-11 1.010E-14-1.000E+00 0.OOOE+00 0.OOOE+00 Te-133m GONADS    1.120E-13 1.110E-11 1.113E-11 2.320E-15-1.000E+00 3.390E-12 3.680E-11 BREAST    1.270E-13 1.062E-11 1.065E-11 2.220E-15-1.OOOE+00 4.910E-12 1.140E-11 LUNGS     1.120E-13 1.019E-11 1.021E-11 2.130E-15-1.OOOE+00 2.060E-10 8.330E-12 RED MARR  1.090E-13 1.043E-11 1.045E-11 2.180E-15-1.000E+00 4.890E-12 1.310E-11 BONE SUR  1.750E-13 1.478E-11 1.482E-11 3.090E-15-1.OOOE+00 4.130E-12 6.610E-12 THYROID   1.150E-13 1.038E-11 1.041E-11 2.170E-15-1.OOOE+00 2.630E-09 4.170E-09 REMAINDER 1.070E-13 1.009E-11 1.012E-11 2.110E-15-1.000E+00 1.430E-11 2.890E-10 EFFECTIVE 1.140E-13 1.062E-11 1.065E-11 2.220E-15-1.000E+00 1.100E-10 2.260E-10 SKIN(FGR) 1.740E-13 4.832E-11 4.843E-11 1.010E-14-1.000E+00 0.OOOE+00 0.000E+00 Te-134 GONADS    4.160E-14 3.299E-12 3.300E-12 9.120E-16-1.OOOE+00 7.900E-12 2.030E-11 BREAST    4.750E-14 3.176E-12 3.177E-12 8.780E-16-1.OOOE+00 7.960E-12 1.370E-11 LUNGS     4.100E-14 2.980E-12 2.981E-12 8.240E-16-1.OOOE+00 6.600E-11 1.290E-11 RED MARR  3.940E-14 3.009E-12 3.010E-12 8.320E-16-1.OOOE+00 8.380E-12 1.490E-11 BONE SUR  7.560E-14 4.883E-12 4.885E-12 1.350E-15-1.OOOE+00 7.780E-12 1.230E-11 THYROID   4.230E-14 3.100E-12 3.101E-12 8.570E-16-1.OOOE+00 5.560E-10 8.820E-10 REMAINDER 3.910E-14 2.923E-12 2.924E-12 8.080E-16-1.000E+00 1.090E-11 9.650E-11 EFFECTIVE 4.240E-14 3.136E-12 3.137E-12 8.670E-16-1.OOOE+00 3.230E-11 6.630E-11 SKIN(FGR) 6.350E-14 7.813E-12 7.815E-12 2.160E-15-1.OOOE+00 0.OOOE+00 0.OOOE+00 Xe-129m GONADS    1.230E-15 1.993E-12 3.183E-11 7.020E-17-1.000E+00 0.000E+00 0.OOOE+00 BREAST    1.600E-15 2.135E-12 3.410E-11 7.520E-17-1.OOOE+00 0.OOOE+00 0.OOOE+00 LUNGS     7.550E-16 9.425E-13 1.506E-11 3.320E-17-1.OOOE+00 0.OOOE+00 0.OOOE+00 RED MARR  6.450E-16 7.438E-13 1.188E-11 2.620E-17-1.000E+00 0.OOOE+00 0.OOOE+00 BONE SUR  2.840E-15 4.287E-12 6.847E-11 1.510E-16-1.OOOE+00 0.OOOE+00 0.000E+00 THYROID   1.070E-15 1.340E-12 2.140E-11 4.720E-17-1.OOOE+00 0.OODE+00 0.DOOE+00 REMAINDER 7.600E-16 1.042E-12 1.664E-11 3.670E-17-1.OOOE+00 0.000E+00 0.OOOE+00 EFFECTIVE 1.060E-15 1.502E-12 2.399E-11 5.290E-17-1.000E+00 0.OOOE+00 0.OOOE+00 SKIN(FGR) 8.290E-15 3.151E-12 5.034E-11 1.110E-16-1.000E+00 0.000E+00 0.OOOE+00 Xe-131m GONADS    4.570E-16 7.872E-13 1.371E-11 2.760E-17-1.000E+00 0.OOOE+00 0.000E+00 BREAST    6.020E-16 8.471E-13 1.475E-11 2.970E-17-1.OOOE+0O 0.OOOE+00 0.OOOE+00 LUNGS     2.670E-16 3.565E-13 6.209E-12 1.250E-17-1.OOOE+00 0.OOOE+00 0.000E+00 RED MARR  2.270E-16 2.792E-13 4.863E-12 9.790E-18-1.OOOE+00 0.OOOE+00 0.OOOE+00 BONE SUR  1.060E-15 1.677E-12 2.920E-11 5.880E-17-1.000E+00 0.OOOE+00 0.OOOE+00 THYROID   3.910E-16 5.220E-13 9.089E-12 1.830E-17-1.000E+00 0.OODE+00 0.000E+00 REMAINDER 2.710E-16 3.993E-13 6.954E-12 1.400E-17-1.OOOE+00 0.OOOE+00 0.OOOE+00

NEDC 05-031 CCN 3C1 Attachment D                           Page D-Sof D-5 EFFECTIVE 3.890E-16 5.876E-13 1.023E-11 2.060E-17-1.OOOE+00 0.OOOE+00 O.OOOE+00 SKIN(FGR) 4.820E-15 1.266E-12 2.205E-11 4.440E-17-1.000E+0O 0.OOOE+00 0.OOOE+00 Xe-133 GONADS    1.610E-15 1.465E-12 2.052E-11 5.200E-17-1.OOOE+00 0.OOOE+00 0.OOOE+00 BREAST    1.960E-15 1.505E-12 2.107E-11 5.340E-17-1.OOE+00  0.000E+00 0.000E+00 LUNGS     1.320E-15 1.045E-12 1.464E-11 3.710E-17-1.OOOE+00 0.OOOE+00 0.OOOE+00 RED MARR  1.070E-15 8.791E-13 1.231E-11 3.120E-17-1.OOOE+00 0.000E+00 0.OOOE+00 BONE SUR  5.130E-15 4.254E-12 5.958E-11 1.510E-16-1.OOOE+00 0.000E+00 0.000E+00 THYROID   1.5108-15 1.181E-12 1.653E-11 4.190E-17-1.OOOE+00 O.OOOE+00 O.OOE+00 REMAINDER 1.240E-15 1.042E-12 1.460E-11 3.700E-17-1.000E+00 0.OOOE+00 0.000E+00 EFFECTIVE 1.560E-15 1.299E-12 1.819E-11 4.610E-17-1.OOOE+00 0.OOOE+00 0.OOOE+00 SKIN(FGR) 4.970E-15 1.953E-12 2.734E-11 6.930E-17-1.OOOE+00 0.000E+00 0.00E+00 Xe-133m GONADS    1.420E-15 1.337E-12 1.188E-11 4.890E-17-1.000E+00 0.000E+00 0.000E+00 BREAST    1.700E-15 1.383E-12 1.230E-11 5.060E-17-1.OOOE+00 0.000E+00 0.OOOE+00 LUNGS     1.190E-15 8.609E-13 7.656E-12 3.150E-17-1.000E+00 0.000E+00 0.000E+00 RED MARR  1.100E-15 7.844E-13 6.975E-12 2.870E-17-1.OOOE+00 0.000E+00 0.000E+00 BONE SUR  3.230E-15 2.599E-12 2.311E-11 9.510E-17-1.000E+00 0.OOOE+00 0.OOOE+00 THYROID   1.360E-15 1.028E-12 9.138E-12 3.760E-17-1.OOOE+00 0.OOOE+00 0.OOOE+00 REMAINDER 1.150E-15 8.855E-13 7.874E-12 3.240E-17-1.OOOE+00 0.OOOE+00 0.OOOE+00 EFFECTIVE 1.370B-15 1.112E-12 9.892E-12 4.070E-17-1.000E+00 0.DOOE+00 0.000E+00 SKIN(FGR) 1.040E-14 1.894E-12 1.684E-11 6.930E-17-1.OOOE+00 0.OOOE+00 0.000E+00 Xe-135 GONADS    1.170E-14 5.455E-12 1.194E-11 2.530E-16-1.OOOE+00 0.OOOE+00 0.OOOE+00 BREAST    1.330E-14 5.325E-12 1.166E-11 2.470E-16-1.000E+00 0.OOOE+00 0.000E+00 LUNGS     1.130E-14 4.959E-12 1.086E-11 2,300E-16-1.OOOE+00 0.OOOE+00 0.OOOE+00 RED MARR  1.070E-14 4.959E-12 1.086E-11 2.300E-16-1.000E+00 0.OOOE+00 0.000E+00 BONE SUR  2.570E-14 9.120E-12 1.997E-11 4.230E-16-1.000E+00 0.00E+00  0.000E+00 THYROID   1.180E-14 5.023E-12 1.100E-11 2.330E-16-1.000E+00 0.OOOE+00 0.000E+00 REMAINDER 1.080E-14 4.829E-12 1.058E-11 2.240E-16-1.000E+00 0.OOOE+00 0.OOOE+00 EFFECTIVE 1.190E-14 5.217E-12 1.142E-11 2.420E-16-1.000E+00 0.000E+00 0.OOOE+00 SKIN(FGR) 3.120E-14 4.506E-11 9.867E-11 2.090E-15-1.000E+00 0.OOOE+00 0.OOOE+00 Xe-135m GONADS    2.OOOE-14 5.929E-13 5.929E-13 4.480E-16-1000E+00  0.OOOE+00 0.000E+00 BREAST    2.290E-14 5.691E-13 5.691E-13 4.300E-16-1.OOOE+00 0.000E+00 0.000E+00 LUNGS     1.980E-14 5.347E-13 5.347E-13 4.040E-16-1.OOOE+00 0.OOOE+00 0.OOOE+00 RED MARE  1.910E-14 5.400E-13 5.400E-13 4.080E-16-1.O00E+00 0.000E+00 0.000E+00 BONE SUR  3.500E-14 8.246E-13 8.246E-13 6.230E-16-1.OOOE+00 0.000E+00 0.OOOE+00 THYROID   2.040E-14 5.612E-13 5.612E-13 4.240E-16-1.000E+00 0.OOOE+00 0.000E+00 REMAINDER 1.890E-14 5.241E-13 5.241E-13 3.960E-16-1.000E+00 0.OOOE+00 0.000E+00 EFFECTIVE 2.040E-14 5.612E-13 5.612E-13 4.240E-16-1.OOOE+00 0.OODE+00 0.000E+00 SKIN(FGR) 2.970E-14 1.866E-12 1.866E-12 1.410E-15-1.000E+00 0.OOOE+00 0.000E+00 Xe-138 GONADS    5.590E-14 1.312E-12 1.312E-12 1.070E-15-1.000E+00 0.OOOE+00 0.000E+00 BREAST    6.320E-14 1.251E-12 1.251E-12 1.020E-15-1.000E+00 0.OOOE+00 0.DOOE+00 LUNGS     5.660E-14 1.223E-12 1.223E-12 9.970E-16-1.OOOE+00 0.OOOE+00 0.000E+00 RED MARR  5.600E-14 1.251E-12 1.251E-12 1.020E-15-1.OOOE+00 0.000E+00 0.000E+00 BONE SUR  8.460E-14 1.729E-12 1.729E-12 1.410E-15-1.OOOE+00 0.000E+00 0.000E+00 THYROID   5.770E-14 1.171E-12 1.171E-12 9.550E-16-1.000E+00 0.000E+00 0.000E+00 REMAINDER 5.490E-14 1.219E-12 1.219E-12 9.940E-16-1.OOE+00  0.000E+00 0.000E+00 EFFECTIVE 5.770E-14 1.263E-12 1.263E-12 1.030E-15-1.OOOE+00 0.OOOE+00 0.000E+00 SKIN(FGR) 1.070E-13 9.383E-12 9.383E-12 7.650E-15-1.000E+00 0.OOOE+00 0.000E+00

NEDC 05-031 CCN 3C1 Page E-1 of E-32 Attachment E Attachment E RADTRAD Base Case Detailed Output File            (oO)
RADTRAD Version 3.03 (Spring 2001)          run on  6/16/2011     at 13:38:44 File information Plant file                   = C:\Documents and Settings\jlboste\My Documents\FHA cooperGNF2 BC 06-16-1l.psf Inventory file               = C:\RADTRAD\RADTRAD_310\cooperGNF2-29fha.nif Release file                 = C:\RADTRAD\RADTRAD_310\RGl_183.rft Dose Conversion file         = C:\RADTRAD\RADTRAD_310\cooperGNF2-29fha.inp ftftftftft     tftftftftftftftft ft  ft     ft ftftft#ft ft
* ftftftftft ft        ftft        ft        ft ftft ft ft     ft ft      ft   ft ft        ftft        ft        ft ftft   ft ft   ft ft      ft   ft ftftftftft     tftftftftftftft ft  ft ft ft ftftftftft ft      ft   ft ft                 ft ft       ft  ft ftft ft        ft      ft   ft ft                 *
* ft  ft    ftftft      ft      ft   ft ft             *ftftft*         ft ft     ft ft        ftftftft ft Radtrad 3.03 4/15/2001 Base Case 1-01-2011 Nuclide Inventory File:
C:\RADTRAD\RADTRAD_310\cooperGNF2-29fha.nif Plant Power Level:
1.5144E+01 Compartments:
3 Compartment 1:
primary 3
7.9500E+05 0
0 0
0 0
Compartment 2:
Environment 2
0.0000E+00 0
0 0
0 0
Compartment 3:
Control Room 1
1.4186E+05 0
0 0
0 0
ff--- 4T.

NEDC 05-031 CCN 3C1 Page E-2 of E-32 Attachment E Pathways:
4 Pathway 1:
primary to Environment 1
2 2
Pathway 2:
Environment to Control Room 2
3 2
Pathway 3:
Environment to Control Room 2
3 2
Pathway 4:
Control Room to Environment 3
2 2
End of Plant Model File Scenario Description Name:
Plant Model Filename:
Source Term:
1 1    1.OOOOE+00 C:\RADTRAD\RADTRAD_310\cooperGNF2-29fha.inp C:\RADTRAD\RADTRAD_310\RGl_183.rft 2.4000E+01 1
9.5000E-01     4.8500E-02 1.5000E-03    1.OOOOE+00 Overlying Pool:
0 0.0000E+00 0
0 0
0 Compartments:
23 Compartment     1:
1 1
0 0
0 0
0 0
Compartment 2:
1 1
0 0
0 0
0 0

NEDC 05-031 CCN 3C1 Page E-3 of E-32 Attachment E 0
Compartment 3:
1 1
0 0
0 0
0 0
0 Pathways:
4 Pathway 1:
0 0
0 0
0 1
1 2.4000E+01        4.5760E+04  0.OOOOE+00    0.OOOOE+00   0.OOOOE+00 0
0 0
0 0
0 Pathway 2:
0 0
0 0
0 1
2 2.4000E+01        3.2350E+03  o.OOOOE+00     o.OOOOE+00  0.OOOOE+00 2.4017E+01        8. 1000E+02 8. 9000E+01    8. 9000E+01 8. 9000E+01 0
0 0
0 0
0 Pathway 3:
0 0
0 0
0 1
1 2.4000E+01       4.OOOOE+02  O.OOOOE+00     O.OOOOE+00  0.OOOOE+00 0
0 0
0 0
0 Pathway 4:
0 0
0 IL         -,,r , Jl. ?

NEDC 05-031 CCN 3C1 Page E-4 of E-32 Attachment E 0
0 1
2 2.4000E+01    3.6350E+03 o . 000E+00    o.OOOOE+00 o . 000E+00
: 2. 4017E+01   1.2100E+03 o .OOOOE-i00   o.OOOE+00  o .OOOOE+00 0
0 0
0 0
0 Dose Locations:
3 Location 1:
EAB 2
1 2
2.4000E+01    5.2000E-04 2.6000E+01    o.0000E+00 1
4 2.4000E+01    3.5000E-04 3.2000E+01    1.8000E-04 4.8000E+01    2.3000E-04 7.4400E+02    o.OOOOE+00 0
Location 2:
LPZ 2
1 5
2.4000E+01    2.9000E-04 3.2000E+01    7.3000E-05 4.8000E+01   2.50OOE-05 1.2000E+02   5.2000E-06 7.4400E+02    o.0000E+00 1
4 2.4000E+01   3.5000E-04 3.2000E+01   1.8000E-04 4.8000E+01   2.3000E-04 7.4400E+02   0.0000E+00 0
Location 3:
Control Room 3
0 1
2 2.4000E+01   3.5000E-04 7.4400E+02   o.OOOOE+00 1
4 2.4000E+01   1.0000E+00 4.8000E+01   6.OOOOE-01 1.2000E+02   4.OOOOE-01 7.4400E+02   0.OOOOE+00 Effective Volume Location:
1 6
2.4000E+01   4.1500E-03
_   ~

NEDC 05-031 CCN 3C1 Page E-5 of E-32 Attachment E 2.6000E+01    3.2400E-03 3.2000E+01    1.3200E-03 4.8000E+01    9.01OOE-04 1.2000E+02    7.2200E-04 7.4400E+02    O.OOOOE+00 Simulation Parameters:
1 2.4000E+01    O.OOOOE+00 Output Filename:
C:\Documents and Settings\jlboste\My Documents\FHA cooperGNF2 BC 06-16-11.o0 1
1 1
0 0
End of Scenario File
      -7Z
                  !&#xfd;O

NEDC 05-031 CCN 3C1 Page E-6 of E-32 Attachment E ALL\/
TI, T~tLKIT ION T4i S LE T       ES LA/\KJK

NEDC 05-031 CCN 3C1 Page E-7 of E-32 Attachment E RADTRAD Version 3.03       (Spring 2001)  run on   6/16/2011  at 13:38:44 Plant Description Number of Nuclides    =   29 Inventory Power =       1.OOOOE+00 MWth Plant Power Level   =     1.5144E+01 MWth Number of compartments          =     3 Compartment information Compartment number      1    (Source term fraction       1.0000E+00 Name: primary Compartment volume =        7.9500E+05 (Cubic feet)
Compartment type is Normal Pathways into and out of compartment         1 Exit Pathway Number         1: primary to Environment Compartment number      2 Name: Environment Compartment type is Environment Pathways into and out of compartment         2 Inlet Pathway Number         1: primary to Environment Inlet Pathway Number         4: Control Room to Environment Exit Pathway Number          2: Environment to Control Room Exit Pathway Number          3: Environment to Control Room Compartment number      3 Name: Control Room Compartment volume =         1.4186E+05 (Cubic feet)
Compartment type is Control Room Pathways into and out of compartment          3 Inlet Pathway Number         2: Environment to Control Room Inlet Pathway Number         3: Environment to Control Room Exit Pathway Number          4: Control Room to Environment Total number of pathways =          4

NEDC 05-031 CCN 3C1 Page E-8 of E-32 Attachment E RADTRAD Version 3.03     (Spring 2001)      run on       6/16/2011     at 13:38:44 Scenario Description Time between shutdown and first         release     =     2.4000E+01     (Hours)
Radioactive Decay is enabled Calculation of Daughters is enabled Release Fractions and Timings GAP         EARLY IN-VESSEL          LATE RELEASE          RELEASE MASS 0.003600 hr        0.0000 hrs              0.0000 hrs                (gm)
NOBLES         5.OOOOE-02         0 OOOOE+00              0.OOOOE+00             1. 879E+00 IODINE         2.5000E-04         0 OOOOE+00              0.OOOOE+00             1. 595E-03 CESIUM         0.OOOOE+00         0 OOOOE+00              0.OOOOE+00             0 OOOE+00 TELLURIUM      0.OOO0E+00         0. 0000E+00             0.0000E+00             0 OOOE+00 STRONTIUM      0.OOOOE+00         0 OOOOE+00              0.OOOOE+00             0 OOOE+00 BARIUM         0.0000E+00         0 OOOOE+00              0.OOOOE+00             0 OOOE+00 RUTHENIUM      0.OOOOE+00         0 OOOOE+00              0.OOOOE+00             0.OOOE+00 CERIUM         0.0000E+00         0 OOOOE+00              0.OOOOE+00             0.OOOE+00 LANTHANUM      0.OOOOE+00         0 OOOOE+00              0.OOOOE+00             0.OOOE+00 Inventory Power =             15. MWt Nuclide   Group    Specific        half         Whole Body          Inhaled       Inhaled Name             Inventory        life               DCF          Thyroid       Effective (Ci/MWt)        (s)        (Sv-m3/Bq-s)         (Sv/Bq)        (Sv/Bq)
Br-82       2    1.870E+02    1.271E+05        1.300E-13         2. 380E-10     3.310E-10 Br-83       2    3.240E+03    8.604E+03        3.820E-16         3. 290E-12     2.330E-11 Br-84       2    5.560E+03    1. 908E+03       9.410E-14         3.120E-12      2.610E-11 Kr-83m      1    3.250E+03    6.588E+03        1.500E-18         0. OOOE+00     0.OOOE+00 Kr-85       1    8.520E+02    3. 383E+08        1.190E-16        0. OOOE+00     0.OOOE+00 Kr-85m      1    6.750E+03    1. 613E+04       7.480E-15         0. OOOE+00     0.OOOE+00 Kr-87       1    1.280E+04    4.578E+03         4.120E-14        0. OOOE+00     0.OOOE+00 Kr-88      1    1.810E+04    1. 022E+04        1.020E-13        0. OOOE+00     0.OOOE+00 1-128      2    4.330E+02    1. 499E+03        4.160E-15        5. 340E-11     1.280E-11 1-130      2    1.100E+03    4 450E+04         1.040E-13        1. 990E-08     7.140E-10 1-131      2    4.352E+04    6. 947E+05        1.820E-14        2. 920E-07     8.890E-09 1-132      2    3.960E+04    8 .280E+03        1.120E-13        1 .740E-09     1.030E-10 1-133      2    5.480E+04    7. 488E+04        2.940E-14        4 860E-08      1.580E-09 1-134      2    6.040E+04    3. 156E+03        1.300E-13        2 880E-10      3.550E-11 1-135      2    5.160E+04    2. 380E+04        8.294E-14        8 .460E-09     3.320E-10 Xe-129m    1    2.230E-01    6. 912E+05        1.060E-15        0. OOOE+00     0.OOOE+00 Xe-131m    1    3.040E+02    1. 028E+06        3.890E-16        0 OOOE+00      0.OOOE+00 Xe-133     1    5.450E+04    4. 532E+05        1.560E-15        0 OOOE+00      0.OOOE+00 Xe-133m    1    1.730E+03    1. 890E+05        1.370E-15        0. OOOE+00     0.OOOE+00 Xe-135     1    2.040E+04    3. 272E+04        1.190E-14        0. OOOE+00     0.OOOE+00 Xe-135m    1    1.100E+04    9. 174E+02        2. 040E-14       0. OOOE+00     0.OOOE+00 Xe-138     1    4.490E+04    8. 502E+02        5.770E-14        0. OOOE+00     0.OOOE+00 Nuclide      Daughter    Fraction       Daughter       FractiorI       Daughter    Fraction Br-83      Kr-83m       1.00            none            0.00           none          0.00 Kr-85m     Kr-85        0.21            none            0.00           none          0.00 Kr-87      Rb-87        1.00            none            0.00           none          0.00 Kr-88      Rb-88        1.00            none            0.00           none          0.00 1-131      Xe-131m      0.01            none            0.00           none          0.00 1-133      Xe-133m      0.03            Xe-133          0.97           none          0.00 1-135      Xe-135m      0.15            Xe-135          0.85           none          0.00

NEDC 05-031 CCN 3C1 Page E-9 of E-32 Aftachment E Te-129      1-129          1.00         none           0.00        none        0.00 Te-131      1-131          1.00         none           0.00        none       0.00 Te-131m     1-131          0.78         Te-131         0.22        none       0.00 Te-132      1-132          1.00         none           0.00        none       0.00 Te-133      1-133          1.00         none           0.00        none        0.00 Te-133m     1-133          0.87         Te-133         0.13        none        0.00 Te-134      1-134          1.00          none          0.00        none        0.00 Xe-133m     Xe-133         1.00          none          0.00        none        0.00 Xe-135      Cs-135         1.00         none           0.00        none        0.00 Xe-135m     Cs-135         0.00         Xe-135         1.00        none        0.00 Xe-138      Cs-138         1.00          none          0.00        none        0.00 Iodine fractions Aerosol         =   9. 5000E-01 Elemental       =   4.8500E-02 Organic         =   1.5000E-03 COMPARTMENT DATA Compartment number        1: primary Compartment number        2: Environment Compartment number        3: Control Room PATHWAY DATA Pathway number      1: primary to Environment Pathway Filter:     Removal Data Time   (hr)         Flow Rate              Filter    Efficiencies (%)
(cfm)          Aerosol        Elemental    Organic 2.4000E+01        4.5760E+04       0.OOOOE+00      0.OOOOE+00    0.OOOOE+00 Pathway number      2: Environment to Control Room Pathway Filter:     Removal Data Time   (hr)         Flow Rate              Filter Efficiencies (%)
(cfm)          Aerosol        Elemental    Organic 2.4000E+01        3.2350E+03       0.OOOOE+00      0.OOOOE+00    0.OOOOE+00 2.4017E+01        8.1000E+02       8.9000E+01      8.9000E+01    8.9000E+01 Pathway number      3: Environment to Control Room Pathway Filter:     Removal Data Time   (hr)         Flow Rate              Filter    Efficiencies (%)
(cfm)          Aerosol        Elemental    Organic 2.4000E+01        4.OOOOE+02       0.0000E+00      0.OOOOE+00    0.OOOOE+00 Pathway number      4: Control Room to Environment Pathway Filter:     Removal Data Time   (hr)         Flow Rate              Filter Efficiencies (%)
(cfm)          Aerosol        Elemental    Organic 2.4000E+01        3.6350E+03       0.OOOOE+00      0.OOOOE+00    0.OOOOE+00 2.4017E+01        1.2100E+03       0.0000E+00      0.OOOOE+00    0.OOOOE+00 LOCATION DATA Location EAB          is    in compartment    2 A

NEDC 05-031 CCN 3CI Page E-10 of E-32 Attachment E Location X/Q Data Time (hr)          X/Q   (s
* m^-3) 2.4000E+01          5.2000E-04 2.6000E+01          0.OOOOE+00 Location Breathing Rate Data Time (hr)          Breathing Rate (m^3
* sec^-I) 2.4000E+01                   3.5000E-04 3.2000E+01                   1.8000E-04 4.8000E+01                   2.3000E-04 7.4400E+02                   0.OOOOE+00 Location LPZ      is in compartment         2 Location X/Q Data Time (hr)          X/Q   (s
* m^-3) 2.4000E+01         2.9000E-04 3.2000E+01         7.3000E-05 4.8000E+01         2.5000E-05 1.2000E+02         5.2000E-06 7.4400E+02         0.OOOOE+00 Location Breathing Rate Data Time (hr)          Breathing     Rate (m^3
* sec^-i) 2.4000E+01                   3.5000E-04 3.2000E+01                   1.8000E-04 4.8000E+01                   2.3000E-04 7.4400E+02                   0.OOOOE+00 Location Control Room           is in compartment    3 Location X/Q Data Time (hr)          X/Q   (s
* m^-3) 2.4000E+01         4.1500E-03 2.6000E+01         3.2400E-03 3.2000E+01         1.3200E-03 4.8000E+01         9.O100E-04 1.2000E+02         7.2200E-04 7.4400E+02         0.OOOOE+00 Location Breathing Rate Data Time (hr)         Breathing Rate (m^3
* sec^-I) 2.4000E+01                   3.5000E-04 7.4400E+02                   0.0000E+00 Location Occupancy Factor Data Time (hr)         Occupancy Factor 2.4000E+01             1.OOOOE+00 4.8000E+01             6.OOOOE-01 1.2000E+02             4.0000E-01 7.4400E+02             0.OOOOE+00 USER SPECIFIED TIME STEP DATA - SUPPLEMENTAL        TIME STEPS Time             Time step 0.0000E+00       0.0000E+00
 -    -. +,~. in

NEDC 05-031 CCN 3C1 Page E-1 I of E-32 Attachment E RADTRAD Version 3.03                    (Spring 2001)          run on       6/16/2011    at 13:38:44
                ####iifffiiiffii#fffii#iff#####       #####       #fffiiiffiiifffiiifffiiifff#iffi#f####fffiiiff
              #ffii          *
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             #f                       if     if       if       if #
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* if           if     #        ifif#ifi    *
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             #f        if if          #      #        if          if
* if if        if if           #     if       if          if         if    if
                ####fi         if###i        if       if             ####fi        #f Dose,     Detailed model and Detailed Inventory Output EAB Doses:
Time (h) = 24.0036                         Whole Body           Thyroid                TEDE Delta dose (rem)                             2.7409E-03         2. 0624E-01         9.0914E-03 Accumulated dose (rem)                       2.7409E-03         2. 0624E-01         9. 0914E-03 LPZ Doses:
Time (h) = 24.0036                         Whole Body           Thyroid                TEDE Delta dose (rem)                             1.5286E-03         1.1502E-01          5.0702E-03 Accumulated dose (rem)                       1.5286E-03         1.1502E-01          5.0702E-03 Control Room Doses:
Time (h) = 24.0036                         Whole Body           Thyroid                TEDE Delta dose (rem)                             2.2136E-06         3.5446E-03          1.1136E-04 Accumulated dose (rem)                       2.2136E-06         3.5446E-03          1. 1136E-04 primary Compartment Nuclide                         Inventory:
Time (h)          =     24.0036                 Ci                     kg              Atoms       Decay Br-82                                      4.3917E-01        4.0564E-10           2. 9791E+15   1. 6071E+11 Br-83                                      1. 1553E-02       7.3128E-13           5.3059E+12    4.2293E+09 Kr-83m                                     9. 1008E+00       4.4110E-10           3.2004E+15    3. 3321E+12 Kr-85                                      6. 4108E+02       1.6340E-03           1. 1577E+22   2. 3459E+14 Kr-85m                                     1.2386E+02        1.5050E-08           1.0663E+17    4.5333E+13 Kr-87                                      2.0025E-02        7.0696E-13           4. 8935E+12   7.3335E+09 Kr-88                                      3.8895E+01        3. 1019E-09          2.1227E+16    1.4238E+13 1-130                                      1 .0771E+00       5. 5227E-10          2.5584E+15    3. 9419E+11 1-131                                      1. 5134E+02       1.2207E-06           5. 6117E+18   5. 5381E+13 1-132                                      1.2238E+02        1. 1856E-08          5. 4091E+16   4.4803E+13 1-133                                      9.4760E+01        8.3650E-08           3.7876E+17    3. 4678E+13 1-134                                      5. 1319E-06       1. 9237E-16          8.6456E+08    1.8800E+06 1-135                                      1. 5666E+01       4 .4610E-09          1.9900E+16    5.7338E+12 Xe-129m                                    1. 5368E-01       1.2162E-09           5. 6776E+15   5. 6311E+10 Xe-131m                                    2. 3543E+02       2.8107E-06           1.2921E+19    8. 6153E+13 Xe-133                                     3.9541E+04        2.1124E-04           9.5649E+20    1.4470E+16 Xe-133m                                    1 . 1720E+03      2. 6120E-06          1.1827E+19    4.2889E+14 Xe-135                                     1.0794E+04        4.2269E-06           1.8855E+19    3. 9504E+15 Xe-135m                                    5. 4241E+02       5.9545E-09           2. 6562E+16   1.9921E+14 primary Transport Group Inventory:
_-*-   _*,! e*
ij. E
* j*       _.n
* NEDC 05-031 CCN 3C1 Page E-12 of E-32 Aftachment E Time (h) = 24.0036       Atmosphere       Sump Noble gases (atoms)      1.2577E+22  0.OOOOE+00 Elemental I (atoms)      2.9440E+17  0.OOOOE+00 Organic I (atoms)        9.1051E+15  0.0000E+00 Aerosols (kg)            1.2556E-06  0.OOOOE+00 Dose Effective (Ci/cc)   1-131 (Thyroid)          7.4758E-09 Dose Effective (Ci/cc)   1-131 (ICRP2 Thyroid)    8.1017E-09 Total I (Ci)                                      3.8415E+02 primary to Environment Transport Group Inventory:
Pathway Time (h) = 24.0036         Filtered  Transported Noble gases (atoms)      0.0000E+00  7.8346E+19 Elemental I (atoms)      0.OOOOE+00  1.8339E+15 Organic I (atoms)        0.OOOOE+00  5.6720E+13 Aerosols (kg)            0.0000E+00  7.8215E-09 Environment Integral Nuclide Release:
Time (h)     24.0036         Ci            kg         Atoms         Bq Br-82                    2.7357E-03  2.5269E-12   1. 8558E+13 1. 0122E+08 Br-83                    7.1970E-05  4.5557E-15   3. 3054E+10 2.6629E+06 Kr-83m                   5.6696E-02  2.7480E-12   1. 9938E+13 2.0978E+09 Kr-85                    3.9935E+00  1. 0179E-05  7. 2115E+19 1. 4776E+II Kr-85m                   7.7157E-01  9. 3756E-11  6. 6425E+14 2.8548E+10 Kr-87                    1.2476E-04  4.4045E-15   3. 0488E+10 4.6161E+06 Kr-88                    2.4231E-01  1. 9324E-11  1. 3224E+14 8.9653E+09 1-130                    6.709BE-03  3. 4403E-12  1.5937E+13  2.4826E+08 1-131                    9. 4274E-01 7.6043E-09   3. 4957E+16 3. 4882E+10 1-132                    7. 6238E-01 7.3859E-11   3. 3696E+14 2.8208E+10 1-133                    5. 9030E-01 5. 2109E-10  2.3595E+15  2. 1841E+10 1-134                    3. 1975E-08 1. 1986E-18  5.3867E+06  1. 1831E+03 1-135                    9.7594E-02  2.7790E-11   1.2397E+14  3. 6110E+09 Xe-129m                  9.5858E-04  7.5761E-12   3. 5368E+13 3.5467E+07 Xe-131m                  1.4666E+00   1.7509E-08  8.0490E+16  5. 4263E+10 Xe-133                   2 .4631E+02  1.3159E-06  5. 9583E+18 9. 1135E+12 Xe-133m                  7.3008E+00   1. 6271E-08 7 .3673E+16 2.7013E+ll Xe-135                   6. 7242E+01 2.6331E-08   1.1746E+17  2.4880E+12 Xe-135m                  3.3796E+00  3. 7101E-11  1. 6550E+14 1.2505E+ll Environment Transport Group Inventory:
Total      Release Time (h) = 24.0036         Release     Rate/s Noble gases (atoms)      7.8346E+19   6.0452E+18 Elemental I (atoms)      1.8339E+15   1.4150E+14 Organic I (atoms)        5.6719E+13   4.3764E+12 Aerosols (kg)            7.8214E-09   6.0350E-10 Dose Effective (Ci) 1-131 (Thyroid)               1.0484E+00 Dose Effective (Ci) 1-131 (ICRP2 Thyroid)         1.1361E+00 Total I   (Ci)                                    2.3930E+00 primary to Environment Transport Group Inventory:
Pathway Time (h) = 24.0036         Filtered  Transported Noble gases (atoms)      0.OOOOE+00   7,8346E+19 Elemental I (atoms)      0.OOOOE+00   1.8339E+15 Organic I (atoms)        0.OOOOE+00   5.6720E+13 Aerosols (kg)            0.OOOOE+00   7.8215E-09 Environment   to Control Room Transport Group Inventory:

NEDC 05-031 CCN 3C1 Page E-13 of E-32 Attachment E Pathway Time (h) = 24.0036         Filtered    Transported Noble gases (atoms)      0.OOOOE+00    4.9640E+17 Elemental I (atoms)      0.OOOOE+00    1.1620E+13 Organic I (atoms)        0.OOOOE+00    3.5938E+lI Aerosols (kg)            0.OOOOE+00    4.9557E-11 Environment   to Control Room Transport Group Inventory:
Pathway Time  (h)   = 24.0036      Filtered    Transported Noble gases (atoms)      0.OOOOE+00    6.1379E+16 Elemental I (atoms)      0.OOOOE+00    1.4368E+12 Organic I (atoms)        0.OOOOE+00    4.4436E+10 Aerosols (kg)            0.OOOOE+00    6.1277E-12 Control Room to Environment Transport Group Inventory:
Pathway Time   (h)  = 24.0036      Filtered    Transported Noble gases (atoms)      1.0283E+15    0.0000E+00 Elemental I (atoms)      2.4072E+10    0.OOOOE+00 Organic I (atoms)        7.4449E+08    0.OOOOE+00 Aerosols (kg)            1.0266E-13    0.0000E+00 Control Room Compartment Nuclide     Inventory:
Time (h)    = 24.0036         Ci             kg         Atoms      Decay Br-82                    1.9441E-05    1. 7957E-14  1.3188E+lI  6. 6172E+06 Br-83                    5. 1141E-07   3. 2372E-17  2.3488E+08  1. 7413E+05 Kr-83m                   4.0286E-04    1. 9526E-14  1.4167E+lI  1.3719E+08 Kr-85                    2.8379E-02    7.2333E-08   5. 1247E+17 9.6593E+09 Kr-85m                   5.4828E-03    6. 6623E-13  4.7202E+12  1.8665E+09 Kr-87                    8.8646E-07    3. 1295E-17  2.1663E+08  3. 0193E+05 Kr-88                    1.7218E-03    1. 3731E-13  9.3968E+Il  5. 8623E+08 1-130                    4.7682E-05    2. 4448E-14  1. 1325E+lI 1. 6231E+07 1-131                    6.6994E-03    5. 4039E-11  2. 4842E+14 2 .2803E+09 1-132                    5.4173E-03    5. 2482E-13  2 .3944E+12 1. 8446E+09 1-133                    4.1948E-03    3. 7030E-12  1. 6767E+13 1. 4278E+09 1-134                    2.2718E-10    8.5160E-21   3.8272E+04  7 .7403E+01 1-135                     6.9352E-04   1. 9748E-13  8.8092E+II  2.3608E+08 Xe-129m                   6.8119E-06   5. 3838E-14  2.5133E+11  2.3186E+06 Xe-131m                  1.0422E-02    1. 2442E-10  5.7198E+14  3.5473E+09 Xe-133                    1.7504E+00   9. 3512E-09  4.2341E+16  5. 9578E+lI Xe-133m                  5. 1882E-02   1. 1563E-10  5.2354E+14  1.7659E+10 Xe-135                    4.7784E-01   1. 8711E-10  8.3468E+14  1. 6266E+II Xe-135m                  2.4000E-02    2. 6347E-13  1.1753E+12  8.1971E+09 Control Room Transport   Group Inventory:
Time (h) = 24.0036       Atmosphere         Sump Noble gases (atoms)      5.5675E+17    0.0000E+00 Elemental I (atoms)       1.3032E+13   0.OOOOE+00 Organic I (atoms)         4.0306E+II 0.OOOOE+00 Aerosols (kg)             5.5581E-11   0.0000E+00 Dose Effective (Ci/cc)   1-131 (Thyroid)           1.8546E-12 Dose Effective (Ci/cc)   1-131 (ICRP2 Thyroid)     2.0099E-12 Total I (Ci)                                        1.7005E-02 Environment to Control Room Transport Group Inventory:
Pathway Time   (h)  =  24.0036     Filtered    Transported
      -N4.-

NEDC 05-031 CCN 3CI Page E-14 of E-32 Affachment E Noble gases (atoms)    0.OOOOE+00     4. 9640E+17 Elemental I (atoms)    o.OOOOE+00     1. 1620E+13 Organic I (atoms)      o.OOOOE+00     3. 5938E+ll Aerosols (kg)          o.OOOOE+00     4. 9557E-11 Environment to Control Room Transport Group Inventory:
Pathway Time (h) = 24.0036       Filtered     Transported Noble gases (atoms)    0.OOOOE+00     6.1379E+16 Elemental I (atoms)    o.OOOOE+00     1.4368E+12 Organic I (atoms)      0.0000E+00     4.4436E+10 Aerosols (kg)          0.OOOOE+00     6.1277E-12 Control Room to Environment Transport Group Inventory:
Pathway Time (h) = 24.0036       Filtered     Transported Noble gases (atoms)    1.0283E+15     0.OOOOE+00 Elemental I (atoms)    2.4072E+10     0.0000E+00 Organic I (atoms)      7.4449E+08     0.OOOOE+00 Aerosols (kg)          1.0266E-13     o.OOOOE+00 EAB Doses:
Time (h) = 24.0170     Whole Body        Thyroid          TEDE Delta dose (rem)         1.9889E-02      1.4972E+00    6. 5991E-02 Accumulated dose (rem)   2.2630E-02      1.7034E+00    7.5083E-02 LPZ Doses:
Time (h) = 24.0170     Whole Body        Thyroid          TEDE Delta dose (rem)         1.1092E-02      8.3498E-01    3.6803E-02 Accumulated dose (rem)   1.2621E-02      9.4999E-01    4. 1873E-02 Control Room Doses:
Time (h) = 24.0170     Whole Body        Thyroid          TEDE Delta dose (rem)         9.6952E-05      1.5531E-01    4.8794E-03 Accumulated dose (rem)    9. 9165E-05    1. 5886E-01   4.9908E-03 primary Compartment Nuclide Inventory:
Time (h)    = 24.0170        Ci              kg           Atoms       Decay Br-82                  4 .1919E-01     3. 8720E-10   2.8436E+15    9. 0902E+lI Br-83                  1.0987E-02      6. 9550E-13   5.0463E+12    2 .3879E+10 Kr-83m                 8.6453E+00      4 1902E-10    3. 0403E+15   1. 8802E+13 Kr-85                   6. 1208E+02    1. 5601E-03   1. 1053E+22   1. 3271E+15 Kr-85m                  1. 1801E+02    1. 4340E-08   1.0160E+17    2 .5618E+14 Kr-87                   1.8980E-02     6. 7007E-13   4.6382E+12    4 1335E+10 Kr-88                   3 .7015E+01    2. 9519E-09   2. 0201E+16   8.0413E+13 1-130                   1.0276E+00     5. 2690E-10   2.4408E+15    2 .2291E+12 1-131                   1.4449E+02     1. 1655E-06   5. 3577E+18   3. 1328E+14 1-132                   1. 1638E+02    1. 1275E-08   5. 1437E+16   2. 5294E+14 1-133                  9. 0434E+01    7. 9832E-08   3. 6147E+17   1. 9613E+14 1-134                   4.8482E-06     1. 8174E-16   8. 1676E+08   1. 0580E+07 1-135                   1. 4937E+01    4. 2533E-09   1.8973E+16    3 .2413E+13 Xe-129m                 1.4691E-01     1. 1611E-09   5. 4206E+15   3. 1854E 11 Xe-131m                 2.2478E+02     2. 6835E-06   1.2336E+19    4 8736E+14 Xe-133                  3.7750E+04     2. 0167E-04   9. 1317E+20   8. 1851E+16 Xe-133m                 1.1188E+03     2. 4934E-06   1.1290E+19    2. 4260E+15 Xe-135                  1.0296E+04     4. 0318E-06   1.7985E+19    2 .2336E+16 Xe-135m                 4.9942E+02     5. 4826E-09   2.4457E+16    1. 1069E+15 777" ili

NEDC 05-031 CCN 3C1 Page E-15 of E-32 Attachment E primary Transport Group Inventory:
Time (h) = 24.0170        Atmosphere       Sump Noble gases (atoms)       1.2008E+22   0.OOOOE+00 Elemental I (atoms)       2.8105E+17   0.OOOOE+00 Organic I (atoms)         8.6923E+15   0.OOOOE+00 Aerosols (kg)             1.1987E-06   0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid)              7.1370E-09 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid)        7.7337E-09 Total I (Ci)                                        3.6624E+02 primary to Environment Transport Group Inventory:
Pathway Time (h) = 24.0170          Filtered   Transported Noble gases (atoms)       0.OOOOE+00   6.4712E+20 Elemental I (atoms)       0.0000E+00   1.5148E+16 Organic I (atoms)         0.OOOOE+00   4. 6848E+14 Aerosols (kg)             0.OOOOE+00   6.4603E-08 Environment   Integral Nuclide Release:
Time (h) =    24.0170          Ci            kg          Atoms          Bq Br-82                     2. 2591E-02  2.0867E-11   1.5325E+14   8.3587E+08 Br-83                     5. 9239E-04  3.7499E-14   2 .7207E+11  2.1919E+07 Kr-83m                    4. 6619E-01  2.2595E-11   1. 6394E+14  1 .7249E+10 Kr-85                     3 .2985E+01  8.4074E-05   5. 9565E+20  1.2205E+12 Kr-85m                    6. 3611E+00  7.7297E-10   5. 4764E+15  2. 3536E+lI Kr-87                     1. 0238E-03  3. 6143E-14  2. 5018E+II  3.7879E+07 Kr-88                     1. 9955E+00  1. 5914E-10  1. 0891E+15  7.3835E+10 1-130                     5. 5384E-02  2.8397E-11   1. 3155E+14  2.0492E+09 1-131                     7 .7865E+00  6.2807E-08   2. 8873E+17  2.8810E+lI 1-132                     6. 2747E+00  6. 0788E-10  2. 7733E+15  2. 3216E+1l 1-133                     4. 8738E+00  4.3024E-09   1. 9481E+16  1. 8033E+lI 1-134                     2. 6161E-07  9.8068E-18   4. 4073E+07  9.6797E+03 1-135                     8 .0509E-01  2. 2925E-10    S.0226E+15 2. 9788E+10 Xe-129m                   7. 9173E-03  6. 2574E-11  2. 9212E+14  2.9294E+08 Xe-131m                   1 .2113E+01  1.4462E-07   6. 6481E+17  4. 4819E+II Xe-133                    2 .0344E+03  1.0868E-05   4.9211E+19   7. 5271E+13 Xe-133m                    6.0293E+01  1.3437E-07   6. 0843E+17  2.2309E+12 Xe-135                    5.5492E+02   2. 1730E-07  9. 6934E+17  2.0532E+13 Xe-135m                   2 .7035E+01  2. 9679E-10  1.3239E+15   1. 0003E+12 Environment Transport Group Inventory:
Total       Release Time  (h) =   24.0170       Release      Rate/s Noble gases (atoms)        6.4712E+20  1.0574E+19 Elemental I (atoms)        1.5146E+16  2.4748E+14 Organic I (atoms)          4.6844E+14  7.6542E+12 Aerosols (kg)              6.4596E-08  1.0555E-09 Dose Effective (Ci)    1-131 (Thyroid)               8.6584E+00 Dose Effective (Ci)    1-131 (ICRP2 Thyroid)         9.3825E+00 Total I    (Ci)                                      1.9740E+01 primary to Environment Transport Group Inventory:
Pathway Time (h) = 24.0170          Filtered   Transported Noble gases (atoms)        0.OOOOE+00   6.4712E+20 Elemental I (atoms)        0.OOOOE+00   1.5148E+16 Organic I (atoms)          0.OOOOE+00   4. 6848E+14 Aerosols (kg)              0.OOOOE+00   6.4603E-08

NEDC 05-031 CCN 3C1 Page E-1 6 of E-32 Attachment E Environment to Control Room Transport Group Inventory:
Pathway Time (h) = 24.0170       Filtered     Transported Noble gases (atoms)     0.OOOOE+00    4.1002E+18 Elemental I (atoms)     0.0000E+00    9.5976E+13 Organic I (atoms)       0.OOOOE+00    2.9683E+12 Aerosols (kg)           0.OOOOE+00    4.0933E-10 Environment  to Control Room Transport Group Inventory:
Pathway Time (h) = 24.0170       Filtered     Transported Noble gases (atoms)     0.0000E+00    5.0698E+17 Elemental I (atoms)     0.OOOOE+00    1.1867E+13 Organic I (atoms)       0.0000E+00    3.6703E+11 Aerosols (kg)           0.OOOOE+00    5.0612E-11 Control Room to Environment Transport Group Inventory:
Pathway Time (h) = 24.0170        Filtered    Transported Noble gases (atoms)     5.4130E+16    0.OOOOE+00 Elemental I (atoms)     1.2671E+12    0.OOOOE+00 Organic I (atoms)       3.9187E+10    0.OOOOE+00 Aerosols (kg)           5.4039E-12    0.OOOOE+00 Control Room Compartment Nuclide    Inventory:
Time (h) =   24.0170        Ci             kg          Atoms      Decay Br-82                   1.5894E-04    1.4681E-13   1.0782E+12  2.9035E+08 Br-83                   4.1660E-06    2. 6371E-16  1.9133E+09  7.6243E+06 Kr-83m                  3.2779E-03    1.5888E-13   1.1527E+12  6.0027E+09 Kr-85                   2. 3208E-01   5. 9153E-07  4.1909E+18  4.2389E+11 Kr-85m                  4 .4744E-02   5. 4370E-12  3. 8521E+13 8.1813E+10 Kr-87                   7. 1965E-06   2. 5406E-16  1 .7586E+09 1. 3194E+07 Kr-88                   1. 4035E-02   1.1193E-12   7. 6594E+12 2. 5677E+10 1-130                   3. 8964E-04   1.9978E-13   9. 2546E+11 7.1195E+08 1-131                   5. 4784E-02   4.4190E-10   2. 0314E+15 1.0007E+11 1-132                   4 4125E-02    4. 2748E-12  1. 9503E+13 8.0762E+10 1-133                   3. 4289E-02   3. 0269E-11  1 .3706E+14 6. 2643E+10 1-134                   1. 8382E-09   6.8908E-20   3. 0968E+05 3.3759E+03 1-135                   5.6635E-03    1. 6127E-12  7. 1939E+12 1. 0352E+10 Xe-129m                 5.5704E-05    4.4026E-13   2. 0553E+12 1.0175E+08 Xe-131m                 8.5226E-02    1. 0175E-09  4 6774E+15  1.5567E+11 Xe-133                  1. 4313E+01   7.6467E-08   3. 4624E+17 2. 6144E+13 Xe-133m                 4.2420E-01    9. 4539E-10  4 2807E+15  7.7488E+11 Xe-135                  3.9039E+00    1.5287E-09   6.8193E+15  7. 1338E+12 Xe-135m                 1.8935E-01    2.0787E-12   9.2726E+12  3. 5234E+II Control Room Transport  Group Inventory:
Time (h) = 24.0170      Atmosphere        Sump Noble gases (atoms)     4.5530E+18    0.OOOOE+00 Elemental I (atoms)     1.0656E+14    0.OOOOE+00 Organic I (atoms)       3.2958E+12    0.OOOOE+00 Aerosols (kg)           4.5448E-10    0.OOOOE+00 Dose Effective (Ci/cc)  1-131 (Thyroid)            1.5165E-11 Dose Effective (Ci/cc)  1-131 (ICRP2 Thyroid)      1. 6433E-11 Total I (Ci)                                       1.3886E-01 Environment to Control Room Transport Group Inventory:
  -~

NEDC 05-031 CCN 3C1 Page E-17 of E-32 Attachment E Pathway Time (h) = 24.0170        Filtered    Transported Noble gases (atoms)     0.0000E+00    4.1002E+18 Elemental I (atoms)     0.OOOOE+00    9.5976E+13 Organic I (atoms)       0.OOOOE+00    2.9683E+12 Aerosols (kg)           0.OOOOE+00    4.0933E-10 Environment to Control Room Transport Group Inventory:
Pathway Time (h) = 24.0170        Filtered    Transported Noble gases (atoms)     0.OOOOE+00    5.0698E+17 Elemental I (atoms)     0.OOOOE+00    1.1867E+13 Organic I (atoms)       0.OOOOE+00    3.6703E+II Aerosols (kg)           0.0000E+00    5.0612E-11 Control Room to Environment Transport Group Inventory:
Pathway Time   (h)    = 24.0170   Filtered    Transported Noble gases (atoms)     5.4130E+16    0.0000E+00 Elemental I (atoms)     1.2671E+12    0.OOOOE+00 Organic I (atoms)       3.9187E+10    0.OOOOE+00 Aerosols (kg)           5.4039E-12    0.0000E+00 EAB Doses:
Time (h) = 26.0000      Whole Body      Thyroid         TEDE Delta dose (rem)          4.0475E-01    3.1513E+01   1.3748E+00 Accumulated dose (rem)    4.2738E-01    3.3217E+01   1.4499E+00 LPZ Doses:
Time (h) = 26.0000      Whole Body      Thyroid         TEDE Delta dose (rem)          2. 2573E-01   1.7575E+01   7. 6671E-01 Accumulated dose (rem)    2. 3835E-01   1.8525E+01   8. 0858E-01 Control Room Doses:
Time (h) = 26.0000      Whole Body      Thyroid         TEDE Delta dose (rem)          9.1939E-02    8.3593E+01   2. 6631E+00 Accumulated dose (rem)    9.2038E-02    8.3752E+01   2. 6681E+00 primary Compartment Nuclide Inventory:
Time (h)      = 26.0000      Ci             kg          Atoms        Decay Br-82                   4. 2782E-04   3. 9516E-13  2. 9021E+12   1. 4354E+13 Br-83                   6. 5596E-06   4.1522E-16   3. 0127E+09   3. 5072E+II Kr-83m                  4  .3331E-03  2.1002E-13   1. 5238E+12   2 . 7001E+14 Kr-85                   6. 4947E-01   1.6554E-06   1. 1728E+19   2. 1071E+16 Kr-85m                  9. 2134E-02   1.1196E-I1   7. 9319E+13   3.8990E+15 Kr-87                   6. 8334E-06   2.4124E-16   1. 6699E+09   5. 6967E+II Kr-88                   2. 4207E-02   1. 9305E-12  1. 3211E+13   1. 1953E+15 1-130                   9. 7565E-04   5. 0025E-13  2. 3174E+12   3. 4847E+13 1-131                   1. 5223E-01   1.2279E-09   5. 6447E+15   4. 9692E+15 1-132                   6.7933E-02    6. 5813E-12  3. 0025E+13   3. 7043E+15 1-133                   8.9822E-02    7. 9292E-11  3. 5903E+14   3.0853E+15 T-134                  1.N725F.-Oq   4. 0205E-2n  1 .Rn6q9+o.9  1.3765F.+0R 1-135                  1.2874E-02    3. 6658E-12  1. 6353E+13   4. 9999E+14 Xe-129m                 1.5478E-04     1. 2233E-12 5. 7107E+12   5. 0526E+12 Xe-131m                 2. 3737E-01   2. 8339E-09  1. 3028E+16   7 .7329E+15 Xe-133                  3. 9635E+01   2 1174E-07   9. 587 6E+17  1.2977E+18 Xe-133m                 1. 1565E+00   2. 5775E-09  1.1671E+16    3. 8378E+16 IsX'

NEDC 05-031 CCN 3C1 Page E-18 of E-32 Aftachment E Xe-135                   9.4070E+00   3.6837E-09   1.6432E+16    3. 4743E+17 Xe-135m                  4.6803E-03   5.1380E-14   2.2920E+ll    1.0084E+16 primary Transport Group Inventory:
Time (h) =   26.0000     Atmosphere       Sump Noble gases (atoms)      1.2728E+19   0.0000E+00 Elemental I (atoms)      2.9368E+14   0.0000E+00 Organic I (atoms)        9.0829E+12   0.OOOOE+00 Aerosols (kg)            1.2524E-09   0.0000E+00 Dose Effective (Ci/cc) 1-131 (Thyroid)             7.4 607E-12 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid)       7.9850E-12 Total I (Ci)                                       3. 2286E-01 primary to Environment Transport Group Inventory:
Pathway Time (h) = 26.0000         Filtered   Transported Noble gases (atoms)      0.OOOOE+00   1.2634E+22 Elemental I (atoms)      0.OOOOE+00   2.9518E+17 Organic I (atoms)        0.OOOOE+00   9.1293E+15 Aerosols (kg)            0.OOOOE+00   1.2589E-06 Environment Integral Nuclide Release:
Time (h) =    26.0000         Ci            kg          Atoms           Bq Br-82                    4.3856E-01   4. 0508E-10  2.9750E+15     1. 6227E+10 Br-83                    1.0568E-02   6. 6896E-13  4.8537E+12     3. 9102E+08 Kr-83m                   8.0995E+00   3. 9257E-10  2. 8483E+15    2. 9968E+II Kr-85                    6.4442E+02   1.6425E-03    1. 1637E+22   2. 3844E+13 Kr-85m                   1. 1830E+02  1.4375E-08    1.0185E+17    4. 3772E+12 Kr-87                    1.6943E-02   5. 9816E-13   4.1405E+12    6.2690E+08 Kr-88                    3. 6101E+01  2.8790E-09    1. 9702E+16   1.3357E+12 1-130                    1.0626E+00   5. 4485E-10  2. 5240E+15    3. 9318E+10 1-131                    1. 5195E+02  1.2256E-06    5. 6342E+18   5. 6220E+12 1-132                    1.1155E+02   1.0807E-08    4. 9305E+16   4. 1275E+12 1-133                    9. 4197E+01  8.3153E-08    3.7651E+17    3. 4853E+12 1-134                    4. 0433E-06  1. 5157E-16   6. 8116E+08   1.4960E+05 1-135                    1. 5209E+01  4.3308E-09    1. 9319E+16   5. 6274E+Il Xe-129m                  1. 5450E-01  1.2211E-09    5. 7003E+15   5.7163E+09 Xe-131m                  2 .3647E+02  2.8231E-06    1. 2 978E+19  8.74 92E+12 Xe-133                   3.9676E+04   2.1196E-04    9.5976E+20    1. 4680E+15 Xe-133m                  1 1729E+03   2. 6140E-06   1. 1836E+19   4. 3398E+13 Xe-135                   1. 0586E+04  4. 1455E-06   1. 8492E+19   3. 9170E+14 Xe-135m                  2. 6954E+02  2.9589E-09    1. 3199E+16   9. 9729E+12 Environment Transport Group Inventory:
Total       Release Time (h) = 26.0000         Release      Rate/s Noble gases (atoms)      1.2640E+22   1.7556E+18 Elemental I (atoms)      2.9512E+17   4.0988E+13 Organic I (atoms)        9.1273E+15   1.2677E+12 Aerosols (kg)            1.2586E-06   1.7481E-10 Dose Effective (Ci)   1-131 (Thyroid)               1.6873E+02 Dose Effective (Ci)   1-131 (ICRP2 Thyroid)         1.8241E+02 Total I    (Ci)                                     3.7291E+02 primary to Environment Transport Group Inventory:
Pathway Time (h) = 26.0000         Filtered   Transported Noble gases (atoms)       0.OOOOE+00   1.2634E+22 Elemental I (atoms)       0.OOOOE+00  2.9518E+17

NEDC 05-031 CCN 3C1 Page E-19 of E-32 Attachment E Organic I (atoms)       O.0000E+00     9. 1293E+15 Aerosols (kg)           O.OOOOE+00     1.2589E-06 Environment to Control Room Transport Group Inventory:
Pathway Time (h) = 26.0000        Filtered     Transported Noble gases (atoms)     0.OOOOE+00     2.3128E+19 Elemental I (atoms)     3.9563E+14     1. 4487E+14 Organic I (atoms)       1.2236E+13     4.4806E+12 Aerosols (kg)           1.6873E-09     6.1787E-10 Environment to Control Room Transport Group Inventory:
Pathway Time (h) = 26.0000        Filtered     Transported Noble gases (atoms)     0.OOOOE+00     9.9033E+18 Elemental I (atoms)     0.OOOOE+00     2.3138E+14 Organic I (atoms)       0.OOOOE+00     7.1562E+12 Aerosols (kg)           0.OOOOE+00     9.8682E-10 Control Room to Environment Transport Group Inventory:
Pathway Time (h) = 26.0000        Filtered     Transported Noble gases (atoms)     1.9304E+19     0.OOOOE+00 Elemental I (atoms)     2.2238E+14      0.OOOOE+00 Organic I (atoms)       6.8776E+12      0.OOOOE+00 Aerosols (kg)           9.4837E-10      0.OOOOE+00 Control Room Compartment Nuclide     Inventory:
Time (h) =    26.0000        Ci               kg         Atoms       Decay Br-82                   2.1927E-04      2. 0254E-13  1.4874E+12  8. 5489E+10 Br-83                   3.3621E-06      2. 1282E-16  1.5441E+09  1.7696E+09 Kr-83m                   4.6649E-03     2. 2610E-13  1. 6405E+12 2. 6103E+12 Kr-85                   6. 9954E-01    1 .7830E-06  1.2632E+19  2. 5846E+14 Kr-85m                  9.9238E-02     1. 2059E-1I  8. 5435E+13 4. 3235E+13 Kr-87                   7.3602E-06     2. 5984E-16  1.7986E+09  5. 0063E+09 Kr-88                   2.6073E-02     2. 0793E-12  1. 4229E+13 1. 2532E+13 1-130                   5.0006E-04     2. 5640E-13  1. 1877E+12 2 .0276E+lI 1-131                   7.8023E-02     6. 2934E-10  2.8931E+15  2 . 9902E+13 1-132                   3. 4818E-02    3. 3732E-12  1.5389E+13  1. 8567E+13 1-133                   4.6038E-02     4. 0640E-11  1.8402E+14  1.8214E+13 1-134                   5. 4972E-10    2.0607E-20   9.2609E+04  5.3204E+05 1-135                   6.5984E-03     1.8789E-12   8.3814E+12  2. 8213E+12 Xe-129m                 1. 6671E-04    1. 3176E-12  6. 1510E+12 6. 1827E+10 Xe-131m                 2. 5567E-01    3.0523E-09   1. 4032E+16 9. 4700E+13 Xe-133                  4.2690E+01     2.2807E-07   1.0327E+18  1.5861E+16 Xe-133m                 1.2457E+00     2.7762E-09   1.2570E+16  4. 6663E+14 Xe-135                  1.0131E+01     3.9673E-09   1.7697E+16  4.0550E+15 Xe-135m                 3.7788E-03     4. 1483E-14  1.8505E+ll  3. 9078E+13 Control Room Transport  Group Inventory:
Time (h) = 26.0000      Atmosphere          Sump Noble gases (atoms)     1.3710E+19     0.OOOOE+00 Elemental I (atoms)     1.5052E+14     0.OOOOE+00 Organic I (atoms)       4.6554E+12     0.OOOOE+00 Aerosols (kg)            6.4191E-1      0.OOOOE+00 Dose Effective (Ci/cc)   1-131 (Thyroid)            2. 1430E-11 Dose Effective (Ci/cc)   1-131 (ICRP2 Thyroid)      2.2936E-lI Total I (Ci)                                         1.6548E-01

NEDC 05-031 CCN 3C1 Page E-20 of E-32 Attachment E Environment to Control  Room Transport Group Inventory:
Pathway Time (h) = 26.0000       Filtered     Transported Noble gases (atoms)     0.OOOOE+00    2.3128E+19 Elemental I (atoms)     3.9563E+14    1. 4487E+14 Organic I (atoms)       1.2236E+13    4.4806E+12 Aerosols (kg)           1.6873E-09    6.1787E-10 Environment to Control Room Transport Group Inventory:
Pathway Time (h) = 26.0000        Filtered    Transported Noble gases (atoms)     0.OOOOE+00    9.9033E+18 Elemental I (atoms)     0.OOOOE+00    2.3138E+14 Organic I (atoms)       0.OOOOE+00    7.1562E+12 Aerosols (kg)           0.OOOOE+00    9.8682E-10 Control Room to Environment Transport Group Inventory:
Pathway Time (h) = 26.0000        Filtered    Transported Noble gases (atoms)     1. 9304E+19   0.OOOOE+00 Elemental I (atoms)     2 .2238E+14   0.OOOOE+00 Organic I (atoms)       6.877 6E+12   0.OOOOE+00 Aerosols (kg)           9. 4837E-10   0.OOOOE+00 EAB Doses:
Time (h) =    32.0000   Whole Body      Thyroid         TEDE Delta dose (rem)          0.OOOOE+00    0.OOOOE+00   0.OOOOE+00 Accumulated dose (rem)    4. 2738E-01   3.3217E+01   1.4499E+00 LPZ Doses:
Time (h) = 32.0000      Whole Body      Thyroid         TEDE Delta dose (rem)         2.0406E-04    1.8394E-02   7.6905E-04 Accumulated dose (rem)    2.3855E-01    1.8543E+01   8. 0935E-01 Control Room Doses:
Time (h) = 32.0000      Whole Body      Thyroid         TEDE Delta dose (rem)         5.3360E-02    5.3874E+01   1.7067E+00 Accumulated dose (rem)    1.4540E-01    1.3763E+02   4.3748E+00 primary Compartment Nuclide Inventory:
Time (h) =   32.0000        Ci             kg          Atoms       Decay Kr-85                  6. 5058E-10   1. 6582E-15  1.1748E+10    2. 1092E+16 Kr-85m                 3. 6477E-11   4 4325E-21   3.1403E+04    3. 9019E+15 1-131                  1.4924E-10    1. 2038E-18  5.5340E+06    4.9741E+15 1-133                  7. 3674E-11   6. 5036E-20  2.9448E+05    3. 0882E+15 Xe-131m                2. 3437E-10   2 .7981E-18  1.2863E+07    7 .7406E+15 Xe-133                 3.8453E-08    2. 0543E-16  9.3017E+08    1. 2989E+18 Xe-133m                1.0705E-09    2. 3858E-18  1.0803E+07    3.8415E+16 Xe-135                 5.9672E-09    2. 3367E-18  1.0424E+07    3. 4773E+17 primary Transport Group Inventory:
Time (h) =   32.0000   Atmosphere         Sump Noble gases (atoms)    1.2713E+10    0.OOOOE+00 Elemental I (atoms)    2.8355E+05    0.OOOOE+00 Organic I (atoms)      8.7696E+03    0.OOOOE+00 Aerosols (kg)           1.2090E-18   0.OOOOE+00
                 . 7n,

NEDC 05-031 CCN 3C1 Page E-21 of E-32 Attachment E Dose Effective    (Ci/cc) 1-131   (Thyroid)           7.1860E-21 Dose Effective    (Ci/cc) 1-131   (ICRP2 Thyroid)     7.5476E-21 Total I (Ci)                                          2.4095E-10 primary to Environment Transport Group Inventory:
Pathway Time (h) = 32.0000          Filtered    Transported Noble gases (atoms)       0.0000E+00     1.2647E+22 Elemental I (atoms)       0.OOOOE+00    2.9547E+17 Organic I (atoms)         0.OOOOE+00     9.1384E+15 Aerosols (kg)             0.0000E+00     1.2602E-06 Environment Integral Nuclide Release:
Time (h)  =   32.0000          Ci             kg          Atoms          Bq Br-82                     4 .3898E-01    4.0548E-10   2. 9778E+15 1. 6242E+10 Br-83                     1. 0574E-02    6. 6933E-13  4. 8564E+12 3. 9124E+08 Kr-83m                    8 1033E+00     3. 9275E-10  2. 8497E+15 2.9982E+II Kr-85                     6. 4507E+02    1.6442E-03   1. 1649E+22 2. 3868E+13 Kr-85m                    1. 1839E+02    1.4386E-08   1. 0192E+17 4.3804E+12 Kr-87                     1. 6949E-02    5. 9837E-13  4. 1419E+12 6.2712E+08 Kr-88                     3.6123E+01     2.8808E-09   1. 9714E+16 1 .3366E+12 1-130                     1.0636E+00     5. 4534E-10  2 .5263E+15 3. 9353E+10 1-131                     1.5210E+02     1.2268E-06   5. 6399E+18 5. 6276E+12 1-132                     1. 1162E+02    1. 0813E-08  4.9332E+16  4. 1298E+12 1-133                     9.4286E+01     8. 3232E-08  3.7687E+17  3. 4886E+12 1-134                     4.0441E-06     1. 5160E-16  6.8130E+08  1.4963E+05 1-135                     1.5222E+01     4. 3344E-09  1.9335E+16  5. 6320E+lI Xe-129m                   1.5465E-01     1. 2223E-09  5.7060E+15  5. 7221E+09 Xe-131m                   2.3670E+02     2. 8259E-06  1.2991E+19  8. 7580E+12 Xe-133                    3. 9715E+04    2. 1218E-04  9. 6071E+20 1. 4695E+15 Xe-133m                   1. 1741E+03    2. 6166E-06  1.1848E+19  4. 3441E+13 Xe-135                    1.0596E+04     4 1490E-06   1. 8508E+19 3. 9203E+14 Xe-135m                   2.6954E+02     2. 9590E-09  1.3200E+16  9. 9730E+12 Environment Transport Group Inventory:
Total         Release Time (h) = 32.0000          Release        Rate/s Noble gases (atoms)       1.2653E+22     4.3934E+17 Elemental I (atoms)       2.9541E+17     1.0257E+13 Organic I (atoms)         9.1363E+15     3.1723E+II Aerosols (kg)             1.2599E-06     4.3745E-11 Dose Effective (Ci) 1-131 (Thyroid)                  1.6890E+02 Dose Effective (Ci) 1-131 (ICRP2 Thyroid)            1.8259E+02 Total I    (Ci)                                       3.7322E+02 primary to Environment Transport Group Inventory:
Pathway Time (h) = 32.0000          Filtered     Transported Noble gases (atoms)       0.OOOOE+00     1.2647E+22 Elemental I (atoms)       0.OOOOE+00     2.9547E+17 Organic I (atoms)         0.OOOOE+00     9.1384E+15 Aerosols (kg)             0.OOOOE+00     1.2602E-06 Environment to Control Room Transport Group Inventory:
Pathway Time (h) = 32.0000          Filtered     Transported Noble gases (atoms)       0.OOOOE+00     2.3144E+19 Elemental I (atoms)      3.9595E+14     1.4491E+14

NEDC 05-031 CCN 3C1 Page E-22 of E-32 Aftachment E Organic I (atoms)       1.2246E+13   4.4818E+12 Aerosols (kg)           1.6887E-09   6. 1804E-10 Environment to Control Room Transport Group Inventory:
Pathway Time (h) = 32.0000        Filtered   Transported Noble gases (atoms)     0.OOOOE+00   9.9111E+18 Elemental I (atoms)     0.OOOOE+00   2.3156E+14 Organic I (atoms)       0.OOOOE+00   7.1618E+12 Aerosols (kg)           0.OOOOE+00   9.8758E-I0 Control Room to Environment Transport Group Inventory:
Pathway Time (h) = 32.0000        Filtered   Transported Noble gases (atoms)     3.2389E+19   0.OOOOE+00 Elemental I (atoms)     3.6461E+14   0.OOOOE+00 Organic I (atoms)       1.1277E+13   0.OOOOE+00 Aerosols (kg)           1.5549E-09   0.OOOOE+00 Control Room Compartment Nuclide Inventory:
Time (h)  =   32.0000       Ci             kg         Atoms      Decay Br-82                   9.0574E-06   8. 3661E-15  6. 1441E+10 1. 3692E+ll Br-83                   2.7420E-08   1. 7357E-18  1.2594E+07  2 .3102E+09 Kr-83m                  2.2394E-05   1. 0854E-15  7.8752E+09  3 .2883E+12 Kr-85                   3. 2517E-02  8. 2881E-08  5. 8720E+17 4 .2797E+14 Kr-85m                  1.8232E-03   2. 2154E-13  1. 5696E+12 6.2241E+13 Kr-87                   1.2998E-08   4. 5888E-19  3.1764E+06  5. 9100E+09 Kr-88                   2.8024E-04   2. 2349E-14  1.5294E+II  1. 6969E+13 1-130                   1.6599E-05   8.5108E-15   3. 9425E+10 3. 1345E+II 1-131                   3.5485E-03   2.8623E-11   1.3158E+14  4 .8692E+13 1-132                   2.6528E-04   2. 5700E-14  1.1725E+ll  2. 4090E+13 1-133                   1.7517E-03   1.5463E-12   7.0017E+12  2.8778E+13 1-135                   1.6344E-04   4. 6541E-14  2.0761E+lI  4.1780E+12 Xe-129m                 7.5835E-06   5. 9936E-14  2 .7980E+ll 1.0198E+ll Xe-131m                 1. 1713E-02  1. 3984E-10  6. 4287E+14 1.5641E+14 Xe-133                  1. 9218E+00  1.0267E-08   4. 6489E+16 2. 6114E+16 Xe-133m                 5.3501E-02   1. 1923E-10  5. 3988E+14 7. 6199E+14 Xe-135                  2. 9813E-01   1.1674E-10  5.2077E+14  6.2299E+15 Xe-135m                 2. 9132E-05  3. 1980E-16  1.4266E+09  3. 9395E+13 Control Room Transport  Group Inventory:
Time (h) =    32.0000   Atmosphere        Sump Noble gases (atoms)     6.3539E+17   0.OOOOE+00 Elemental I (atoms)      6.7419E+12  0.OOOOE+00 Organic I (atoms)       2.0851E+ll    0.OOOOE+00 Aerosols (kg)           2.8745E-11    0.OOOOE+00 Dose Effective (Ci/cc)  1-131 (Thyroid)           9.5752E-13 Dose Effective (Ci/cc)   1-131 (ICRP2 Thyroid)    1.0057E-12 Total I (Ci)                                      5.7289E-03 Environment to Control Room Transport Group Inventory:
Pathway Time (h) = 32.0000        Filtered   Transported Noble gases (atoms)      0.0000E+00   ?.1144F+19 Elemental I (atoms)      3.9595E+14   1.4491E+14 Organic I (atoms)        1.2246E+13   4.4818E+12 Aerosols (kg)            1.6887E-09   6.1804E-10 Environment to Control Room Transport Group Inventory:
i?~~  ~

NEDC 05-031 CCN 3Cl Page E-23 of E-32 Attachment E Pathway Time (h) = 32.0000       Filtered     Transported Noble gases (atoms)    0.0000E+00     9.9111E+18 Elemental I (atoms)    0.OOOOE+00     2.3156E+14 Organic I (atoms)      o.OOOOE+00     7.1618E+12 Aerosols (kg)          0.OOOOE+00     9.8758E-10 Control Room to Environment Transport Group Inventory:
Pathway Time (h) = 32.0000       Filtered     Transported Noble gases (atoms)    3.2389E+19     0.OOOOE+00 Elemental I (atoms)    3.6461E+14     0.OOOOE+00 Organic I (atoms)      1.1277E+13     0.0000E+00 Aerosols (kg)          1.5549E-09     0.OOOOE+00 EAB Doses:
Time (h) = 48.0000     Whole Body      Thyroid          TEDE Delta dose (rem)         0.0000E+00     0.OOOOE+00  0.OOOOE+00 Accumulated dose (rem)   4. 2738E-01    3.3217E+01  1.4499E+00 LPZ Doses:
Time (h) = 48.0000     Whole Body       Thyroid         TEDE Delta dose (rem)         3. 7490E-14    2.2939E-12   1. 0774E-13 Accumulated dose (rem)   2.3855E-01     1.8543E+01   8. 0935E-01 Control Room Doses:
Time (h) = 48.0000     Whole Body       Thyroid         TEDE Delta dose (rem)         1.9301E-03     2.5239E+00   7. 9199E-02 Accumulated dose (rem)   1.4733E-01     1.4015E+02   4.4540E+00 primary Compartment Nuclide    Inventory:
Time  (h) =   48.0000       Ci              kg          Atoms       Decay primary Transport Group Inventory:
Time (h) = 48.0000     Atmosphere          Sump Noble gases (atoms)     1.2684E-14    0.0000E+00 Elemental I (atoms)     2.6322E-19    0.OOOOE+00 Organic I (atoms)       8.1409E-21    0.OOOOE+00 Aerosols (kg)           1.1220E-42    0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid)             6.6113E-45 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid)       6.8092E-45 Total I (Ci)                                       1.8638E-34 primary to Environment Transport Group Inventory:
Pathway Time (h) = 48.0000       Filtered     Transported Noble gases (atoms)     0.OOOOE+00    1.2647E+22 Elemental I (atoms)     0.OOOOE+00    2. 9547E+17 Organic I (atoms)       0.OOOOE+00    9.1384E+15 Aerosols (kg)           0.OOOOE+00    1.2602E-06 Environment Integral Nuclide Release:
Time (h)  =   48.0000       Ci              kg          Atoms          Bq Br-82                   4.3898E-01    4.0548E-10   2.9778E+15    1. 6242E+10 Br-83                   1.0574E-02    6.6933E-13   4.8564E+12    3. 9124E+08

NEDC 05-031 CCN 3CI Page E-24 of E-32 Attachment Kr-83m                   8. 1033E+00  3. 9275E-10  2. 8497E+15 2. 9982E+II Kr-85                    6.4507E+02   1.6442E-03   1. 1649E+22 2 .3868E+13 Kr-85m                   1. 1839E+02  1.4386E-08   1.0192E+17  4. 3804E+12 Kr-87                    1.6949E-02   5. 9837E-13  4. 1419E+12 6.2712E+08 Kr-88                    3. 6123E+01  2. 8808E-09  1. 9714E+16 1.3366E+12 1-130                    1.0636E+00   5. 4534E-10  2 .5263E+15 3. 9353E+10 1-131                    1.5210E+02   1.2268E-06   5. 6399E+18 5. 6276E+12 1-132                    1.1162E+02   1. 0813E-08  4. 9332E+16 4. 1298E+12 1-133                    9.4286E+01   8. 3232E-08  3.7687E+17  3. 4886E+12 1-134                    4.0441E-06   1. 5160E-16  6. 8130E+08 1. 4963E+05 1-135                    1. 5222E+01  4. 3344E-09  1.9335E+16  5. 6320E+11 Xe-129m                  1.5465E-01   1. 2223E-09  5.7060E+15  5 7221E+09 Xe-131m                  2.3670E+02   2. 8259E-06  1.2991E+19  8 .7580E+12 Xe-133                   3. 9715E+04  2. 1218E-04  9. 6071E+20 1.4695E+15 Xe-133m                  1.1741E+03   2 6166E-06   1.1848E+19  4. 3441E+13 Xe-135                   1.0596E+04   4 1490E-06   1.8508E+19  3. 9203E+14 Xe-135m                  2.6954E+02   2. 9590E-09  1.3200E+16  9. 9730E+12 Environment Transport Group Inventory:
Total      Relea se Time (h) = 48.0000         Release      Rate/ s Noble gases (atoms)      1.2653E+22   1.4645 E+17 Elemental I (atoms)      2.9541E+17   3.4191 E+12 Organic I (atoms)        9.1363E+15   1.0574 E+II Aerosols (kg)            1.2599E-06   1.4582 E-11 Dose Effective (Ci) 1-131 (Thyroid)                1.6890E+02 Dose Effective (Ci) 1-131 (ICRP2 Thyroid)          1.8259E+02 Total I   (Ci)                                     3.7322E+02 primary to Environment Transport Group Inventory:
Pathway Time (h) = 48.0000         Filtered   Transported Noble gases (atoms)      0.OOOOE+00   1.2647E+22 Elemental I (atoms)      0.OOOOE+00   2.9547E+17 Organic I (atoms)        0.OOOOE+00   9.1384E+15 Aerosols (kg)             0.OOOOE+00   1.2602E-06 Environment to Control Room Transport Group Inventory:
Pathway Time (h) = 48.0000          Filtered  Transported Noble gases (atoms)       0.OOOOE+00  2. 3144E+19 Elemental I (atoms)       3. 9595E+14  1.4491E+14 Organic I (atoms)         1.2246E+13   4.4818E+12 Aerosols (kg)             1.6887E-09   6.1804E-10 Environment   to Control Room Transport Group Inventory:
Pathway Time (h) = 48.0000          Filtered  Transported Noble gases (atoms)       0.OOOOE+00   9.9111E+18 Elemental I (atoms)       0.OOOOE+00   2.3156E+14 Organic I (atoms)         0.OOOOE+00   7.1618E+12 Aerosols (kg)             0.OOOOE+00   9.8758E-10 Control Room to Environment Transport Cr'up Inventory:
Pathway Time (h) = 48.0000          Filtered  Transported Noble gases (atoms)       3.3024E+19   0.OOOOE+00 Elemental I (atoms)       3.7128E+14   0.OOOOE+00

NEDC 05-031 CCN 3C1 Page E-25 of E-32 Attachment E Organic I (atoms)      1.1483E+13   0.OOOOE+00 Aerosols (kg)          1.5833E-09   0.OOOOE+00 Control Room Compartment Nuclide Inventory:
Time (h)   =  48.0000       Ci           kg          Atoms       Decay Br-82                  1.8382E-09   1. 6979E-18  1.2470E+07   1.3910E+ll Kr-85                  9.0344E-06   2. 3027E-11  1. 6315E+14  4. 3607E+14 Kr-85m                 4.2615E-08   5. 1783E-18  3.6688E+07   6.2593E+13 Kr-88                  1. 5683E-09  1. 2507E-19  8.5591E+05   1.7017E+13 1-130                  1. 8804E-09  9. 6412E-19  4.4662E+06   3. 1720E+ll 1-131                  9. 3095E-07  7.5092E-15   3. 4520E+10  4. 9570E+13 1-132                  5. 9350E-10  5.7498E-20   2.6232E+05   2. 4133E+13 1-133                  2. 8559E-07  2.5211E-16   1.1415E+09   2.9189E+13 1-135                  8. 4830E-09  2. 4155E-18  1.0775E+07   4.2121E+12 Xe-129m                1. 9890E-09  1. 5720E-17  7.3385E+07   1.0386E+ll Xe-131m                3. 1313E-06  3. 7383E-14  1.7185E+1I   1.5931E+14 Xe-133                 4 .9015E-04  2. 6186E-12  1. 1857E+13  2.6588E+16 Xe-133m                1.2038E-05   2. 6828E-14  1.2148E+1I   7. 7499E+14 Xe-135                 2.4469E-05   9. 5819E-15  4. 2743E+I10 6.2949E+15 Xe-135m                3.9371E-09   4. 3221E-20  1.9280E+05   3. 9400E+13 Control Room Transport Group Inventory:
Time (h) = 48.0000     Atmosphere       Sump Noble gases (atoms)    1.7534E+14   0.OOOOE+00 Elemental I (atoms)    1.7310E+09   0.OOOOE+00 Organic I (atoms)      5.3535E+07   0.OOOOE+00 Aerosols (kg)          7.3781E-15   0.0000E+00 Dose Effective (Ci/cc) 1-131 (Thyroid)           2. 4365E-16 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid)     2.5094E-16 Total I (Ci)                                     1.2256E-06 Environment to Control Room Transport Group Inventory:
Pathway Time (h) = 48.0000       Filtered   Transported Noble gases (atoms)    0.OOOOE+00   2.3144E+19 Elemental I (atoms)     3.9595E+14  1.4491E+14 Organic I (atoms)       1.2246E+13  4.4818E+12 Aerosols (kg)           1.6887E-09   6.1804E-10 Environment to Control Room Transport Group Inventory:
Pathway Time (h) = 48.0000       Filtered   Transported Noble gases (atoms)     0.OOOOE+00   9.9111E+18 Elemental I (atoms)     0.OOOOE+00  2.3156E+14 Organic I (atoms)       0.OOOOE+00   7.1618E+12 Aerosols (kg)           O.OOOOE+00   9.8758E-10 Control Room to Environment Transport Group Inventory:
Pathway Time (h) = 48.0000       Filtered   Transported Noble gases (atoms)     3.3024E+19   0.OOOOE+00 Elemental I (atoms)     3.7128E+14   0.OOOOE+00 Organic I (atoms)       1.1483E+13   0.OOOOE+00 Aero3ols (kg)           1.5833E-09   0.OOOOE+00 EAB Doses:
Time   (h) = 120.0000  Whole Body     Thyroid        TEDE Delta dose   (rem)       O.OOOOE+00   0.OOOOE+00   0.OOOOE+00

NEDC 05-031 CCN 3Cl Page E-26 of E-32 Attachment E Accumulated dose   (rem)  4.2738E-01     3.3217E+01   1.4499E+00 LPZ Doses:
Time (h) = 120.0000      Whole Body      Thyroid         TEDE Delta dose (rem)          7.5651E-39     9.2457E-37   3. 5811E-38 Accumulated dose (rem)    2.3855E-01     1.8543E+01   8. 0935E-01 Control Room Doses:
Time (h) = 120.0000      Whole Body      Thyroid          TEDE Delta dose (rem)          1.9892E-07     3.9442E-04    1.2247E-05 Accumulated dose (rem)    1.4733E-01     1. 4015E+02   4.4540E+00 primary Compartment Nuclide     Inventory:
Time  (h) = 120.0000         Ci              kg           Atoms      Decay primary Transport Group Inventory:
Time (h) = 120.0000      Atmosphere         Sump Noble gases (atoms)      1.2655-122    0.0000E+00 Elemental I (atoms)      2.0156-127    0.OOOOE+00 Organic I (atoms)        6.2338-129    0.OOOOE+00 Aerosols (kg)            8.5885-151    0.0000E+00 Dose Effective (Ci/cc) 1-131 (Thyroid)               4.9885-153 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid)         5.0065-153 Total I (Ci)                                         1.1566-142 primary to Environment Transport Group Inventory:
Pathway Time (h) = 120.0000        Filtered    Transported Noble gases (atoms)      0.OOOOE+00    1.2647E+22 Elemental I (atoms)      0.0000E+00    2.9547E+17 Organic I (atoms)        0.OOOOE+00    9.1384E+15 Aerosols (kg)            0.OOOOE+00    1.2602E-06 Environment   Integral Nuclide Release:
Time (h)  = 120.0000         Ci              kg           Atoms         Bq Br-82                    4.3898E-01    4. 0548E-10   2. 9778E+15  1. 6242E+10 Br-83                    1.0574E-02    6. 6933E-13   4. 8564E+12  3. 9124E+08 Kr-83m                   8. 1033E+00   3. 9275E-10   2 8497E+15   2. 9982E+lI Kr-85                    6. 4507E+02   1.6442E-03    1. 1649E+22  2. 3868E+13 Kr-85m                   1. 1839E+02   1.4386E-08    1. 0192E+17  4.3804E+12 Kr-87                    1. 6949E-02   5. 9837E-13   4. 1419E+12  6.2712E+08 Kr-88                    3. 6123E+01   2.8808E-09    1. 9714E+16  1. 3366E+12 1-130                    1. 0636E+00   5. 4534E-10   2. 5263E+15  3. 9353E+10 1-131                    1 .5210E+02    1.2268E-06   5. 6399E+18  5. 6276E+12 1-132                    1. 162E+02     1. 0813E-08  4. 9332E+16  4.1298E+12 1-133                    9. 428 6E+01   8.3232E-08   3. 7687E+17  3. 4886E+12 1-134                    4. 0441E-06    1. 5160E-16  6. 8130E+08  1.4963E+05 1-135                    1. 5222E+01    4.3344E-09   1. 9335E+16  5. 6320E+ll Xe-129m                  1.5465E-01     1.2223E-09   5.7060E+15   5.7221E+09 Xe-131m                  2. 3670E+02    2.8259E-06   1.2991E+19   8.7580E+12 Xe-133                   3. 9715E+04   2. 1218E-04   9. 6071E+20  1.4695E+15 Xe-133m                  1. 1741E+03    2. 6166E-06  1. 1848E+19  4. 3441E+13 Xc-135                   1. 0596E+04    4,1490F-06   1. 8508E+19  3. 9203E+14 Xe-135m                  2. 6954E+02    2.9590E-09   1.3200E+16   9. 9730E+12 Environment Transport Group Inventory:
Total         Release

NEDC 05-031 CCN 3C1 Page E-27 of E-32 Attachment E Time (h) = 120.0000       Release       Rate/s Noble gases (atoms)      1.2653E+22    3.6612E+16 Elemental I (atoms)      2.9541E+17    8.5477E+II Organic I (atoms)        9.1363E+15    2.6436E+10 Aerosols (kg)            1.2599E-06    3.6454E-12 Dose Effective (Ci) 1-131 (Thyroid)                 1.6890E+02 Dose Effective (Ci) 1-131 (ICRP2 Thyroid)           1.8259E+02 Total I   (Ci)                                      3.7322E+02 primary to Environment Transport Group Inventory:
Pathway Time (h) = 120.0000        Filtered    Transported Noble gases (atoms)      0.OOOOE+00    1.2647E+22 Elemental I (atoms)      0.OOOOE+00    2.9547E+17 Organic I (atoms)        0.OOOOE+00    9.1384E+15 Aerosols (kg)            0.OOOOE+00    1.2602E-06 Environment   to Control Room Transport Group Inventory:
Pathway Time (h) = 120.0000        Filtered    Transported Noble gases (atoms)      0.OOOOE+00    2.3144E+19 Elemental I (atoms)      3.9595E+14    1.4491E+14 Organic I (atoms)        1.2246E+13    4.4818E+12 Aerosols (kg)            1.6887E-09    6.1804E-10 Environment   to Control Room Transport Group Inventory:
Pathway Time (h) = 120.0000        Filtered    Transported Noble gases (atoms)      0.OOOOE+00    9.9111E+18 Elemental I (atoms)      0.0000E+00    2.3156E+14 Organic I (atoms)        0.OOOOE+00    7.1618E+12 Aerosols (kg)            0.0000E+00    9.8758E-10 Control Room to Environment Transport Group Inventory:
Pathway Time (h) = 120.0000        Filtered    Transported Noble gases (atoms)      3. 3024E+19   0.0000E+00 Elemental I (atoms)      3.7129E+14    0.0000E+00 Organic I (atoms)        1.1483E+13    0.OOOOE+00 Aerosols (kg)            1.5834E-09    0.0000E+00 Control Room Compartment Nuclide     Inventory:
Time  (h) = 120.0000         Ci             kg          Atoms  Decay Control Room Transport   Group Inventory:
Time (h) = 120.0000      Atmosphere        Sump Noble gases (atoms)      1.7022E-02    0.OOOOE+00 Elemental I (atoms)      1.2898E-07    0.OOOOE+00 Organic I (atoms)        3.9890E-09    0.OOOOE+00 Aerosols (kg)            5.4958E-31    0.OOOOE+00 Dose Effective (Ci/cc)   1-131 (Thyroid)            1.7889E-32 Dose Effective (Ci/cc)   1-131 (ICRP2 Thyroid)      1.7954E-32 Total I (Ci)                                        7.4009E-23 Environment to Control Room Transport Group Inventory:
Pathway Time  (h) = 120.0000       Filtered    Transported ff&#xfd;-, -  r &#xfd;             - . N.m

NEDC 05-031 CCN 3Cl Page E-28 of E-32 Attachment E Noble gases (atoms)          o.OOOOE+00    2. 3144E+19 Elemental I (atoms)          3. 9595E+14   1. 4491E+14 Organic I (atoms)            1 .2246E+13   4.4818E+12 Aerosols (kg)                1.6887E-09    6.1804E-10 Environment to Control Room Transport Group Inventory:
Pathway Time (h) = 120.0000            Filtered    Transported Noble gases (atoms)          0.0000E+00    9.9111E+18 Elemental I (atoms)          0.0000E+00    2.3156E+14 Organic I (atoms)            0.OOOOE+00    7.1618E+12 Aerosols (kg)                0.OOOOE+00    9.8758E-10 Control Room to Environment Transport Group Inventory:
Pathway Time (h) = 120.0000            Filtered    Transported Noble gases (atoms)          3.3024E+19    0.OOOOE+00 Elemental I (atoms)          3 .7129E+14   0.OOOOE+00 Organic I (atoms)            1.1483E+13    0.OOOOE+00 Aerosols (kg)                1.5834E-09    0.0000E+00 EAB Doses:
Time   (h)  = 744.0000       Whole Body      Thyroid        TEDE Delta dose (rem)               0.0000E+00    0.0000E+00  0.0000E+00 Accumulated dose     (rem)     4. 2738E-01   3.3217E+01  1.4499E+00 LPZ Doses:
Time (h) = 744.0000          Whole Body      Thyroid        TEDE Delta dose (rem)               7.9203-148    1.4509-145  5.2113-147 Accumulated dose (rem)         2.3855E-01    1.8543E+01  8. 0935E-01 Control Room Doses:
Time (h) = 744.0000          Whole Body      Thyroid         TEDE Delta dose (rem)                6.6446E-24   1.9339E-20   5.9567E-22 Accumulated dose (rem)          1.4733E-01   1.4015E+02   4.4540E+00 primary Compartment Nuclide Inventory:
Time    (h) = 744.0000            Ci             kg          Atoms   Decay primary Transport Group Inventory:
Time (h) = 744.0000          Atmosphere         Sump Noble gases (atoms)           0.OOOOE+00    0.OOOOE+00 Elemental I (atoms)           0.OOOOE+00 0.OOOOE+00 Organic I (atoms)             0.OOOOE+00   0.OOOOE+00 Aerosols (kg)                 0.OOOOE+00   0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid)                  0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid)            o.0000E+00 Total I (Ci)                                            0.OOOOE+00 primary to Environment Transport Group Inventory:
Pathway Time (h) = 744.0000             Filtered   Transported Noble gases (atoms)           0.OOOOE+00    1.2647E+22 Elemental I (atoms)           0.OOOOE+00   2.9547E+17 Organic I (atoms)             0.OOOOE+00    9.1384E+15 Aerosols (kg)                 0.OOOOE+00    1.2602E-06
      .:...             --fa

NEDC 05-031 CCN 3C1 Page E-29 of E-32 Attachment E Environment   Integral Nuclide Release:
Time (h)  = 744.0000          Ci           kg          Atoms          Bq Br-82                    4. 3898E-01  4. 0548E-10  2. 9778E+15 1. 6242E+10 Br-83                    1.0574E-02   6. 6933E-13  4.8564E+12  3. 9124E+08 Kr-83m                   8. 1033E+00  3. 9275E-10  2. 8497E+15 2. 9982E+11 Kr-85                    6.4507E+02   1.6442E-03   1. 1649E+22 2.3868E+13 Kr-85m                   1.1839E+02   1.4386E-08   1.0192E+17  4. 3804E+12 Kr-87                    1.6949E-02   5. 9837E-13  4.1419E+12  6.2712E+08 Kr-88                    3. 6123E+01  2. 8808E-09  1. 9714E+16 1.3366E+12 1-130                    1.0636E+00   5. 4534E-10  2.52 63E+15 3. 9353E+10 1-131                    1. 5210E+02  1. 2268E-06  5. 6399E+18 5. 6276E+12 1-132                    1. 1162E+02  1. 0813E-08  4. 9332E+16 4. 1298E+12 1-133                    9. 4286E+01  8. 3232E-08  3.7687E+17  3. 488 6E+12 1-134                    4.0441E-06   1. 5160E-16  6.8130E+08  1. 4963E+05 1-135                    1.5222E+01   4. 3344E-09  1.9335E+16  5. 6320E+II Xe-129m                  1.5465E-01   1 .2223E-09  5.7060E+15  5. 7221E+09 Xe-131m                  2.3670E+02   2. 8259E-06  1.2991E+19  8 .7580E+12 Xe-133                   3. 9715E+04  2. 1218E-04  9. 6071E+20 1 .4 695E+15 Xe-133m                  1. 1741E+03  2. 6166E-06  1.1848E+19  4. 3441E+13 Xe-135                   1.0596E+04   4 1490E-06   1.8508E+19  3. 9203E+14 Xe-135m                  2.6954E+02   2. 9590E-09  1.3200E+16  9. 9730E+12 Environment Transport Group Inventory:
Total       Release Time  (h) = 744.0000       Release      Rate/s Noble gases (atoms)      1.2653E+22   4.8816E+15 Elemental I (atoms)      2.9541E+17   1.1397E+lI Organic I (atoms)        9.1363E+15   3.5248E+09 Aerosols (kg)            1.2599E-06   4.8606E-13 Dose Effective (Ci) 1-131 (Thyroid)                 1.6890E+02 Dose Effective (Ci) 1-131 (ICRP2 Thyroid)           1.8259E+02 Total I    (Ci)                                     3.7322E+02 primary to Environment Transport Group Inventory:
Pathway Time (h) = 744.0000        Filtered   Transported Noble gases (atoms)       0.0000E+00   1.2647E+22 Elemental I (atoms)       0.OOOOE+00  2.9547E+17 Organic I (atoms)         0.OOOOE+00   9.1384E+15 Aerosols (kg)             0.0000E+00   1.2602E-06 Environment to Control Room Transport Group Inventory:
Pathway Time  (h) = 744.0000       Filtered   Transported Noble gases (atoms)       0.OOOOE+00   2.3144E+19 Elemental I (atoms)       3.9595E+14   1.4491E+14 Organic I (atoms)         1.2246E+13   4.4818E+12 Aerosols (kg)             1.6887E-09   6.1804E-10 Environment to Control Room Transport Group Inventory:
Pathway Time  (h) =  744.0000      Fi01OOE*10 Transported Noble gases (atoms)       0.OOOOE+00   9.9111E+18 Elemental I (atoms)       0.OOOOE+00   2.3156E+14 Organic I (atoms)         0.OOOOE+00   7.1618E+12 Aerosols (kg)             O.O000E+O0   9.8758E-10

NEDC 05-031 CCN 3C1 Page E-30 of E-32 Attachment E Control Room to Environment Transport Group Inventory:
Pathway Time (h) = 744.0000           Filtered     Transported Noble gases (atoms)          3.3024E+19    o.OOOOE+00 Elemental I (atoms)          3.7129E+14    o.OOOOE+00 Organic I (atoms)            1.1483E+13    o.OOOOE+00 Aerosols (kg)                1.5834E-09    0.OOOOE+00 Control Room Compartment Nuclide Inventory:
Time  (h) = 744.0000             Ci             kg          Atoms       Decay Control Room Transport       Group Inventory:
Time  (h) = 744.0000         Atmosphere        Sump Noble gases (atoms)          3.2983-141    0.OOOOE+00 Elemental I (atoms)          2.7872-147    0.OOOOE+00 Organic I (atoms)            8.6202-149    0.OOOOE+00 Aerosols (kg)                1.1876-170    0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid)                   3.8581-172 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid)             3.8581-172 Total I (Ci)                                             1.5498-162 Environment   to Control Room Transport Group Inventory:
Pathway Time  (h) = 744.0000           Filtered    Transported Noble gases (atoms)          0.OOOOE+00    2.3144E+19 Elemental I (atoms)          3.9595E+14    1.4491E+14 Organic I (atoms)            1.2246E+13    4.4818E+12 Aerosols (kg)                1.6887E-09    6.1804E-10 Environment   to Control Room Transport Group Inventory:
Pathway Time (h) = 744.0000            Filtered    Transported Noble gases (atoms)          0.0000E+00    9.9111E+18 Elemental I (atoms)          0.OOOOE+00    2.3156E+14 Organic I (atoms)            0.0000-E00    7.1618E+12 Aerosols (kg)                0.0000E+00    9.8758E-10 Control Room to Environment Transport Group Inventory:
Pathway Time (h) = 744.0000            Filtered    Transported Noble gases (atoms)          3. 3024E+19   0.OOOOE+00 Elemental I (atoms)          3. 7129E+14   0.0000E+00 Organic I (atoms)            1.1483E+13    0.0000E+00 Aerosols (kg)                1.5834E-09    0.OOOOE+00 839
#&#xfd;##########################4#*######################################
1-131 Summary
############################)i(######################################
primary                   Environment            Control Room Time (hr)      1-131 (Curies)                1-131 (Curies)         1-131 (Curies) 24.000        2.3478E+01                    2.2530E-02             1.6036E-04 24.004        1.5134E+02                    9. 4274E-01            6.6994E-03 24.017        1.4449E+02                    7.7865E+00             5.4784E-02 24.417        3.6246E+01                    1.1590E+02             1.3604E-01 24.717        1.2848E+01                     1.3927E+02            1.3702E-01 Z.&#xa3;!5(

NEDC 05-031 CCN 3C1 Page E-31 of E-32 Attachment E
: 25. 017         4. 5541E+00                 1.4755E+02                 1 .2465E-01 25.317          1. 6142E+00                 1.5049E+02                 1. 0937E-01
: 25. 617         5. 7219E-01                 1. 5153E+02                9. 4614E-02 25.917          2 .0282E-01                 1. 5189E+02                8 1383E-02 26.000          1. 5223E-01                 1. 5195E+02                7. 8023E-02
: 26. 300         5.3959E-02                  1.5204E+02                 6. 6913E-02 26.600          1. 9126E-02                 1.5208E+02                 5.7352E-02 26.900          6.7796E-03                  1.5209E+02                 4.9144E-02 27.200          2 .4031E-03                 1.5209E+02                 4.2108E-02 27.500          8. 5181E-04                 1. 5210E+02                3.6077E-02 27.800          3 .0193E-04                 1.5210E+02                 3.0909E-02 28.100          1. 0702E-04                 1. 5210E+02                2. 6481E-02 28.400          3.7936E-05                  I.. 5210E+02               2.2688E-02 28.700          1.3447E-05                  1. 5210E+02                1.9438E-02 29.000          4.7664E-06                  1. 5210E+02                1.6653E-02 29.300          1. 6895E-06                 1.5210E+02                  1.4268E-02 29.600          5. 9887E-07                 1.5210E+02                 1.2224E-02 29.900          2. 1228E-07                 1.5210E+02                  1.0473E-02 30.200          7.5244E-08                  1.5210E+02                  8.9727E-03 30.500          2. 6671E-08                  1.5210E+02                 7.6873E-03 30.800          9.4540E-09                   1. 5210E+02                6. 5861E-03 31.100          3. 3511E-09                  1.5210E+02                 5.6427E-03 31.400           1. 1878E-09                 1.5210E+02                 4.8343E-03 31.700          4. 2104E-10                  1. 5210E+02                4. 1418E-03 32.000           1.4924E-10                  1.5210E+02                 3.5485E-03 32.300           5.2 901E-11                 1. 5210E+02                3.0402E-03 32.600           1 .8751E-11                 1. 5210E+02                2.6047E-03 32.900           6.64 67E-12                 1. 5210E+02                2.2316E-03 33.200           2. 3560E-12                 1. 5210E+02                1. 9119E-03 33.500           8. 3511E-13                 1. 5210E+02                1. 6380E-03 33.800           2. 9602E-13                 1. 5210E+02                1. 4034E-03 34.100           1.0493E-13                  1. 5210E+02                1. 2023E-03 34.400           3. 7192E-14                 1 .5210E+02                1 .0301E-03 48.000           1.4157E-34                  1. 5210E+02                9.3095E-07 120.000           1.1163-142                  1.5210E+02                 7. 1432E-23 744.000           0.0000E+00                  1.5210E+02                 1.5498-162
#############################l######################################
Cumulative Dose Summary EAB                        LPZ                 Control 1 Room Time      Thyroid          TEDE     Thyroid             TEDE     Thyroid          TEDE (hr)       (rem)          (rem)      (rem)             (rem)      (rem)          (rem) 24.000  0.OOOOE+00 0.OOOOE+00      0.0000E+00      0.OOOOE+00   0.OOOOE+00 0.OOOOE+00 24.004 2 .0624E-01 9. 0914E-03    1. 1502E-01     5.0702E-03   3.5446E-03 1. 1136E-04 24.017 1.7034E+00 7.5083E-02      9. 4999E-01     4.1873E-02   1.5886E-01 4. 9908E-03 24.417 2. 5349E+01 1. 1111E+00    1.4137E+01      6. 1968E-01  1. 6358E+01 5. 2058E-01 24.717 3. 0453E+01 1. 3317E+00    1. 6983E+01     7. 4267E-01  3.1961E+01 1. 0184E+00 25.017 3 .2259E+01 1.4092E+00     1.7991E+01      7.8588E-01   4. 6763E+01 1. 4904E+00 25.317 3.2899E+01 1.4364E+00      1.8348E+01      8. 0109E-01  5. 9943E+01 1. 9104E+00 25.617 3. 3126E+01 1.4460E+00     1. 8474E+01     8. 0644E-01  7.1404E+01 2. 2753E+00 25.917 3. 3206E+01 1.4494E+00     1.8519E+01      8. 0833E-01  8. 1277E+01 2 .5894E+00 26.000 3. 3217E+01 1.4499E+00     1.8525E+01      8 . 0858E-01 8.3752E+01 2. 6681E+00 26.300 3. 3217E+01 1.4499E+00     1.8537E+01      8. 0908E-01  9. 1869E+01 2 .9261E+00 26.600 3. 3217E+01 1.4499E+00     1.8541E+01      8. 0926E-01  9.8821E+01 3. 1468E+00 26.900 3.3217E+01 1.4499E+00      1.8542E+01      8. 0932E-01  1.0477E+02 3. 3357E+00 27.200 3. 3217E 01 1. 4499E+00    1.8543E+01      8. 0934E-01  1.0987E+02 3.4972E+00 27.500 3.3217E+01 1. 4499E+00     1. 8543E+01     8. 0935E-01  1. 1423E+02 3.6354E+00 27.800 3. 3217E+01 1. 4499E+00    1. 8543E+01     8. 0935E-01  1.1796E+02 3.7536E+00 28.100 3. 3217E+01 1. 4499E+00    1.8543E+01      8.0935E-01   1.2115E+02 3.8547E+00 28.400 3.3217E+01 1. 4499E+00     1.8543E+01      8. 0935E-01  1.2389E+02 3. 9412E+00 28.700 3. 3217E+01 1. 4499E+00    1.8543E+01      8. 0935E-01  1.2623E+02 4. 0152E+00

NEDC 05-031 CCN 3C1 Page E-32 of E-32 Attachment E 29.000 3. 3217E+01  1.4499E+00   1.8543E+01    8. 0935E-01 1.2823E+02  4.0786E+00 29.300 3.3217E+01   1.4499E+00   1. 8543E+01   8. 0935E-01 1. 2995E+02 4. 1327E+00 29.600 3. 3217E+01  1.4499E+00   1.8543E+01    8. 0935E-01 1. 3141E+02 4.1791E+00 29.900 3 .3217E+01  1.4499E+00   1. 8543E+01   8. 0935E-01 1. 3267E+02 4.2187E+00 30.200 3. 3217E+01  1.4499E+00   1. 8543E+01   8. 0935E-01 1. 3375E+02 4 .2526E+00 30.500 3.3217E+01   1.4499E+00   1. 8543E+01   8 .0935E-01 1.3467E+02  4 .2817E+00 30.800 3. 3217E+01  1.4499E+00   1.8543E+01    8. 0935E-01 1. 3546E+02 4. 3065E+00 31.100 3 .3217E+01  1.4499E+00   1. 8543E+01   8 .0935E-01 1. 3613E+02 4. 3277E+00 31.400 3. 3217E+01  1.4499E+00   1. 8543E+01   8. 0935E-01 1 .3671E+02 4. 3459E+00 31.700 3.3217E+01   1.4499E+00   1. 8543E+01   8. 0935E-01 1.3720E+02  4. 3615E+00 32.000 3. 3217E+01  1.4499E+00   1.8543E+01    8.0935E-01  1.3763E+02  4 .3748E+00 32.300 3 .3217E+01  1.4499E+00   1.8543E+01    8. 0935E-01 1.3799E+02  4. 3862E+00 32.600 3. 3217E+01  1.4499E+00   1. 8543E+01   8. 0935E-01 1.3830E+02  4. 3960E+00 32.900 3. 3217E+01  1.4499E+00   1. 8543E+01   8. 0935E-01 1.3856E+02  4. 4043E+00 33.200 3 .3217E+01  1.4499E+00   1. 8543E+01   8. 0935E-01 1.3879E+02  4 .4114E+00 33.500 3. 3217E+01  1.4499E+00   1. 8543E+01   8.0935E-01  1.3899E+02  4 .4176E+00 33.800 3. 3217E+01  1.4499E+00   1.8543E+01    8. 0935E-01 1. 3915E+02 4.4228E+00 34.100 3 .3217E+01  1.4499E+00   1. 8543E+01   8. 0935E-01 1.3930E+02  4.4273E+00 34.400 3. 3217E+01  1.4499E+00   1. 8543E+01   8.0935E-01  1.3942E+02  4.4311E+00 48.000 3. 3217E+01  1.4499E+00   1 .8543E+01   8. 0935E-01 1.4015E+02  4.4540E+00 120.000   3 .3217E+01  1.4499E+00   1. 8543E+01   8.0935E-01  1. 4015E+02 4.4540E+00 744.000   3. 3217E+01  1.4499E+00   1.8543E+01    8. 0935E-01 1. 4015E+02 4.4540E+00
#########################fill##i(#######################################
Worst Two-Hour Doses
#########################&#xfd;i##i"-,"######################################
EAB Time    Whole Body      Thyroid            TEDE (hr)       (rem)          (rem)            (rem) 24.0    4.2738E-01     3.3217E+01      1.4499E+00
 -~              ,~ w~-

NEDC 05-031 CCN 3C1 Attachment F                               Page F-1 of F-28 Attachment F RADTRAD Case 1 Detailed Output File           (oO)
RADTRAD Version 3.03      (Spring 2001)   run on   6/16/2011       at 13:44:20
 #######################         #########################4###################
File information Plant file                = C:\Documents and Settings\jlboste\My           Documents\FHA cooperGNF2 Casel-06-16-11.psf Inventory file            = C:\RADTRAD\RADTRAD_310\cooperGNF2-29fha.nif Release file              = C:\RADTRAD\RADTRAD 310\RGl_183.rft Dose Conversion file      = C:\RADTRAD\RADTRAD_310\cooperGNF2-29fha.inp
                          '4444      #t
* 4 44###      4
* 44444 F#      44     4 #          It       It   4
                                     #  #4     4  4     4   *       #     #
       #              ### e4#4
* 4
* 4  #444*     4       #     4 444          #44  #           #
* 44*             4      #     #t 4  4     44  4         4        4    4
* 4      4  4            4444.      It Radtrad 3.03 4/15/200 Casel 3-31-2011          le Nuclide Inventory Fil C:\RADTRAD\RADTRAD_310\cooperGNF2-29fha.nif Plant Power Level:
1.5144E+01 Compartments:
3 Compartment 1:
primary 3
7.9500E+05 0
0 0
0 0
Compartment 2:
Environment 2
0.0000E+00 0
0 0
0 0
Compartment 3:
Control Room 1
1.4186E+05 0
0 0
di.
JL dAPF

NEDC 05-031 CCN 3C1 Attachment F    Page F-2 of F-28 0
0 Pathways:
4 Pathway 1:
primary to Environment 1
2 2
Pathway 2:
Environment to Control Room 2
3 2
Pathway 3:
Environment to Control Room 2
3 2
Pathway 4:
Control Room to Environment 3
2 2
End of Plant Model File Scenario Description Name:
Plant Model Filename:
Source Term:
1 1    1.OOOOE+00 C: \RADTRAD\RADTRAD 310\cooperGNF2-29fha.inp C:\RADTRAD\RADTRAD_310\RG1_183.rft 1.6800E+02 1
9.5000E-01     4.8500E-02  1.5000E-03    1.OOOOE+00 Overlying Pool:
0 o.OOOOE+00 0
0 0
0 Compartments:
3 Compartment 1:
1 1
0 0
0 0
0 0
0 Compartment 2:
1 1
0 0
0 0
               -~-~-
               ~,  ~-

NEDC 05-031 CCN 3C1 Attachment F               Page F-3 of F-28 0
0 0
Compartment   3:
1 0
0 0
0 0
0 0
0 Pathways:
4 Pathway 1:
0 0
0 0
0 1
1 1.6800E+02     4.5760E+04 0.0000E+00    0.OOOOE+00 0.0000E+00 0
0 0
0 0
0 Pathway 2:
0 0
0 0
0 1
1 1.6800E+02     3.2350E+03 0.0000E+00    0.0000E+00 0.0000E+00 0
0 0
0 0
0 Pathway 3:
0 0
0 0
0 1
1 1.6800E+02    4.OOOOE+02 0.OOOOE+00    0.OOOOE+00 0.0000E+00 0
0 0
0 0
0 Pathway 4:
0 0

NEDC 05-031 CCN 3C1 Attachment F               Page F-4 of F-28 0
0 0
1 1
1.6800E+02    3.6350E+03   0.0000E+00    0.0000E+00 0.0000E+00 0
0 0
0 0
0 Dose Locations:
3 Location 1:
EAB 2
1 2
1.6800E+02    5.200OE-04 1.7000E+02    o.OOOOE+00 1
4 1.6800E+02    3.5000E-04 1.7600E+02   1.8000E-04 1.9200E+02   2.3000E-04 8.8800E+02    o.OOOOE+00 0
Location 2:
LPZ 2
1 5
1.6800E+02    2.9000E-04 1.7600E+02    7.3000E-05 1.9200E+02   2.50OOE-05 2.6400E+02    5.200OE-06 8.8800E+02   O.OOOOE+00 1
4 1.6800E+02   3.5000E-04 1.7600E+02   1.8000E-04 1.9200E+02   2.3000E-04 8.8800E+02   O.OOOOE+00 0
Location 3:
Control Room 3
0 1
2 1.6800E+02   3.5000E-04 8.8800E+02   O.OOOOE+O0 1
4 1.6800E+02   1.OOOOE+00 1.9200E+02   6.OOOOE-01 2.6400E+02   4.OOOOE-01 8.8800E+02   0.0000E+00 Effective Volume Location:
1 6
: 1. 6800E+02  4 . 1500E-03

NEDC 05-031 CCN 3C1 Affachment F                        Page F-5 of F-28 1.7000E+02       3.2400E-03 1.7600E+02       1.3200E-03 1.9200E+02       9.01OOE-04 2.6400E+02       7.2200E-04 8.8800E+02       O.OOOOE+00 Simulation Parameters:
1 1.6800E+02       O.OOOOE+00 Output Filename:
C:\Documents and Settings\jlboste\My  Documents\FHA cooperGNF2 Casel-06-16-11.oO 1
1 1
0 0
End of Scenario File
-~ -.        *.~i ..-.

NEDC 05-031 CCN 3C1 Page F-6 of F-28 Attachment F T pI -4S   P /-G    IN3TENkTioi\ALL\Y L E FT   I3LAN K L~ET

NEDC 05-031 CCN 3C1 Aftachment F                        Page F-7 of F-28 RADTRAD Version 3.03       (Spring 2001)    run on    6/16/2011   at 13:44:20 Plant Description Number of Nuclides    =    29 Inventory Power =       1.0000E+00 MWth Plant Power Level          1.5144E+01 MWth Number of compartments            -     3 Compartment information Compartment number      1    (Source term fraction     =     1.OOOOE+00 Name: primary Compartment volume =        7.9500E+05 (Cubic feet)
Compartment type is Normal Pathways into and out of compartment           1 Exit Pathway Number            1: primary to Envirornment Compartment number      2 Name: Environment Compartment type is Environment Pathways into and out of compartment           2 Inlet Pathway Number           1: primary to Environment Inlet Pathway Number           4: Control Room to Environment Exit Pathway Number           2: Environment to Control Room Exit Pathway Number            3: Environment to Control Room Compartment number      3 Name: Control Room Compartment volume =         1.4186E+05 (Cubic feet)
Compartment type is Control Room Pathways into and out of compartment           3 Inlet Pathway Number           2: Environment to Control Room Inlet Pathway Number           3: Environment to Control Room Exit Pathway Number            4: Control Room to Environment Total number of pathways        =     4

NEDC 05-031 CCN 3C1 Aftachment F                                   Page F-8 of F-28
##4#####################################################################
RADTRAD Version 3.03     (Spring 2001)      run on       6/16/2011     at 13:44:20 Scenario Description Time between shutdown and first          release    =     1.6800E+02     (Hours)
Radioactive Decay is enabled Calculation of Daughters is enabled Release Fractions and Timings GAP         EARLY IN-VESSEL          LATE RELEASE          RELEASE MASS 0.003600 hr        0.0000 hrs              0.0000 hrs                (gm)
NOBLES         5.OOOOE-02         0.OOOOE+00              0.OOOOE+00             1. 879E+00 IODINE         2.5000E-04         0.OOOOE+00              0.OOOOE+00             1. 595E-03 CESIUM         0.OOOOE+00         0.OOOOE+00              0.OOOOE+00             0.OOOE+00 TELLURIUM      0.OOOOE+00         0.OOOOE+00              0.0000E+00             0. OOOE+00 STRONTIUM      0.OOOOE+00         0.OOOOE+00              0.OOOOE+00             0. OOOE+00 BARIUM         0.OOOOE+00         0.OOOOE+00              0.OOOOE+00             0. OOOE+00 RUTHENIUM      0.OOOOE+00         0.OOOOE+00              0.OOOOE+00             0. OOOE+00 CERIUM         0.OOOOE+00         0.0000E+00              0.OOOOE+00             0. OOOE+00 LANTHANUM      0.OOOOE+00         0.OOOOE+00              0.0000E+00             0. OOOE+00 Inventory Power =             15. MWt Nuclide   Group    Specific        half         Whole Body          Inhaled        Inhaled Name             Inventory         life              DCF           Thyroid      Effective (Ci/MWt)        (s)        (Sv-m3/Bq-s)         (Sv/Bq)        (Sv/Bq)
Br-82      2     1.870E+02    1.271E+05         1.300E-13        2 .380E-10     3.310E-10 Br-83      2     3.240E+03    8. 604E+03       3.820E-16         3.290E-12      2.330E-11 Br-84      2     5.560E+03    1. 908E+03        9.410E-14        3. 120E-12     2.610E-11 Kr-83m     1     3.250E+03    6. 588E+03        1.500E-18        0. OOOE+00     0.OOOE+00 Kr-85      1     8.520E+02    3. 383E+08        1.190E-16        0. OOOE+00     0.OOOE+00 Kr-85m     1     6.750E+03    1. 613E+04       7.480E-15         0. OOOE+00     0.OOOE+00 Kr-87      1     1.280E+04    4. 578E+03        4.120E-14        0. OOOE+00     0.OOOE+00 Kr-88      1     1.810E+04    1. 022E+04        1.020E-13        0 OOOE+00      0.000E+00 1-128      2     4.330E+02    1. 499E+03        4.160E-15        5. 340E-11     1.280E-11 1-130      2     1.100E+03    4 450E+04         1. 040E-13       1. 990E-08     7.140E-10 1-131     2     4.352E+04    6. 947E+05        1.820E-14        2. 920E-07     8.890E-09 1-132     2     3.960E+04    8. 280E+03        1.120E-13        1. 740E-09     1.030E-10 1-133     2     5.480E+04    7 488E+04         2.940E-14        4 .860E-08     1.580E-09 1-134     2     6.040E+04    3. 156E+03        1.300E-13        2 880E-10      3.550E-11 1-135     2     5.160E+04    2. 380E+04        8.294E-14        8 .460E-09     3.320E-10 Xe-129m     1    2.230E-01    6. 912E+05        1.060E-15        0. OOOE+00     0.OOOE+00 Xe-131m     1    3.040E+02    1. 028E+06        3.890E-16        0. OOOE+00     0.OOOE+00 Xe-133      1    5.450E+04    4. 532E+05        1.560E-15        0. OOOE+00     0.OOOE+00 Xe-133m     1    1.730E+03    1. 890E+05        1.370E-15        0.00OE+00      0.OOOE+00 Xe-135      1    2.040E+04    3. 272E+04        1.190E-14        0. OOOE+00     0.OOOE+00 Xe-135m     1    1.100E+04    9. 174E+02        2. 040E-14       0. OOOE+00     0.OOOE+00 Xe-138      1    4.490E+04    8. 502E+02        5.770E-14        0. OOOE+00     0.OOOE+00 Nuclide     Daughter     Fraction        Daughter      FractiorI       Daughter    Fraction Br-83     Kr-83m        1.00            none            0.00           none          0.00 Kr-85m    Kr-85         0.21            none            0.00           none          0.00 Kr-87     Rb-87         1.00            none            0.00           none          0.00 Kr-88     Rb-88         1.00            none            0.00           none          0.00 1-131     Xe-131m       0.01            none            0.00           none          0.00 1-133     Xe-133m       0.03            Xe-133          0.97           none          0.00 1-135     Xe-135m       0.15            Xe-135          0.85           none          0.00

NEDC 05-031 CCN 3C1 Attachment F                          Page F-9 of F-28 Te-129      1-129          1.00            none          0.00        none       0.00 Te-131      1-131           1.00           none          0.00        none       0.00 Te-131m     1-131          0.78            Te-131        0.22        none       0.00 Te-132      1-132           1.00           none          0.00        none       0.00 Te-133      1-133           1.00           none          0.00        none       0.00 Te-133m     1-133          0.87            Te-133        0.13        none       0.00 Te-134      1-134           1.00           none          0.00        none       0.00 Xe-1333m    Xe-133          1.00           none          0.00        none       0.00 Xe-135      Cs-135          1.00           none          0.00        none       0.00 Xe-135m     Cs-135         0.00            Xe-135        1.00        none       0.00 Xe-138      Cs-138          1.00           none          0.00        none       0.00 Iodine fractions Aerosol         =    9. 5000E-01 Elemental       =   4.8500E-02 Organic         =    1.5000E-03 COMPARTMENT DATA Compartment   number       1: primary Compartment number        2:     Environment Compartment number         3: Control Room PATHWAY DATA Pathway number      1:  primary to Environment Pathway Filter:     Removal Data Time   (hr)          Flow Rate               Filter    Efficiencies (%)
(cfm)          Aerosol         Elemental    Organic 1.6800E+02         4.5760E+04        0.OOOOE+00      0.OOOOE+00    0.OOOOE+00 Pathway number      2:  Environment to Control Room Pathway Filter:     Removal      Data Time   (hr)          Flow Rate               Filter    Efficiencies (%)
(cfm)           Aerosol        Elemental    Organic 1.6800E+02         3.2350E+03        0.OOOOE+00       0.OOOOE+00   0.OOOOE+00 Pathway number      3:  Environment to Control Room Pathway Filter:     Removal Data Time   (hr)          Flow Rate               Filter Efficiencies (%)
(cfm)           Aerosol        Elemental    Organic 1.6800E+02         4.OOOOE+02        0.OOOOE+00       0.OOOOE+00   0.OOOOE+00 Pathway number      4: Control Room to Environment Pathway Filter:      Removal Data Time   (hr)          Flow Rate               Filter    Efficiencies (%)
(cfm)           Aerosol        Elemental    Organic 1.6800E+02         3.6350E+03        0.OOOOE+00       0.OOOOE+00   0.OOOOE+00 LOCATION DATA Location EAB           is    in compartment      2 Location X/Q Data

NEDC 05-031 CCN 3CI Affachment F      Page F-10 of F-28 Time (hr)           X/Q (s
* m^-3) 1.6800E+02             5.2000E-04 1.7000E+02             0.OOOOE+00 Location Breathing Rate Data Time (hr)           Breathing Rate (m^3
* sec^-l) 1.6800E+02                      3.5000E-04 1.7600E+02                      1.8000E-04 1.9200E+02                      2.3000E-04 8.8800E+02                      O.OOOE+00 Location LPZ      is in compartment        2 Location X/Q Data Time (hr)           X/Q   (s
* m^-3) 1.6800E+02             2.9000E-04 1.7600E+02            7.3000E-05 1.9200E+02            2.5000E-05 2.6400E+02             5.2000E-06 8.8800E+02            0.OOO0E+00 Location Breathing Rate Data Time (hr)           Breathing    Rate (m^3
* sec^-l) 1.6800E+02                     3.5000E-04 1.7600E+02                     1.8000E-04 1.9200E+02                     2.3000E-04 8.8800E+02                     0.0000E+00 Location Control Room          is in compartment    3 Location X/Q Data Time (hr)           X/Q   (s
* m^-3) 1.6800E+02            4.1500E-03 1.7000E+02            3.2400E-03 1.7600E+02            1.3200E-03 1.9200E+02            9.0100E-04 2.6400E+02            7.2200E-04 8.8800E+02            0.OO0E+00 Location Breathing Rate Data Time (hr)           Breathing Rate (m^3
* sec^-l) 1.6800E+02                     3.5000E-04 8.8800E+02                     0.DOD0E+00 Location Occupancy Factor Data Time (hr)           Occupancy Factor 1.6800E+02                1.OOOE+00 1.9200E+02                6.0O00E-01 2.6400E+02                4.O0O0E-01 8.8800E+02                0.OOOE+00 USER SPECIFIED TIME STEP DATA - SUPPLEMENTAL TIME STEPS Time             Time step 0.D0O0E+00         0.0000E+00

NEDC 05-031 CCN 3CI Attachment F                             Page F-1I of F-28 RADTRAD Version 3.03         (Spring 2001)   run on    6/16/2011     at 13:44:20 4#44    *      #    #44    #4*4    #        #
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* 4      #4*  #           #
* 4  *      *
* 4   4
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* 4        4   4
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Dose,   Detailed model and Detailed Inventory Output EAB Doses:
Time (h) = 168.0036           Whole Body      Thyroid           TEDE Delta dose (rem)                4.4225E-04    1.1201E-01     3.8599E-03 Accumulated dose (rem)          4.4228E-04    1.1201E-01     3.8599E-03 LPZ Doses:
Time (h) = 168.0036           Whole Body      Thyroid           TEDE Delta dose (rem)                2.4665E-04    6.2465E-02     2. 1526E-03 Accumulated dose (rem)          2.4665E-04    6.2465E-02      2.1526E-03 Control Room Doses:
Time (h) = 168.0036           Whole Body      Thyroid           TEDE Delta dose (rem)                3.5720E-07    1. 9251E-03     5.9096E-05 Accumulated dose (rem)          3.5720E-07    1.9251E-03      5.9096E-05 primary Compartment Nuclide Inventory:
Time (h)     = 168.0036           Ci               kg           Atoms         Decay Br-82                         2.5979E-02    2.3996E-lI      1.7623E+14     9.5071E+09 Kr-85                         6.4040E+02    1.6323E-03      1.1564E+22     2 .3435E+14 Kr-85m                        2.6119E-08    3. 1738E-18     2.2486E+07     9.5599E+03 1-130                         3.3506E-04    1.7179E-13      7. 9582E+II    1.2262E+08 1-131                         9.1108E+01    7.3489E-07      3. 3783E+18    3. 3340E+13 1-132                         3.4151E+01    3.3085E-09      1.5094E+16     1.2502E+13 1-133                         7.8085E-01    6. 8931E-10     3. 1211E+15    2.8576E+11 1-135                         4.3349E-06    1.2344E-15      5.5063E+09     1.5865E+06 Xe-129m                       9. 1498E-02   7.2315E-10      3. 3759E+15    3. 3483E+10 Xe-131m                       2.4204E+02    2.8897E-06      1.3284E+19     8. 8572E+13 Xe-133                        1.9811E+04    1.0584E-04      4.7922E+20     7 .2496E+15 Xe-133m                       2.2610E+02    5.0389E-07      2.2816E+18     8 .2739E+13 Xe-135                        3. 2513E-01   1.2732E-10      5. 6793E+14    1. 199KE+I Xe-135m                       1.5008E-04    1. 6476E-15     7.3497E+09     5.5122E+07 primary Transport Group Inventory:
Time (h) = 168.0036           Atmosphere         Sump Noble gases (atoms)           1.2059E+22    0.OOOOE+00 Elemental I (atoms)           1.6474E+17    0.0000E+00 Organic I (atoms)             5.0951E+15    0.OOOOE+00 Aerosols (kg)                 7.0197E-07    0.0000E+00
    .I~-.f.       .:L

NEDC 05-031 CCN 3C1 Attachment F                        Page F-12 of F-28 Dose Effective    (Ci/cc) 1-131     (Thyroid)           4.0619E-09 Dose Effective    (Ci/cc) 1-131     (ICRP2 Thyroid)     4.1111E-09 Total I (Ci)                                            1.2604E+02 primary to Environment Transport Group Inventory:
Pathway Time (h) = 168.0036          Filtered     Transported Noble gases (atoms)        0.0000E+00     7.5121E+19 Elemental I (atoms)        0.OOOOE+00     1.0262E+15 Organic I (atoms)          0.OOOOE+00     3.1739E+13 Aerosols (kg)              0.OOOOE+00     4.3728E-09 Environment   Integral Nuclide      Release:
Time (h)  = 168.0036            Ci              kg           Atoms          Bq Br-82                      1. 6184E-04     1. 4948E-13  1.0978E+12   5.9879E+06 Kr-85                      3. 9892E+00     1. 0168E-05  7 .2039E+19  1.4760E+II Kr-85m                     1. 6271E-10     1. 9771E-20  1. 4008E+05  6.0202E+00 1-130                      2. 0872E-06     1. 0702E-15  4. 9575E+09  7.7227E+04 1-131                      5. 6754E-01     4.5779E-09   2 1045E+16   2. 0999E+10 1-132                      2. 1274E-01    2. 0610E-11   9. 4028E+13  7. 8714E+09 1-133                      4 .8642E-03     4.2940E-12   1. 9443E+13  1.7998E+08 1-135                      2 .7004E-08     7. 6895E-18  3. 4302E+07  9. 9916E+02 Xe-129m                    5. 6997E-04     4.5048E-12   2. 030E+13   2.1089E+07 Xe-131m                    1. 5078E+00     1.8001E-08   8 .2750E+16  5. 5787E+10 Xe-133                     1 .234 1E+02    6.5930E-07   2. 9853E+18  4 .5661E+12 Xe-133m                    1 4084E+00      3. 1389E-09  2 4213E+16   5.2112E+10 Xe-135                     2. 0254E-03     7. 9311E-13  3. 5379E+12  7.4939E+07 Xe-135m                    9. 3514E-07     1.0266E-17   4. 5794E+07  3.4600E+04 Environment Transport Group        Inventory:
Total          Release Time (h) = 168.0036          Release         Rate/s Noble gases (atoms)        7.5121E+19      5.7964E+18 Elemental I (atoms)        1.0262E+15 7.9184E+13 Organic I (atoms)          3.1739E+13      2.4490E+12 Aerosols (kg)              4.3728E-09 3.3741E-10 Dose Effective (Ci)     1-131 (Thyroid)                  5. 6962E-01 Dose Effective (Ci)     1-131 (ICRP2 Thyroid)            5.7651E-01 Total I    (Ci)                                          7.8515E-01 primary to Environment Transport Group Inventory:
Pathway Time (h) = 168.0036          Filtered      Transported Noble gases (atoms)        0.OOOOE+00      7.5121E+19 Elemental I (atoms)        0.OOOOE+00      1.0262E+15 Organic I (atoms)          0.OOOOE+00      3.1739E+13 Aerosols (kg)              O.OOOOE+00      4.3728E-09 Environment    to Control Room Transport Group Inventory:
Pathway Time (h) = 168.0036          Filtered      Transported Noble gases (atoms)        0.OOOOE+00      4.7597E+17 El.emental I (atoms)       0.0000E+00      6.5023E+12 Organic I (atoms)          0.OOOOE+00      2.0110E+II Aerosols (kg)              0.OOOOE+00      2.7706E-11 Environment to Control Room Transport Group Inventory:

NEDC 05-031 CCN 3Cl Attachment F                       Page F-13 of F-28 Pathway Time (h) = 168.0036      Filtered    Transported Noble gases (atoms)    0.0000E+00    5.8852E+16 Elemental I (atoms)    0.OOOOE+00    8.0399E+ll Organic I (atoms)      0.0000E+00    2.4866E+10 Aerosols (kg)          0.OOOOE+00    3.4258E-12 Control Room to Environment Transport Group Inventory:
Pathway Time (h) = 168.0036      Filtered    Transported Noble gases (atoms)    9.8602E+14    0.OOOOE+00 Elemental I (atoms)    1.3470E+10    0.OOOOE+00 Organic I (atoms)      4. 1660E+08   0.OOOOE+00 Aerosols (kg)          5.7397E-14    0.OOOOE+00 Control Room Compartment Nuclide   Inventory:
Time (h) = 168.0036        Ci             kg          Atoms      Decay Br-82                  1.1500E-06    1.0623E-15   7. 8014E+09 3. 9145E+05 Kr-85                  2.8349E-02    7.2257E-08   5. 1193E+17 9. 6491E+09 1-130                  1.4832E-08    7. 6049E-18  3.5229E+07  5.0488E+03 1-131                  4.0331E-03    3. 2532E-11  1.4955E+14  1.3728E+09 1-132                  1. 5117E-03   1. 4645E-13  6. 6814E+ll 5. 1473E+08 1-133                  3.4567E-05    3. 0514E-14  1.3817E+lI  1.1766E+07 1-135                  1. 9190E-10   5.4642E-20   2.4375E+05  6. 5324E+01 Xe-129m                4.0504E-06    3. 2012E-14  1.4944E+lI  1.3786E+06 Xe-131m                1. 0715E-02   1.2792E-10   5. 8805E+14 3.6469E+09 Xe-133                 8. 7698E-01   4.6852E-09   2. 1214E+16 2.9850E+1l Xe-133m                1.0009E-02    2. 2306E-11  1.0100E+14  3.4067E+09 Xe-135                 1.4393E-05    5. 6359E-15  2.5141E+10  4.8993E+06 Xe-135m                6.6409E-09    7.2903E-20   3.2521E+05  2 .2681E+03 Control Room Transport Group Inventory:
Time (h) = 168.0036    Atmosphere        Sump Noble gases (atoms)    5.3383E+17    0.0000E+00 Elemental I (atoms)    7.2927E+12    0.OOOOE+00 Organic I (atoms)      2.2555E+lI    0.OOOOE+00 Aerosols (kg)          3.1074E-11    0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid)            1.0077E-12 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid)      1.0199E-12 Total I (Ci)                                      5.5794E-03 Environment to Control Room Transport Group Inventory:
Pathway Time (h) = 168.0036      Filtered    Transported Noble gases (atoms)    0.OOOOE+00    4.7597E+17 Elemental I (atoms)    0.OOOOE+00    6.5023E+12 Organic I (atoms)      0.OOOOE+00    2.0110E+lI Aerosols (kg)          O.OOOOE+00    2.7706E-11 Environment to Control Room Transport Group Inventory:
Pathway Time (h) = 168.0036      Filtered    Transported Noble gases (atoms)    0.OOOOE+00    5.8852E+16 Elemental I (atoms)    0.0000E+00    8.0399E+1l Organic I (atoms)      0.OOOOE+00    2.4866E+10 Aerosols (kg)          O.OOOOE+00    3.4258E-12 Control Room to Environment Transport Group Inventory:

NEDC 05-031 CCN 3C1 Attachment F                          Page F-14 of F-28 Pathway Time (h) = 168.0036             Filtered   Transported Noble gases (atoms)           9.8602E+14   0.OOOOE+00 Elemental I (atoms)           1. 3470E+10  0.OOOOE+00 Organic I (atoms)             4.1660E+08   0.OOOOE+00 Aerosols (kg)                 5.7397E-14   0.OOOOE+00 EAB Doses:
Time    (h)   = 170.0000      Whole Body     Thyroid          TEDE Delta dose (rem)                7.0347E-02   1. 7944E+01   6. 1778E-01 Accumulated dose        (rem)   7.0790E-02   1. 8056E+01   6. 2164E-01 LPZ Doses:
Time (h) = 170.0000           Whole Body     Thyroid          TEDE Delta dose (rem)                3.9232E-02   1. 0007E+01  3. 4453E-01 Accumulated dose (rem)          3.9479E-02   1 .0070E+01   3. 4669E-01 Control Room Doses:
Time (h) = 170.0000           Whole Body     Thyroid          TEDE Delta dose (rem)                2.3881E-02   1. 3139E+02   4. 0313E+00 Accumulated dose (rem)          2.3881E-02   1. 3139E+02   4. 0313E+00 primary Compartment Nuclide Inventory:
Time (h)      = 170.0000           Ci             kg          Atoms       Decay Br-82                         2. 5308E-05  2. 3376E-14   1. 7168E+II   8.4282E+II Kr-85                         6. 4878E-01  1.6536E-06    1. 1716E+19   2. 0893E+16 Kr-85m                        1.9429E-I1   2. 3609E-21   1. 6727E+04   8.1584E+05 1-130                         3.0349E-07   1.5561E-16    7 .2085E+08   1.0758E+10 1-131                         9. 1642E-02  7. 3920E-10   3. 3981E+15   2. 9693E+15 1-132                         1. 8957E-02  1.8365E-12    8. 3785E+12   1.0253E+15 1-133                         7. 4017E-04  6. 5339E-13   2. 9585E+12   2. 5234E+13 1-135                         3. 5622E-09  1. 0143E-18   4. 5248E+06   1.3729E+08 Xe-129m                       9.2031E-05   7.2737E-13    3. 3956E+12   2. 9820E+12 Xe-131m                       2 4403E-01   2. 9134E-09   1.3393E+16    7.8910E+15 Xe-133                         1. 9854E+01 1.0607E-07    4.8026E+17    6. 4531E+17 Xe-133m                       2. 2310E-01  4.9721E-10    2.2513E+15    7.3484E+15 Xe-135                        2.8288E-04   1. 1077E-13   4. 9413E+II   1.0380E+13 Xe-135m                        1.2971E-09  1.4240E-20    6.3521E+04    2.7527E+09 primary Transport Group Inventory:
Time (h) = 170.0000           Atmosphere         Sump Noble gases (atoms)            1.2212E+19  0.0000E+00 Elemental I (atoms)            1.6537E+14  0.OOOOE+00 Organic I (atoms)              5.1145E+12  0.OOOOE+00 Aerosols (kg)                  7.0463E-I0  0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid)                   4. 0813E-12 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid)             4. 1100E-12 Total I (Ci)                                             1. 1134E-01 primary to Environment Transport Group Inventory:
Pathway Time (h) = 170.0000              Filtered  Transported Noble gases (atoms)            0.0000E+00  1.2114E+22 Elemental I (atoms)            0.OOOOE+00  1.6531E+17 Organic I (atoms)              0.0000E+00  5.1127E+15 Aerosols (kg)                  0.0000E+00  7.0440E-07 Environment        Integral Nuclide Release:

NEDC 05-031 CCN 3C1 Attachment F                       Page F-15 of F-28 Time (h)  = 170.0000          Ci            kg          Atoms          Bq Br-82                    2.5942E-02   2. 3962E-11   1.7598E+14  9.5987E+08 Kr-85                    6.4374E+02   1.6408E-03    1. 1625E+22 2 .3818E+13 Kr-85m                   2.4939E-08   3. 0304E-18   2 1470E+07  9.2275E+02 1-130                    3. 3052E-04  1. 6947E-13   7 8504E+lI  1.2229E+07 1-131                    9. 1472E+01  7.3783E-07    3. 3918E+18 3. 3845E+12 1-132                    3. 1108E+01  3. 0137E-09   1. 3749E+16 1. 1510E+12 1-133                    7 .7616E-01  6. 8517E-10   3. 1024E+15 2.8718E+10 1-135                    4. 2075E-06  1. 1981E-15   5. 3444E+09 1.5568E+05 Xe-129m                  9. 1863E-02  7.2604E-10    3. 3894E+15 3.3989E+09 Xe-131m                  2 4310E+02   2.9024E-06    1. 3342E+19 8. 9949E+12 Xe-133                   1. 9878E+04  1. 0619E-04   4. 8084E+20 7. 3547E+14 Xe-133m                  2.2 626E+02  5.0426E-07    2 .2833E+18 8.3718E+12 Xe-135                   3. 1858E-01  1. 2475E-10   5. 5649E+14 1. 1787E+10 Xe-135m                  7. 3798E-05  8. 1014E-16   3. 6139E+09 2.7305E+06 Environment Transport Group Inventory:
Total       Release Time  (h) =  170.0000      Release      Rate/s Noble gases (atoms)      1.2121E+22    1.6835E+18 Elemental I (atoms)      1.6533E+17   2.2962E+13 Organic I (atoms)        5.1133E+15 7.1018E+ll Aerosols (kg)            7.0447E-07    9.7844E-11 Dose Effective (Ci)   1-131 (Thyroid)               9. 1787E+01 Dose Effective (Ci)   1-131 (ICRP2 Thyroid)         9.2801E+01 Total I    (Ci)                                     1.2336E+02 primary to Environment Transport Group Inventory:
Pathway Time  (h) = 170.0000       Filtered   Transported Noble gases (atoms)      0.OOOOE+00    1.2114E+22 Elemental I (atoms)      0.OOOOE+00    1.6531E+17 Organic I (atoms)        0.OOOOE+00    5.1127E+15 Aerosols (kg)            0.OOOOE+00    7.0440E-07 Environment   to Control Room Transport Group Inventory:
Pathway Time  (h) = 170.0000       Filtered    Transported Noble gases (atoms)      0.OOOOE+00    7. 6802E+19 Elemental I (atoms)      0.OOOOE+00    1.0480E+15 Organic I (atoms)        0.OOOOE+00    3.2413E+13 Aerosols (kg)            0.OOOOE+00    4.4657E-09 Environment to Control Room Transport Group Inventory:
Pathway Time  (h) =  170.0000      Filtered    Transported Noble gases (atoms)      0.OOOOE+00    9.4964E+18 Elemental I (atoms)      0.OOOOE+00    1.2959E+14 Organic I (atoms)        0.OOOOE+00    4.0078E+12 Aerosols (kg)            0.00OOE+00    5.5217E-10 Control Room to Environment Transport Group Inventory:
Pathway Time (h) = 170.0000        Filtered    Transported Noble gases (atoms)      7.9267E+19    0.0000E+00 Elemental I (atoms)       1.0793E+15   0.0000E+00 Organic I (atoms)         3.3379E+13   0.OOOOE+00

NEDC 05-031 CCN 3Cl Attachment F                         Page F-16 of F-28 Aerosols  (kg)            4.5988E-09   0.0000E+00 Control Room Compartment Nuclide Inventory:
Time (h)  =  170.0000          Ci            kg          Atoms       Decay Br-82                     1.4 617E-05  1. 3501E-14  9. 9153E+10   1.4598E+10 Kr-85                     3. 7470E-01  9.5506E-07   6.7 665E+18   3.6513E+14 1-130                     1.7528E-07   8. 9874E-17  4. 1633E+08   1.8327E+08 1-131                     5.2928E-02   4. 2693E-10  1. 9626E+15   5. 1807E+13 1-132                     1.0948E-02   1. 0607E-12  4.8390E+12    1.5711E+13 1-133                     4.2749E-04   3. 7737E-13  1. 7087E+12   4. 3433E+II 1-135                     2.0573E-09   5. 8583E-19  2.6133E+06    2.2885E+06 Xe-129m                   5. 3153E-05  4. 2009E-13  1. 9611E+12   5.2028E+10 Xe-131m                   1. 4094E-01  1.6827E-09   7. 7353E+15   1. 3775E+14 Xe-133                    1. 1466E+01  6. 1259E-08  2. 7737E+17   1. 1250E+16 Xe-133m                   1 .2885E-01  2.8717E-10   1.3003E+15    1.2765E+14 Xe-135                    1.6338E-04   6.3976E-14   2. 8539E+II   1.7524E+II Xe-135m                   7.4916E-10   8.2242E-21   3.6687E+04    2 .1460E+07 Control Room Transport    Group Inventory:
Time (h) = 170.0000       Atmosphere        Sump Noble gases (atoms)       7.0529E+18   0.OOOOE+00 Elemental I (atoms)       9.5509E+13   0.OOOOE+00 Organic I (atoms)         2.9539E+12   0.OOOOE+00 Aerosols (kg)             4.0696E-10   0.OOOOE+00 Dose Effective (Ci/cc)    1-131 (Thyroid)           1.3210E-11 Dose Effective (Ci/cc)    1-131 (ICRP2 Thyroid)     1.3303E-11 Total I (Ci)                                        6.4304E-02 Environment    to Control Room Transport Group Inventory:
Pathway Time  (h) = 170.0000        Filtered   Transported Noble gases (atoms)       0.OOOOE+00   7.6802E+19 Elemental I (atoms)       0.OOOOE+00   1.0480E+15 Organic I (atoms)         0.OOOOE+00   3.2413E+13 Aerosols (kg)             0.OOOOE+00   4.4657E-09 Environment to Control Room Transport Group Inventory:
Pathway Time  (h) = 170.0000        Filtered   Transported Noble gases (atoms)       0.OOOOE+00   9.4964E+18 Elemental I (atoms)       0.0000E+00   1.2959E+14 Organic I (atoms)         0.OOOOE+00   4. 0078E+12 Aerosols (kg)             0.OOOOE+00   5.5217E-10 Control Room to Environment Transport Group Inventory:
Pathway Time  (h) = 170.0000        Filtered   Transported Noble gases (atoms)       7. 9267E+19  0.OOOOE+00 Elemental I (atoms)        1.0793E+15  0.OOOOE+00 Organic I (atoms)          3.3379E+13  0.OOOOE+00 Aerosols (kg)             4.5988E-09   0.OOOOE+00 EAB Doses:
Time (h) = 176.00 00      Whole Body     Thyroid         TEDE Delta dose (rem)            0.0000E+00   0.OOOOE+00   0.OOOOE+00 Accumulated dose (rem)      7.0790E-02   1.8056E+01   6. 2164E-01 LPZ Doses:

NEDC 05-031 CCN 3Cl Attachment F                         Page F-17 of F-28 Time (h) = 176.0000    Whole Body      Thyroid          TEDE Delta dose (rem)         3.7644E-05     1.0066E-02   3.4446E-04 Accumulated dose (rem)   3. 9517E-02    1. 0080E+01  3.4703E-01 Control Room Doses:
Time (h) = 176.0000    Whole Body      Thyroid          TEDE Delta dose (rem)         2.0625E-03     1.1802E+01   3. 6178E-01 Accumulated dose (rem)   2.5944E-02     1. 4319E+02  4. 3931E+00 primary Compartment Nuclide Inventory:
Time (h) = 176.0000         Ci              kg          Atoms       Decay Kr-85                  6. 4989E-10   1. 6565E-15  1. 1736E+10  2.0914E+16 1-131                  8.9846E-11    7. 2471E-19  3.3315E+06   2. 9722E+15 Xe-131m                2 .4094E-10   2. 8765E-18  1.3224E+07   7.8989E+15 Xe-133                 1.9249E-08    1. 0284E-16  4.6564E+08   6. 4595E+17 Xe-133m                2. 0648E-10   4. 6016E-19  2.0836E+06   7.3556E+15 primary Transport Group Inventory:
Time (h) = 176.0000    Atmosphere          Sump Noble gases (atoms)    1.2217E+10    0.0000E+00 Elemental I (atoms)    1.6177E+05    0.OOOOE+00 Organic I (atoms)      5.0032E+03    0.OOOOE+00 Aerosols (kg)          6.8929E-19    0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid)              3. 9964E-21 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid)        4.0032E-21 Total I (Ci)                                        9.3566E-11 primary to Environment Transport Group Inventory:
Pathway Time (h) = 176.0000      Filtered    Transported Noble gases (atoms)    0.0000E+00    1.2127E+22 Elemental I (atoms)    0.0OOE+00     1.6548E+17 Organic I (atoms)      0.OOOOE+00    5.1179E+15 Aerosols (kg)          0.OOOOE+00    7.0510E-07 Environment Integral Nuclide Release:
Time (h)  = 176.0000        Ci              kg          Atoms          Bq Br-82                  2.5968E-02    2.3986E-11     1.7615E+14   9.6080E+08 Kr-85                  6.4438E+02    1.6424E-03     1. 1636E+22  2.3842E+13 Kr-85m                 2.4958E-08    3. 0327E-18    2. 1486E+07  9.2343E+02 1-130                  3.3081E-04     1. 6962E-13   7.8574E+ll   1.2240E+07 1-131                  9. 1564E+01   7.3857E-07     3.3952E+18   3.3879E+12 1-132                  3.1125E+01    3. 0154E-09    1.3757E+16   1. 1516E+12 1-133                  7 .7689E-01    6. 8581E-10   3. 1053E+15  2. 8745E+10 1-135                  4.2109E-06     1. 1990E-15   5.3488E+09   1.5580E+05 Xe-129m                 9. 1955E-02  7. 2677E-10    3 .3928E+15  3.4023E+09 Xe-131m                2.4335E+02    2.9053E-06     1. 3356E+19  9. 0039E+12 Xe-133                  1.9897E+04    1.0630E-04    4 8132E+20   7. 3620E+14 Xe-133m                2.2649E+02     5.0476E-07    2 .2855E+18  8.3800E+12 Xe-135                 3. 1885E-01    1.2486E-10    5. 5697E+14  1.1798E+10 Xe-135m                7.3798E-05     8. 1015E-16   3. 6140E+09  2.7305E+06 Environment Transport Group Inventorv:
Total        Release Time (h) = 176.0000       Release       Rate/s Noble gases (atoms)     1. 2133E+22   4.2130E+17 Elemental I (atoms)     1. 6549E+17   5.7463E+12

NEDC 05-031 CCN 3C1 Affachment F                        Page F-18 of F-28 Organic I (atoms)         5.1184E+15   1.7772E+ll Aerosols (kg)             7.0518E-07   2.4485E-11 Dose Effective (Ci)    1-131 (Thyroid)              9.1878E+01 Dose Effective (Ci)    1-131 (ICRP2 Thyroid)        9.2893E+01 Total I    (Ci)                                     1.2347E+02 primary to Environment Transport Group Inventory:
Pathway Time (h) = 176.0000         Filtered   Transported Noble gases (atoms)       0.0000E+00   1.2127E+22 Elemental I (atoms)       0.OOOOE+00   1.6548E+17 Organic I (atoms)         0.OOOOE+00   5.1179E+15 Aerosols (kg)             0.OOOOE+00   7.0510E-07 Environment    to Control Room Transport Group Inventory:
Pathway Time (h) = 176.0000         Filtered   Transported Noble gases (atoms)        0.OOOOE+00  7.6862E+19 Elemental I (atoms)       0.OOOOE+00   1.0489E+15 Organic I (atoms)          0o.OOOOE+00 3.2439E+13 Aerosols (kg)              0.0000E+00  4.4692E-09 Environment    to Control Room Transport Group Inventory:
Pathway Time (h) = 176.0000         Filtered   Transported Noble gases (atoms)        0.OOOOE+00  9.5038E+18 Elemental I (atoms)        0.OOOOE+00  1.2969E+14 Organic I (atoms)          0.OOOOE+00  4.0110E+12 Aerosols (kg)              0.OOOOE+00  5.5260E-10 Control Room to Environment Transport Group Inventory:
Pathway Time   (h) = 176.0000        Filtered  Transported Noble gases (atoms)        8.6385E+19  0.0000E+00 Elemental I (atoms)        1.1754E+15  0.OOOE+00 Organic I (atoms)          3.6354E+13  0.OOOOE+00 Aerosols (kg)              5.0085E-09  0.OOOOE+00 Control Room Compartment Nuclide Inventory:
Time (h)   = 176.0000          Ci            kg          Atoms     Decay Br-82                      1.3031E-09   1. 2036E-18  8.8393E+06  1.5766E+10 Kr-85                      3.7580E-05  9. 5784E-11   6.7862E+14  3. 9547E+14 1-130                     1.2557E-11   6 4385E-21   2.9826E+04  1. 9696E+08 1-131                     5. 1953E-06 4. 1906E-14   1. 9264E+lI 5. 6083E+13 1-132                     1.8003E-07   1. 7441E-17  7.9569E+07  1. 6451E+13 1-133                     3.5105E-08   3. 0989E-17  1.4032E+08  4. 6821E+ll Xe-129m                    5.2168E-09  4. 1231E-17   1.9248E+08  5. 6322E+10 Xe-131m                    1.3932E-05   1. 6633E-13  7. 6464E+ll 1. 4915E+14 Xe-133                     1. 1131E-03 5. 9464E-12   2.6925E+13  1. 2175E+16 Xe-133m                    1.1939E-05  2. 6609E-14   1.2048E+ll  1.3799E+14 Xe-135                     1.0370E-08   4. 0607E-18  1.8114E+07  1. 8784E+ll Control Room Transport     Group Inventory:
Time (h) = 176.0000        Atmosphere       Sump Noble gases (atoms)        7.0643E+14   0.OOOOE+00 Elemental I (atoms)       9.3543E+09   0.OOOOE+00 Organic I (atoms)         2.8931E+08   0.0000E+00 Aerosols (kg)              3.9858E-14   0.OOOOE+00

NEDC 05-031 CCN 3Cl Aftachment F                   Page F-19 of F-28 Dose Effective    (Ci/cc) 1-131   (Thyroid)           1.2950E-15 Dose Effective    (Ci/cc) 1-131   (ICRP2 Thyroid)     1.2973E-15 Total I (Ci)                                          5.4104E-06 Environment to Control Room Transport Group Inventory:
Pathway Time  (h)  = 176.0000       Filtered    Transported Noble gases (atoms)       0.OOOOE+00    7.6862E+19 Elemental I (atoms)       0.OOOOE+00    1.0489E+15 Organic I (atoms)         0.OOOOE+00    3.2439E+13 Aerosols (kg)             0.0000E+00    4.4692E-09 Environment   to Control Room Transport Group Inventory:
Pathway Time (h) = 176.0000         Filtered    Transported Noble gases (atoms)       0.OOOOE+00     9.5038E+18 Elemental I (atoms)       0.OOOOE+00     1.2969E+14 Organic I (atoms)         0.OOOOE+00     4.0110E+12 Aerosols (kg)             0.OOOOE+00     5.5260E-10 Control Room to Environment Transport Group Inventory:
Pathway Time (h) = 176.0000         Filtered     Transported Noble gases (atoms)       8.6385E+19     0.0000E+00 Elemental I (atoms)       1.1754E+15     0.OOOOE+00 Organic I (atoms)         3.6354E+13     0.OOOOE+00 Aerosols (kg)             5.0085E-09     0.OOOOE+00 EAB Doses:
Time (h) = 192.0000       Whole Body      Thyroid          TEDE Delta dose (rem)            0.OOOOE+00    0.OOOOE+00    0.OOOOE+00 Accumulated dose (rem)      7.0790E-02     1.8056E+01   6. 2164E-01 LPZ Doses:
Time (h) = 192.0000       Whole Body      Thyroid          TEDE Delta dose (rem)            8.7577E-15     1.2761E-12   4.7618E-14 Accumulated dose (rem)      3.9517E-02     1.0080E+01   3. 4703E-01 Control Room Doses:
Time (h) = 192.0000       Whole Body       Thyroid         TEDE Delta dose (rem)            1.8987E-07     1.1465E-03   3. 5104E-05 Accumulated dose (rem)      2.5944E-02     1.4319E+02   4.3932E+00 primary Compartment Nuclide Inventory:
Time   (h) = 192.0000          Ci              kg          Atoms    Decay primary Transport Group Inventory:
Time (h) = 192.0000       Atmosphere          Sump Noble gases (atoms)        1.2233E-14    0.OOOOE+00 Elemental I (atoms)        1.5335E-19    0.OOOOE+00 Organic I (atoms)          4.7426E-21    0.OOOOE+00 Aerosols (kg)              6.5339E-43    0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid)                3.7885E-45 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid)          3. 7901E-45 Total I (Ci)                                          8.5609E-35

NEDC 05-031 CCN 3Cl Attachment F                       Page F-20 of F-28 primary to Environment Transport Group Inventory:
Pathway Time (h) = 192.0000         Filtered  Transported Noble gases (atoms)       0.OOOOE+00  1.2127E+22 Elemental I (atoms)       0.OOOOE+00  1.6548E+17 Organic I (atoms)         0.OOOOE+00  5.1179E+15 Aerosols (kg)             0.OOOOE+00  7.0510E-07 Environment   Integral Nuclide Release:
Time (h)  = 192.0000           Ci          kg          Atoms         Bq Br-82                     2.5968E-02  2.3986E-11   1.7615E+14  9.6080E+08 Kr-85                     6.4438E+02  1.6424E-03   1. 1636E+22 2. 3842E+13 Kr-85m                    2.4958E-08  3. 0327E-18  2. 1486E+07 9.2343E+02 1-130                     3.3081E-04  1. 6962E-13  7.8574E+ll  1.2240E+07 1-131                     9.1564E+01  7.3857E-07   3. 3952E+18 3. 3879E+12 1-132                     3.1125E+01  3. 0154E-09  1. 3757E+16 1.1516E+12 1-133                     7. 7689E-01 6. 8581E-10  3. 1053E+15 2. 8745E+10 1-135                     4.2109E-06  1.1990E-15   5.3488E+09  1.5580E+05 Xe-129m                   9. 1955E-02 7. 2677E-10  3.3928E+15  3.4023E+09 Xe-131m                   2.4335E+02  2.9053E-06   1.3356E+19  9. 0039E+12 Xe-133                    1.9897E+04  1.0630E-04   4.8132E+20  7. 3620E+14 Xe-133m                   2.2649E+02  5.0476E-07   2.2855E+18  8. 3800E+12 Xe-135                    3.1885E-01  1.2486E-10   5. 5697E+14 1.1798E+I10 Xe-135m                   7.3798E-05  8. 1015E-16  3. 6140E+09 2.7305E+06 Environment Transport Group Inventory:
Total      Release Time (h) = 192.0000         Release     Rate/s Noble gases (atoms)       1.2133E+22  1.4043E+17 Elemental I (atoms)       1.6549E+17  1.9154E+12 Organic I (atoms)         5.1184E+15  5.9241E+10 Aerosols (kg)             7.0518E-07  8.1618E-12 Dose Effective (Ci) 1-131 (Thyroid)                9. 1878E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid)          9.2893E+01 Total I    (Ci)                                    1.2347E+02 primary to Environment Transport Group Inventory:
Pathway Time (h) = 192.0000         Filtered  Transported Noble gases (atoms)       0.0000E+00  1.2127E+22 Elemental I (atoms)       0.OOOOE+00  1.6548E+17 Organic I (atoms)         0.OOOOE+00  5.1179E+15 Aerosols (kg)             0.OOOOE+00  7.0510E-07 Environment    to Control Room Transport Group Inventory:
Pathway Time (h) = 192.0000         Filtered  Transported Noble gases (atoms)        0.OOOOE+00 7.6862E+19 Elemental I (atoms)        0.OOOOE+00 1.0489E+15 Organic I (atoms)          0.OOOOE+00 3.2439E+13 Aerosols (kg)              0.OOOOE+00 4.4692E-09 Environment    to Control Room Transport Group Inventory:
Pathway Time (h) = 192.0000         Filtered  Transported Noble gases (atoms)        0.OOOOE+00 9.5038E+18 Elemental I (atoms)       0.OOOOE+00 1.2969E+14

NEDC 05-031 CCN 3C1 Attachment F                       Page F-21 of F-28 Organic I (atoms)        0.OOOOE+00   4.0110E+12 Aerosols (kg)            0.OOOOE+00   5.5260E-10 Control Room to Environment Transport Group Inventory:
Pathway Time (h) = 192.0000       Filtered    Transported Noble gases (atoms)      8.6386E+19   0.OOOOE+00 Elemental I (atoms)      1.1754E+15   0.OOOOE+00 Organic I (atoms)        3.6354E+13   0.OOOOE+00 Aerosols (kg)            5.0086E-09   0.OOOOE+00 Control Room Compartment Nuclide    Inventory:
Time (h) = 192.0000          Ci             kg         Atoms      Decay Kr-85                    7.7935E-16   1.9864E-21   1.4074E+04   3.9547E+14 Control Room Transport   Group Inventory:
Time (h) = 192.0000      Atmosphere        Sump Noble gases (atoms)      1.4603E+04   0.0000E+00 Elemental I (atoms)      1.8306E-01   0.OOOOE+00 Organic I (atoms)        5.6615E-03   0.OOOOE+00 Aerosols (kg)            7.7998E-25   0.OOOOE+00 Dose Effective (Ci/cc)   1-131 (Thyroid)           2.5344E-26 Dose Effective (Ci/cc)   1-131 (ICRP2 Thyroid)     2.5355E-26 Total I (Ci)                                       1.0219E-16 Environment   to Control Room Transport Group Inventory:
Pathway Time (h) = 192.0000       Filtered    Transported Noble gases (atoms)      0.OOOOE+00   7.6862E+19 Elemental I (atoms)      0.OOOOE+00   1.0489E+15 Organic I (atoms)        0.OOOOE+00   3.2439E+13 Aerosols (kg)            0.OOOOE+00   4.4692E-09 Environment to Control Room Transport Group Inventory:
Pathway Time (h) = 192.0000       Filtered    Transported Noble gases (atoms)      0.OOOOE+00   9.5038E+18 Elemental I (atoms)      0.OOOOE+00   1.2969E+14 Organic I (atoms)        0.OOOOE+00   4.0110E+12 Aerosols (kg)            0.0000E+00   5.5260E-10 Control Room to Environment Transport Group Inventory:
Pathway Time (h) = 192.0000        Filtered   Transported Noble gases (atoms)      8.6386E+19   0.OOOOE+00 Elemental I (atoms)      1.1754E+15   0.OOOOE+00 Organic I (atoms)        3.6354E+13   0.OOOOE+00 Aerosols (kg)            5.0086E-09   0.OOOOE+00 EAB Doses:
Time (h) = 264.0000      Whole Body     Thyroid        TEDE Delta dose (rem)           0.OOOOE+00   0.OOOOE+00   0.OOOOE+00 Accumulated dose (rem)     7.0790E-02   1.8056E+01   6.2164E-01 LPZ Doses:
Time  (h) = 264.0000     Whole Body     Thyroid         TEDE

NEDC 05-031 CCN 3CI Attachment F                         Page F-22 of F-28 Delta dose (rem)            2.7390E-39   5.2975E-37   1.8868E-38 Accumulated dose    (rem)   3. 9517E-02  1.0080E+01   3.4703E-01 Control Room Doses:
Time (h) = 264.0000        Whole Body    Thyroid         TEDE Delta dose (rem)            2.5537E-18   1. 6002E-14  4.897 6E-16 Accumulated dose (rem)      2.5944E-02   1. 4319E+02  4.3932E+00 primary Compartment Nuclide Inventory:
Time   (h) = 264.0000          Ci            kg          Atoms       Decay primary Transport Group Inventory:
Time (h) = 264.0000        Atmosphere       Sump Noble gases (atoms)        1.2341-122   0.OOOOE+00 Elemental I (atoms)        1.2087-127   0.OOOOE+00 Organic I (atoms)          3.7381-129   0.OOOOE+00 Aerosols (kg)              5.1500-151   0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid)               2.9855-153 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid)         2.9856-153 Total I (Ci)                                         6.7236-143 primary to Environment Transport Group Inventory:
Pathway Time (h) = 264.0000         Filtered    Transported Noble gases (atoms)        0.0000E+00   1.2127E+22 Elemental I (atoms)        0.OOOOE+00   1.6548E+17 Organic I (atoms)          0.0000E+00   5.1179E+15 Aerosols (kg)              0.OOOOE+00   7.0510E-07 Environment Integral Nuclide Release:
Time (h)   = 264.0000          Ci            kg          Atoms          Bq Br-82                      2. 5968E-02  2.3986E-11   1.7615E+14   9.6080E+08 Kr-85                      6. 4438E+02  1.6424E-03   1. 1636E+22  2.3842E+13 Kr-85m                     2. 4958E-08  3. 0327E-18  2. 1486E+07  9.2343E+02 1-130                     3. 3081E-04  1. 6962E-13  7. 8574E+1I  1.2240E+07 1-131                     9. 1564E+01  7.3857E-07   3. 3952E+18  3.3879E+12 1-132                     3. 1125E+01  3. 0154E-09  1. 3757E+16  1. 1516E+12 1-133                     7 .7689E-01  6.8581E-10   3. 1053E+15  2. 8745E+10 1-135                     4. 2109E-06  1. 1990E-15  5. 3488E+09  1.5580E+05 Xe-129m                    9. 1955E-02  7. 2677E-10  3. 3928E+15  3.4023E+09 Xe-131m                    2. 4335E+02  2.9053E-06   1.3356E+19   9. 0039E+12 Xe-133                     1. 9897E+04  1.0630E-04   4. 8132E+20  7. 3620E+14 Xe-133m                    2.2649E+02   5.0476E-07   2.2855E+18   8.3800E+12 Xe-135                     3.1885E-01   1. 2486E-10  5. 5697E+14  1.1798E+10 Xe-135m                    7.3798E-05   8. 1015E-16  3. 6140E+09  2.7305E+06 Environment Transport Group Inventory:
Total       Release Time (h) = 264.0000         Release      Rate/s Noble gases (atoms)       1.2133E+22   3.5108E+16 Elemental I (atoms)       1.6549E+17   4.7886E+II Organic I (atoms)         5.1184E+15 1.4810E+10 Aerosols (kg)             7.0518E-07   2.0404E-12 Dose Effective (Ci)    1-131 (Thyroid)              9.1878E+01 Dose Effective (Ci)    1-131 (ICRP2 Thyroid)        9.2893E+01 Total I    (Ci)                                     1.2347E+02 primary to Environment Transport Group Inventory:
.4611F

NEDC 05-031 CCN 3CI Attachment F                Page F-23 of F-28 Pathway Time (h) = 264.0000      Filtered    Transported Noble gases (atoms)    0.OOOOE+00    1.2127E+22 Elemental I (atoms)    0.OOOOE+00    1.6548E+17 Organic I (atoms)      0.OOOOE+00    5.1179E+15 Aerosols (kg)          0.OOOOE+00    7.0510E-07 Environment to Control Room Transport Group Inventory:
Pathway Time (h) = 264.0000      Filtered    Transported Noble gases (atoms)    0.0000E+00    7.6862E+19 Elemental I (atoms)    0.0000E+00    1.0489E+15 Organic I (atoms)      0.OOOOE+00    3.2439E+13 Aerosols (kg)          0.OOOOE+00    4.4692E-09 Environment to Control Room Transport Group Inventory:
Pathway Time (h) = 264.0000      Filtered    Transported Noble gases (atoms)    0.OOOOE+00    9.5038E+18 Elemental I (atoms)    0.OOOOE+00    1.2969E+14 Organic I (atoms)      0.OOOOE+00    4.0110E+12 Aerosols (kg)          0.0000E+00    5.5260E-10 Control Room to Environment Transport Group Inventory:
Pathway Time (h) = 264.0000      Filtered    Transported Noble gases (atoms)    8.6386E+19    0.OOOOE+00 Elemental I (atoms)    1.1754E+15    0.OOOOE+00 Organic I (atoms)      3.6354E+13    0.OOOOE+00 Aerosols (kg)          5.0086E-09    0.OOOOE+00 Control Room Compartment Nuclide   Inventory:
Time  (h) = 264.0000       Ci             kg         Atoms   Decay Control Room Transport Group Inventory:
Time (h) = 264.0000    Atmosphere        Sump Noble gases (atoms)    1.2158E-44    0.OOOOE+00 Elemental I (atoms)    1.1908E-49    0.OOOOE+00 Organic I (atoms)      3.6827E-51    0.OOOOE+00 Aerosols (kg)          5.0737E-73    0.0000E+00 Dose Effective (Ci/cc) 1-131 (Thyroid)            1.6483E-74 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid)      1.6484E-74 Total I (Ci)                                      6.6240E-65 Environment to Control Room Transport Group Inventory:
Pathway Time (h) = 264.0000      Filtered    Transported Noble gases (atoms)    0.OOOOE+00    7.6862E+19 Elemental I (atoms)    0.0000E+00    1.0489E+15 Organic I (atoms)       0.OOOOE+00   3.2439E+13 Aerosols (kg)           0.OOOOE+00   4.4692E-09 Environment to Control Room Transport Group Inventory:
Pathway Time (h) = 264.0000      Filtered    Transported Noble gases (atoms)    0.OOOOE+00    9.5038E+18

NEDC 05-031 CCN 3C1 Attachment F                         Page F-24 of F-28 Elemental I (atoms)      o.0000E+00    1. 2969E+14 Organic I (atoms)        0.0000E+00    4. 0110E+12 Aerosols (kg)            o.OOOOE+00    5. 5260E-10 Control Room to Environment Transport Group Inventory:
Pathway Time (h) = 264.0000       Filtered     Transported Noble gases (atoms)      8.6386E+19    0.OOOOE+00 Elemental I (atoms)      1.1754E+15    0.OOOOE+00 Organic I (atoms)        3.6354E+13    0.OOOOE+00 Aerosols (kg)            5.0086E-09    0.OOOOE+00 EAB Doses:
Time (h) = 888.0000      Whole Body      Thyroid         TEDE Delta dose (rem)           0.0000E+00    0.OOOOE+00   0.OOOOE+00 Accumulated dose (rem)     7.0790E-02    1.8056E+01   6.2164E-01 LPZ Doses:
Time (h) = 888.0000      Whole Body      Thyroid         TEDE Delta dose (rem)           3.9480-148    8.6834-146   3.0385-147 Accumulated dose (rem)     3. 9517E-02   1.0080E+01   3. 4703E-01 Control Room Doses:
Time (h) = 888.0000      Whole Body      Thyroid         TEDE Delta dose (rem)           9.7368E-67    6.9381E-63   2. 1221E-64 Accumulated dose (rem)     2.5944E-02    1.4319E+02   4.3932E+00 primary Compartment Nuclide Inventory:
Time  (h)     = 888.0000      Ci             kg          Atoms       Decay primary Transport Group Inventory:
Time (h) = 888.0000      Atmosphere         Sump Noble gases (atoms)      0.OOOOE+00    0.OOOOE+00 Elemental I (atoms)      0.OOOOE+00    0.OOOOE+00 Organic I (atoms)        0.0000E+00    0.OOOOE+00 Aerosols (kg)            0.OOOOE+00    0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid)              0.0000E+00 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid)        0.OOOOE+00 Total I (Ci)                                        0.OOOOE+00 primary to Environment Transport Group Inventory:
Pathway Time (h) = 888.0000        Filtered    Transported Noble gases (atoms)      0.OOOOE+00    1.2127E+22 Elemental I (atoms)      0.0000E+00    1.6548E+17 Organic I (atoms)        0.OOOOE+00    5.1179E+15 Aerosols (kg)            0.OOOOE+00    7.0510E-07 Environment Integral Nuclide Release:
Time (h)      = 888.0000      Ci             kg          Atoms          Bq Br-82                    2.5968E-02    2. 3986E-11  1.7615E+14    9.6080E+08 Kr-85                    6.4438E+02    1. 6424E-03  1. 1636E+22   2. 3842E+13 Kr-85m                   2.4958E-08    3. 0327E-18  2. 1486E+07   9.2343E+02 1-130                    3.3081E-04    1. 6962E-13  7.8574E+11    1.2240E+07 1-131                    9.1564E+01    7. 3857E-07  3.3952E+18    3.3879E+12 1-132                    3.1125E+01    3. 0154E-09  1.3757E+16    1. 1516E+12
        -ft..

NEDC 05-031 CCN 3Cl Attachment                         Page F-25 of F-28 1-133                     7 .7689E-01 6. 8581E-10  3. 1053E+15 2.8745E+10 1-135                     4 .2109E-06 1.1990E-15   5.3488E+09  1.5580E+05 Xe-129m                   9. 1955E-02 7. 2677E-10  3.3928E+15  3.4023E+09 Xe-131m                   2. 4335E+02 2.9053E-06   1.3356E+19  9. 0039E+12 Xe-133                    1. 9897E+04 1.0630E-04   4.8132E+20  7.3620E+14 Xe-133m                   2. 2649E+02 5.0476E-07   2.2855E+18  8. 3800E+12 Xe-135                    3.1885E-01  1.2486E-10   5. 5697E+14 1. 1798E+10 Xe-135m                   7.3798E-05  8.1015E-16   3. 6140E+09 2.7305E+06 Environment Transport Group Inventory:
Total     Release Time (h) = 888.0000         Release     Rate/s Noble gases (atoms)       1.2133E+22  4.6811E+15 Elemental I (atoms)       1.6549E+17  6.3848E+10 Organic I (atoms)         5.1184E+15  1.9747E+09 Aerosols (kg)             7.0518E-07  2.7206E-13 Dose Effective (Ci) 1-131 (Thyroid)                9. 1878E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid)          9.2893E+01 Total I    (Ci)                                    1.2347E+02 primary to Environment Transport Group Inventory:
Pathway Time (h) = 888.0000         Filtered  Transported Noble gases (atoms)       0.OOOOE+00  1.2127E+22 Elemental I (atoms)       0.OOOOE+00  1.6548E+17 Organic I (atoms)         0.OOOOE+00  5.1179E+15 Aerosols (kg)             0.OOOOE+00  7.0510E-07 Environment   to Control Room Transport Group Inventory:
Pathway Time (h) = 888.0000         Filtered  Transported Noble gases (atoms)       0.OOOOE+00  7.6862E+19 Elemental I (atoms)       0.OOOOE+00  1.0489E+15 Organic I (atoms)         0.OOOOE+00  3.2439E+13 Aerosols (kg)             0.OOOOE+00  4.4692E-09 Environment    to Control Room Transport Group Inventory:
Pathway Time (h) = 888.0000         Filtered  Transported Noble gases (atoms)       0.OOOOE+00  9.5038E+18 Elemental I (atoms)       0.OOOOE+00  1.2969E+14 Organic I (atoms)         0.OOOOE+00  4.0110E+12 Aerosols (kg)             0.0000E+00  5.5260E-10 Control Room to Environment Transport Group Inventory:
Pathway Time (h) = 888.0000         Filtered  Transported Noble gases (atoms)       8.6386E+19  0.OOOOE+00 Elemental I (atoms)       1.1754E+15  0.OOOOE+00 Organic I (atoms)         3.6354E+13  0.OOOOE+00 Aerosols (kg)             5.0086E-09  0.0000E+00 Control Room Compartment Nuclide Inventory:
Time   (h) = 888.0000          Ci           kg         Atoms      Decay Control Room Transport Group Inventory:
Time (h) = 888.0000       Atmosphere       Sump

NEDC 05-031 CCN 3C1 Aftachment F                          Page F-26 of F-28 Noble gases (atoms)         0.0000E+00    0.OOOOE+00 Elemental I (atoms)         0.OOOOE+00    0.0000E+00 Organic I (atoms)           0.OOOOE+00    0.OOOOE+00 Aerosols (kg)               0.0000E+00    0.OOOOE+00 Dose Effective (Ci/cc)      1-131   (Thyroid)            0.0000E+00 Dose Effective (Ci/cc)      1-131   (ICRP2 Thyroid)      0.0000E+00 Total I (Ci)                                             0.0000E+00 Environment to Control Room Transport Group Inventory:
Pathway Time (h)    = 888.0000       Filtered     Transported Noble gases (atoms)         0.OOOOE+00    7.6862E+19 Elemental I (atoms)         0.0000E+00    1.0489E+15 Organic I (atoms)           0.0000E+00    3.2439E+13 Aerosols (kg)               0.0000E+00    4.4692E-09 Environment    to Control   Room Transport    Group Inventory:
Pathway Time   (h)  = 888.0000       Filtered     Transported Noble gases (atoms)         0.OOOOE+00    9.5038E+18 Elemental I (atoms)         0.OOOOE+00    1.2969E+14 Organic I (atoms)           0.OOOOE+00    4.0110E+12 Aerosols (kg)               0.OOOOE+00    5.5260E-10 Control    Room to Environment    Transport Group    Inventory:
Pathway Time   (h)  = 888.0000       Filtered     Transported Noble gases (atoms)         8.6386E+19    0.OOOOE+00 Elemental I (atoms)         1.1754E+15    0.OOOOE+00 Organic I (atoms)           3.6354E+13    0.OOOOE+00 Aerosols (kg)               5.0086E-09    0.OOOOE+00 838 1-131 Summary primary                Environment             Control Room Time (hr)       1-131 (Curies)             1-131 (Curies)           1-131 (Curies) 168.000           1.4134E+01                 1.3564E-02              9.6537E-05 168.004           9.1108E+01                 5. 6754E-01             4.0331E-03 168.404           2.2855E+01                 6.8737E+01              3.4007E-01 168.704           8.1013E+00                 8. 3472E+01             2.9494E-01 169.004          2.8716E+00                  8.8 695E+01             2.1439E-01 169.304           1.0179E+00                 9.0547E+01              1.4517E-01 169.604          3.6080E-01                  9. 1203E+01             9.5031E-02 169.904           1.2789E-01                 9. 1436E+01             6.1128E-02 170.000           9.1642E-02                 9. 1472E+01             5.2928E-02 170.300           3.2484E-02                 9. 1531E+01             3.3589E-02 170.600           1.1514E-02                 9. 1552E+01             2. 1245E-02 170.900           4.0814E-03                 9. 1559E+01             1.3412E-02 171.200           1.4467E-03                 9. 1562E+01             8.4587E-03 171.500          5.1280E-04                  9. 1563E+01             5.3315E-03 171.800          1.8177E-04                  9. 1563E+01             3.3594E-03 172.100           6.4430E-05                 9. 1563E+01             2.1163E-03 172.400          2.2838E-05                  9. 1564E+01             1.3331E-03 172.700          8.0952E-06                  9.1564E+01              8.3969E-04 173.000          2.8694E-06                  9. 1564E+01             5.2888E-04 173.300          1.0171E-06                  9. 1564E+01             3.3311E-04

NEDC 05-031 CCN 3C1 Attachment F                                Page F-27 of F-28 173.600          3.6053E-07                  9. 1564E+01               2. 0981E-04 173.900          1.2779E-07                  9. 1564E+01               1.3214E-04 174.200          4.5298E-08                  9. 1564E+01               8.3228E-05 174.500          1.6056E-08                  9. 1564E+01               5.2420E-05 174.800          5. 6914E-09                 9. 1564E+01               3.3015E-05 175.100          2. 0174E-09                 9. 1564E+01               2.0794E-05 175.400          7.1509E-10                  9. 1564E+01               1.3097E-05 175.700          2. 5347E-10                 9. 1564E+01               8.2487E-06 176.000          8. 9846E-11                 9. 1564E+01               5. 1953E-06 176.300          3. 1847E-11                 9. 1564E+01               3.2721E-06 176.600          1. 1289E-11                 9. 1564E+01               2.0609E-06 176.900          4 .0014E-12                 9. 1564E+01               1.2980E-06 177.200          1. 4183E-12                 9. 1564E+01               8. 1752E-07 177.500          5. 0275E-13                 9.1564E+01                5.1490E-07 177.800          1 .7820E-13                 9. 1564E+01               3.2430E-07 178.100          6. 3167E-14                 9. 1564E+01               2.0425E-07 178.400          2 .2390E-14                 9. 1564E+01                1.2864E-07 192.000          8. 5225E-35                 9. 1564E+01                1. 0174E-16 264.000          6.7203-143                  9. 1564E+01                6.6207E-65 888.000          0 OOOOE+00                  9. 1564E+01                0.OOOOE+00 Cumulative Dose Summary EAB                        LPZ                  Control Room Time     Thyroid         TEDE      Thyroid           TEDE      Thyroid         TEDE (hr)       (rem)         (rem)       (rem)            (rem)      (rem)          (rem) 168.000  0 OOOOE+00 0 OOOOE+00     0 OOOOE+00     0.0 0OOOE+00  0.OOOOE+00 0.OOOOE+00 168.004  1. 1201E-01 3. 8599E-03   6.2465E-02     2.1 1526E-03  1.9251E-03 5.9096E-05 168.404  1. 3569E+01 4. 6740E-01   7. 5674E+00    2.6 6067E-01  3.2355E+01 9.9308E-01 168.704  1. 6477E+01 5. 6743E-01   9. 1893E+00    3.1 1645E-01  6.5386E+01 2.0067E+00 169.004  1. 7508E+01 6. 0285E-01   9 .7641E+00    3.3 3620E-01  9.1365E+01 2.8037E+00 169.304  1 .7873E+01 6. 1539E-01   9. 9679E+00    3.4 4320E-01  1.0956E+02 3.3618E+00 169.604  1. 8003E+01 6 1983E-01    1. 0040E+01    3.44567E-01   1.2167E+02 3.7332E+00 169.904  1. 8049E+01 6. 2140E-01   1. 0066E+01    3.44655E-01   1.2952E+02 3.9741E+00 170.000  1. 8056E+01 6.2164E-01    1. 0070E+01     3. 4669E-01  1.3139E+02 4.0313E+00 170.300  1 .8056E+01 6.2164E-01    1. 0076E+01     3. 4691E-01  1.3574E+02 4.1646E+00 170.600  1. 8056E+01 6.2164E-01    1. 0078E+01     3. 4699E-01  1.3849E+02 4.2489E+00 170.900  1. 8056E+01 6.2164E-01    1.0079E+01      3. 4701E-01  1.4023E+02 4.3022E+00 171.200  1. 8056E+01 6. 2164E-01   1. 0080E+01     3. 4702E-01  1.4132E+02 4.3359E+00 171.500  1. 8056E+01 6.2164E-01    1. 0080E+01     3. 4703E-01  1.4202E+02 4.3571E+00 171. 800 1.8056E+01 6.2164E-01     1. 0080E+01     3. 4703E-01  1.4245E+02 4.3704E+00 172.100  1. 8056E+01 6.2164E-01    1. 0080E+01     3. 4703E-01  1.4273E+02 4.3788E+00 172.400  1. 8056E+01 6. 2164E-01   1 .0080E+01     3. 4703E-01  1.4290E+02 4.3841E+00 172.700 1. 8056E+01 6.2164E-01    1. 0080E+01     3.'4703E-01  1.4301E+02 4.3875E+00 173. 000 1. 8056E+01 6.2164E-01    1. 0080E+01     3. 4703E-01  1.4308E+02 4.3896E+00 173.300  1 . 8056E+01 6. 2164E-01  1. 0080E+01     3. 4703E-01  1.4312E+02 4.3909E+00 173.600  1. 8056E+01 6. 2164E-01   1. 0080E+01     3. 4703E-01  1.4315E+02 4.3917E+00 173.900 1. 8056E+01 6.2164E-01    1. 0080E+01     3.4 4703E-01 1.4317E+02 4.3923E+00 174.200 1 .8056E+01 6. 2164E-01   1. 0080E+01     3.'4703E-01  1.4318E+02 4.3926E+00 174.500  1.8056E+01 6.2164E-01     1. 0080E+01     3. 4703E-01  1.4318E+02 4.3928E+00 174.800 1 .8056E+01 6. 2164E-01   1. 0080E+01     3.4 4703E-01 1.4319E+02 4.3929E+00 175.100 1.8056E+01 6.2164E-01     1.0080E+01      3. 4703E-01  1.4319E+02 4.3930E+00 175.400 1 .8056E+01 6.2164E-01    1. 0080E+01     3. 4703E-01  1.4319E+02 4.3931E+00 175.700 1. 8056E+01 6. 2164E-01   1. 0080E+01     3. 4703E-01  1.4319E+02 4.3931E+00 176.000 1.8056E+01 6. 2164E-01    1. 0080E+01     3. 4703E-01  1.4319E+02 4.3931E+00 176.300 1 .8056E+01 6. 2164E-01   1. 0080E+01     3. 4703E-01  1.4319E+02 4.3931E+00 176.600 1. 8056E+01 6. 2164E-01   1. 0080E+01     3. 4703E-01  1.4319E+02 4.3931E+00 176.900 1. 8056E+01 6.2164E-01     1.0080E+01     3. 4703E-01  1.4319E+02 4.3932E+00 177.200 1. 8056E+01 6.2164E-01     1. 0080E+01    3. 4703E-01  1.4319E+02 4.3932E+00 177.500 1. 8056E+01 6.2164E-01     1. 0080E+01    3.44703E-01  1.4319E+02 4.3932E+00 177.800 1. 8056E+01 6.2164E-01    1. 0080E+01     3.4 4703E-01 1.4319E+02 4.3932E+00

NEDC 05-031 CCN 3C1 Attachment F                          Page F-28 of F-28 178.100  1. 8056E+01  6.2164E-01 1.0080E+01 3.4703E-01     1. 4319E+02 4.3932E+00 178.400  1. 8056E+01  6.2164E-01 1.0080E+01 3.4703E-01     1. 4319E+02 4.3932E+00 192.000  1. 8056E+01  6.2164E-01 1.0080E+01 3.4703E-01     1. 4319E+02 4.3932E+00 264.000  1. 8056E+01  6.2164E-01 1.0080E+01 3.4703E-01     1.4319E+02  4.3932E+00 888.000  1.8056E+01   6.2164E-01 1.0080E+01 3.4703E-01     1. 4319E+02 4.3932E+00 Worst Two-Hour Doses EAB Time    Whole Body      Thyroid         TEDE (hr)      (rem)          (rem)          (rem) 168.0    7.0790E-02     1.8056E+01    6.2164E-01 U,

Attachment G                                                            NEDC 05-031 FHA Cloud Shine Analysis EXCEL Spreadsheets                                      Revision Number 3C1 Page G-1 of G-5 Outside Cloud Shine - General Notes 1 Table 1 input is taken from RADTRAD 3.03 output files for FHA.
2 Table 2 manipulates input data from Table 1 to fit the geometry of the specific situation being considered.
Cumulative isotopic activities (Ci) released at various times are given in the Alion results. This table combines three separate computations. The first is the computation of isotopic release rate (Ci/sec). For each time interval, the average release rate is computed by taking delta isotopic activity released (Ci) and dividing by delta time (h) and dividing by 3600 (sec/h) to give Ci/sec.
The second computation takes the X/Q (sec/m3) (see in the FHA calc body) for that time interval and multiplies it by the release rate (Ci/sec) to give concentration in Ci/m3. X/Q's are very conservatively selected by time, by release location, and by position. By time, the worst X/Q for the time interval is selected. By location, the worst X/Q at the CR is taken, irrespective of actual release point. By position, X/Qs are themselves computed to represent cloud centerline concentration. In actuality, the concentration falls off exponentially from plume centerline (RG 1.145). This analysis conservatively uses the cloud centerline concentration at the CR intake.
The third computation takes the concentration and multiplies it by the volume (m3) being modeled, to give total Curies occupying that volume. This ensures a conservatively large cloud inventory, for example, by not placing curies that have been released too far away (as in a semi infinite cloud), when, in fact, cloud geometry could preclude that from happening.
All three computations are done as one, but are described here separately to facilitate understanding. 800 feet is selected because a sensitivity study on radius showed that 99% of the maximum dose is reached as the radius is increased to 740 feet. The 800 foot values used correspond to between 1 and 4 mean free paths distance for 0.2 to 2 MeV gammas in air, which technically validates this assumption. The volume of a cylinder whose radius and height are 800 feet is 4.77E7 m3. As a check on conservation of curies, the total cloud inventory (Curies) just computed is compared against the total inventory that has been released up until now. It shows that the computed cloud inventory is high by a factor of 200 at 0.5h and 35 at 2h. The reason for the conservatism is that the cloud is assumed to be at the centerline concentration throughout, rather than at an exponentially average concentration. However, this conservatism is being retained.
3 Table 1 is sorted by RadTrad sort #. Table 2 is sorted by MicroShield iso # by re-sorting Table 1.

Attachment G                                    NEDC 05-031 FHA Cloud Shine Analysis EXCEL Spreadsheets               Revision Number 3C1 Page G-2 of G-5 Rad  Micro                            Outside Cloud Shine - RadTrad Output Trad Shield  time              Table I ENVIRONMENT - Cumul. Curies Released Sort  Ian!  Mhrs)>>-       0.25        0.5       1          2            8        24       96       720 58    13   Am-241 43    41    8a-139 44    42    Ba-140 1    61     Br-82    2.54E-01    3.61E-01 4.25E-01   4.39E-01     4.39E-01  4.39E-01 4.39E-01 4.39E-01 2    62     Br-a3    6.41E-03    8.94E-03 1.03E-02   1.06E-02     106E-02    .06E-02 106E-02  106E-02 48    81    Ce-141 49    82    Ce-143 50     83   Ce-144 59     93  Cm-242 60     95  Cm-244 1    104    Co-58 2    106    Co-60 40    115   Cs-134 41    118   Cs-136 42    119   Cs-137 3    174    1-130    6.19E-01    8.79E-01 1.03E+00   1.06E+00     1.06E+00  1.06E+00 1.06E+00 1.06E+00 33    175    1-131    8.76E+01    1.25E+02 1.47E+02   1.52E+02     1.52E0+02 1.52E+02 1.52E+02 1.52E+02 34    176    1-132    6.78E+01   9.45E+01  1.09E+02   1.12E+02     1.12E+02  1.12E+02 1.12E+02 1.12E+02 35    177    1-133    5.46E+01   7.77E+01  9.14E+01   9.42E+01     9.43E+01  9.43E+01 9.43E+01 9.43E+01 36    178    1-134     2.64E'06   3.56E-06 3.99E-06   4.04E-06     4.05E-06  4.0E-06  4.05E-06 4.05E-06 37    179    1-135    8.93E+00    126E+01  1.48E+01   152E+01      1.52E+01  L52E+01  1.52E+01 1.52E+01 4    202   Kr-83m    4.98E+00   6.91E+00  7.94E+00   8.10E+00     8.10E+00  8.10E+00 8.10E+00 8.10E+00 3    203    Kr-85    3.71E+02    5.30E+02 6.25E+02   6.44E002     6.45E+02  6.45E+02 6.45E+02 6.45E+02 4    204   Kr-85m    7.01E+01    9.88E+01 1.15E+02   1.18E+02     1.18E+02  1.18E+02 1.18E+02 1.18E+02 5    205    Kr-87     1.07E-02   1.46E-02 1.67E-02   1.69E-02     1.70E-02  L70E002  1.70E-02 1.70E-02 6    206    Kr-88    2.17E+01    3.04E+01 3.52E+01   3.61E+01     3.61E+01  3.61E+01 3.61E+01 3.61E+01 45    209   La-140 46    210   La-141 47    211   La-142 19   224    Mo-99 18   238    Nb-95 52    243   Nd-147 53    255   Np-239 51    302    Pr-143 54    313   Pu-238 55    314   Pu-239 56    315   Pu-240 57    316   Pu-241 7    332    Rb-86 24    347   Rh-105 21    355   Ru-103 22    356   Ru-105 23    357   Ru-106 25    365   Sb-127 26    366   Sb-129 8    391    Sr-89 9    392    Sr-90 10   393    Sr-91 11   394    Sr-92 20    408   Tc-99m 27   415   Te-127 28   416  Te-127m 29   417   To-129 30   418  To-129m 31   420  To-131m 32   421   Te-132 5   469  Xe-129m     8.91E-02   127E001   1SOE-01    1.55E-01     1.55E-01  LSSE-01 L55E-01  155E-01 5   470  Xe-131m     136E+02    1.94E+02 2.29E+02   2.36E+02     2.37E+02  2.37E+02 2.37E+02 2.37E+02 38   471   Xe-133     2.29E.04   3.26E+04 3.85E+04   3.97E+04     3.97E+04  3.97E+04 3.97E+04 3.97E+04 7   472  Xe-133m    6.78E+02    9.65E+02 1.14E+03   1.17E+03     1.17E+03  1.17E+03 1.17E+03 1.17E+03 39   473   Xe-135    6.18E+03    8.77E+03 1.03E+04   1.06E+04     1.06E+04  L06E+04  1.06E+04 L06E+04 8   474  Xe-135m     2.13E+02   2.57E+02 2.71E+02   2.70*+02     2.70E+02  2-70E+02 2.70E+02 2.70E+02 12   480     Y-S0 13   482     Y-91 14   484     Y-92 15   485     Y-93 16   496    Zr-95 17   497    Zr-97 1L.I.4L

Attachment G                                                                                              NEDC 05-031 FHA Cloud Shine Analysis EXCEL Spreadsheets                                                                     Revision Number 3C1 Outside Cloud Shine - MicroShield Input                                                                                                                                        Page G-3 of G-5 Table 2 Outside Cloud Inventory (Curies) 1=     010=                                          XlQ -           t.      010                     t. XQ0=             t1     X/Q              t=    010=            t. XQ0=
0.26 4.151-03           0.6  4.15E-03              4.16E-03                                            63$.24E-03             24  t.32E-03           g6 e.01E-04           720  T2IE-04                  Cylindrical 2   4.15E-03 iso C   Caries      Is0 IsO N  Curies      ISl        Caries    inc  Iso #   Curies      Iso         Ise N Curies      Iso   Iso 0 Curies     Ila   IsaN Curies      Is-o  IaSO Caries       hos            Volume 13 13  0.OOE+00 Am-241     13  0.006+00  Ai*-241     0.00+E00 Am-241    13   Q.OOE+09 Am-241            13 0.00E+00  Ajn-241    13 O.0OE+00 Am-241     13 O.00E+00 Am-241     13  0.00E+00 Am-241        1.61E+09 cuB 41  0.006+O0 Ba-139    41   0.00E+00  Ba-139   41 0.006+00 Ba-139    41   0.00E+00 Ba-139            41 0.00E+00   Ba-130    41 0.D0E+00 Ba-139    41  0.006+00 Sa-139     41  0.002+00 Ba-139        4.55E+07 m3 42  0.00E+00 Ba-140    42   O.00E+00  Ba-140   42 0.00+E00 Ba-140    42   0.006+00 Ba-140            42 0.O0E+00   Ba-140    42 0.006E+00 Ba-140    42 O.00E+00 Ba-140    42   0.06E+00 Ba-140 61  5.33E+01    Br-82  61   2.26E+01   Br-82   61 6.73E+00   Br-B2   61   6.96E-01    Br-82          61 2.946.03    Br-B2    61 0.00E+00 Br-62      61 0.00E+00 Br-B2     61   0.06E+00 Br-82 62  1.35E+00    Br-83  62   5.326-01   Br-83   62 1.46E-01   Br-83   62   1.256-02    Br-83          62 4.10E-05    Br-93    62 0.00E+00 Br-83      62 0.006+00 Br-83     62   0.00E+00 Br-B3 81  Q.00+E00 Ce-141    81   0.00+E00  Ce-141   81 O.OOE+00 Ce-141    81   0.00E+00 Ce-141            81 0.00E+00   Ce-141    81 0.00E+00 Ce-141     81 0.00E+00 Ce-141    B1   0.00E+00 Ce-141 62  0.00E+00 Ce-143    62   0.00E+00  Ca-143   82 0.00E+00 Ce-143    82   0.00E+00 Ce-143            82 0.006+00   Ce-143    82 0.00*E00 Ce-143     82 0.00+E00 Ce-143    62  0.00+O00 Ca-143 83  0.00E+00 Ce-144     83  O.0OE+00  Ce-144   83 0.00E+00 Ce-144    83   0.00E+00 Ce-144            83 0.00E+00   Ce-144    83 0.006E00 Ce-144     83 0.00E+00 Ce-144    83   0.00E+00 Ca-l44 93  0.001+00 Cm-242    93   0.006+00  Crr-242  93 0.O0E+00 Cm-242    93   0,0OE0+0 Cm-242            93 0.00E+00  Cm-242    93  0.00E+00 Crn-242   S3  0.00E+00 Cm-242    93  0.00E+00 Cm-242 95  0.001+00 Cm-244    95   0.00E+00  Cm-244   95 O.00E+00 Cm-244    95   0.001+00 Cm-244            95 0.00E+00  Cm-244     95 0.00E+00 Cm-244    95  0.0OE0+0 Cm-244    95   0.06E+00 Cm-244 104  0.00E+00 Co-58     104  0.00E+00   Co-58  104 0.O0E+00   Co-sB  104   0.6OE+00   Co-5B          104 0.00E+00   Co-58    104 0.00E+00 CO-58     104 0.00+E00 Co-58     104  0.006+00 Co-58 106  0.00E+00 Co-60     106  0.006+00   Co-60  106 0.00E+00   Co-60  106   0.00E+O0   Co-60          106 O.00E+00   Co-6O    106 0.00E+00 Co-60     106 0.00E+00 Co-60     106 0.00E+00 Co-6G 115  0.006+00 Cs-134    115  0.006+00  CS-134  115 0.00E+00 Cs-1 34  115   0.006+00 Cs-134           115 0.00+E00   Cs-134   115 0.006E00 CS-134    115 0.00E+00 Cs-134    115  0.00E+00 Cs-134 118  0.00E+00 Cs-136    118  0.00E+00  Cs-136  118 0O00E+00 Cs-136   118   0.0OE+00 Cs-136           118 0.00E+00   Cs-136   11B 0.06E+00 Cs-136    118 0.006+00 Cs-136    118  0.00E+00 Cs-136 11   O.00E+00 Cs-f37    118  0.006+00  Cs-137  its 0.006+00 Cs-137   119   0.00E+00 Cs-137           115 0.00E+00   Cs-137   19  0.006E00 Cs-137    115 O.006E00 Cs-137    119 0.00E+00 Cs-137 174  1.30E+02    1-130  174  5.46E+01    -130  174 1.61E+01   1-130  174   1.62E+00    1-130         174 6.15E-03    1-130   174 0.00E+00   1-130   174 O.00E+00 1-130     174 0.006+00   1-130 175  1.84E+04    1-131  175  7.83E+03   1-131  175 2.350+03   1-131  175   2.42E+02    1-131         175 1.02E+00    1-131   175 0.006E00   1-131   175 0.00E+00   1-131   175  0.00E+00 1-131 178  1.42E604    1-132  176  5.616+03   1-132  176 1.54E+03   1-132  176   1.31E+02    1-132         176 4.10E-01    1-132   176   .O006E00 1-132   176 0.006E+0 1-132     178 0.00E+00   1-132 177  1.150+04    t-133  177  4.85E+03   1-133  177 1.44E+03   1-133  177   1.47E+02    1-133         177 6.0BE-01    1-133   177 O.00E+00   1-133   177 0.00E+00   1-133   177 0.06E+00   1-133 178  5.55E-04     -134  178  1.92E-04   1-134  178 4.580-05   1-134  178   2.65E-06    1-134         178 5.47E-09    1-134   17B 0.006+00   1-134   178 0.00E+00   1-134   17B 0.00E+00   1-134 179  1.88E+03    1-135  179  7.78E+02   1-135  179 2.26E+02   1-135  179   2.21E+01    1-135         179 8.886-02    1-135   179 0.00+E00   1-135   179 0.00E+00   1-135   179 0.00E+00   1.135 202  1.05E+03 Kr-83m    202  4.046+02  Kr-83m  202 1.08E+02  Kr-83m  202   8.726+00 Kr-83m           202 2.606-02   Kr-83m   202 0.00E+00 Kr-83m    202 0.00E+00 Kr-83m   202  0.00E+00 Kr-83m 203  7.80E+04    Kr-85  203  3.32E+04   Kr-85  203 9.97E+03   Kr-85  203   1.04E+03    Kr-S5         203 4.44E+00    Kr-85   203 0.006E00 Kr-85     203 0.OOE+00 Kr-O5    203  0.00E+00   Kr-85 204  1.476+04 Kr-55m    204  6.03E+03  Kr-85m  204 1.72E+03 Kr-85m   204   1.636+02 Kr-85m           204 6.15E-01   Kr-85m   204 0.00E+00 Kr-60m    204 0.006+00 Kr-85m    204 0.006+00 Kr-65m 205  2.25E+00    Kr-87  205  8.306-01   Kr-87  205 2.12E-01   Kr-67  205   1.50E-02    Kr-87         205 4.10-O05    Kr-87   205 0.00E+00   Kr-87   205 0.00E+00 Kr-87    205  0.006+00 Kr-87 206  4.566+03    Kr-Be  206  1.82E+03   Kr-88  206 5.08E+02   Kr-88  206   4.516+01    Kr-8S         206 1.500-01    Kr-S8   206 0.00E+00   Kr-88   206 0.00E+00 Kr-88    206  0.06E+00 Kr-88 209  0.00E+00 La-140    209  0.00E+00  La-140  209 0.00E+00  La-140  209   0.00E+00 La-140           209 0.006E00   La-140   209 0.00E900 La-140    209 0.00E+00 La-140   209  0.00E+00 La-140 210  0,0062+00 La-141   210  0.O0E+00  La-141  210 0.O0E+00 Lu-141   210   0.006+00 La-141           210 0.00E+00   La-In    210 0.006+00 Le-141    210 0.006+00 La-141   210  0.00E+00 La-141 211  0.00*E00 L&-142    211  0.00+E00  La-142  211 0.0OE+00  La-142  211   0.00E+00 La-142           211 0.006+00   La-142   211 0.00E+00 La-142    211 0.00E+00 La-142   211  0.00E+00 La-142 224  O.00E00    Mo-99   224  0.00E+00   Mo-99  224 O.0OE+00 Mo-99    224   0.O0E+00   Mo-99          224 O.00E+00   Ms-99    224 0.006+00 Mo-99     224 0.00E+00 Ms-ge    224  0.00E+00 Mo-99 238  0.00E+00 Nb-"5     238  0.006+00   Nb-65  238 0.00E+00 Nb-S5    238   0.00E+00 Nb-S5            232 0.006+00   Nb-S5    238 0.00E+00 Nb-95    238  0.00E+D0 Nb-05    239  0.006+00 Nb-S5 243   ,000.100 Nd-147   243  O.00+E00  Nd-147  243 O.00E+00 Nd-147   243   0.00E+00 Nd-147           243 0.00E+00   Nd-147   243 0.00E+00 Nd-147    243 0.006+00 Nd-147   243  0.00E+00 Nd-147 255  O.006E00 Np-239    255  0.06E+00  Np-239  255 O.00E+00 Np-239   255   0.00E+00 Np-239           255 0.0OE+00   Np-239   255 0.006+00 Np-239    255 0.006+00 Np-239   255  0.00E+00 Np-239 302  0.00E+00 Pr-143    302  0.0OE+00  Pr-143  302 0.00E+00  Pr-143  302   0.00E+00 Pr-143           302 0.00+E00   Pr-143   302 0.006+00 Pr-143    302 0.00E+00 Pr-143   302  0.00E+00 Pr-143 313  0,00E+00 Pu-238    313  0.Q0+00   Pu-238  313 O.0OE+00 Pu-238   313   0.00E+00 Pu-238           313 0.00E+00   Pu-238   313 0.00+E00 Pu-238    313 0.00E+00 Pu-235   313  0.006E00 Pu-238 314    ,00.E&#xf7;00 Pu-239  314  0.00E+00  Pu-239  314 0.OOE+00 Pu-239   314   O.00+E00 Pu-239           314 0.0OE+00   Pu-239   314 0.00+E00 Pu-239    314 0.00E+00 Pu-239   314  0.00E+00 Pu-239 315  0.00E600 Pu-240    315  0.00E+00  Pu-240  315 0.00E+00 Pu-240   315   0.00E+00 Pu-240           315 0.00E+00   Pu-240   315 0.006+00 Pu-240    315 0.006+00 Pu-240    31S 0.006+00 Pu-240 316  0.00E+00 Pu-241    316  0.00E+00  Pu-241  316 0.00+E00 Pu-241   316   O.00E+00 Pu-241           316 0.006+00   Pu-241   316 0.006+00 Pu-241    316 0.00E+00 Pu-241   318  O.OOE+00 Ps-241 332  0.00E+00 Rb-BE     332  0.00E+00   Rb-86  332 0.00E+00   Rb-86  332   0.O0E+00   Rb-86          332 0.00E+00   Rb-BE    332 0.006+00 Rb-86     332 0.00E+00 Rb-86    332  0.00E+00 Rb-B6 347  0.00E+00 Rh-105    347  0.006+00  Rh-105  347 0.006+00 Rh-1 05  347   0.00E+00 Rh-105           347 O.00E+00   Rh-105   347 0.00E+00 Rh-105    347 0.00E+00 R-l105   347  0.00E+00 Rh-105 355  0.00E+00 Ru-103    355  O.00E+00  Ru-103  355 O.0OE+00 Ru-a03   355   0.06E+00 Ru-a03           355 0.00E+00   Ru-103   355 0.00E+00 Ru-103    355 0.006E00 Ru-103   35S  0.006+00 Ru-103 356  0.006+00 Ru-105    356  0.00E+00  Ru-105  356 0.0OE-00 Ru-105   356   0.00E+00 Ru-105           356 0.006+00   Ru-105   356 0.06+E00 Ru-105    356 0.006+00 Ru-105   356  0.00E+00 Ru-105 357  0.00E+00 Ru-106    357  0.000+00  Ru-106  357 0.00+E00 Ru-106   357   0.00E+00 Ru-106           357 0.00E+00   Ru-106   357 O.00E+00 Ru-106    357 0.00E+00 Ru-106   357  0.006+00 Ru-106 365   .000E600 Sb-127   365  0.00E+00  Sb-127  365 0.00E-00 Sb-127   365   0.00E+00 Sb-127           365 0.006+00   Sb-127   365 O.OOE+00 Sb-127    365 0.0OE+00 Sb-127   365  0.006+00 Sb-127 366  0.00E+00 Sb-129    366  0.00E+00  Sb-129  366 0.00E+00 Sb-129   366   O.00E+00 Sb-129           366 0.00E+00   Sb-129   366 0.006+009 Sb-29    36B 0.00E+00 Sb-129   366  0.06E+00 Sb-la2 391  0.00E+00    Sr-E9  391  0.00E+00   Sr-89  391 0.06E+00   Sr-89  391   0.00E+00    Sr-89         391 0.00E+00    Sr-59   391 0.006+00 Sr-89     391 0.00E+00 Sr-89    391  0.006+00   Sr-B9 392  O.o0E+00 Sr-90     392  0.008+00   So-90  392 O.OOE+00 Sr-90    392   O.OOE+00 Sr-90            392 0.00E+00    Sr-90   302 0.006+00 Sr-90     392 0.00E+00 Sr-90    392  0.00E+00 Sr-90 393  0.00E+00    Sr-91  393  0.00E600   Sr-91  393 0.O0E600   Sr-91  393   0.0OE+00    Sr-91         393 0.006+00    Sr-91   393 0.00E+00   Sr-91   393 0.006+00  Sr-91   393  0.00E+00 Sr-91 394  0.00E+00    Sr-92  394  0.00E+00   Sr-92  394 0.001+00   Sr-92  394   O.OOE+00 Sr-92            394 0.00E+00    Sr-92   394 0.00E+00 Sr-92     394 0.006+00  Sr-92   394  0.00+E00 Sr-92 408  0.00E+00 Tc-99m    409  0.006+00  Tc-B9m  408 0.00E+00 Tc-99m   408   0.006+00 To-99m           408 0.00E+00  Tc-99m    406 0.00E+00 Tc-99m    408 0.00E+00 To-Egm   406  0.00E+00 To-99m 415  0.00E+00 Ts-127    415  0.00E+00  Te-127  415 0.00+E00 Te-1 27  410   0.00E+00 Te-127           415 0.00+E00   Te-127   415 0.00E+00 Te-127   415  0.00+E00 Te-127   415  O.00E+00 Te-127 416  0.00E+00 Te-127m   416  0.00E+00 Te-127m  416 0.O0E+00 Te-127m  418   O.00E+00 Te-127m          416 0.006+00  Te-127m   418 0.00E+00 Te-127m  416  0.00E+00 Te-127m  416  0.00E+00 Te-127m 417  0.00E+00 Te-129    417  0.006+00  Te-129  417 0.00E+00 Te-1 29  417   0.006+00 Ta-129           417 0.006+00   Te-129   417 0.00E+00 Te-129   417  0.00E+00 Ta-129   417  0.00E+00 Te-129 418  0.00E+00 Te-129m   418  0.006+00 Te-129m  418 O.0OE+00 Te-129m  418  0.00E+00 Te-129m           418 0.00+O00 T-l129m   418  0.00E+00 Te-1 29m 418  0.00E+00 Te-129m  418  0.00+E00 Ts-12Bm 420  O.OOE+00 Te-131m   420  O.00E+00 Ta-131m  420 O.00.E00 Te-131m  420   0.00E+00 Te-131m          420 0.006+00 Te-131m    420 0.OOE+00 Te-131m  420  0.00E+00 Te-131m  420  0.00E+00 Te-131m 421  0.006E00 Ts-132    421  O.00E+00  Ta-132  421 O.00+E00 Te-132   421   0.00E+00 Te-132           421 0.00E+00   Te-132   421 O.00E+00 Te-132   421  0.00E+00 Te-132   421  0.00E+00 Te-132 460  1.676+01 Xe-129m   466  7.976+00 Xe-129m  469 2.39E-00 Xe-129m  469   2.496-01 Xe-125m          469 1.02E-03 Xe-12gm   469  0.00E+00 Xe-125m  469  0.006+00 Xe-120nn 469  0.006+00 Xe-125m 470  2.86E-04 Xe-131m   470  1.226+04 Xe-131m  470 3.65E+03 Xe-131m  470   3.82E+02 Xe-131m          470 1.57E+00 Xe-131m   470  0.00E+00 Xe-131m  470  0.00E+00 Xe-131m  470  0.00E+00 Xe-131m 471  4.81E+06 Xe-133    471  2.051+06  Xe-133  471 6.126+05 Xe-133   471  6.40E+04 Xe-133            471 2.6E6+02   Xe-133  471  O.00E+00 Xe-133   471  0.00E+00 Xe-133   471  O.00E+00 Xe-133 472  1.426.05 Xe-133ml 472   6.056+04 Xe-133m  472 1.80E+04 Xe-t33m  472   1.87E+03 Xe-133m          472 8.206+00 Xe-l33m   472  0.0DE+00 Xe-133m  472  O.00+E00 Xe-133m  472  0.008+00 Xe-133m 473  1.30E+06 Xe-135    472  5.43E+05  Xe-135  473 1.59E+05  Xe-135  472   1.596+04 Xe-135           472 6.15E+01  Xe-135   472  0.006+00 Xe-135   472  O.00E+00 Xe-135   472  0.006+00 Xa-135 474  4.476+04 Xe-135m   473  9.306+03 Xe-135m  474 1.42E+03 Xe-135m  473  -4.526+01 Xe-135m          473 6.83E-02 Xe-135m   473  0.00+E00 Xe-1 35m 473  0.00E+00 Xe-135m  473  0.00E+00 Xe-135m 480  O.OOE+00 Y-90      480  0.00E+00   Y-90   480 0.00E+00   Y-So   480   0.00E+00    Y-So          480 0.006+00    Y-90   460  0.00E+00   Y-90   480  0.00E+00   Y-90   4E0  0.00E+00   Y-G0 482  0.00E+00    Y-E1  482   0.00E&#xf7;00   Y-91   482 0.00+E00   Y-91   482  0.00+E00     Y-e1          482 0.00E+00    Y-91   482  0.006+00   Y-91   482  O.00E+00 Y-91     4B2  0.00E+00   Y-g1 404  0.00E+00    Y-92   484  0.00E+00   Y-92   484 0.00E+00   Y-92   484  0.00E+00     Y-92          484 O.00E+00    Y-92   404  0.00+E00   Y-92   484  0.00E+00 Y-92     484  O.00E+00   Y-92 485  O.OOE+00 Y-93      485  O.0OE+00   Y-93   485 0.0OE+00   Y-93   485  O.OOE+00 Y-B3              485 0.00E+00    Y-93   4B5  0.00E+00   Y-93   485  0.OOE+00 Y-93     485  0.0OE+00   Y-93 496  0.00E+00    Zr-95 496   O.00E+00   Zr-95  496 O.O0E+00 Zr-95    496  O0.OE+00 Zr-95             496 0.00E+00   Zr-e5   496  0.OOE+00 Zr-95    496  O.OOE+00 Zr-S5    498  0.006+00   Zr-95 497  0.006E00    Zr-97  497  0.006+00   Zr-97  497 0.00E600   Zr-97  497  O.00E+00    Zr-97          497 0.00E+00   Zr-97   497  0.00E+00 Zr-97    497  0.006E00 Zr-97    497  0.006+00   Zr-97

Attachment G                                                     NEDC 05-031 FHA Cloud Shine Analysis EXCEL Spreadsheets                                 Revision Number 3C1 Page G-4 of G-5 Outside Cloud Shine - MAIN CU. Bldg.      Dim. ft                  Ref.
N-S          73.5                   Dwg 4175 E-W           68.1                   Dwg 4175 Vert          16.6                   Dwg 4175, 4176             Room height, for info only, not used.
North          Roof Area (sqft)     1131.9        5004.1    A=pidA2/4 eqv dia (ft)     38.0          79.8     d = sqrt(4A/pi) eqv rad (ft)     19.0        [39.9     1
: 1. For extreme conservatism, the Outside Cloud is modeled as a large cylinder extending upward from the control building roof. Use a cylinder radius approximately 20 times the largest above equivalent radius (i.e., roof), say 800 feet, and a height of also 800 feet. This begins to substantially approach an infinite cloud in size. A sensitivity study on radius showed that 99% of the maximum dose is reached as the radius is increased to 740 feet. The 800 foot values used correspond to between 1 and 4 mean free paths distance for 0.2 to 2 MeV gammas in air, which technically validates this assumption.
: 2. Conservatively use an end cyl model to put source nearest the dose point.
: 3. Conservatively assume that the dose point is on the cylinder axis.
: 4. Assume a uniform cloud concentration within the cloud itself within a given time period, based on the highest CR X/Q for that time period. This is extremely conservative because plume centerline concentrations are used to specify the X/Q factors used in typical dose analyses, whereas, actual concentration falls off exponentially from plume centerline (RG 1.145).
: 5. MicroShield calculates a constant dose rate (mR/hr) for each time interval from concentrations that based on the average release (Ci/sec) for that interval and the highest X/Q for that interval (sec/m3). For time intervals before the time at which the peak dose rate occurs, a bounding approach is used which selects the highest dose rate for the interval. This is conservative because it takes the bounding value for the entire interval. For time intervals after the peak dose rate, a linear average is used, which is conservative since the dose rate drops off exponentially, rather than linearly.
Thickness Shielding       Dim. ft                  Ref.
concrete         2                     Dwg 4175, 4176 air          9.6                    Dose point is 5 feet up from CR floor, making the air distance 9.5 feet.

Attachment G                                    NEDC 05-031 FHA Cloud Shine Analysis EXCEL Spreadsheets               Revision Number 3C1 Dose Results                                                                                                    Page G-5 of G-5 Micro-                             bounding Shield                  time      or average             time      Exposure time (h)      mR/hr                 period h       mR/hr            interval h        mR 0      not compu.
0.25        0.1927 PEAK                  0.25  1.927E-01                  0.25 4.82E-02 0.5      7.360E-02              0.25 to 0.5   1.332E-01             0.25       3.33E-02 1       2.145E-02               0.5 to 1    4.753E-02               0.5       2.38E-02 2       1.832E-03               0.5 to 2     1.164E-02                1       1.16E-02 8       6.207E-06                 2 to 8     9.191E-04               6        5.51 E-03 24      0.000E+00                 8 to 24     3.104E-06               16       4.97E-05 96      0.000E+00                24 to 96    0.OOOE+00                72      0.OOE+00 720      0.OOOE+00               96 to 720    0.OOOE+00               624      0.OOE+00 1.22E-01 Total Cloud Shine                                                                              I 1.22E-011 10% Factor for Equilibrium Daughters Total Cloud Shine with 10% Equilibrium Daughters                                                 1.35E-01 RG 1.183 Occupancy     Exposure Factors       mR 1   4.82E-02 1   3.33E-02 1   2.38E-02 1   1.16E-02 1   5.51E-03 1   4.97E-05 0.6  O.OOE+00 0.4  0.OOE+00 Total Cloud Shine                                                                                1.22E-01 10% Factor for Equilibrium Daughters Total Cloud Shine with 10% Equilibrium Daughters                                                 1.35E-01

Attachment H                         NEDC 05-031 CCN 3C1 Page H-i RADTRAD Version 3.03 (Spring 2001) run on 8/17/2011                   at 15:10:59
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File information
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Plant file                           = C:\Documents and Settings\jlboste\My Documents\QAFHA cooperGNF2 BC 06-06-llshinedose.psf Inventory file                       = C:\Documents and Settings\jlboste\My Documents\cooper29fha24monthGNF2.nif Release file                         = C:\Documents and Settings\jlboste\My Documents\RGl 183.rft Dose Conversion file = C:\Documents and Settings\jlboste\My Documents\cooperGNF2-29fha.inp 44444            4444        44444     4 4       4 44444
* 4  44444 4            44             4         4 44      4
* 4 4    4    4 4             44             4
* 44
* 4     4 4    4    4 44444            4444        4444      4 444       #4444   4    4    4 4      4         4
* 44   4       4    4    4 4      4         4 4     #4   4      4    4    4 4444        4         # 4       4 4                 4 Radtrad 3.03 4/15/2001 Base Case 1-01-2011 Nuclide Inventory File:
C:\Documents and Settings\jlboste\My Documents\cooper29fha24monthGNF2.nif Plant Power Level:
1.5144E+01 Compartments:
3 Compartment 1:
primary 3
7.9500E+05 0
0 0
0 0
Compartment 2:
Environment 2
0.0000E+00 0
0 0
0 0
Compartment 3:
Control Room 1
1.4186E+05 0
0 0
irlE--
* Lf-        *e .. a7
                  .*=* - -!

Attachment H                  NEDC 05-031 CCN 3C1 Page H-2 0
0 Pathways:
4 Pathway 1:
primary to Environment 1
2 2
Pathway 2:
Environment t t" Control Room 2
3 2
Pathway 3:
Environment tto Control Room 2
3 2
Pathway 4:
Control Room to Environment 3
2 2
End of Plant Model File Scenario Description Name:
Plant Model Filename:
Source Term:
1 1    1.OOOOE+00 C:\Documents and Settings\jlboste\My Documents\cooperGNF2-29fha.inp C:\Documents and Settings\jlboste\My Documents\RGl_183.rft 2.4000E+01 1
9.5000E-01    4.8500E-02   1.5000E-03    1.OOOOE+00 Overlying Pool:
0 0.0000E+00 0
0 0
0 Compartments:
3 Compartment 1:
1 1
0 0
0 0
0 0
0 Compartment 2:
1 1
0 0
0 0

Attachment H                 NEDC 05-031 CCN 3C1 Page H-3 0
0 0
Compartment 3:
1 1
0 0
0 0
0 0
0 Pathways:
4 Pathway 1:
0 0
0 0
0 1
9 2.4000E+01   4.5760E+04  o.OOOOE+00    0 OOOOE+00  o.OOOOE+00 2.4250E+01   4.5760E+04  o.OOOOE+00    0 OOOOE+00  0.OOOOE+00 2.4500E+01   4.5760E+04  0.OOOOE+00    o .OOOOE+00 0.OOOOE+00
: 2. 5000E+01  4.5760E+04  o.OOOOE+00    0 OOOOE+00  0.0000E+00
: 2. 6000E+01  4.5760E+04  o.OOOOE+00    0 OOOOE+00  0.OOOOE+00 3.2000E+01   4.5760E+04  0.OOOOE+00    o .OOOOE+00 0.OOOOE+00 4.8000E+01   4.5760E+04  O.OOOOE+00    0 OOOOE+00  o.OOOOE+00 1.2000E+02   0.OOOOE+00  O.OOOOE+00    0 OOOOE+00  0.OOOOE+00 7.4400E+02   0.0000E+00  O.OOOOE+00    o .OOOOE00  o.OOOOE+00 0
0 0
0 0
0 Pathway 2:
0 0
0 0
0 1
2 2.4000E+01   3.2350E+03  0.0000E+00    o.OOOOE+00  0.0000E+00 2.4017E+01   8. 1000E+02 8. 9000E+01   8. 9000E+01 8. 9000E+01 0
0 0
0 0
0 Pathway 3:
0 0
0 0
0 1
1 2.4000E+01   4.OOOOE+02  o.OOOOE+00    0.0000E+00  0.OOOOE+00

Attachment H               NEDC 05-031 CCN 3C1 Page H-4 0
0 0
0 0
0 Pathway 4:
0 0
0 0
0 1
2 2.4000E+01    3.6350E+03 o.OOOOE+00    0.0000E+00 o.OOOOE+00
: 2. 4017E+01   1.2100E+03 0.0000E+00    O.OOOOE+00 0.OOOOE+00 0
0 0
0 0
0 Dose Locations:
3 Location 1:
EAB 2
1 2
2.4000E+01    5.2000E-04
: 2. 6000E+01   0.OOOOE+00 1
4 2.4000E+01    3.5000E-04
: 3. 2000E+01   1.80OOE-04 4 .8000E+01   2.3000E-04 7.4400E+02    0.0000E+00 0
Location 2:
LPZ 2
1 5
2.4000E+01    2.9000E-04 3.2000E+01    7.3000E-05
: 4. 8000E+01   2.5000E-05 1.2000E+02    5.2000E-06 7.4400E+02    0.0000E+00 1
4 2.4000E+01    3.5000E-04
: 3. 2000E+01   1.8000E-04 4.8000E+01    2.3000E-04 7.4400E+02    0.OOOOE+00 0
Location 3:
Control Room 3
0 1
2 2.4000E+01    3.5000E-04 7.4400E+02    0.OOOOE+00

Attachment H                          NEDC 05-031 CCN 3C1 Page H-5 1
4 2.4000E+01    1.OOOOE+00 4.8000E+01    6.OOOOE-01 1.2000E+02    4.OOOOE-01 7.4400E+02   0.OOOOE+00 Effective Volume Location:
1 6
2.4000E+01    4.1500E-03 2.6000E+01    3.2400E-03 3.2000E+01    1.3200E-03 4.8000E+01    9.01OOE-04 1.2000E+02   7.2200E-04 7.4400E+02   0.OOOOE+00 Simulation Parameters:
1 2.4000E+01   0.OOOOE+00 Output Filename:
C:\Documents and Settings\jlboste\My  Documents\QAFHA cooperGNF2 BC 06 llshinedose.o0 1
1 1
0 0
End of Scenario File

Attachment H NEDC 05-031 CCN 3Cl Page H-6

Attachment H                      NEDC 05-031 CCN 3C1 Page H-7 RADTRAD Version 3.03 (Spring 2001) run on 8/17/2011            at 15:10:59 4#######################################################################
Plant Description
      ###4####################################################################
Number of Nuclides     =    29 Inventory Power =       1.0000E+00 MWth Plant Power Level   =      1.5144E+01 MWth Number of compartments             =   3 Compartment information Compartment number      1     (Source term fraction   =   1.0000E+00 Name: primary Compartment volume           7.9500E+05 (Cubic feet)
Compartment type is Normal Pathways into and out of compartment          1 Exit Pathway Number            1: primary to Environment Compartment number 2 Name: Environment Compartment type is Environment Pathways into and out of compartment 2 Inlet Pathway Number          1: primary to Environment Inlet Pathway Number          4: Control Room to Environment Exit Pathway Number            2: Environment to Control Room Exit Pathway Number            3: Environment to Control Room Compartment number 3 Name: Control Room Compartment volume =         1.4186E+05 (Cubic feet)
Compartment type is Control Room Pathways into and out of compartment          3 Inlet Pathway Number          2: Environment to Control Room Inlet Pathway Number          3: Environment to Control Room Exit Pathway Number           4: Control Room to Environment Total number of pathways        =    4
~=4'.:V              4W

Attachment H                                 NEDC 05-031 CCN 3C1 Page H-8 PADTRAD Version 3.03      (Spring 2001)     run on      8/17/2011     at 15:10:59
###########################4############################################
Scenario Description Time between shutdown and first          release   =     2.4000E+01     (Hours)
Radioactive Decay is enabled Calculation of Daughters is enabled Release   Fractions and Timings GAP          EARLY IN-VESSEL        LATE RELEASE         RELEASE MASS 0.003600 hr         0.0000 hrs            0.0000 hrs                (gm)
NOBLES         5.OOOOE-02          0.OOOOE+00            0.OOOOE+00             1. 879E+00 IODINE         2.5000E-04          0.OOOOE+00            0.OOOOE+00             1.595E-03 CESIUM         0.OOOOE+00          0.OOOOE+00            0.OOOOE+00             0.OOOE+00 TELLURIUM      0.OOOOE+00          0.OOOOE+00            0.OOOOE+00             0.OOOE+00 STRONTIUM      0.0000E+00          0.OOOOE+00            0.000OE+00             0.OOOE+00 BARIUM         0.OOOOE+00          0.OOOOE+00            0.OOOOE+00             0. OOOE+00 RUTHENIUM      O.OOOOE+00          0.OOOOE+00            0.OOOOE+00             0. OOOE+00 CERIUM         O.OOOOE+00          0.OOOOE+00            0.OOOOE+00             0.OOOE+00 LANTHANUM      O.OOOOE+00          0.OOOOE+00            0.OOOOE+00             0.OOOE+00 Inventory Power =              15. MWt Nuclide    Group   Specific         half        Whole Body        Inhaled         Inhaled Name             Inventory         life             DCF         Thyroid        Effective (Ci/MWt)         (s)       (Sv-m3/Bq-s)        (Sv/Bq)        (Sv/Bq)
Br-82       2    1.870E+02     1. 271E+05      1. 300E-13      2.380E-10       3.310E-10 Br-83       2    3.240E+03     8. 604E+03      3.820E-16       3.290E-12       2.330E-11 Br-84       2    5.560E+03     1. 908E+03      9. 410E-14      3.120E-12       2.610E-11 Kr-83m      1    3.250E+03     6. 588E+03      1.500E-18       0.OOOE+00       0.OOOE+00 Kr-85       1    8.520E+02     3. 383E+08      1.190E-16       0.OOOE+00       0.OOOE+00 Kr-85m      1    6.750E+03     1. 613E+04      7.480E-15       0.OOOE+00       0.OOOE+00 Kr-87       1    1.280E+04     4. 578E+03      4. 120E-14      0.000E+00       0.OOOE+00 Kr-88       1    1.810E+04     1. 022E+04      1.020E-13       0.OOOE+00       0.OOOE+00 1-128       2    4.330E+02     1. 499E+03      4.160E-15       5.340E-11       1.280E-11 1-130       2    1.100E+03     4.450E+04       1. 040E-13      1.990E-08       7.140E-10 1-131       2    4.352E+04     6. 947E+05      1.820E-14       2.920E-07       8.890E-09 1-132       2    3.960E+04     8. 280E+03      1.120E-13       1.740E-09       1.030E-10 1-133       2    5.480E+04     7.488E+04       2. 940E-14      4.860E-08       1.580E-09 1-134       2    6.040E+04     3. 156E+03      1.300E-13       2.880E-10       3.550E-11 1-135       2    5.160E+04     2. 380E+04      8. 294E-14      8.460E-09       3.320E-10 Xe-129m     1    2.230E-01     6. 912E+05      1.060E-15       0.OOOE+00       0.OOOE+00 Xe-131m     I    3.040E+02     1. 028E+06      3.890E-16       0.OOOE+00       0.OO0E+00 Xe-133      1    5.450E+04     4. 532E+05      1.560E-15       0.OOOE+00       0.OOOE+00 Xe-133m     1    1.730E+03     1. 890E+05      1.370E-15       0.OOOE+00       0.OOOE+00 Xe-135      1    2.040E+04     3.272E+04       1.190E-14       0.OOOE+00       0.OOOE+00 Xe-135m     1    1.100E+04     9. 174E+02      2. 040E-14      0.OOOE+00       0.OOOE+00 Xe-138      1    4.490E+04     8. 502E+02      5. 770E-14      0.OOOE+00       0.OOOE+00 Nu.cl idp    Daughter     Fraction       Daughter     Fractiorn      Dauqhter     Fraction Br-83       Kr-83m        1.00           none           0.00          none          0.00 Kr-85m      Kr-85         0.21           none           0.00          none           0.00 Kr-87       Rb-87         1.00           none           0.00          none          0.00 Kr-88       Rb-88         1.00           none           0.00          none          0.00 1-131       Xe-131m       0.01           none           0.00          none           0.00 1-133       Xe-133m       0.03           Xe-133         0.97          none          0.00 1-135       Xe-135m       0.15           Xe-135         0.85          none          0.00

Attachment H                          NEDC 05-031 CCN 3C1 Page H-9 Te-129      1-129         1.00          none         0.00        none        0.00 Te-131      1-131         1.00          none         0.00        none        0.00 Te-131m     1-131         0.78          Te-131       0.22        none        0.00 Te-132      1-132         1 .00         none         0.00        none        0.00 Te-133      1-133         1.00          none         0.00        none        0.00 Te-133m     1-133         0.87          Te-133       0.13        none        0.00 Te-134      1-134         1.00          none         0.00        none        0.00 Xe-133m     Xe-133        1.00          none         0.00        none        0.00 Xe-135      Cs-135        1.00          none         0.00        none        0.00 Xe-135m     Cs-135        0.00          Xe-135       1.00        none        0.00 Xe-138      Cs-138        1.00          none         0.00        none        0.00 Iodine fractions Aerosol          -   9.5000E-01 Elemental         =  4.8500E-02 Organic          -   1.5000E-03 COMPARTMENT DATA Compartment number        1: primary Compartment number       2: Environment Compartment number        3: Control Room PATHWAY DATA Pathway number      1: primary to Environment Pathway Filter: Removal Data Time (hr)          Flow Rate              Filter Efficiencies    (%)
(c fm)         Aerosol       Elemental    Organic 2.4000E+01        4.5760E+04      0.OOOOE+00     0 OOOOE+00    0.OOOOE+00
: 2. 4250E+01       4.5760E+04      0.OOOOE+00     0 OOOOE+00    0.OOOOE+00
: 2. 4500E+01       4.5760E+04      0.OOOOE+00      0 OOOOE+00   0.OOOOE+00
: 2. 5000E+01       4.5760E+04      0.OOOOE+00     0 OOOOE+00    0.OOOOE+00
: 2. 6000E+01       4.5760E+04      0.OOOOE+00      0.0000E+00   0.OOOOE+00 3.2000E+01        4.5760E+04      0.OOOOE+00      0 OOOOE+00   0.OOOOE+00 4.8000E+01        4.5760E+04      0.OOOOE+00     0 OOOOE+00    0.OOOOE+00 1.2000E+02        0.OOOOE+00      0.OOOOE+00      0 OOOOE+00   0.OOOOE+00 7.4400E+02        0.OOOOE+00      0.OOOOE+00      0 OOOOE+00   0.OOOOE+00 Pathway number      2: Environment to Control Room Pathway Filter: Removal Data Time (hr)           Flow Rate              Filter Efficiencies (%)
(cfm)          Aerosol       Elemental    Organic 2.4000E+01        3.2350E+03      0.OOOOE+00      0.OOOOE+00   0.OOOOE+00 2.4017E+01        8 . 1000E+02    8.9000E+01      8.9000E+01   8.9000E+01 Pathway number      3: Environment     to Control Room Pathway Filter:     Removal Data Time   (hr)         Flow Rate              Filter Efficiencies (%)
(cfm)          Aerosol       Elemental     Organic 2.4000E+01       4.OOOOE+02      0.OOOOE+00      0.OOOOE+00   0.OOOOE+00 Pathway number      4: Control Room to Environment Pathway Filter: Removal Data
           .~f

Attachment H                        NEDC 05-031 CCN 3C1 Page H-10 Time    (hr)    Flow Rate                  Filter  Efficiencies (%)
(cfm)              Aerosol      Elemental    Organic 2.4000E+01    3.6350E+03          O.OOOOE+00     O.OOOOE+00   O.OOODE+00 2.4017E+01    1.2100E+03           0.0OOOE+00     O.0O00E+00   O.OO0E+00 LOCATION DATA Location EAB      is    in   compartment      2 Location X/Q Data Time (hr)            X/Q    (s
* m^-3) 2.4000E+01              5.2000E-04 2.6000E+01              0.OO00E+00 Location Breathing Rate Data Time (hr)            Breathing Rate (m^3
* sec^-i) 2.4000E+01                        3.5000E-04 3.2000E+01                        1.8000E-04 4.8000E+01                        2.3000E-04 7.4400E+02                        0.000E+00 Location LPZ      is in compartment            2 Location X/Q Data Time (hr)            X/Q    (s
* mA-3)
: 2. 4000E+01             2.90OOE-04 3.2000E+01              7.3000E-05
: 4. 8000E+01             2.5000E-05 1.2000E+02              5.2000E-06 7.4400E+02              O.O0O0E+0O Location Breathing Rate Data Time (hr)            Breathing      Rate (m^3
* sec^-i) 2.4000E+01                        3.5000E-04 3.2000E+01                        1.80OOE-04 4.8000E+01                        2.3000E-04 7.4400E+02                        0.OOO0E+00 Location Control Room             is in compartment      3 Location X/Q Data Time (hr)            X/Q     (s
* m^-3) 2.4000E+01              4.1500E-03 2.6000E+01              3.2400E-03 3.2000E+01              1.3200E-03 4.8000E+01              9.01OOE-04 1.2000E+02             7.2200E-04 7.4400E+02              0.0000E+00 Location Breathing Rate Data Time (hr)            Breathing Rate (m^3
* sec^-l) 2.4000E+01                        3.5000E-04 7.4400E+02                       0.0O00E+00 Location Occupancy Factor Data Time (hr)            Occupancy Factor 2.4000E+01                 1.OOOE+00 4.8000E+01                  6.OOO0E-01 1.2000E+02                 4.OOOOE-01 7.4400E+02                 O.OOOOE+00 USER SPECIFIED TIME STEP DATA - SUPPLEMENTAL TIME STEPS Time             Time step 0.0000E+00         O.O000E+O0

Attachment H                            NEDC 05-031 CCN 3C1 Page H-11 RADTRAD Version 3.03 (Spring 2001) run on 8/17/2011                       at 15:10:59
       ####       #(       # #####      #####     #      *  #####
     #       66            6    6       6      #6        6     #
       ####        66##         6       6           ####       6 Dose,      Detailed model and Detailed Inventory Output EAB  Doses:
Time (h) =        24.0036        Whole Body         Thyroid           TEDE Delta dose (rem)                    2.7409E-03      2. 0624E-01     9.0914E-03 Accumulated dose (rem)              2.7409E-03      2. 0624E-01     9.0914E-03 LPZ  Doses:
Time (h) =        24.0036        Whole Body         Thyroid            TEDE Delta dose (rem)                    1.5286E-03      1. 1502E-01     5.0702E-03 Accumulated dose (rem)              1.5286E-03      1. 1502E-01    5.0702E-03 Control Room Doses:
Time (h) = 24.0036               Whole Body         Thyroid            TEDE Delta dose (rem)                    2. 2136E-06     3.5446E-03      1.1136E-04 Accumulated dose (rem)              2.2136E-06      3.5446E-03      1. 1136E-04 primary Compartment Nuclide Inventory:
Time (h)     =    24.0036              Ci               kg             Atoms       Decay Br-82                             4. 3917E-01     4. 0564E-10    2. 9791E+15    1. 6071E+1I Br-83                             1. 1553E-02     7 . 312BE-13    5. 3059E+12   4. 2293E+09 Kr-83m                            9. 1008E+00     4. 4110E-10     3. 2004E+15   3. 3321E+12 Kr-85                             6. 4108E+02     1.6340E-03      1. 1577E+22   2. 3459E+14 Kr-85m                            1.2386E+02      1.5050E-08      1 .0663E+17   4. 5333E+13 Kr-87                             2.0025E-02      7. 0696E-13     4. 8935E+12   7. 3335E+09 Kr-88                             3. 8895E+01     3. 1019E-09     2 .1227E+16   1. 4238E+13 1-130                             1.0771E+00      5. 5227E-10     2. 5584E+15   3. 9419E+ll 1-131                             1. 5134E+02     1.2207E-06      5. 6117E+18   5. 5381E+13 1-132                             1.2238E+02      1. 1856E-08     5. 4091E+16   4. 4803E+13 1-133                             9. 4760E+01     8.3650E-08      3. 7876E+17   3. 4678E+13 1-134                             5. 1319E-06     1. 9237E-16     8.6456E+08    1. 8800E+06 1-135                             1. 5666E+01     4.4610E-09      1.9900E+16    5.7338E+12 Xe-129m                           1.538BE-01      1.2162E-09      5. 6776E+15   5. 6311E+10 Xe-131m                           2.3543E+02      2. 8107E-06     1.2921E+19    8. 6153E+13 Xe-133                            3. 9541E+04     2. 1124E-04     9.5649E+20    1. 4470E+16 Xe-133m                           1.1720E+03      2. 6120E-06     1.1827E+19    4. 2889E+14 Xe-135                            1.0794E+04      4.2269E-06      1. 8855E+19   3. 9504E+15 Xe-135m                           5. 4241E+02     5.9545E-09      2. 6562E+16   1. 9921E+14 primary Transport Group Inventory:
T 4 t fa~-rr  :14    wr91'   rh

Attachment H                        NEDC 05-031 CCN 3C1 Page H-12 Time (h) =   24.0036      Atmosphere        Sump Noble gases (atoms)       1.2577E+22    0.0000E+00 Elemental I (atoms)       2.9440E+17    0.0000E+00 Organic I (atoms)         9.1051E+15    0.0000E+00 Aerosols (kg)             1.2556E-06    0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid)               7.4758E-09 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid)         8. 1017E-09 Total I (Ci)                                         3.8415E+02 primary to Environment Transport      Group Inventory:
Pathway Time (h) = 24.0036          Filtered    Transported Noble gases (atoms)       0.0000E+00    7. 8346E+19 Elemental I (atoms)       0.OOOOE+00    1.8339E+15 Organic I (atoms)         0.0000E+00    5.6720E+13 Aerosols (kg)             0.OOOOE+00    7.8215E-09 Environment   Integral Nuclide Release:
Time (h) =   24.0036            Ci           kg           Atoms         Bq Br-82                     2. 7357E-03   2. 5269E-12  1.8558E+13   1. 0122E+08 Br-83                     7. 1970E-05   4. 5557E-15  3. 3054E+10  2.6629E+06 Kr-83m                    5. 6696E-02   2. 7480E-12  1. 9938E+13  2.0978E+09 Kr-85                     3. 9935E+00   1. 0179E-05  7. 2115E+19  1. 4776E+I1 Kr-85m                    7. 7157E-01   9. 3756E-11  6. 6425E+14  2. 8548E+10 Kr-87                     1.2476E-04    4. 4045E-15  3. 0488E+10  4. 6161E+06 Kr-88                     2. 4231E-01   1. 9324E-11  1.3224E+14   8.9653E+09 1-130                     6. 7098E-03   3. 4403E-12  1. 5937E+13  2.4826E+08 1-131                     9. 4274E-01   7. 6043E-09  3 4957E+16   3. 4882E+10 1-132                     7. 6238E-01   7. 3859E-11  3. 3696E+14  2. 8208E+10 1-133                     5. 9030E-01   5. 2109E-10  2. 3595E+15  2. 1841E+10 1-134                     3. 1975E-08   1. 1986E-18  5. 3867E+06  1. 1831E+03 1-135                     9. 7594E-02   2. 7790E-Il  1. 2397E+14  3. 6110E+09 Xe-129m                   9.5858E-04    7. 5761E-12  3. 5368E+13  3.5467E+07 Xe-131m                   1.4666E+00    1. 7509E-08  8. 0490E+16  5. 4263E+10 Xe-133                    2. 4631E+02   1. 3159E-06  5. 9583E+18  9. 1135E+12 Xe-133m                   7.3008E+00    1. 6271E-08  7. 3673E+16  2. 7013E+1I Xe-135                    6.7242E+01    2. 6331E-08   1. 1746E+17 2.4880E+12 Xe-135m                   3.3796E+00    3. 7101E-Il   1. 6550E+14 1. 2505E+ll Environment   Transport Group Inventory:
Total       Release Time (h) = 24.0036          Release       Rate/s Noble gases (atoms)       7.8346E+19    6.0452E+18 Elemental I (atoms)       1.8339E+15    1.4150E+14 Organic I (atoms)         5.6719E+13    4.3764E+12 Aerosols (kg)             7.8214E-09    6.0350E-10 Dose Effective (Ci)    1-131 (Thyroid)                1.0484E+00 Dose Effective (Ci)    1-131 (ICRP2 Thyroid)          1. 1361E+00 Total I   (Ci)                                        2.3930E+00 primary to Environment Transport Group Inventory:
Pathway Time (h) =    24.0036       Filtered    Transported Noble gases (atoms)       0.0000E+00    7.8346E+19 Elemental I (atoms)       0.OOOOE+00    1.8339E+15 Organic I (atoms)         0.0000E+00    5.6720E+13 Aerosols (kg)             0.0000E+00    7.8215E-09 Environment   to Control Room Transport Group Inventory:
LI!

Attachment H                         NEDC 05-031 CCN 3C1 Page H-13 Pathway Time (h) =     24.0036       Filtered      Transported Noble gases (atoms)        0.OOOOE+00      4 .9640E+17 Elemental I (atoms)        0.OOOOE+00      1.1620E+13 Organic I (atoms)          0.0000E+00      3.5938E+ll Aerosols (kg)              0.OOOOE+00      4. 9557E-11 Environment    to Control Room Transport Group Inventory:
Pathway Time (h) =     24.0036       Filtered      Transported Noble gases (atoms)        0.OOOOE+00      6. 1379E+16 Elemental I (atoms)        0.0000E+00      1.4368E+12 Organic I (atoms)          0.0000E+00      4.4436E+10 Aerosols (kg)              0.OOOOE+00      6. 1277E-12 Control Room to Environment         Transport Group Inventory:
Pathway Time (h) =     24.0036       Filtered      Transported Noble gases (atoms)        1. 0283E+15     0.OOOOE+00 Elemental I (atoms)        2.4072E+10      0.OOOOE+00 Organic I (atoms)          7.4449E+08      0.OOOOE+00 Aerosols (kg)              1.0266E-13      0.OOOOE+00 Control Room Compartment Nuclide         Inventory:
Time (h)     = 24.0036           Ci              kg          Atoms       Decay Br-82                      1. 9441E-05     1.7957E-14    1. 3188E+ll  6. 6172E+06 Br-83                      5. 1141E-07     3. 2372E-17  2. 3488E+08   1. 7413E+05 Kr-83m                     4.0286E-04      1. 9526E-14  1. 4167E+ll   1. 3719E+08 Kr-85                      2.8379E-02      7.2333E-08   5. 1247E+17   9. 6593E+09 Kr-85m                     5.4828E-03      6. 6623E-13   4. 7202E+12  1. 665E+09 Kr-87                      8.8646E-07      3. 1295E-17  2. 1663E+08   3. 0193E+05 Kr-88                      1. 7218E-03     1. 3731E-13   9. 3968E+ll  5. 8623E+08 1-130                      4.7682E-05      2. 4448E-14   1. 1325E+ll  1. 6231E+07 1-131                      6.6994E-03      5. 4039E-11   2. 4842E+14  2. 2803E+09 1-132                      5. 4173E-03     5. 2482E-13   2. 3944E+12  1.8446E+09 1-133                      4.1948E-03      3. 7030E-12   1. 67 67E+13 1. 4278E+09 1-134                      2.2718E-10      8. 5160E-21   3. 8272E+04  7. 7403E+01 1-135                      6.9352E-04      1. 9748E-13   8. 8092E+ll  2. 3608E+08 Xe-129m                    6.8119E-06      5. 3838E-14   2. 5133E+ll  2. 3186E+06 Xe-131m                    1.0422E-02      1.2442E-10    5.7198E+14   3.5473E+09 Xe-133                     1.7504E+00       9. 3512E-09  4. 2341E+16  5. 9578E+lI Xe-133m                    5. 1882E-02      1. 1563E-10  5. 2354E+14  1.7659E+10 Xe-135                     4. 7784E-01      1. 8711E-10  8. 3468E+14  1. 6266E+ll Xe-135m                    2.4000E-02      2. 6347E-13   1. 1753E+12  8. 1971E+09 Control Room Transport     Group Inventory:
Time (h) = 24.0036         Atmosphere           Sump Noble gases (atoms)        5.5675E+17       0.OOOOE+00 Elemental I (atoms)         1.3032E+13      0.OOOOE+00 Organic I (atoms)           4.0306E+ll      0.OOOOE+00 Aerosols (kg)              5.5581E-11       0.OOOOE+00 Dose Effective (Ci/cc)     1-131 (Thyroid)              1.8546E-12 Dose Effective (Ci/cc)     1-131 (ICRP2 Thyroid)        2. 0099E-12 Total I (Ci)                                             1.7005E-02 Environment     to Control Room Transport Group Inventory:
Pathway Time    (h) =  24.0036      Filtered       Transported
     !U`            4 t.

Attachment H                          NEDC 05-031 CCN 3C1 Page H-14 Noble gases (atoms)    o.0000E+00    4. 9640E+17 Elemental I (atoms)    0.0000E+00    1. 1620E+13 Organic I (atoms)      o.0000E+00    3. 5938E+ll Aerosols (kg)          0.0000E+00    4. 9557E-11 Environment to Control Room Transport      Group Inventory:
Pathway Time (h) =  24.0036     Filtered     Transported Noble gases (atoms)    0.0000E+00    6. 1379E+16 Elemental I (atoms)    0.OOOOE+00    1.4368E+12 Organic I (atoms)      0.OOOOE+00    4.4436E+10 Aerosols (kg)          0.OOOOE+00    6. 1277E-12 Control Room to Environment Transport Group Inventory:
Pathway Time (h) = 24.0036       Filtered    Transported Noble gases (atoms)    1.0283E+15    0.OOOOE+00 Elemental I (atoms)    2.4072E+10    0.OOOOE+00 Organic I (atoms)      7.4449E+08    0.OOOOE+00 Aerosols (kg)          1.0266E-13    0.OOOOE+00 EAB Doses:
Time (h) = 24.0170     Whole Body       Thyroid          TEDE Delta dose (rem)         1.9889E-02     1.4972E+00    6. 5991E-02 Accumulated dose (rem)  2.2630E-02      1.7034E+00   7.5083E-02 LPZ Doses:
Time (h) = 24.0170     Whole Body       Thyroid          TEDE Delta dose (rem)         1. 1092E-02    8. 3498E-01   3.6803E-02 Accumulated dose (rem)   1.2621E-02     9. 4999E-01   4. 1873E-02 Control Room Doses:
Time (h) = 24.0170     Whole Body       Thyroid          TEDE Delta dose (rem)         9.6952E-05     1.5531E-01    4.8794E-03 Accumulated dose (rem)   9. 9165E-05    1.5886E-01    4.9908E-03 primary Compartment Nuclide Inventory:
Time (h)  =  24.0170         Ci              kg          Atoms       Decay Br-82                  4.1919E-01    3. 8720E-10    2. 8436E+15   9. 0902E+ll Br-83                  1.0987E-02    6. 9550E-13    5.0463E+12    2. 3879E+10 Kr-83m                 8.6453E+00    4. 1902E-10    3. 0403E+15   1. 8802E+13 Kr-85                  6. 1208E+02   1.5601E-03     1 1053E+22    1. 3271E+15 Kr-85m                 1. 1801E+02   1.4340E-08     1. 0160E+17   2. 5618E+14 Kr-87                  1.8980E-02    6. 7007E-13    4. 6382E+12   4 1335E+10 Kr-88                  3.7015E+01    2. 9519E-09    2. 0201E+16   8. 0413E+13 1-130                  1.0276E+00    5. 2690E-10    2 4408E+15    2. 2291E+12 1-131                  1.4449E+02    1. 1655E-06    5. 3577E+18   3. 1328E+14 1-132                  1. 1638E+02   1. 1275E-08    5. 1437E+16   2. 5294E+14 1-133                  9. 0434E+01   7.9832E-08     3. 6147E+17   1. 9613E+14 1-134                  4,8482E-06     1..8174E-16   8.1676E+08    1. 0580E+07 1-135                  1.4 937E+01   4.2533E-09     1. 8973E+16   3. 2413E+13 Xe-129m                1.4691E-01    1. 1611E-09    5. 4206E+15   3. 1854E+ll Xe-131m                2.2478E+02    2.6835E-06     1.2336E+19    4. 8736E+14 Xe-133                 3.7750E+04    2. 0167E-04    9. 1317E+20   8. 1851E+16 Xe-133m                1.1188E+03    2.4934E-06     1. 1290E+19   2 4260E+15 Xe-135                 1.0296E+04     4. 0318E-06   1.7985E+19    2 .2336E+16 Xe-135m                4.9942E+02    5.4826E-09     2.4457E+16    1. 1069E+15

Attachment H                        NEDC 05-031 CCN 3C1 Page H-15 primary Transport Group Inventory:
Time (h) = 24.0170     Atmosphere          Sump Noble gases (atoms)     1.2008E+22    0.OOOOE+00 Elemental I (atoms)    2.8105E+17     0.OOOOE+00 Organic I (atoms)       8.6923E+15    0.0000E+00 Aerosols (kg)           1.1987E-06    0.0000E+00 Dose Effective (Ci/cc) 1-131 (Thyroid)              7.1370E-09 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid)        7.7337E-09 Total I (Ci)                                        3.6624E+02 primary to Environment Transport    Group Inventory:
Pathway Time (h) = 24.0170        Filtered    Transported Noble gases (atoms)     0.0000E+00    6. 4712E+20 Elemental I (atoms)     0.0000E+00    1.5148E+16 Organic I (atoms)       0.OOOOE+00    4. 6848E+14 Aerosols (kg)           0.0000E+00    6.4603E-08 Environment  Integral Nuclide Release:
Time (h) =   24.0170          Ci            kg           Atoms         Bq Br-82                   2. 2591E-02   2. 0867E-11   1.5325E+14   8.3587E+08 Br-83                   5. 9239E-04   3. 7499E-14   2 7207E+ll   2. 1919E+07 Kr-83m                  4. 6619E-01   2. 2595E-11   1. 6394E+14  1. 7249E+10 Kr-85                   3. 2985E+01   8.4074E-05    5. 9565E+20  1. 2205E+12 Kr-85m                  6. 3611E+00   7. 7297E-10   5. 4764E+15  2. 3536E+11 Kr-87                   1. 0238E-03   3. 6143E-14   2. 5018E+ll  3.7879E+07 Kr-88                   1. 9955E+00   1.5914E-10    1. 0891E+15  7. 3835E+10 1-130                   5. 5384E-02   2.8397E-11    1. 3155E+14  2.0492E+09 1-131                   7 .7865E+00   6.2807E-08    2. 8873E+17  2. 8810E+ll 1-132                   6. 2747E+00   6.0788E-10    2. 7733E+15  2. 3216E+11 1-133                   4.8738E+00    4.3024E-09    1. 9481E+16  1. 8033E+ll 1-134                   2. 6161E-07   9. 8068E-18   4. 4073E+07  9. 6797E+03 1-135                   8. 0509E-01   2. 2925E-10   1. 0226E+15  2. 9788E+10 Xe-129m                 7. 9173E-03   6.2574E-11    2. 9212E+14  2. 9294E+08 Xe-131m                 1.2113E+01    1.4462E-07    6. 6481E+17  4. 4819E+ll Xe-133                  2.0344E+03    1.0868E-05    4. 9211E+19  7. 5271E+13 Xe-133m                 6. 0293E+01   1.3437E-07    6. 0843E+17  2. 2309E+12 Xe-135                  5.5492E+02    2.1730E-07    9. 6934E+17  2. 0532E+13 Xe-135m                 2. 7035E+01   2.967 9E-10   1 . 3239E+15 1. 0003E+12 Environment Transport Group Inventory:
Total       Release Time (h) =   24.0170      Release       Rate/s Noble gases (atoms)     6.4712E+20    1.0574E+19 Elemental I (atoms)     1.5146E+16    2.4748E+14 Organic I (atoms)       4.6844E+14    7.6542E+12 Aerosols (kg)           6.4596E-08    1.0555E-09 Dose Effective (Ci) 1-131 (Thyroid)                 8.6584E+00 Dose Effective (Ci) 1-131 (ICRP2 Thyroid)           9.3825E+00 Total I   (Ci)                                      1. 9740E+01 primary to Environment Transport Group Inventory:
Pathway Time (h) = 24.0170        Filtered    Transported Noble gases (atoms)     0.OOOOE+00     6. 4712E+20 Elemental I (atoms)     0.OOOOE+00     1.5148E+16 Organic I (atoms)       0.OOOOE+00     4. 6848E+14 Aerosols (kg)           0.OOOOE+00     6.4603E-08

Attachment H                        NEDC 05-031 CCN 3CI Page H-16 Environment      to Control Room Transport Group Inventory:
Pathway Time (h) =       24.0170       Filtered    Transported Noble gases (atoms)          0.0000E+00    4.1002E+18 Elemental I (atoms)          0.0000E+00    9.5976E+13 Organic I (atoms)            0.0000E+00    2.9683E+12 Aerosols (kg)                O.O000E+00    4. 0933E-10 Environment      to Control Room Transport Group Inventory:
Pathway Time (h) = 24.0170             Filtered    Transported Noble gases (atoms)          0.OOOOE+00    5.0698E+17 Elemental I (atoms)          0.OOOOE+00    1.1867E+13 Organic I (atoms)            0.0000E+00    3. 6703E+11 Aerosols (kg)                0.OOOOE+00    5.0612E-11 Control Room to Environment Transport Group Inventory:
Pathway Time (h) = 24.0170             Filtered    Transported Noble gases (atoms)          5.4130E+16    0.OOOOE+00 Elemental I (atoms)          1.2671E+12    0.OOOOE+00 Organic I (atoms)            3.9187E+10    0.OOOOE+00 Aerosols (kg)                5.4039E-12    O.OOOOE+00 Control Room Compartment Nuclide         Inventory:
Time (h)       = 24.0170           Ci            kg          Atoms      Decay Br-82                        1.5894E-04    1.4681E-13   1. 0782E+12  2.9035E+08 Br-83                        4.1660E-06    2. 6371E-16   1. 9133E+09 7.6243E+06 Kr-83m                       3.2779E-03    1.5888E-13    1. 1527E+12 6.0027E+09 Kr-85                        2. 3208E-01   5. 9153E-07   4.1909E+18  4. 2389E+lI Kr-85m                       4. 4744E-02   5. 4370E-12   3.8521E+13  8. 1813E+10 Kr-87                        7. 1965E-06   2. 5406E-16   1.7586E+09  1. 3194E+07 Kr-88                        1. 4035E-02   1. 1193E-12   7. 6594E+12 2. 5677E+10 1-130                        3. 8964E-04   1. 9978E-13   9.2546E+11  7. 1195E+08 1-131                        5. 4784E-02   4 4190E-10    2. 0314E+15 1.0007E+ll 1-132                        4. 4125E-02   4. 2748E-12   1. 9503E+13 8. 0762E+10 1-133                        3. 4289E-02   3. 0269E-11   1. 3706E+14 6.2643E+10 1-134                        1. 8382E-09   6. 8908E-20   3.0968E+05  3.3759E+03 1-135                        5. 6635E-03   1. 6127E-12   7. 1939E+12 1. 0352E+10 Xe-129m                      5. 5704E-05   4 4026E-13    2. 0553E+12 1.0175E+08 Xe-131m                      8 5226E-02    1. 0175E-09   4. 6774E+15 1. 5567E+1l Xe-133                       1. 4313E+01   7. 6467E-08   3.4624E+17  2. 6144E+13 Xe-133m                      4. 2420E-01    9. 4539E-10  4. 2807E+15 7. 7488E+11 Xe-135                       3.9039E+00     1. 5287E-09  6. 8193E+15 7. 1338E+12 Xe-135m                       1.8935E-01   2. 0787E-12   9. 2726E+12 3. 5234E+ll Control Room Transport Group Inventory:
Time (h) =        24.0170    Atmosphere         Sump Noble gases (atoms)           4.5530E+18    0.OOOOE+00 Elemental I (atoms)           1.0656E+14    0.OOOOE+00 Organic I (atoms)             3.2958E+12    0.OOOOE+00 Aerosols (kg)                 4.5448E-I0    0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid)                  1. 5165E-11 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid)            1. 6433E-11 Total I (Ci)                                             1.3886E-01 Environment       to Control Room Transport Group Inventory:
N - !M-.?

Attachment H                         NEDC 05-031 CCN 3C1 Page H-17 Pathway Time (h) =  24.0170      Filtered    Transported Noble gases (atoms)    0.0000E+00    4.1002E+18 Elemental I (atoms)    0.OOOOE+00    9. 5976E+13 Organic I (atoms)      0.OOOOE+00    2. 9683E+12 Aerosols (kg)          0.OOOOE+00    4. 0933E-10 Environment to Control Room Transport Group Inventory:
Pathway Time (h) = 24.0170       Filtered    Transported Noble gases (atoms)    0.OOOOE+00    5.0698E+17 Elemental I (atoms)    0.OOOOE+00    1.1867E+13 Organic I (atoms)      0.OOOOE+00    3.6703E+11 Aerosols (kg)          0.OOOOE+00    5.0612E-11 Control Room to Environment Transport     Group Inventory:
Pathway Time (h) = 24.0170       Filtered    Transported Noble gases (atoms)    5.4130E+16    0.OOOOE+00 Elemental I (atoms)    1.2671E+12    0.OOOOE+00 Organic I (atoms)      3.9187E+10    0.OOOOE+00 Aerosols (kg)          5. 4039E-12   0.OOOOE+00 EAB Doses:
Time (h) = 24.2500     Whole Body      Thyroid          TEDE Delta dose (rem)         2.2923E-01     1.7463E+01   7. 6691E-01 Accumulated dose (rem)   2.5186E-01     1.9167E+01   8. 4199E-01 LPZ Doses:
Time (h) =   24.2500   Whole Body      Thyroid          TEDE Delta dose (rem)         1. 2784E-01    9.7390E+00   4.2770E-01 Accumulated dose (rem)   1.404 6E-01    1.0689E+01   4. 6957E-01 Control Room Doses:
Time (h) =   24.2500   Whole Body      Thyroid          TEDE Delta dose (rem)         7.8949E-03     8.0958E+00   2. 5715E-01 Accumulated dose (rem)   7.9941E-03     8.2546E+00   2. 6214E-01 primary Compartment Nuclide Inventory:
Time (h)  =  24.2500         Ci             kg          Atoms       Decay Br-82                  1. 8662E-01    1. 7238E-10  1.2659E+15    8.4692E+12 Br-83                  4. 5928E-03    2. 9072E-13  2.1094E+12    2. 1652E+11 Kr-83m                 3. 5402E+00    1. 7159E-10  1.2450E+15    1. 6900E+14 Kr-85                  2 .7374E+02    6. 9772E-04  4. 9433E+21   1. 2389E+16 Kr-85m                 5. 0908E+01    6. 1861E-09  4. 3827E+16   2. 3546E+15 Kr-87                  7 4761E-03     2. 6393E-13  1. 8270E+12   3. 6547E+11 Kr-88                  1. 5639E+01    1. 2472E-09  8. 5350E+15   7. 3250E+14 1-130                  4. 5362E-01    2. 3259E-10  1. 0774E+15   2. 0692E+13 1-131                  6.4565E+01     5.2079E-07   2. 3941E+18   2. 9235E+15 1-132                  4.8518E+01     4 7004E-09   2. 1444E+16   2.2910E+15 1-133                  4. 0132E+01    3. 5427E-08  1. 6041E+17   1. 8248E+15 1-134                  1.8034E-06     6. 7604E-17  3. 0382E+08   9. 1325E+07 1-135                  6. 5190E+00    1. 8563E-09  8. 2806E+15   2.9941E+14 Xe-129m                6.5649E-02     5. 1886E-10  2 4222E+15    2. 9726E+12 Xe-131m                1.0047E+02     1. 1995E-06  5. 5141E+18   4. 5485E+15 Xe-133                 1.6862E+04     9. 0083E-05  4. 0789E+20   7. 6368E+17 Xe-133m                4.9883E+02     1. 1117E-06  5. 0337E+18   2.2617E+16

Attachment H                         NEDC 05-031 CCN 3C1 Page H-18 Xe-135                 4.5267E+03       1.7726E-06   7 . 9072E+18 2. 0696E+17 Xe-135m                1. 1903E+02      1.3067E-09   5. 8291E+15  8. 0050E+15 primary Transport Group Inventory:
Time (h) = 24.2500     Atmosphere           Sump Noble gases (atoms)    5.3697E+21       0.OOOOE+00 Elemental I (atoms)    1.2545E+17       0.0000E+00 Organic I (atoms)      3.8799E+15       0.OOOOE+00 Aerosols (kg)          5.3502E-07       0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid)               3.1860E-09 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid)         3.4464E-09 Total I (Ci)                                         1.5973E+02 primary to Environment Transport      Group Inventory:
Pathway Time (h) =    24.2500    Filtered       Transported Noble gases (atoms)    0.0000E+00       7.2811E+21 Elemental I (atoms)    0.OOOOE+00       1. 7035E+17 Organic I (atoms)      0.0000E+00       5.2685E+15 Aerosols (kg)          O.OOOOE+00       7.2651E-07 Environment Integral Nuclide Release:
Time (h) =    24.2500       Ci               kg           Atoms          Bq Br-82                  2.5363E-01       2. 3427E-10  1. 7205E+15   9.3842E+09 Br-83                  6.4074E-03       4. 0559E-13  2. 9428E+12  2.3707E+08 Kr-83m                 4. 9817E+00      2 4146E-10   1. 7519E+15   1. 8432E+ll Kr-85                  3. 7133E+02      9.4646E-04    6. 7055E+21  1. 3739E+13 Kr-85m                 7.0095E+01       8. 5175E-09   6.0345E+16  2. 5935E+12 Kr-87                  1.0694E-02       3. 7754E-13  2. 6133E+12  3.9568E+08 Kr-88                  2. 1721E+01      1. 7322E-09  1. 1854E+16  8. 0366E+ll 1-130                  6. 1866E-01      3. 1721E-10   1. 4694E+15 2.2891E+10 1-131                  8.7612E+01       7.0670E-07   3. 2487E+18   3. 2417E+12 1-132                  6. 7762E+01      6.5647E-09   2 9950E+16    2. 5072E+12 1-133                  5.4613E+01       4. 8210E-08  2. 1829E+17   2. 0207E+12 1-134                  2.6433E-06       9. 9085E-17   4. 4530E+08  9. 7801E+04 1-135                  8.9328E+00       2.5436E-09    1. 1347E+16  3. 3051E+ll Xe-129m                8.9083E-02       7. 0407E-10   3. 2868E+15  3. 2961E+09 Xe-131m                1.3632E+02       1.6275E-06    7. 4815E+18  5. 0437E+12 Xe-133                 2.2885E+04       1.2226E-04    5. 5358E+20  8. 4673E+14 Xe-133m                6.7751E+02       1.5099E-06    6. 8368E+18  2. 5068E+13 Xe-135                 6. 184 1E+03     2.4216E-06    1. 0802E+19  2. 2881E+14 Xe-135m                2. 1285E+02      2.3366E-09    1. 0423E+16  7 8754E+12 Environment Transport Group      Inventory:
Total          Release Time (h) =    24.2500    Release          Rate/s Noble gases (atoms)    7.2843E+21       8.0937E+18 Elemental I (atoms)     1.7031E+17       1.8923E+14 Organic I (atoms)      5.2672E+15       5.8525E+12 Aerosols (kg)          7.2634E-07       8.0704E-10 Dose Effective (Ci) 1-131 (Thyroid)                   9. 7365E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid)             1.0540E+02 Total I    (Ci)                                       2. 1892E+02 primary to Environment Transport Group Inventory:
Pathway Time (h) =     24.2500   Filtered       Transported Noble gases (atoms)     0.OOOOE+00       7.2811E+21 Elemental I (atoms)     O.O000E+00       1.7035E+17

Attachment H                        NEDC 05-031 CCN 3C1 Page H-19 Organic I (atoms)       O.OOOOE+0O   5. 2685E+15 Aerosols (kg)           O.OOOOE+00   7.2651E-07 Environment to Control Room Transport Group Inventory:
Pathway Time (h) =    24.2500     Filtered   Transported Noble gases (atoms)     0.0000E+00   1.4630E+19 Elemental I (atoms)     2.1925E+14   1.2307E+14 Organic I (atoms)       6.7809E+12   3. 8064E+12 Aerosols (kg)           9.3508E-10   5.2490E-10 Environment to Control Room Transport Group Inventory:
Pathway Time (h) = 24.2500        Filtered   Transported Noble gases (atoms)     0.OOOOE+00   5.7070E+18 Elemental I (atoms)     0.OOOOE+00   1. 3352E+14 Organic I (atoms)       0.0000E+00   4.1295E+12 Aerosols (kg)           0.0000E+00   5. 6945E-10 Control  Room to Environment Transport Group Inventory:
Pathway Time (h) = 24.2500        Filtered   Transported Noble gases (atoms)     1.5861E+18   0.OOOOE+00 Elemental I (atoms)     2.2883E+13   0.OOOOE+00 Organic I (atoms)       7.0771E+ll   0.OOOOE+00 Aerosols (kg)           9. 7592E-11  0.OOOOE+00 Control Room Compartment Nuclide Inventory:
Time (h)  =   24.2500         Ci           kg          Atoms      Decay Br-82                   3.4708E-04   3.2059E-13   2. 3544E+12  9.7642E+09 Br-83                   8.5418E-06   5. 4070E-16  3. 9231E+09  2. 4783E+08 Kr-83m                  1.2362E-02   5. 9916E-13  4. 3472E+12  3. 3629E+ll Kr-85                   9.5589E-01   2.4364E-06   1 7262E+19   2 4953E+13 Kr-85m                  1.7777E-01   2. 1601E-11  1 5304E+14   4 .7191E+12 Kr-87                   2. 6106E-05  9.2164E-16   6.3796E+09   7 .2339E+08 Kr-88                   5.4611E-02   4. 3552E-12  2. 9804E+13  1. 4639E+12 1-130                   8.4366E-04   4. 3257E-13  2. 0038E+12  2. 3832E+10 1-131                   1.2008E-01   9. 6859E-10  4.4526E+15   3. 3720E+12 1-132                   9.0235E-02   8. 7419E-12  3. 9882E+13  2. 6214E+12 1-133                   7.4638E-02    6. 5888E-11 2. 9833E+14  2. 1030E+12 1-134                   3. 3541E-09  1.2573E-19   5.6505E+05   1. 0313E+05 1-135                   1.2124E-02   3.4524E-12   1. 5400E+13  3. 4440E+ll Xe-129m                 2.2924E-04    1. 8118E-12 8. 4582E+12  5.9865E+09 Xe-131m                 3.5083E-01    4. 1885E-09 1. 9255E+16  9. 1606E+12 Xe-133                  5. 8881E+01  3. 1456E-07  1. 4243E+18  1. 5379E+15 Xe-133m                 1 .7419E+00  3.8820E-09   1. 7577E+16  4. 5535E+13 Xe-135                   1. 5807E+01  6. 1897E-09 2. 7611E+16  4. 1588E+14 Xe-135m                 4 .1499E-01   4. 5557E-12 2. 0322E+13  1. 4765E+13 Control Room Transport Group Inventory:
Time (h) =    24.2500   Atmosphere        Sump Nohlfh gases (atoms)     1.8751E+19   0.OOOOE+00 Elemental I (atoms)    2.3332E+14    0.OOOOE+00 Organic I (atoms)       7.2159E+12   0.OOOOE+00 Aerosols (kg)            9.9505E-10   0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid)            3. 3207E-11 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid)      3. 5920E-11 Total I (Ci)                                     2. 9708E-01

Attachment H                           NEDC 05-031 CCN 3C1 Page H-20 Environment    to Control Room Transport Group Inventory:
Pathway Time (h) = 24.2500                Filtered    Transported Noble gases (atoms)             0.0000E+00    1.4630E+19 Elemental I (atoms)             2.1925E+14    1. 2307E+14 Organic I (atoms)               6.7809E+12    3.8064E+12 Aerosols (kg)                   9. 3508E-10   5. 2490E-10 Environment to Control          Room Transport Group Inventory:
Pathway Time (h) = 24.2500                Filtered    Transported Noble gases (atoms)             0.OOOOE+00    5.7070E+18 Elemental I (atoms)             0.OOOOE+00    1. 3352E+14 Organic I (atoms)               0.OOOOE+00    4.1295E+12 Aerosols (kg)                   0.0000E+00    5. 6945E-10 Control Room to Environment Transport Group Inventory:
Pathway Time (h) =     24.2500            Filtered    Transported Noble gases (atoms)             1.5861E+18    0.OOOOE+00 Elemental I (atoms)             2.2883E+13    0.0000E+00 Organic I (atoms)               7.0771E+ll    0.OOOOE+00 Aerosols (kg)                   9. 7592E-11   0.OOOOE+00 EAB Doses:
Time (h) =     24.5000          Whole Body      Thyroid           TEDE Delta dose (rem)                  1.0346E-01    8 .1549E+00   3 .5446E-01 Accumulated dose (rem)            3. 5533E-01   2.7321E+01    1. 1965E+00 LPZ Doses:
Time (h) =     24.5000          Whole Body      Thyroid           TEDE Delta dose (rem)                   5.7700E-02    4.5479E+00    1. 9768E-01 Accumulated dose (rem)             1.9816E-01    1. 5237E+01   6. 6725E-01 Control Room Doses:
Time (h) = 24.5000              Whole Body      Thyroid           TEDE Delta dose (rem)                   1.3856E-02    1 .2405E+01   3. 9567E-01 Accumulated dose (rem)             2.1850E-02    2. 0660E+01   6. 5781E-01 primary Compartment           Nuclide Inventory:
Time (h)  =     24.5000               Ci              kg          Atoms       Decay Br-82                            7 .8317E-02   7 .2339E-11   5. 3127E+14   1.1991E+13 Br-83                            1. 8014E-03   1. 1403E-13   8. 2736E+11   3. 0065E+11 Kr-83m                           1.3583E+00    6. 5834E-11   4 .7767E+14   2. 3322E+14 Kr-85                            1. 1544E+02   2.9425E-04    2. 0847E+21   1. 7567E+16 Kr-85m                           2. 0655E+01   2.5099E-09    1. 7782E+16   3. 3011E+15 Kr-87                            2. 7512E-03   9. 7129E-14   6.7232E+1l    4. 9866E+11 Kr-88                            6.2050E+00    4. 9485E-10   3. 3864E+15   1. 0204E+15 1-130                            1. 8864E-01   9. 6723E-11   4.4806E+14    2. 9219E+13 1-131                            2. 7205E+01   2. 1944E-07   1. 0088E+18   4. 1443E+15 1-132                            1. 8976E+01   1.8384E-09    8. 3873E+15   3. 1787E+15 1-133                            1. 6784E+01   1. 4817E-08   6.7088E+16    2. 5810E+15 1-134                            6. 2415E-07   2. 3397E-17   1. 0515E+08   1.2261E+08 1-135                            2. 6781E+00   7.6259E-10    3.4018E+15    4 2129E+14 Xe-129m                          2.7661E-02    2. 1862E-10   1.0206E+15    4. 2139E+12 Xe-131m                          4. 2345E+01   5.0555E-07    2. 3240E+18   6. 4484E+15
            -~   ~-  - --- ~.

Attachment H                         NEDC 05-031 CCN 3Cl Page H-21 Xe-133                           7.1016E+03  3.7940E-05    1.7179E+20   1. 0824E+18 Xe-133m                          2.0968E+02  4.6729E-07    2. 1159E+18  3. 2039E+16 Xe-135                           1.8737E+03  7. 3371E-07   3.2730E+18   2. 9187E+17 Xe-135m                          2. 5657E+01 2. 8166E-10   1.2565E+15   9.7020E+15 primary Transport Group Inventory:
Time (h) =     24.5000           Atmosphere       Sump Noble gases (atoms)              2.2642E+21  0.0000E+00 Elemental I (atoms)              5.2798E+16  0.0000E+00 Organic I (atoms)                1.6329E+15  0.0000E+00 Aerosols (kg)                    2.2517E-07  0.0000E+00 Dose Effective (Ci/cc) 1-131 (Thyroid)                     1. 3410E-09 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid)               1.4480E-09 Total I (Ci)                                               6. 5643E+01 primary to Environment Transport Group Inventory:
Pathway Time (h) = 24.5000                 Filtered  Transported Noble gases (atoms)              0.0000E+00  1.0385E+22 Elemental I (atoms)              0.0000E+00  2.4282E+17 Organic I (atoms)                0.0000E+00  7.5098E+15 Aerosols (kg)                    0.0000E+00  1.0356E-06 Environment    Integral Nuclide Release:
Time (h)   =   24.5000                Ci           kg           Atoms          Bq Br-82                            3. 6121E-01 3.3364E-10    2. 4503E+15  1. 3365E+10 Br-83                            8.9459E-03  5. 6628E-13   4. 1087E+12  3. 3100E+08 Kr-83m                           6. 9118E+00 3. 3500E-10   2.4307E+15   2. 5574E+lI Kr-85                            5.2962E+02  1.3499E-03    9. 5641E+21  1. 9596E+13 Kr-85m                           9. 8832E+01 1.2009E-08    8.5085E+16   3. 6568E+12 Kr-87                            1.4666E-02  5. 1776E-13   3. 5840E+12  5.4264E+08 Kr-88                            3. 0426E+01 2.4265E-09    1. 6605E+16  1. 1258E+12 1-130                            8. 7869E-01  4.5053E-10   2. 0871E+15  3. 2512E+10 1-131                            1. 2493E+02  1.0077E-06   4. 6324E+18  4. 6223E+12 1-132                            9. 4532E+01  9. 1581E-09  4. 1781E+16  3. 4977E+12 1-133                            7. 7700E+01  6.8590E-08   3. 1057E+17  2.8749E+12 1-134                            3. 5659E-06  1. 3367E-16  6. 0073E+08  1. 3194E+05 1-135                            1 .2641E+01  3.5996E-09   1. 6057E+16  4. 6773E+11 Xe-129m                          1. 2703E-01  1.0039E-09   4. 6867E+15  4.6999E+09 Xe-131m                           1.9439E+02  2.3208E-06   1. 0669E+19  7. 1926E+12 Xe-133                           3.2627E+04   1. 7431E-04  7. 8925E+20  1.2072E+15 Xe-133m                          9.6538E+02   2. 1515E-06  9. 7417E+18  3. 5719E+13 Xe-135                           8. 7714E+03  3.4348E-06   1. 5322E+19  3. 2454E+14 Xe-135m                          2.5862E+02   2. 8391E-09   1 .2665E+16  9. 5691E+12 Environment Transport Group Inventory:
Total      Release Time (h) = 24.5000                 Release      Rate/s Noble gases (atoms)               1.0389E+22  5.7718E+18 Elemental I (atoms)               2.4276E+17  1.3487E+14 Organic I (atoms)                 7.5080E+15  4.1711E+12 Aerosols (kg)                     1.0353E-06  5.7518E-I0 Dose Effective (Ci)         1-131 (Thyroid)                1.387 9E+02 Dose Effective (Ci)        1-131 (ICRP2 Thyroid)           1. 5016E+02 Total I     (Ci)                                            3.0980E+02 primary to Environment Transport Group Inventory:
Pathway Time  (h) =    24.5000            Filtered   Transported oi=-Z '*'*=

Attachment H                        NEDC 05-031 CCN 3C1 Page H-22 Noble gases (atoms)     o.0000E+00   1.0385E+22 Elemental I (atoms)     o.OOOOE+00   2. 4282E+17 Organic I (atoms)       0.OOOOE+00   7. 5098E+15 Aerosols (kg)           o.OOOOE+00   1.0356E-06 Environment to Control Room Transport Group Inventory:
Pathway Time (h) = 24.5000        Filtered   Transported Noble gases (atoms)     0.0000E+00   1.9556E+19 Elemental I (atoms)     3. 2163E+14  1. 3573E+14 Organic I (atoms)       9. 9472E+12  4. 1977E+12 Aerosols (kg)           1.3717E-09   5.7886E-10 Environment to Control Room Transport Group Inventory:
Pathway Time  (h) =   24.5000     Filtered   Transported Noble gases (atoms)     0.OOOOE+00   8.1396E+18 Elemental I (atoms)     0.OOOOE+00   1. 9033E+14 Organic I (atoms)       0.OOOOE+00   5.8863E+12 Aerosols (kg)           0.0000E+00   8.1171E-10 Control Room to Environment Transport Group Inventory:
Pathway Time  (h) =   24.5000     Filtered   Transported Noble gases (atoms)     4.3525E+18   0.0000E+00 Elemental I (atoms)     5.5741E+13   0.OOOOE+00 Organic I (atoms)       1.7239E+12   0.OOOOE+00 Aerosols (kg)           2 . 3773E-10 0.OOOOE+00 Control Room Compartment Nuclide Inventory:
Time (h)  =   24.5000        Ci            kg          Atoms      Decay Br-82                   3.9959E-04   3. 6909E-13  2. 7106E+12  2. 2771E+10 Br-83                   9. 1913E-06  5. 8181E-16  4 .2214E+09  5.5724E+08 Kr-83m                  1. 4001E-02  6. 7858E-13  4 9235E+12   8. 0533E+11 Kr-85                   1. 1900E+00  3.0332E-06   2 1490E+19   6. 2999E+13 Kr-85m                  2. 1292E-01  2. 5872E-11  1 .8330E+14  1. 1657E+13 Kr-87                   2. 8361E-05  1. 0012E-15  6. 9305E+09  1.6935E+09 Kr-88                   6.3963E-02   5. lOlOE-12  3. 4908E+13  3. 5713E+12 1-130                   9.6248E-04   4. 9350E-13  2. 2861E+12  5. 5304E+10 1-131                   1.3880E-01   1.1196E-09   5. 1469E+15  7. 8812E+12 1-132                    9. 6821E-02 9. 3799E-12  4.2793E+13   5.8854E+12 1-133                   8.5636E-02   7. 5597E-11  3. 4230E+14  4. 8953E+12 1-134                   3. 1845E-09  1. 1937E-19  5.3649E+05   2 1733E+05 1-135                   1.3664E-02   3. 8909E-12  1.7357E+13   7. 9390E+11 Xe-129m                 2. 8514E-04  2.2536E-12   1. 0521E+13  1. 5107E+10 Xe-131m                  4. 3651E-01 5. 2113E-09  2.3957E+16   2. 3120E+13 Xe-133                  7. 3206E+01  3. 9109E-07  1.7708E+18   3.8798E+15 Xe-133m                 2. 1614E+00  4. 8170E-09  2. 1811E+16  1.1475E+14 Xe-135                   1. 9314E+01 7.5632E-09   3. 3738E+16  1.0390E+15 Xe-135m                 2. 6311E-01  2. 8884E-12  1.2884E+13   2.6690E+13 Control Room Transport  Group Inventory:
Time (h) = 24.5000      Atmosphere        Sump Noble gases (atoms)     2.3340E+19    0.OOOOE+00 Elemental I (atoms)      2.6938E+14   0.OOOOE+00 Organic I (atoms)        8.3315E+12   0.OOOOE+00 Aerosols (kg)            1.1489E-09   0.OOOOE+00 Dose Effective (Ci/cc)  1-131 (Thyroid)           3. 8344E-11 Dose Effective (Ci/cc)  1-131 (ICRP2 Thyroid)     4. 1404E-11 a   ..

Attachment H                          NEDC 05-031 CCN 3C1 Page H-23 Total  I (Ci)                                           3.3492E-01 Environment to Control Room Transport Group Inventory:
Pathway Time (h) =    24.5000      Filtered       Transported Noble gases (atoms)      0.OOOOE+00       1.9556E+19 Elemental I (atoms)      3.2163E+14       1.3573E+14 Organic I (atoms)        9. 9472E+12      4.1977E+12 Aerosols (kg)            1. 3717E-09      5.7886E-10 Environment   to Control Room Transport Group Inventory:
Pathway Time (h) =    24.5000      Filtered       Transported Noble gases (atoms)      0.OOOOE+00       8.1396E+18 Elemental I (atoms)      0.OOOOE+00       1. 9033E+14 Organic I (atoms)        0.OOOOE+00       5.8863E+12 Aerosols (kg)            0.0000E+00       8.1171E-10 Control Room to Environment Transport Group          Inventory:
Pathway Time (h) =    24.5000      Filtered       Transported Noble gases (atoms)      4.3525E+18       0.OOOOE+00 Elemental I (atoms)      5.5741E+13       0.OOOOE+00 Organic I (atoms)        1.7239E+12       0.OOOOE+00 Aerosols (kg)            2. 3773E-10      0.OOOOE+00 EAB Doses:
Time (h) =    25.0000    Whole Body         Thyroid          TEDE Delta dose (rem)           5.9936E-02       4.8774E+00   2. 1000E-01 Accumulated dose (rem)     4.1526E-01       3.2199E+01    1.4064E+00 LPZ Doses:
Time (h) = 25.0000       Whole Body         Thyroid          TEDE Delta dose (rem)           3.3426E-02       2.7201E+00    1.1711E-01 Accumulated dose (rem)     2.3159E-01       1.7957E+01    7. 8437E-01 Control Room Doses:
Time (h) = 25.0000       Whole Body         Thyroid          TEDE Delta dose (rem)           2.8653E-02       2.5316E+01    8.0747E-01 Accumulated dose (rem)     5.0503E-02       4. 5976E+01   1.4653E+00 primary Compartment Nuclide        Inventory:
Time (h)      25.0000          Ci               kg           Atoms       Decay Br-82                    1.3793E-02       1. 2740E-11   9. 3565E+13   1. 4063E+13 Br-83                    2.7714E-04       1. 7543E-14   1. 2729E+11   3.4602E+ll Kr-83m                   1. 9995E-01      9. 6912E-12   7. 0316E+13   2. 6690E+14 Kr-85                    2.0532E+01       5.2333E-05    3. 7077E+20   2. 0631E+16 Kr-85m                   3.4001E+00       4. 1316E-10   2. 9272E+15   3. 8342E+15 Kr-87                    3.7259E-04       1. 3154E-1 4  9. 1050E+10   5. 6489E+11 Kr-88                    9.7680E-01       7.7900E-11    5. 3309E+14   1. 1780E+15 1-130                    3.2623E-02       1. 6727E-11   7. 7486E+13   3. 4175E+13 1-131                    4.8297E+00       3.8958E-08    1. 7909E+17   4. 8660E+15 1-132                    2.9029E+00       2. 8123E-10   1. 2830E+15   3. 6556E+15 1-133                   2.9358E+00       2. 5916E-09   1. 1735E+16   3. 0239E+15 1-134                    7.4759E-08       2. 8024E-18   1.2594E+07    1 .3702E+08 1-135                    4.5198E-01       1.2870E-10    5.7412E+14    4. 9103E+14

Attachment H                         NEDC 05-031 CCN 3C1 Page H-24 Xe-129m                   4. 9108E-03  3. 8812E-11  1. 8119E+14  4. 9477E+12 Xe-131m                   7.5222E+00   8.9805E-08   4. 1284E+17  7 . 5721E+15 Xe-133                    1.2597E+03   6.7298E-06   3. 0472E+19  1.2708E+18 Xe-133m                   3.7047E+01   8.2565E-08   3. 7385E+17  3. 7592E+16 Xe-135                    3.2089E+02   1.2565E-07   5. 6053E+17  3.4093E+17 Xe-135m                   1.2300E+00   1. 3503E-11  6. 0233E+13  1. 0144E+16 primary Transport Group Inventory:
Time (h) =    25.0000     Atmosphere        Sump Noble gases (atoms)       4.0260E+20   0.0000E+00 Elemental I (atoms)       9.3534E+15   0.OOOOE+00 Organic I (atoms)         2.8928E+14   0.OOOOE+00 Aerosols (kg)             3.9889E-08   0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid)              2. 3760E-10 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid)        2. 5572E-10 Total I (Ci)                                        1. 1120E+01 primary to Environment Transport Group Inventory:
Pathway Time (h) =    25.0000       Filtered   Transported Noble gases (atoms)       0.0000E+00   1.2245E+22 Elemental I (atoms)       0.OOOOE+00   2.8615E+17 Organic I (atoms)         0.0000E+00   8.8501E+15 Aerosols (kg)             0.0000E+00   1.2204E-06 Environment   Integral Nuclide Release:
Time (h)  =   25.0000           Ci           kg          Atoms           Bq Br-82                     4. 2531E-01  3. 9284E-10  2. 8851E+15  1. 5736E+10 Br-83                     1.0331E-02   6. 5393E-13  4.7447E+12   3.8223E+08 Kr-83m                    7. 9351E+00  3. 8460E-10  2. 7905E+15  2. 9360E+ll Kr-85                     6.2454E+02   1. 5918E-03  1. 1278E+22  2. 3108E+13 Kr-85m                    1.1521E+02   1. 4000E-08  9. 9187E+16  4. 2628E+12 Kr-87                     1.6662E-02   5. 8822E-13  4. 0717E+12  6.164 9E+08 Kr-88                     3. 5247E+01  2. 8109E-09  1. 9236E+16  1. 3041E+12 1-130                     1. 0318E+00  5. 2902E-10  2 4506E+15   3. 8175E+10 1-131                     1.4728E+02   1. 1879E-06  5. 4610E+18  5. 4492E+12 1-132                      1.0908E+02  1. 0568E-08  4. 8212E+16  4. 0360E+12 1-133                      9. 1392E+01 8. 0677E-08  3. 6530E+17  3. 3815E+12 1-134                     3.9945E-06   1. 4974E-16  6. 7294E+08  1.4780E+05 1-135                     1.4790E+01   4 .2114E-09  1. 8786E+16  5.4722E+11 Xe-129m                    1.4975E-01   1. 1835E-09 5. 5251E+15  5.5406E+09 Xe-131m                    2 .2919E+02 2. 7362E-06   1. 2579E+19 8. 4800E+12 Xe-133                     3.8458E+04  2.0546E-04    9. 3031E+20 1.4230E+15 Xe-133m                    1. 1372E+03 2. 5345E-06   1. 1476E+19 4. 2078E+13 Xe-135                     1.0285E+04   4. 0274E-06  1. 7966E+19 3 . 8054E+14 Xe-135m                    2.7061E+02  2. 9708E-09   1. 3252E+16  1. 0013E+13 Environment Transport    Group Inventory:
Total      Relea se Time (h) =     25.0000       Release     Rate/ s Noble gases (atoms)        1.2250E+22   3.4029 E+18 Elemental I (atoms)        2.8609E+17   7.9468 E+13 Organic I (atoms)          8,8480E+15   2.4578 E+12 Aerosols (kg)              1.2201E-06   3.3892 E-10 Dose Effective (Ci)   1-131 (Thyroid)               1.6356E+02 Dose Effective (Ci)   1-131 (ICRP2 Thyroid)         1.7687E+02 Total I   (Ci)                                      3.6254E+02 primary to Environment Transport Group Inventory:

Attachment H                        NEDC 05-031 CCN 3C1 Page H-25 Pathway Time (h) =  25.0000      Filtered   Transported Noble gases (atoms)    0.0000E+00   1.2245E+22 Elemental I (atoms)    0.0000E+00   2.8615E+17 Organic I (atoms)      0.0000E+00   8.8501E+15 Aerosols (kg)          0.OOOOE+00   1.2204E-06 Environment to Control Room Transport Group Inventory:
Pathway Time (h) = 25.0000       Filtered   Transported Noble gases (atoms)    0.0000E+00   2.2509E+19 Elemental I (atoms)    3.8285E+14   1. 4329E+14 Organic I (atoms)      1.1841E+13   4.4318E+12 Aerosols (kg)          1.6328E-09   6.1113E-10 Environment to Control Room Transport Group Inventory:
Pathway Time (h) = 25.0000       Filtered   Transported Noble gases (atoms)    0.OOOOE+00   9.5979E+18 Elemental I (atoms)    0.OOOOE+00   2. 2430E+14 Organic I (atoms)      0.OOOOE+00   6. 9370E+12 Aerosols (kg)          0.OOOOE+00   9.5659E-10 Control Room to Environment Transport Group Inventory:
Pathway Time (h) = 25.0000       Filtered   Transported Noble gases (atoms)    1. 0277E+19  0.OOOOE+00 Elemental I (atoms)    1.2263E+14   0.OOOOE+00 Organic I (atoms)      3 .7927E+12  0.OOOOE+00 Aerosols (kg)          5. 2300E-10  0.OOOOE+00 Control Room Compartment Nuclide Inventory:
Time (h)     25.0000         Ci           kg          Atoms      Decay Br-82                  3.5836E-04   3. 3101E-13  2.4310E+12   4. 8239E+10 Br-83                  7. 2007E-06  4 .55B0E-16  3.307 1E+09  1. 1060E+09 Kr-83m                 1. 0836E-02  5. 2519E-13  3. 8106E+12  1. 6429E+12 Kr-85                  1. 1129E+00  2. 8366E-06  2.0097E+19   1. 4102E+14 Kr-85m                 1. 8429E-01  2 .2394E-11  1. 5866E+14  2. 5099E+13 Kr-87                  2. 0195E-05  7. 1297E-16  4.9352E+09   3.3247E+09 Kr-88                  5.2946E-02   4  .2224E-12 2. 8895E+13  7. 5231E+12 1-130                  8. 4760E-04  4. 3459E-13  2. 0132E+12  1. 1611E+ll 1-131                  1. 254BE-01   1. 0122E-09 4 6530E+15   1. 6763E+13 1-132                  7. 5423E-02  7. 3069E-12  3. 3336E+13  1. 1650E+13 1-133                  7. 627BE-02   6. 7335E-11 3. 0489E+14  1. 0335E+13 1-134                  1. 9424E-09  7. 2811E-20  3. 2722E+05  3.8647E+05 1-135                  1. 1743E-02   3. 3439E-12 1. 4916E+13  1. 6469E+12 Xe-129m                2. 661BE-04  2. 1037E-12   9. 8209E+12 3. 3784E+10 Xe-131m                 4. 0772E-01  4.8677E-09  2 .2377E+16  5. 1722E+13 Xe-133                  6. 8279E+01  3.6477E-07  1. 6517E+18  8. 6730E+15 Xe-133m                2. 0081E+00   4.4752E-09  2. 0263E+16  2. 5600E+14 Xe-135                  1. 7392E+01  6. 8106E-09 3. 0381E+16  2. 2821E+15 Xe-135m                 6.4803E-02   7. 1140E-13 3. 1734E+12  3. 6274E+13 Control Room Transport Group Inventory:
Time (h) = 25.0000     Atmosphere        Sump Noble gases (atoms)    2.1822E+19    0. OOOOE+00 Elemental I (atoms)     2. 4302E+14  0.OOOOE+00 Organic I (atoms)      7.5159E+12    0.OOOOE+00 Aerosols (kg)           1.0364E-09   0. OOOOE+00

Attachment H                           NEDC 05-031 CCN 3C1 Page H-26 Dose Effective   (Ci/cc) 1-131      (Thyroid)            3.4595E-11 Dose Effective   (Ci/cc) 1-131      (ICRP2 Thyroid)      3. 7234E-11 Total I (Ci)                                             2. 8893E-01 Environment to Control Room Transport Group Inventory:
Pathway Time (h) =   25.0000       Filtered       Transported Noble gases (atoms)      0.OOOOE+00       2. 2509E+19 Elemental I (atoms)      3.8285E+14       1. 4329E+14 Organic I (atoms)        1.1841E+13       4.4318E+12 Aerosols (kg)            1.6328E-09        6.1113E-10 Environment to Control Room Transport Group Inventory:
Pathway Time (h) = 25.0000         Filtered       Transported Noble gases (atoms)      0.OOOOE+00        9.5979E+18 Elemental I (atoms)      0.OOOOE+00        2. 2430E+14 Organic I (atoms)        0.OOOOE+00        6. 9370E+12 Aerosols (kg)            O.OOOOE+00        9. 5659E-10 Control Room to Environment Transport Group Inventory:
Pathway Time (h) = 25.0000         Filtered       Transported Noble gases (atoms)      1.0277E+19        0.0000E+00 Elemental I (atoms)      1 .2263E+14       0.OOOOE+00 Organic I (atoms)        3. 7927E+12       0.OOOOE+00 Aerosols (kg)            5.2300E-10        0.OOOOE+00 EAB Doses:
Time (h) =   26.0000     Whole Body          Thyroid           TEDE Delta dose (rem)           1.1990E-02        1.0173E+00     4.3269E-02 Accumulated dose (rem)     4. 2725E-01       3. 3216E+01    1.4497E+00 LPZ Doses:
Time (h) =   26.0000     Whole Body          Thyroid           TEDE Delta dose (rem)           6.6866E-03        5. 6735E-01    2. 4131E-02 Accumulated dose (rem)     2. 3828E-01       1.8524E+01     8. 0850E-01 Control Room Doses:
Time (h) = 26.0000       Whole Body          Thyroid           TEDE Delta dose (rem)           4.1538E-02        3.7788E+01     1.2032E+00 Accumulated dose (rem)     9.2041E-02        8.3764E+01     2.6684E+00 primary Compartment Nuclide Inventory:
Time (h)  =   26.0000          Ci                kg            Atoms       Decay Br-82                    4.2782E-04        3. 9516E-13    2. 9021E+12   1. 4492E+13 Br-83                    6.5596E-06        4.1522E-16     3.0127E+09    3. 5408E+ll Kr-83m                   4. 3331E-03       2. 1002E-13    1. 5238E+12   2. 7258E+14 Kr-85                    6. 4947E-01       1.6554E-06     1. 1728E+19   2. 1273E+16 Kr-85m                   9. 2134E-02       1. 1196E-11    7. 9319E+13   3. 9364E+15 Kr-87                    6.8334E-06        2.4124E-16     1.6699E+09    5. 7508E+ll Kr-88                    2.4207E-02        1. 9305E-12    1.3211E+13    1. 2067E+15 1-130                    9.7565E-04        5. 0025E-13    2. 3174E+12   3. 5181E+13 1-131                    1. 5223E-01       1.2279E-09     5. 6447E+15   5. 0169E+15 1-132                    6.7933E-02         6. 5813E-12   3. 0025E+13   3.7397E+15 1-133                    8.9822E-02        7. 9292E-11    3. 5903E+14   3. 1149E+15

Attachment H                         NEDC 05-031 CCN 3C1 Page H-27 1-134                   1.0725E-09   4.0205E-20    1.8069E+05   1. 3895E+08 1-135                   1.2874E-02   3. 6658E-12   1. 6353E+13  5. 0479E+14 Xe-129m                 1.5478E-04   1.2233E-12    5.7107E+12   5. 1011E+12 Xe-131m                 2. 3737E-01  2.8339E-09    1.3028E+16   7. 8071E+15 Xe-133                  3. 9635E+01  2. 1174E-07   9. 5876E+17  1. 3101E+18 Xe-133m                 1. 1565E+00  2.5775E-09    1. 1671E+16  3 .8746E+16 Xe-135                  9.4070E+00   3.6836E-09    1. 6432E+16  3. 5077E+17 Xe-135m                 4.6897E-03   5. 1482E-14   2. 2966E+II  1. 0166E+16 primary Transport Group Inventory:
Time (h) =   26.0000    Atmosphere        Sump Noble gases (atoms)     1.2728E+19   0.OOOOE+00 Elemental I (atoms)     2.9368E+14   0.0000E+00 Organic I (atoms)       9.0829E+12   0.0000E+00 Aerosols (kg)           1.2524E-09   0.0000E+00 Dose Effective (Ci/cc) 1-131 (Thyroid)             7.4607E-12 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid)       7. 9850E-12 Total I (Ci)                                       3. 2286E-01 primary to Environment  Transport Group Inventory:
Pathway Time (h) = 26.0000        Filtered   Transported Noble gases (atoms)     0.0000E+00   1.2634E+22 Elemental I (atoms)     0.OOOOE+00   2.9519E+17 Organic I (atoms)       0.OOOOE+00   9. 1296E+15 Aerosols (kg)           0.OOOOE+00   1.2589E-06 Environment Integral Nuclide Release:
Time (h)     26.0000         Ci            kg           Atoms          Bq Br-82                   4. 3858E-01  4. 0510E-10   2. 9751E+15  1. 6228E+10 Br-83                   1.0576E-02    6.6949E-13   4. 8576E+12  3. 9133E+08 Kr-83m                  8.1079E+00   3. 9298E-10   2. 8513E+15  2. 9999E+lI Kr-85                   6.4442E+02   1.6425E-03    1. 1637E+22  2. 3844E+13 Kr-85m                  1. 1835E+02   1. 4381E-08  1.0189E+17   4.37 90E+12 Kr-87                   1.6969E-02   5. 9906E-13   4.1467E+12   6.2784E+08 Kr-88                   3. 6125E+01  2. 8810E-09    1. 9715E+16 1. 3366E+12 1-130                   1. 0628E+00   5. 4494E-10  2. 5244E+15  3. 9324E+10 1-131                   1. 5195E+02   1.2256E-06    5. 6343E+18 5. 6220E+12 1-132                   1. 1165E+02   1. 0816E-08   4. 9346E+16 4. 1309E+12 1-133                   9. 4206E+01   8. 3161E-08   3. 7655E+17 3. 4856E+12 1-134                   4. 0520E-06   1. 5189E-16   6.8262E+08  1.4992E+05 1-135                   1. 5214E+01   4. 3321E-09   1. 9325E+16 5. 6290E+lI Xe-129m                 1. 5450E-01   1. 2211E-09   5. 7003E+15 5. 7164E+09 Xe-131m                 2. 3647E+02   2. 8231E-06   1.2978E+19  8. 7493E+12 Xe-133                  3. 9676E+04   2 1197E-04    9.5977E+20  1. 4680E+15 Xe-133m                 1. 1730E+03   2. 6141E-06   1. 1836E+19 4. 3400E+13 Xe-135                  1. 0589E+04   4 1463E-06    1.8496E+19  3.9178E+14 Xe-135m                 2. 7124E+02   2. 9777E-09   1.3283E+16   1. 0036E+13 Environment Transport Group Inventory:
Total       Release Time (h) = 26.0000        Release       Rate/s Noble gases (atoms)     1.2640E+22    1.7556E+18 Elemental I (atoms)     2.9512E+17    4.0989E+13 Organic I (atoms)        9.1275E+15   1.2677E+12 Aerosols (kg)            1.2586E-06   1.7481E-10 Dose Effective (Ci)  1-131 (Thyroid)                1.6873E+02 Dose Effective (Ci)  1-131 (ICRP2 Thyroid)          1.8242E+02 Total I   (Ci)                                      3.7301E+02

Attachment H                        NEDC 05-031 CCN 3C1 Page H-28 primary to Environment Transport Group Inventory:
Pathway Time (h) = 26.0000        Filtered  Transported Noble gases (atoms)     0.0000E+00  1.2634E+22 Elemental I (atoms)     0.0000E+00  2.9519E+17 Organic I (atoms)       0.0000E+00  9.1296E+15 Aerosols (kg)           0.0000E+00  1.2589E-06 Environment  to Control Room Transport Group Inventory:
Pathway Time (h) =   26.0000      Filtered  Transported Noble gases (atoms)     0.OOOOE+00  2.3128E+19 Elemental I (atoms)     3. 9562E+14 1.4487E+14 Organic I (atoms)       1. 2236E+13 4.4806E+12 Aerosols (kg)           1.6872E-09  6.1786E-10 Environment  to Control Room Transport Group Inventory:
Pathway Time (h) =   26.0000      Filtered  Transported Noble gases (atoms)     0.OOOOE+00  9.9033E+18 Elemental I (atoms)     0.OOOOE+00  2.3138E+14 Organic I (atoms)       0.OOOOE+00  7.1561E+12 Aerosols (kg)           0.OOOOE+00  9.8680E-10 Control Room to Environment Transport Group    Inventory:
Pathway Time (h) =   26.0000      Filtered  Transported Noble gases (atoms)     1. 9304E+19 0.OOOOE+00 Elemental I (atoms)     2. 2237E+14 0.0000E+00 Organic I (atoms)       6.8775E+12  0.0000E+00 Aerosols (kg)           9. 4835E-10 0.0000E+00 Control Room Compartment Nuclide Inventory:
Time (h) =   26.0000          Ci          kg          Atoms      Decay Br-82                   2. 1927E-04 2. 0254E-13   1. 4874E+12 8. 5407E+10 Br-83                   3. 3621E-06 2. 1282E-16   1. 5441E+09 1.7676E+09 Kr-83m                  4.6649E-03  2.2610E-13    1. 6405E+12 2. 6061E+12 Kr-85                   6. 9954E-01 1.7830E-06    1.2632E+19  2. 5812E+14 Kr-85m                  9. 9238E-02 1. 2059E-11   8. 5435E+13 4.3173E+13 Kr-87                   7. 3602E-06 2. 5984E-16   1.7986E+09  4.9976E+09 Kr-88                   2. 6073E-02 2. 0793E-12   1. 4229E+13 1.2513E+13 1-130                   5. 0006E-04 2. 5640E-13   1. 1877E+12 2. 0256E+lI 1-131                   7. 8023E-02 6. 2934E-10   2. 8931E+15 2. 9874E+13 1-132                   3. 4818E-02 3.3732E-12    1. 5389E+13 1. 8546E+13 1-133                   4 .6038E-02 4. 0640E-11   1. 8402E+14 1. 8197E+13 1-134                   5. 4972E-10 2.0607E-20    9.2609E+04  5. 3132E+05 1-135                   6. 5984E-03 1. 8789E-12   8. 3814E+12 2. 8185E+12 Xe-129m                 1. 6671E-04 1.317 6E-12   6. 1510E+12 6.174 6E+10 Xe-131m                 2. 5567E-01 3.0523E-09    1.4032E+16  9. 4575E+13 Xe-133                  4 2690E+01  2.2807E-07    1.0327E+18  1.5840E+16 Xe-133m                 1. 2457E+00 2.7762E-09    1.2570E+16  4. 6601E+14 Xe-135                  1. 0131E+01 3.9673E-09    1.7697E+16  4. 0495E+15 Xe-135m                 3. 7836E-03 4. 1536E-14   1. 8528E+lI 3.8944E+13 Control Room Transport  Group Inventory:
Time (h) = 26.0000      Atmosphere      Sump Noble gases (atoms)      1.3710E+19 0.0000E+00 Elemental I (atoms)     1.5052E+14  0.OOOOE+00

Attachment H                           NEDC 05-031 CCN 3C1 Page H-29 Organic I (atoms)       4.6554E+12     0.0000E+00 Aerosols (kg)           6.4191E-10     0.0000E+00 Dose Effective (Ci/cc)  1-131 (Thyroid)              2. 1430E-11 Dose Effective (Ci/cc)  1-131 (ICRP2 Thyroid)        2.2936E-11 Total I (Ci)                                         1. 6548E-01 Environment to Control Room Transport Group Inventory:
Pathway Time (h) = 26.0000        Filtered     Transported Noble gases (atoms)     0.0000E+00     2.3128E+19 Elemental I (atoms)     3.9562E+14     1.4487E+14 Organic I (atoms)       1. 2236E+13    4.4806E+12 Aerosols (kg)           1.6872E-09     6.1786E-10 Environment  to Control Room Transport Group Inventory:
Pathway Time (h) =   26.0000      Filtered     Transported Noble gases (atoms)     0.OOOOE+00     9. 9033E+18 Elemental I (atoms)     0.0000E+00     2.3138E+14 Organic I (atoms)       0.OOOOE+00     7.1561E+12 Aerosols (kg)           0.OOOOE+00     9.8680E-10 Control  Room to Environment Transport Group Inventory:
Pathway Time (h) =   26.0000      Filtered     Transported Noble gases (atoms)     1. 9304E+19    0.OOOOE+00 Elemental I (atoms)     2. 2237E+14    0.OOOOE+00 Organic I (atoms)       6.8775E+12     0.OOOOE+00 Aerosols (kg)           9. 4835E-10    0.0000E+00 EAB  Doses:
Time (h) =   32.0000    Whole Body       Thyroid           TEDE Delta dose (rem)           0.OOOOE+00    0.OOOOE+00     0.OOOOE+00 Accumulated dose (rem)     4. 2725E-01   3. 3216E+01    1.4497E+00 LPZ Doses:
Time (h) =    32.0000   Whole Body       Thyroid           TEDE Delta dose (rem)           2.0406E-04    1.8394E-02     7.6905E-04 Accumulated dose (rem)     2.3848E-01    1.8543E+01     8. 0927E-01 Control Room Doses:
Time (h) =    32.0000   Whole Body       Thyroid           TEDE Delta dose (rem)           5.3360E-02    5.3874E+01     1.7067E+00 Accumulated dose (rem)     1. 4540E-01   1.3764E+02     4.3752E+00 primary Compartment Nuclide Inventory:
Time (h)   =  32.0000         Ci             kg            Atoms      Decay Kr-85                    6. 5058E-10   1. 6582E-15    1. 1748E+10   2. 1294E+16 Kr-85m                   3. 6477E-11   4.4325E-21     3. 1403E+04   3. 9392E+15 1-131                    1. 4924E-10   1.2038E-18     5.5340E+06    5. 0218E+15 1-133                    7.3674E-11    6.5036E-20     2.9448E+05    3. 1178E+15 Xe-131m                  2.3437E-10    2.7981E-18     1.2863E+07    7. 8148E+15 Xe-133                   3.8453E-08    2. 0543E-16    9. 3017E+08   1. 3114E+18 Xe-133m                  1.0705E-09    2. 3858E-18    1.0803E+07    3. 8783E+16 Xe-135                   5.9672E-09    2. 3367E-18    1.0424E+07    3. 5107E+17 1F.

Attachment H                       NEDC 05-031 CCN 3C1 Page H-30 primary Transport Group Inventory:
Time (h) =   32.0000     Atmosphere        Sump Noble gases (atoms)      1.2713E+10   0.OOOOE+00 Elemental I (atoms)      2.8355E+05   0.OOOOE+00 Organic I (atoms)        8.7696E+03   0.OOOOE+00 Aerosols (kg)            1.2090E-18   0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid)             7.1860E-21 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid)       7.5476E-21 Total I (Ci)                                       2.4095E-10 primary to Environment Transport Group Inventory:
Pathway Time (h) =   32.0000       Filtered   Transported Noble gases (atoms)      0.OOOOE+00   1.2647E+22 Elemental I (atoms)      0.OOOOE+00   2. 9548E+17 Organic I (atoms)        O.OOOOE+00   9.1386E+15 Aerosols (kg)            0.OOOOE+00   1.2602E-06 Environment  Integral Nuclide Release:
Time (h) =   32.0000           Ci           kg         Atoms         Bq Br-82                    4.3901E-01   4. 0550E-10  2. 9780E+15 1. 6243E+10 Br-83                    1.0582E-02   6. 6987E-13  4. 8603E+12 3. 9155E+08 Kr-83m                   8. 1117E+00  3. 9316E-10  2.8526E+15  3. 0013E+ll Kr-85                    6.4507E+02   1. 6442E-03  1. 1649E+22 2. 3868E+13 Kr-85m                   1. 1844E+02  1. 4392E-08  1.0197E+17  4. 3823E+12 Kr-87                    1.6974E-02   5. 9926E-13  4. 1481E+12 6.2805E+08 Kr-88                    3. 6147E+01  2. 8828E-09  1. 9728E+16 1. 3375E+12 1-130                    1.0638E+00   5. 4543E-10  2. 5267E+15 3. 9360E+10 1-131                    1. 5210E+02  1. 2269E-06  5. 6399E+18 5. 6277E+12 1-132                    1.1171E+02   1. 0822E-08  4. 9373E+16 4. 1332E+12 1-133                    9. 4294E+01  8. 3239E-08  3. 7690E+17 3. 4889E+12 1-134                    4.0528E-06   1. 5192E-16  6.8277E+08  1.4995E+05 1-135                    1. 5226E+01  4. 3356E-09  1. 9341E+16 5. 6336E+ll Xe-129m                  1.5465E-01   1. 2223E-09  5.7060E+15  5. 7221E+09 Xe-131m                  2.3670E+02   2. 8260E-06  1.2991E+19  8.7581E+12 Xe-133                   3. 9716E+04  2 1218E-04   9.6073E+20  1.4695E+15 Xe-133m                  1.1741E+03   2. 6167E-06  1.1848E+19  4. 3442E+13 Xe-135                   1.0598E+04   4.1499E-06   1. 8512E+19 3. 9211E+14 Xe-135m                  2. 7125E+02  2.9777E-09   1. 3283E+16 1. 0036E+13 Environment Transport Group Inventory:
Total      Relea se Time (h) =    32.0000      Release      Rate/ s Noble gases (atoms)      1.2653E+22   4.3934 E+17 Elemental I (atoms)      2.9542E+17   1.0257 E+13 Organic I (atoms)        9.1366E+15   3.1724 E+I1 Aerosols (kg)            1.2599E-06   4.3746 E-11 Dose Effective (Ci)   1-131 (Thyroid)               1.6890E+02 Dose Effective (Ci)   1-131 (ICRP2 Thyroid)         1.8260E+02 Total I   (Ci)                                      3.7333E+02 primary to Environment   Transport Group Inventory:
Pathway Time (h) =    32.0000      Filtered   Transported Noble gases (atoms)       0.OOOOE+00   1.2647E+22 Elemental I (atoms)       0.0000E+00   2. 9548E+17 Organic I (atoms)         0.OOOOE+00   9.1386E+15 Aerosols (kg)             0.OOOOE+00   1.2602E-06

Attachment H                          NEDC 05-031 CCN 3CI Page H-31 Environment   to Control Room Transport Group Inventory:
Pathway Time (h) =    32.0000         Filtered     Transported Noble gases (atoms)         0.OOOOE+00     2.3143E+19 Elemental I (atoms)         3. 9594E+14    1.4491E+14 Organic I (atoms)           1.2246E+13     4.4818E+12 Aerosols (kg)               1.6886E-09     6.1803E-10 Environment   to Control Room Transport Group Inventory:
Pathway Time (h) =    32.0000         Filtered     Transported Noble gases (atoms)         0.OOOOE+00     9.9111E+18 Elemental I (atoms)         0.OOOOE+00     2.3156E+14 Organic I (atoms)           0.OOOOE+00     7.1616E+12 Aerosols (kg)               0.OOOOE+00     9. 8756E-10 Control Room to Environment Transport Group Inventory:
Pathway Time (h) = 32.0000            Filtered     Transported Noble gases (atoms)         3 .2389E+19    0.OOOOE+00 Elemental I (atoms)         3. 6461E+14    0.OOOOE+00 Organic I (atoms)           1.1277E+13     0.OOOOE+00 Aerosols (kg)               1.5549E-09     0.OOOOE+00 Control Room Compartment Nuclide         Inventory:
Time (h)   =  32.0000             Ci             kg            Atoms      Decay Br-82                       9.0574E-06     8. 3661E-15    6. 1441E+10  1. 3684E+11 Br-83                       2.7420E-08     1.7357E-18     1.2594E+07   2.3083E+09 Kr-83m                      2.2394E-05     1. 0854E-15    7.8752E+09   3.2841E+12 Kr-85                       3. 2517E-02    8. 2881E-08    5. 8720E+17  4.2763E+14 Kr-85m                      1.8232E-03     2.2154E-13     1. 5696E+12  6.2180E+13 Kr-87                       1 .2998E-08    4. 5888E-19    3. 1764E+06  5. 9014E+09 Kr-88                       2. 8024E-04    2.2349E-14     1.5294E+11   1. 6951E+13 1-130                       1. 6599E-05    8. 5108E-15    3. 9425E+10  3. 1326E+11 1-131                       3. 5485E-03    2. 8623E-11    1. 3158E+14  4. 8663E+13 1-132                       2. 6528E-04    2. 5700E-14    1. 1725E+11  2. 4070E+13 1-133                       1. 7517E-03    1. 54 63E-12   7.0017E+12   2. 8760E+13 1-135                       1. 6344E-04    4. 6541E-14    2. 0761E+11  4. 1752E+12 Xe-129m                     7. 5835E-06    5. 9936E-14    2. 7980E+11  1. 0190E+11 Xe-131m                     1. 1713E-02    1. 3984E-10    6. 4287E+14  1.5628E+14 Xe-133                      1. 9218E+00    1. 0267E-08    4. 6489E+16  2. 6093E+16 Xe-133m                     5. 3501E-02    1. 1923E-10    5. 3988E+14  7. 6137E+14 Xe-135                      2. 9813E-01    1. 1674E-10    5. 2077E+14  6. 2244E+15 Xe-135m                     2. 9132E-05    3. 1980E-16    1.4266E+09   3. 9262E+13 Control Room Transport      Group Inventory:
Time (h) =     32.0000      Atmosphere         Sump Noble gases (atoms)          6.3539E+17     0.OOOOE+00 Elemental I (atoms)          6.7419E+12     0.OOOOE+00 Organic I (atoms)           2.0851E+11      0.OOOOE+00 Aerosols (kg)               2. 8745E-11     O.OOOOE+00 Dose Effective (Ci/cc)      1-131 (Thyroid)               9. 5752E-13 Dose Effective (Ci/cc)      1-131 (ICRP2 Thyroid)        1. 0057E-12 Total I (Ci)                                              5.7289E-03 Environment    to Control Room Transport Group         Inventory:
Pathway Time  (h)  =  32.0000        Filtered     Transported
                    .*. -~+/-

Attachment H                     NEDC 05-031 CCN 3C1 Page H-32 Noble gases (atoms)         0.0000E+00    2. 3143E+19 Elemental I (atoms)         3. 9594E+14   1. 4491E+14 Organic I (atoms)           1. 2246E+13   4.4818E+12 Aerosols (kg)               1.6886E-09    6. 1803E-10 Environment to Control Room Transport Group Inventory:
Pathway Time  (h)  =    32.0000       Filtered    Transported Noble gases (atoms)         0.0000E+00    9.9111E+18 Elemental I (atoms)         0.0000E+00    2. 3156E+14 Organic I (atoms)           0.OOOOE+00    7.1616E+12 Aerosols (kg)               0.0000E+00    9.8756E-10 Control Room to Environment Transport Group Inventory:
Pathway Time  (h)  =    32.0000       Filtered    Transported Noble gases (atoms)         3 .2389E+19   0.OOOOE+00 Elemental I (atoms)         3. 6461E+14   0.OOOOE+00 Organic I (atoms)           1.1277E+13    0.OOOOE+00 Aerosols (kg)               1.5549E-09    0.OOOOE+00 EAB Doses:
Time (h) = 48.0000          Whole Body      Thyroid           TEDE Delta dose (rem)              0.OOOOE+00    0.OOOOE+00    0.OOOOE+00 Accumulated dose (rem)        4. 2725E-01   3. 3216E+01   1.4497E+00 LPZ Doses:
Time  (h)  =    48.0000     Whole Body      Thyroid           TEDE Delta dose (rem)              3. 7490E-14   2 . 2939E-12   1. 0774E-13 Accumulated dose      (rem)   2.3848E-01     1. 8543E+01   8. 0927E-01 Control Room Doses:
Time  (h)  =    48.0000     Whole Body      Thyroid           TEDE Delta dose (rem)              1.9301E-03    2.5239E+00     7. 9199E-02 Accumulated dose (rem)        1. 4733E-01    1. 4016E+02   4.4544E+00 primary Compartment Nuclide Inventory:
Time  (h)  =    48.0000           Ci             kg           Atoms    Decay primary Transport Group Inventory:
Time (h) = 48.0000          Atmosphere          Sump Noble gases (atoms)          1.2684E-14    0.OOOOE+00 Elemental I (atoms)         2.6322E-19     0.OOOOE+00 Organic I (atoms)            8.1409E-21 0.OOOOE+00 Aerosols (kg)                1.1220E-42    0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid)                   6. 6113E-45 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid)             6.8092E-45 Total I (Ci)                                             1.8638E-34 primary to Environment Transport Group Inventory:
Pathway Time   (h) =    48.0000        Filtered    Transported Noble gases (atoms)          0.OOOOE+00    1.2647E+22 Elemental I (atoms)          0.OOOOE+00    2. 9548E+17 Organic I (atoms)            0.OOOOE+00    9.1386E+15 Aerosols (kg)                0.OOOOE+00    1.2602E-06

Attachment H                       NEDC 05-031 CCN 3C1 Page H-33 Environment   Integral Nuclide Release:
Time (h)  =   48.0000            Ci           kg          Atoms         Bq Br-82                      4. 3901E-01  4.0550E-10    2. 9780E+15 1. 6243E+10 Br-83                      1.0582E-02   6. 6987E-13   4. 8603E+12 3. 9155E+08 Kr-83m                     8. 1117E+00  3. 9316E-10   2. 8526E+15 3. 0013E+11 Kr-85                      6.4507E+02   1.6442E-03    1. 1649E+22 2. 3868E+13 Kr-85m                     1. 1844E+02  1.4392E-08    1.0197E+17  4. 3823E+12 Kr-87                      1. 6974E-02  5. 9926E-13   4.1481E+12  6.2805E+08 Kr-88                      3. 6147E+01  2.8828E-09    1. 9728E+16 1. 3375E+12 1-130                      1. 0638E+00  5. 4543E-10   2. 5267E+15 3. 9360E+10 1-131                      1. 5210E+02  1.2269E-06    5. 6399E+18 5. 6277E+12 1-132                      1. 1171E+02  1.0822E-08    4. 9373E+16 4. 1332E+12 1-133                      9 4294E+01   8.3239E-08    3.7 690E+17 3.4889E+12 1-134                      4. 0528E-06  1. 5192E-16   6.8277E+08  1.4995E+05 1-135                      1. 5226E+01  4.3356E-09    1. 9341E+16 5. 6336E+II Xe-129m                    1 .5465E-01  1.2223E-09    5. 7060E+15 5. 7221E+09 Xe-131m                    2. 3670E+02  2.8260E-06    1.2991E+19  8. 7581E+12 Xe-133                     3. 9716E+04  2. 1218E-04   9,6073E+20  1.4695E+15 Xe-133m                    1. 1741E+03  2. 6167E-06   1. 1848E+19 4. 3442E+13 Xe-135                     1. 0598E+04  4.1499E-06    1.8512E+19  3. 9211E+14 Xe-135m                    2 .7125E+02  2.9777E-09    1. 3283E+16 1. 0036E+13 Environment Transport Group Inventory:
Total      Release Time (h) = 48.0000           Release      Rate/s Noble gases (atoms)        1.2653E+22   1.4645E+17 Elemental I (atoms)        2.9542E+17   3.4192E+12 Organic I (atoms)           9.1366E+15   1.0575E+ll Aerosols (kg)               1.2599E-06   1.4582E-11 Dose Effective (Ci)     1-131 (Thyroid)               1.6890E+02 Dose Effective (Ci)     1-131 (ICRP2 Thyroid)         1.8260E+02 Total I    (Ci)                                       3.7333E+02 primary to Environment Transport Group Inventory:
Pathway Time (h) =     48.0000       Filtered   Transported Noble gases (atoms)         0.OOOOE+00   1.2647E+22 Elemental I (atoms)         0.OOOOE+00   2. 9548E+17 Organic I (atoms)           0.OOOOE+00   9.1386E+15 Aerosols (kg)               0.OOOOE+00   1.2602E-06 Environment to Control Room Transport Group Inventory:
Pathway Time (h) =      48.0000       Filtered   Transported Noble gases (atoms)         0.OOOOE+00   2. 3143E+19 Elemental I (atoms)         3. 9594E+14  1.4491E+14 Organic I (atoms)           1.2246E+13   4.4818E+12 Aerosols (kg)               1.6886E-09   6.1803E-10 Environment to Control Room Transport Group Inventory:
Pathway Time (h) =     48.0000       Filtered   Transported Noble gases (atoms)        0.OOOOE+00   9.9111E+18 Elemental I (atoms)        0.OOOOE+00   2.3156E+14 Organic I (atoms)          0.0000E+00   7.1616E+12 Aerosols (kg)              0.OOOOE+00   9. 8756E-10
                   ~v

Attachment H                        NEDC 05-031 CCN 3C1 Page H-34 Control Room to Environment Transport Group Inventory:
Pathway Time (h) =   48.0000     Filtered   Transported Noble gases (atoms)    3.3023E+19   0.0000E+00 Elemental I (atoms)    3.7128E+14   0.OOOOE+00 Organic I (atoms)      1.1483E+13   0.OOOOE+00 Aerosols (kg)          1.5833E-09   0.OOOOE+00 Control Room Compartment Nuclide Inventory:
Time (h) =   48.0000         Ci          kg           Atoms      Decay Br-82                  1.8382E-09   1.6979E-18    1.2470E+07  1. 3902E+11 Kr-85                  9.0344E-06   2. 3027E-11   1. 6315E+14 4.3573E+14 Kr-85m                 4. 2615E-08  5. 1783E-18   3.6688E+07  6. 2532E+13 Kr-88                  1.5683E-09   1.2507E-19    8.5591E+05  1. 6998E+13 1-130                  1. 8804E-09  9. 6412E-19   4.4662E+06  3. 1700E+11 1-131                  9. 3095E-07  7.5092E-15    3.4520E+10  4. 9541E+13 1-132                  5. 9350E-10  5.7498E-20    2.6232E+05  2. 4112E+13 1-133                  2. 8559E-07  2. 5211E-16   1. 1415E+09 2. 9171E+13 1-135                  8 4830E-09   2. 4155E-18   1.0775E+07  4. 2092E+12 Xe-129m                1. 9890E-09  1. 5720E-17   7.3385E+07  1. 0378E+11 Xe-131m                3. 1313E-06  3. 7383E-14   1. 7185E+11 1. 5919E+14 Xe-133                 4. 9015E-04  2. 6186E-12   1. 1857E+13 2. 6567E+16 Xe-133m                1  .2038E-05 2. 6828E-14   1.2148E+lI  7.7438E+14 Xe-135                 2. 4469E-05  9. 5819E-15   4.2743E+10  6.2894E+15 Xe-135m                3. 9371E-09  4. 3221E-20   1.9280E+05  3. 9267E+13 Control Room Transport Group Inventory:
Time (h) = 48.0000     Atmosphere       Sump Noble gases (atoms)    1.7534E+14   0.OOOOE+00 Elemental I (atoms)    1.7310E+09   0.OOOOE+00 Organic I (atoms)      5.3535E+07   0.OOOOE+00 Aerosols (kg)          7.3781E-15   0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid)            2. 4365E-16 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid)      2.5094E-16 Total I (Ci)                                      1.2256E-06 Environment to Control Room Transport Group Inventory:
Pathway Time (h) =    48.0000    Filtered   Transported Noble gases (atoms)     0.OOOOE+00  2.3143E+19 Elemental I (atoms)     3.9594E+14  1.4491E+14 Organic I (atoms)       1.224 6E+13 4.4818E+12 Aerosols (kg)           1.6886E-09  6. 1803E-10 Environment to Control Room Transport Group Inventory:
Pathway Time (h) = 48.0000        Filtered  Transported Noble gases (atoms)     0.OOOOE+00   9.9111E+18 Elemental I (atoms)     0.OOOOE+00  2. 3156E+14 Organic I (atoms)       0.OOOOE+00  7.1616E+12 Aerosols (kg)           0.OOOOE+00   9.8756E-10 Control Room to Environment Transport    Group Inventory:
Pathway Time (h) =    48.0000     Filtered  Transported Noble gases (atoms)     3. 3023E+19  0.OOOOE+00 Elemental I (atoms)     3. 7128E+14  0.OOOOE+00 Organic I (atoms)       1.1483E+13   0.OOOOE+00
~i~4~ThI I.

Attachment H                          NEDC 05-031 CCN 3C1 Page H-35 Aerosols   (kg)           1.5833E-09    0.OOOOE+00 EAB Doses:
Time (h) = 120.0000       Whole Body     Thyroid           TEDE Delta dose (rem)            0.OOOOE+00    0.OOOOE+00    0.OOOOE+00 Accumulated dose (rem)      4. 2725E-01   3. 3216E+01   1.4497E+00 LPZ Doses:
Time (h) = 120.0000       Whole Body      Thyroid          TEDE Delta dose (rem)            7. 5651E-39   9.2457E-37    3. 5811E-38 Accumulated dose (rem)      2. 3848E-01   1. 8543E+01   8.0927E-01 Control Room Doses:
Time (h) = 120.0000       Whole Body      Thyroid          TEDE Delta dose (rem)            1.9892E-07    3.9442E-04    1.2247E-05 Accumulated dose (rem)      1. 4733E-01   1. 4016E+02   4.4544E+00 primary Compartment Nuclide Inventory:
Time   (h) = 120.0000          Ci             kg           Atoms       Decay primary Transport Group Inventory:
Time (h) = 120.0000       Atmosphere         Sump Noble gases (atoms)       1.2655-122    0.OOOOE+00 Elemental I (atoms)       2.0156-127    0.OOOOE+00 Organic I (atoms)         6.2338-129    0.OOOOE+00 Aerosols (kg)             8.5885-151    0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid)                4.9885-153 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid)          5.0065-153 Total I (Ci)                                          1.1566-142 primary to Environment    Transport Group Inventory:
Pathway Time (h) = 120.0000         Filtered    Transported Noble gases (atoms)       0.OOOOE+00    1.2647E+22 Elemental I (atoms)        0.OOOOE+00   2. 9548E+17 Organic I (atoms)          0.OOOOE+00   9.1386E+15 Aerosols (kg)              0.OOOOE+00   1.2602E-06 Environment     Integral Nuclide Release:
Time (h)   = 120.0000           Ci            kg           Atoms          Bq Br-82                      4.3901E-01   4. 0550E-10   2. 9780E+15   1. 6243E+10 Br-83                      1. 0582E-02  6. 6987E-13   4.8603E+12    3. 9155E+08 Kr-83m                     8. 1117E+00  3. 9316E-10   2. 8526E+15   3. 0013E+II Kr-85                      6. 4507E+02  1.6442E-03    1. 1649E+22   2. 3868E+13 Kr-85m                     1. 1844E+02  1.4392E-08    1. 0197E+17   4. 3823E+12 Kr-87                      1. 6974E-02  5. 9926E-13   4. 1481E+12   6.2805E+08 Kr-88                      3. 6147E+01  2.8828E-09    1. 9728E+16   1. 3375E+12 1-130                     1.0638E+00   5. 4543E-10   2. 5267E+15   3.9360E+10 1-131                     1.5210E+02   1. 2269E-06   5. 6399E+18   5. 6277E+12 1-132                     1. 1171E+02  1. 0822E-08   4. 9373E+16   4. 1332E+12 1-133                     9. 4294E+01  8. 3239E-08   3. 7690E+17   3. 4889E+12 1-134                     4.0528E-06   1. 5192E-16   6.8277E+08    1.4995E+05 1-135                     1. 5226E+01  4. 3356E-09   1. 9341E+16   5. 6336E+II Xe-129m                    1.5465E-01   1. 2223E-09   5.7060E+15    5. 7221E+09 Xe-131m                    2.3670E+02   2. 8260E-06   1.2991E+19    8. 7581E+12 Xe-133                     3. 9716E+04  2. 1218E-04   9.6073E+20    1. 4695E+15 Xe-133m                   1. 1741E+03  2. 6167E-06   1. 1848E+19   4. 3442E+13

Attachment H                      NEDC 05-031 CCN 3C1 Page H-36 Xe-135                  1.0598E+04  4.1499E-06   1.8512E+19  3.9211E+14 Xe-135m                 2.7125E+02  2.9777E-09   1.3283E+16  1.0036E+13 Environment Transport Group Inventory:
Total      Release Time (h) = 120.0000      Release      Rate/s Noble gases (atoms)     1.2653E+22  3.6612E+16 Elemental I (atoms)     2.9542E+17 8.5479E+ll Organic I (atoms)       9.1366E+15 2.6437E+10 Aerosols (kg)           1.2599E-06 3.6455E-12 Dose Effective (Ci) 1-131 (Thyroid)              1.6890E+02 Dose Effective (Ci) 1-131 (ICRP2 Thyroid)        1.8260E+02 Total I    (Ci)                                  3.7333E+02 primary to Environment Transport Group Inventory:
Pathway Time  (h)  = 120.0000     Filtered  Transported Noble gases (atoms)     0.0000E+00  1.2647E+22 Elemental I (atoms)     0.OOOOE+00  2.9548E+17 Organic I (atoms)       0.0000E+00  9.1386E+15 Aerosols (kg)           0.OOOOE+00  1.2602E-06 Environment to Control Room Transport Group Inventory:
Pathway Time  (h)  = 120.0000     Filtered  Transported Noble gases (atoms)     0.OOOOE+00  2. 3143E+19 Elemental I (atoms)     3. 9594E+14 1.4491E+14 Organic I (atoms)       1. 2246E+13 4.4818E+12 Aerosols (kg)           1.6886E-09  6. 1803E-10 Environment to Control Room Transport Group Inventory:
Pathway Time  (h)  = 120.0000     Filtered  Transported Noble gases (atoms)     0.OOOOE+00  9.9111E+18 Elemental I (atoms)     0.OOOOE+00  2. 3156E+14 Organic I (atoms)       0.OOOOE+00  7.1616E+12 Aerosols (kg)           0.OOOOE+00  9. 8756E-10 Control Room to Environment Transport Group Inventory:
Pathway Time   (h) = 120.0000     Filtered  Transported Noble gases (atoms)     3.3024E+19  0.OOOOE+00 Elemental I (atoms)     3.7128E+14  0.OOOOE+00 Organic I (atoms)       1.1483E+13  0.OOOOE+00 Aerosols (kg)           1.5833E-09  0.OOOOE+00 Control Room Compartment Nuclide Inventory:
Time (h)   = 120.0000       Ci            kg         Atoms      Decay Control Room Transport  Group Inventory:
Time   (h) = 120.0000   Atmosphere      Sump Noble gases (atoms)     1.7022E-02  0.OOOOE+00 Elemental I (atoms)      1.2898E-07 0.OOOOE+00 Organic I (atoms)        3.9890E-09 0.OOOOE+00 Aerosols (kg)            5.4958E-31 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid)           1.7889E-32 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid)     1.7954E-32

Attachment H                   NEDC 05-031 CCN 3C1 Page H-37 Total I    (Ci)                                        7. 4009E-23 Environment to Control Room Transport Group Inventory:
Pathway Time  (h)   = 120.0000       Filtered    Transported Noble gases (atoms)        0.OOOOE+00    2. 3143E+19 Elemental I (atoms)        3. 9594E+14   1.4491E+14 Organic I (atoms)          1.2246E+13    4.4818E+12 Aerosols (kg)              1.6886E-09    6. 1803E-10 Environment to Control Room Transport Group Inventory:
Pathway Time  (h)   = 120.0000       Filtered    Transported Noble gases (atoms)        0.OOOOE+00    9.9111E+18 Elemental I (atoms)        0.OOOOE+00    2. 3156E+14 Organic I (atoms)          0.OOOOE+00    7.1616E+12 Aerosols (kg)              0.OOOOE+00    9.8756E-10 Control Room to Environment Transport Group Inventory:
Pathway Time  (h)   = 120.0000       Filtered    Transported Noble gases (atoms)        3.3024E+19    0.OOOOE+00 Elemental I (atoms)        3.7128E+14    0.OOOOE+00 Organic I (atoms)          1.1483E+13    0.OOOOE+00 Aerosols (kg)              1.5833E-09    0.OOOOE+00 EAB Doses:
Time (h) = 744.0000        Whole Body      Thyroid          TEDE Delta dose (rem)             0.OOOOE+00    0.OOOOE+00    0.OOOOE+00 Accumulated dose (rem)       4.2725E-01    3.3216E+01    1.4497E+00 LPZ Doses:
Time  (h)   = 744.0000     Whole Body      Thyroid          TEDE Delta dose (rem)             0.OOOOE+00    0.OOOOE+00    0.OOOOE+00 Accumulated dose     (rem)   2. 3848E-01   1.8543E+01    8.0927E-01 Control Room Doses:
Time   (h)  = 744.0000     Whole Body      Thyroid          TEDE Delta dose (rem)             6.6446E-24    1.9339E-20    5.9567E-22 Accumulated dose (rem)       1. 4733E-01   1. 4016E+02   4.4544E+00 primary Compartment Nuclide Inventory:
Time   (h)  = 744.0000           Ci            kg           Atoms   Decay primary Transport Group Inventory:
Time (h) = 744.0000        Atmosphere         Sump Noble gases (atoms)         1.2013-122    0.OOOOE+00 Elemental I (atoms)         2.1340-128    0.OOOOE+00 Organic I (atoms)           6.5999-130    0.OOOOE+00 Aerosols (kg)               9.0927-152    0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid)                 5.2710-154 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid)           5.2710-154 Total I (Ci)                                           1.1866-143 primary to Environment Transport Group Inventory:

Attachment H                       NEDC 05-031 CCN 3C1 Page H-38 Pathway Time (h) = 744.0000          Filtered   Transported Noble gases (atoms)        0.0000E+00   1.2647E+22 Elemental I (atoms)        0.OOOOE+00   2.9548E+17 Organic I (atoms)          0.OOOOE+00   9. 1386E+15 Aerosols (kg)              O.OOOOE+00   1.2602E-06 Environment   Integral Nuclide Release:
Time (h)  = 744.0000             Ci           kg         Atoms         Bq Br-82                      4. 3901E-01  4.0550E-10   2. 9780E+15 1. 6243E+10 Br-83                      1. 0582E-02  6. 6987E-13  4. 8603E+12 3. 9155E+08 Kr-83m                     8. 1117E+00  3. 9316E-10  2.8526E+15  3. 0013E+ll Kr-85                      6. 4507E+02  1.6442E-03   1.164 9E+22 2. 3868E+13 Kr-85m                     1. 1844E+02  1. 4392E-08  1. 0197E+17 4. 3823E+12 Kr-87                      1. 6974E-02  5. 9926E-13  4. 1481E+12 6.2805E+08 Kr-88                      3. 6147E+01  2. 8828E-09  1. 9728E+16 1. 3375E+12 1-130                      1. 0638E+00  5. 4543E-10  2. 5267E+15 3. 9360E+10 1-131                      1. 5210E+02  1. 2269E-06  5. 6399E+18 5. 6277E+12 1-132                      1. 1171E+02  1. 0822E-08  4. 9373E+16 4.1332E+12 1-133                      9. 4294E+01  8 3239E-08   3. 7690E+17 3.4889E+12 1-134                      4. 0528E-06  1. 5192E-16  6. 8277E+08 1.4995E+05 1-135                      1. 5226E+01  4  .3356E-09 1. 9341E+16 5. 6336E+ll Xe-129m                    1. 54 65E-01 1. 2223E-09  5. 7060E+15 5. 7221E+09 Xe-131m                    2. 3670E+02  2. 8260E-06  1 .2991E+19 8.7581E+12 Xe-133                     3. 9716E+04  2. 1218E-04  9. 6073E+20 1. 4695E+15 Xe-133m                    1. 1741E+03  2. 6167E-06  1. 1848E+19 4. 3442E+13 Xe-135                     1.0598E+04   4 1499E-06   1. 8512E+19 3. 9211E+14 Xe-135m                    2. 7125E+02  2. 9777E-09  1. 3283E+16 1. 0036E+13 Environment Transport Group Inventory:
Total      Release Time (h) = 744.0000          Release      Rate/s Noble gases (atoms)        1.2653E+22   4.8816E+15 Elemental I (atoms)        2.9542E+17   1.1397E+ll Organic I (atoms)          9.1366E+15   3.5249E+09 Aerosols (kg)              1.2599E-06   4.8607E-13 Dose Effective (Ci) 1-131 (Thyroid)                  1.6890E+02 Dose Effective (Ci) 1-131 (ICRP2 Thyroid)            1.8260E+02 Total I    (Ci)                                      3.7333E+02 primary to Environment Transport Group Inventory:
Pathway Time (h) = 744.0000           Filtered  Transported Noble gases (atoms)        0.OOOOE+00   1.2647E+22 Elemental I (atoms)        0.OOOOE+00   2. 9548E+17 Organic I (atoms)          0.OOOOE+00    9. 1386E+15 Aerosols (kg)              0.OOOOE+00    1.2602E-06 Environment to Control Room Transport Group Inventory:
Pathway Time (h) = 744.0000           Filtered  Transported Noble gases (atoms)         0.OOOOE+00  2. 3143E+19 Elemental I (atoms)         3. 9594E+14  1.4491E+14 Organic I (atoms)           1.2246E+13   4.4818E+12 Aerosols (kg)               1.6886E-09   6.1803E-10 Environment    to Control Room Transport Group Inventory:
Pathway H. P,

Attachment H                       NEDC 05-031 CCN 3C1 Page H-39 Time  (h)  = 744.0000       Filtered    Transported Noble gases (atoms)       0.0000E+00    9.9111E+18 Elemental I (atoms)       0.0000E+00    2.3156E+14 Organic I (atoms)         0.OOOOE+00    7.1616E+12 Aerosols (kg)             0.OOOOE+00    9.8756E-10 Control Room to Environment Transport Group Inventory:
Pathway Time  (h)  = 744.0000       Filtered    Transported Noble gases (atoms)       3.3024E+19    0.OOOOE+00 Elemental I (atoms)       3.7128E+14    0.OOOOE+00 Organic I (atoms)         1.1483E+13    0.OOOOE+00 Aerosols (kg)             1.5833E-09    0.OOOOE+00 Control Room Compartment Nuclide Inventory:
Time  (h)  = 744.0000         Ci             kg         Atoms    Decay Control Room Transport    Group Inventory:
Time  (h)  = 744.0000     Atmosphere        Sump Noble gases (atoms)       3.2983-141    0.OOOOE+00 Elemental I (atoms)       2.7872-147    0.OOOOE+00 Organic I (atoms)         8.6202-149    0.OOOOE+00 Aerosols (kg)             1.1876-170    0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid)               3.8581-172 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid)         3.8581-172 Total I (Ci)                                         1.5498-162 Environment to Control Room Transport Group Inventory:
Pathway Time  (h)  = 744.0000       Filtered    Transported Noble gases (atoms)       0.OOOOE+00    2. 3143E+19 Elemental I (atoms)       3. 9594E+14   1.4491E+14 Organic I (atoms)         1.224 6E+13   4.4818E+12 Aerosols (kg)             1.6886E-09    6.1803E-10 Environment to Control Room Transport Group Inventory:
Pathway Time  (h)  = 744.0000       Filtered    Transported Noble gases (atoms)       0.OOOOE+00    9.9111E+18 Elemental I (atoms)       0.OOOOE+00    2. 3156E+14 Organic I (atoms)         0.0000E+00    7.1616E+12 Aerosols (kg)             0.0000E+00    9. 8756E-10 Control Room to Environment Transport Group Inventory:
Pathway Time   (h) = 744.0000       Filtered    Transported Noble gases (atoms)       3. 3024E+19   0.OOOOE+00 Elemental I (atoms)       3.7128E+14    0.OOOOE+00 Organic I (atoms)         1.1483E+13    0.OOOOE+00 Aerosols (kg)             1.5833E-09    0.0000E+00 840 1-131 Summary primary                Environment         Control Room

Attachment H                             NEDC 05-031 CCN 3CM Page H-40 Time (hr)         1-131 (Curies)              1-131 (Curies)          1-131 (Curies) 24.000             2. 3478E+01                 2.2530E-02             1. 6036E-04 24.004             1.5134E+02                  9. 4274E-01            6. 6994E-03 24.017             1.4449E+02                  7.7865E+00             5. 4784E-02 24.250             6. 4565E+01                 8.7612E+01             1. 2008E-01 24.500             2.7205E+01                  1.2493E+02             1. 3880E-01 24.800             9.6430E+00                  1.4247E+02             1. 3429E-01 25.000             4.8297E+00                  1.4728E+02             1. 2548E-01 25.300             1.7120E+00                  1.5039E+02             1.1024E-01 25.600             6.0683E-01                  1.5149E+02             9. 5413E-02 25.900             2. 1510E-01                 1.5188E+02             8.2088E-02 26.000             1.5223E-01                  1. 5195E+02            7.8023E-02 26.300             5.3959E-02                  1.5205E+02             6. 6913E-02 26.600             1.9126E-02                  1.5208E+02             5.7352E-02 26.900             6.7796E-03                  1.5209E+02             4.9144E-02 27.200             2.4031E-03                  1.5210E+02             4. 2108E-02 27.500             8.5181E-04                  1.5210E+02             3.6077E-02 27.800             3. 0193E-04                 1. 5210E+02            3.0909E-02 28.100             1.0702E-04                  1. 5210E+02            2. 6481E-02 28.400             3.7936E-05                  1.5210E+02             2.2688E-02 28.700             1.3447E-05                  1.5210E+02             1.9438E-02 29.000             4.7664E-06                  1.5210E+02             1.6653E-02 29.300             1.6895E-06                  1.5210E+02             1.4268E-02 29.600             5.9887E-07                  1.5210E+02             1.2224E-02 29.900             2.1228E-07                  1.5210E+02             1.0473E-02 30.200             7.5244E-08                  1.5210E+02             8.9727E-03 30.500             2.6671E-08                  1.5210E+02             7.6873E-03 30.800             9.4540E-09                  1.5210E+02             6.5861E-03 31.100             3.3511E-09                  1.5210E+02             5.6427E-03 31.400             1. 1878E-09                 1.5210E+02             4.8343E-03 31.700             4.2104E-10                  1.5210E+02             4.1418E-03 32.000             1.4924E-10                  1.5210E+02             3.5485E-03 32.300             5.2901E-11                  1.5210E+02             3.0402E-03 32.600             1.8751E-11                  1.5210E+02             2.6047E-03 32.900             6. 6467E-12                 1.5210E+02             2. 2316E-03 33.200             2.3560E-12                  1.5210E+02             1.9119E-03 33.500             8.3511E-13                  1. 5210E+02            1.6380E-03 33.800             2. 9602E-13                 1.5210E+02             1. 4034E-03 34.100             1.04 93E-13                 1.5210E+02             1. 2023E-03 34.400             3 .7192E-14                 1. 5210E+02            1. 0301E-03 48.000            1.4157E-34                  1.5210E+02             9. 3095E-07 120.000             1.1163-142                  1.5210E+02             7 1432E-23 744.000             1.1866-143                  1.5210E+02             1.5498-162
###################################C################################
Cumulative Dose Summary
##########################################################0##########
EAB                       LPZ               Control Room Time        Thyroid          TEDE      Thyroid         TEDE     Thyroid         TEDE (hr)        (rem)            (rem)      (rem)          (rem)    (rem)          (rem) 24.000  0.OOOOE+00       0.OOOOE+00  0.OOOOE+00 0 OOOOE+00   0 OOOOE+00 0. 0000E+00 24.004  2. 0624E-01      9.0914E-03  1.1502E-01 5. 0702E-03  3. 5446E-03 1. 1136E-04 24.017  1.7034E+00       7.5083E-02  9.4999E-01 4. 1873E-02  1. 5886E-01 4. 9908E-03 24 .250 1. 9167E+01      8.4199E-01  1.0689E+01 4 6957E-01   8. 2546E+00 2. 6214E-01 24.500  2 -7321E+01      1.1965E+00  1.5237E+01 6. 6725E-01  2. 0660E+01 6. 5781E-01 24.800  3. 1150E+01      1.3615E+00  1.7372E+01 7 . 5932E-01 3. 6204E+01 1. 1537E+00 25.000  3. 2199E+01      1.4064E+00  1.7957E+01 7. 8437E-01  4. 5976E+01 1 .4653E+00 25.300  3. 2877E+01      1.4354E+00  1.8335E+01 8. OOSOE-01  5. 9254E+01 1. 8884E+00
: 25. 600 3. 3117E+01      1.4456E+00  1.8469E+01 8. 0618E-01  7. 0810E+01 2. 2564E+00 25.900  3. 3202E+01      1.4491E+00  1.8517E+01 8. 0818E-01  8. 0768E+01 2. 5732E+00 26.000  3. 3216E+01      1.4497E+00  1.8524E+01 8. 0850E-01  8. 3764E+01 2. 6684E+00
: 26. 300 3. 3216E+01      1.4497E+00  1.8536E+01 8. 0899E-01  9. 1881E+01 2. 9264E+00 it      .#  ~

Attachment H                                 NEDC 05-031 CCN 3C1 Page H-41 26.600  3. 3216E+01   1.4497E+00    1. 8540E+01   8. 0917E-01  9. 8832E+01  3.1472E+00 26.900  3. 3216E+01   1.4497E+00    1. 8542E+01   8. 0923E-01  1.0478E+02   3.3360E+00 27.200  3. 3216E+01   1.4497E+00    1. 8542E+01   8. 0925E-01  1.0988E+02   3.4976E+00 27.500  3. 3216E+01   1.4497E+00    1. 8543E+01    8. 0926E-01 1. 1424E+02  3.6358E+00 27.800  3. 3216E+01   1.4497E+00    1. 8543E+01    8. 0926E-01 1. 17 97E+02 3.7540E+00 28.100  3.3216E+01    1.4497E+00    1. 8543E+01    8.0926E-01  1.2116E+02   3. 8551E+00 28.400  3. 3216E+01   1.4497E+00    1. 8543E+01   8. 0927E-01  1.2390E+02   3. 9416E+00 28.700  3. 3216E+01   1.4497E+00    1. 8543E+01   8. 0927E-01  1.2624E+02   4. 0156E+00 29.000  3. 3216E+01   1.4497E+00    1. 8543E+01   8.0927E-01   1.2824E+02   4.0789E+00 29.300  3. 3216E+01   1.4497E+00    1. 8543E+01    8. 0927E-01 1.2996E+02   4. 1331E+00 29.600  3. 3216E+01   1.4497E+00    1.8543E+01     8.0927E-01  1. 3143E+02  4. 1794E+00 29.900  3. 3216E+01   1.4497E+00    1.8543E+01     8. 0927E-01 1.3268E+02   4.2191E+00 30.200  3. 3216E+01   1.4497E+00    1.8543E+01    8. 0927E-01  1.3376E+02   4.2530E+00 30.500  3. 3216E+01   1.4497E+00    1.8543E+01    8. 0927E-01  1.3468E+02   4.2820E+00 30.800  3. 3216E+01   1.4497E+00    1. 8543E+01   8. 0927E-01  1.3547E+02   4.3068E+00 31.100  3. 3216E+01   1.4497E+00    1. 8543E+01   8. 0927E-01  1. 3614E+02  4.3281E+00 31.400  3. 3216E+01   1.4497E+00    1. 8543E+01    8.0927E-01  1.3672E+02   4.3463E+00 31.700  3. 3216E+01   1.4497E+00    1. 8543E+01    8.0927E-01  1. 3721E+02  4.3618E+00 32.000  3. 3216E+01   1.4497E+00    1. 8543E+01    8. 0927E-01 1.3764E+02   4.3752E+00 32.300  3. 3216E+01   1.4497E+00    1.8543E+01    8. 0927E-01  1.3800E+02   4.3866E+00 32.600  3. 3216E+01   1.4497E+00    1.8543E+01    8. 0927E-01  1. 3831E+02  4.3963E+00 32.900  3. 3216E+01   1.4497E+00    1. 8543E+01   8. 0927E-01  1.3858E+02   4.4047E+00 33.200  3. 3216E+01   1.4497E+00    1. 8543E+01   8. 0927E-01  1.3880E+02   4. 4118E+00 33.500  3. 3216E+01   1.4497E+00    1.8543E+01    8.0927E-01   1.3900E+02   4 .4179E+00 33.800  3. 3216E+01   1.4497E+00    1.8543E+01     8. 0927E-01 1.3916E+02   4.4231E+00 34.100  3. 3216E+01   1.4497E+00    1.8543E+01     8. 0927E-01 1.3931E+02   4.4276E+00 34.400  3. 3216E+01   1.4497E+00    1.8543E+01    8. 0927E-01  1.3943E+02   4.4315E+00 48.000  3. 3216E+01   1.4497E+00    1. 8543E+01   8.0927E-01   1. 4016E+02  4.4544E+00 120.000  3. 3216E+01   1.4497E+00    1. 8543E+01   8. 0927E-01  1. 4016E+02  4.4544E+00 744.000  3. 3216E+01   1.4497E+00    1. 8543E+01   8. 0927E-01  1. 4016E+02  4.4544E+00
#########################W#############-############################
Worst Two-Hour Doses
##########################################################4##########
EAB Time    Whole Body        Thyroid           TEDE (hr)        (rem)         (rem)             (rem) 24.0    4. 2725E-01     3. 3216E+01     1.4497E+00
             'it

Attachment I                                              NEDC 05-031 CREFS Filter Shine FHA Calculation                           Revision Number 3C1 Page I-1 of 1-5 CREFS Filter Shine - General Notes 1 Table 1 input is taken from RADTRAD 3.10 for CREFS calculations.
2 Table 2 manipulates input data from Table 4-1 to fit the geometry of the specific situation being considered.
No special manipulations are involved.
3 Table 1 is sorted by RadTrad sort #. Table 2 is sorted by MicroShield iso # by re-sorting Table 1.

Attachment I                                              NEDC 05-031 CREFS Filter Shine FHA Calculation                                  Revision 3C1 Page 1-2 of 1-5 FHA Rad  Micro                               CREFS Filter Shine - RadTrad Output Trad Shield   time    rable I CREFS FILTER - Cumul. Curies for Fuel Handling accideni Sort  Iso#  (hrs) >       U0.2      06          1        2           6                    OR          720    I 05i         1-       2           8~          24       96          72 58     13   A*-241 43 44 1
2 41 42 61 62 Ba-139 Ba-140 Br-82 Br-83 4.12E-04 1.01E-05 6.03E-04 1.39E-05 7.11E-04 1.43E-05 7.20E-04 1.10E-05 II I I 6.41E-04 1.94E-06 4.68E-04 1.87E-08 1.14E-04 1.60E-17 5.43E-10 4.06E-96 I
3     63     Br-84    3.32E-16 3.52E-16  2.18E-16  6.09E-17    2.38E-20     1.95E-29 2.48E-70    0.OOE+00 48     81    Ce-141 49     82    Ce-143 50     83    Ce-144 59     93   Cm-242 60     95   Cm-244 1    104    Co-58 2    106    Co-60 40    115    Cs-1i34 41    118    Cs-1 36 42    119    Cs-137 32    174     I-130    1.00E-03 1.45E-03   1.68E-03 1.64E-03    1.17E-03    4.79E-04  8.44E-06    5.35E-21 33    175     1-131   1.43E-01  2.09E-01  2.49E-01  2.56E-01    2.51E-01     2.37E-01 1.83E-01    1.94E-02 34    176     1-132   1.07E-01  1.45E-01  1.49E-01  1.14E-01    1.87E-02     1.50E-04 5.67E-14    1.21E-95 35    177     1-133   8.87E-02  1.29E-01  1.51E-01  1.51E-01    1.24E-01     7.27E-02 6.60E-03    6.14E-12 36    178     1-134   3.95E-09  4.76E-09  3.82E-09  1.79E-09    1.56E-11    4.99E-17  9.44E-42   5.0790-256 37    179     1-135   1.44E-02  2.06E-02  2.33E-02  2.17E-02    1.16E-02     2.16E-03 1.14E-06    4.34E-35 3    203     Kr-85 4    204    Kr-85m 5    205     Kr-7 6    206     Kr-88 45    209    La-140 46    210    La-141 47    211    La-142 19    224    Mo-99 18    238     Nb-95 52    243    Nd-147 53    255    Np-239 51    302    Pr-143 54    313    Pu-238 55    314    Pu-239 56    315    Pu-240 57    316    Pu-241 7    332     Rb-86 24    347    Rh-105 21    355    Ru-103 22    356    Ru-105 23    357    Ru-106 25    365    Sb-127 26    366    Sb-129 8    391     Sr-89 9    392     Sr-90 10    393     Sr-91 11    394     Sr-92 20    408   Tc-99m 27    415    Te-127 28    416   Te-127m 29    417    Te-129 30    418   Te-129m 31    420   Te-131m 32    421    Te-132 38    471    Xe-133 39    473    Xe-135 12    480     Y-90 13    482     Y-91 14    484     Y-92 15    485     Y-93 16    496     Zr-95 17    497     Zr-97 I           h1                   h

Attachment I                                                                                 NEDC 05-031 CREFS Filter Shine FHA Calculation                                                                Revision Number 3C1 CREFS Filter Shine - MicroS CREFS Filter Shine - MicroShield Input Page 1-3 of I-5 Table 2 CREFS Filter Inventory (Curies)
It                         t=                                             I.                                                   I.                    t.                    I.
0.25                        0.5                                             2                                                   24                     96                  720 Curies     ISO             Curies    iLo    Iso. Curies    IsO  Iso a   Curies    lSee       Iso 0   Curies     Jlo  leaog   Curie     IsO  Isot   Curie     ILo        Curie. III 13 0.00E+00 A*-241         13 0.00E+00  Am-241     13 0.008+00 Am-241     13 0.00E+00 Am-241         13   0.00E+00   Am-241    13 O.OOE+00Am-241     13 0.00E+00 Aa-241    13 0.008E+0    nA-241 41  0.00E+00 Ba-139         41 0.00E+00  Ba-139     41 0.00E+00 Ba-139     41 0.00E+00 Ba-139         41   0.00+E00   Ba-139   41  0.00E+00 Ba-1 39  41  0.000E00 Ba-139    41 0.00E+00 Ba-1 39 42  0.00E+00 Ba-140         42 O.00E+00  Be-140     42 o.ooE+00 Ba-140    42  o.ooE+00Ba-140          42   0.00E+00   Ba-140   42  O.00E+00 Ba.140   42  0.00E+00 Be-140    42 O.00E+00 Ba-140 61  4.12E-04   Br-82        61 6.03E-04   Br-82     61  7.11E-04  Br-82   61  7.20E-04   Br-82        61   6.41E-04    Br-82   61   4.68E-04  Br-82  61   1.14E-04  Br-82  61  5.43E-10   Br-82 62  1.01E-05   Br-83        62 1.39E-05   Br-83     62  1.43E-05  Br-83   62   1.10E-05 Br-83         62    1.94E-06   Br-83   62   1.87E-08  Br-83  62   1.60E-17  Br-83  62  4.06E-96   Br-83 63  3.32E-16   Br-84        63 3.52E-16   Br-84     63 2.18E-16   Br-84   63  6.09E-17 Br-84          63   2.38E-20    Br-84   63   1.95E-29  Br-84  63   2.48E-70  Br-84  63  0.00E+00   Br-84 81  0.00E+00  Ce-141        81 0.00E200  Ce-141     B1 0.00E+00 Ce-141    81  0.00E+00 Ce-141         81   0.000E00   Ce-141   81  0.00E+00 Ce-141    81 O.00P+00 Ce-141   81  0.00E+00  Ce-141 82  0.001&#xf7;00  Ce-143        82 0.00+E00  Ce-143     82 0.00E+00 Ce-143    82  0.000E00 Ce-143         82   0.00E+00   Ce-143   82  0.00E+00 Ce-143   82  0.00E+00 Ce-143   82  0.00E+00 Ce-143 83  0.00E+00  Ce-144        83 0.00+E00  Co-144     83 0.00E+00 Ce-144    83  O.00E+00 Ce-144         83   0.00+E00   Ce-144   83  0.00E+00 Co-144   83  0.00E+00 Ca-144   83 0.00E+00 Ce-144 93  O.00E+00  Cm-242        93 0.00E+00  Cm-242     93 0.00E+00 Cr-242    93  O.00E+00 Cm-242         93   0.00E+00   Cm-242   93  0.001200 Cm-242   93  0.00E&#xf7;00 Cm-242   93  0.00E+00 Cm-242 95  0.00E+00  Cm-244        95 0.00E+00  Cm-244     95 0.00E+00 Cm-244    95  0.00E+00 Cm-244         95   a.oo00o0   Cm-244   95  0.00E+00 Crn-244  95  0.00E+00 Cm-244   95  0.00E+00 Cm-244 104  0.00E+00   Co-58      104  o.ooE+00   Co-58    104 0.00E+00 Co-58    104  0.00E+00 Co-58         104   0.00E+00    Co-58  104  0.00E+00 Co-58 Co-60 104  0.00E000   Co-58 104 0.00E+00    Co-58 106  0.00E+00   Co-60      106  0.00E+00   Co-60    106 0.000+00 Co-60    106  0.001+00 Co-60         106   0.00E+00    Co-60  106  O.00E+00         106  0.000E00   Co-60 106 0.00E+00    Co-60 115  0.00+E00  Cs-134      115  0.00E+00  Cs-134    115 0.00E+00 Cs-134   115  0.00E+00 Cs-134        115   0.00E+00   Cs-134  115  O.00+E00 CS-134  115  0.00E+00 Cs-134  115 0.00+E00   Cs-134 118  0.00E+00  Cs-136      118  0.00*E00  Cs-136    118 0.00+E00 Cs-136   118  0.00E+00 Cs-136        118   0.00E+00   Cs-136  118  0.00E+00 Cs-136  118  0.00E+00 Cs-136  118 0.00E+00 Cs-136 119  0.OOE+00  Cs-137      119  O.00E+00  Cs-137    119 0.00+E00 Cs-137   119  0.00E+00 Cs-137        119   0.00E+00   Cs-137  119  0.00E+00 Cs-137  119  0.00E+00 Cs-137  119 0.00E+00   Cs-137 174  1.00E-03   1-130      174  1.45E-03   1-130    174  1.68E-03  1-130  174  4.79E-04   1-130       174   0.00E+00    1-130  174  0.00E+00   1-130 174  0.00E+00   1-130 174 0.00E+00    1-130 175  1.43E-01   1-131      175  2.09E-01   1-131    175 2.49E-01   1-131  175  2.56E-01   1-131       175   2.51E-01    1-131  175  2.37E-01   1-131 175   1.83E-01  1-131 175 1.94E-02    1-131 176  1.07E-01   1-132      176  1.45E-01   1-132    176  1.49E-01  1-132  176  1.14E-01   1-132       176   1.87E-02    1-132  176   1.50E-04  1-132 176   5.67E-14  1-132 176 1.21E-95    1-132 177  8.87E-02   1-133      177  1.29E-01   1-133    177  1.51E-01  1-133  177  1.51E-01   1-133       177   1.24E-01    1-133  177  7.27E-02   1-133 177   6.60E-03  1-133 177 6.14E-12    1-133 178  3.95E-09   1-134      178  4.76E-09   1-134    178 3.82E-09   1-134  178  1.79E-09   1-134       178   1.56E-11    1-134  178  4.99E-17   1-134 178   9.44E-42  1-134 178 5.0790-256 1-134 179  1.44E-02   1-135      179  2.06E-02   1-135    179 2.33E-02   1-135  179  2.17E-02   1-135       179   1.16E-02    1-135  179  2.16E-03   1-135 179   1.14E-06  1-135 179 4.34E-35    1-135 203  0.00E+00   Kr-85      203  0.00E+00   Kr-85    203 0.00E+00 Kr-85    203  0.00E+00 Kr-85         203   0.00E+00    Kr-85  203  0.00E+00 Kr-85   203  0.00E+00 Kr-85   203 0.00E+00    Kr-85 204  0.00E&#xf7;00  Kr-85m      204  0.00E+00  Kr-85m    204 0.000E00 Kr-85m   204  0.000E00 Kr-85m        204   0.00E+00   Kr-85m  204  0.00E+00 Kr-85m  204  0.00E+00 Kr-B5m  204 0.00+E00 Kr-SSm 205  0.00E+00   Kr-87      205  0.00E+00   Kr-87    205 0.000+00 Kr-87    205  0.00E+00 Kr-87         205   0.00E+00    Kr-87  205  O.00E+00   Kr-87 205  0.00E+00 Kr-87   205 0.001+00    Kr-87 206  0.00E+00   Kr-88      206  0.00E+00   Kr-88    206 0.00E+00 Kr-88    206  0.00E+00 Kr-88         206   0.000+00    Kr-88  206  0.00E+00 Kr-88   206  0.00E+00   Kr-88 206 0.00E+00    Kr-88 209  0.00E+00  La-140      209  0.00E+00  La-140    209 0.000E00 La-140   209  0.00E+00 La-140        209   0.00E+00   La-140  209  0.00E+00 La-140  209  o.ooE+O0 La-140  209 0.00E+00   La-140 210  0.00.E00  La-141      210  0.00E+00  Ls-141    210 0.00E+00 La-141   210  0.00E+00 La-141        210   0.00E+00   La-141  210  0.00E+00 La-141  210  0.00E+00 La-141  210 0.00E+00   La-141 211  0.00E+00  La-142      211  0.00E+00  La-142    211 0.00E+00 La-142   211  0.000E00 La-142        211   0.00E+00   La-142  211  0.00E+00 La-142  211  0.00E+00 Le-142  211 0.00E+00   La-142 224  0.00E+00   Mo-99      224  0.00E+00  Mo-99     224 0.00E+00 Mo-99    224  0.00E+00 Mo-99         224   0.00E+00    Mo-99  224  0.00E+00 Mo-99   224  0.00E+00 Mo-99   224 0.00E+00   Mo-99 238  0.00E+00   Nb-95      238  0.00E+00   Nb-95    238 0.000E00 Nb-95    238  0.00E+00 Nb-95         238   0.00E+00    Nb-95  238  0.00E+00   Nb-95 238  0.00E+00 Nb-9e   238 0.00E+00    Nb-95 243  0.00E+00  Nd-147      243  O.00E+00  Nd-147    243 0.000+00 Nd-147   243  0.00E+00 Nd-147        243   0.00E+00   Nd-147  243  0.00E+00 Nd-147  243  0.00E+00 Nd-147  243 0.00E+00 Nd-147 255  0.00*E00  Np-239      255  0.00E+00  Np-230    255 0.00E+00 Np-239   255  0.00E+00 Np-235        255   0.00E+00   Np-239  255  0.000E00 Np-239  255  O.00E+00 Np-239  255 0.000+00 Np-239 302  0.00E&#xf7;00  Pr-143      302  O.00E+00  Pr-143    302 0.00E+00 Pr-143   302  O.00E+00 Pr-143        302   0.00E+00   Pr-143  302  0.00E+00 Pr-143  302  0.00E+00 Pr-143  302 0.000+00   Pr-143 313  0.00E+00  Pu-238      313  O.00E+00  Pu-238    313 0.00E+00 Pu-238   313  O.00E+00 Ps-238        313   0.00E+00   Pu-238  313  0.00E+00 Pu-238  313  0.00E+00 Pu-238  313 0.00E+00 Pu-238 314  0.00+E00  Pu-239      314  0.00E+00  Pu-239    314 0.00E+00 Pu-239   314  0.00E+00 Pa-239        314   0.00E+00   Pu-239  314  0.000E00 Pu-239  314  0.00E+00 Pu-239  314 0.000E00 Pu-239 315  0.00E+00  Pu-240      315  0.00E+00  Pu-240    318 0.00E+00 Pu-240   315  0.00E+00 Pu-240        315   0.00E+00   Pu-240  315  0.00E+00 Pu-240  315  0.000E00 Pu-240  315 0.000E00 Pu-240 316  0.00E+00  Pu-241      316  0.00E+00  Pu-241    316 0.00E+00 Pu-241   316  0.00E+00 Pu-241        316   0.00E+00   Pu-241  316  0.00E+00 Pu-241  316  0.000E00 Pu-241  316. O.00E+00 Pu-241 332  0.00E+00   Rb-86      332  0.00+E00   Rb-8B    332 0.00E+00 Rb-86    332  0.00E+00 Rb-86         332   0.00E+00    Rb-86  332  0.00E+00 Rb-86   332  0.00E+00 Rb-86   332 O.OOE+00 Rb-86 347  0.0OE+00  Rh-105      347  0.OOE+00  Rh-105    347 0.00E+00 Rh-105   347  0.00E+00 Rh-105        347   0.00E+00   Rh-105  347  0.00E+00 Rh-105  347  0.00E+00 Rh-105  347 0.00E+00 Rh-105 355  0.00E+00  Ru-103      355  0.00E+00  Ru-103    355 0.00E+00 Ru-103   355  0.00E+00 Ru-103        355   0.00E+00   Ru-103  355  0.00E+00 Ru-103  355  0.000E00 Rs-103  355 0.000200 Ru-103 356  0.00E+00  Ru-105      356  0.OOE+00  Ru-105    356 0.00E+00 Ru-los   356  0.000+00 Ru-105        356   0.00E+00   Ru-105  356  0.00E+00 Ru-105  356  0.00E+00 Ru-105  356 0.00E+00 Ru-105 357  0.00*E00  Ru-106      357  0.OOE+00  RU-106    357 0.00E+00 Ru-106   357  0.00E+00 Ru-106        357   0.00E+00   Ru-106  357  0.00E+00 Ru-106  357  0.00E+00 Ru-106  357 0.00E+00 Ru-106 365  0.00E+00  Sb-127      365  0.00E+00  Sb-127    365 0.00E+00 Sb-127   365  0.00E+00 Sb-127        365   0.000E00   Sb-127  365  0,00E+00 Sb-127  365  0.00E+00 Sb-127  365 0.00E+00 Sb-127 366  0.00E&#xf7;00  Sb-129      366  0.00+E00  Sb-129    366 0.00E+00 Sb-129   366  0.00E&#xf7;00 Sb-129        366   0.00E+00   Sb-129  366  0.00E+00 Sb-129  366  0.00E+00 Sb-129  366 0.00E+00 Sb-129 391  0.00E&#xf7;00   Sr-89      391  0.OOE+00   Sr-89    391 0.00E+00 Sr-89    391  0.00E+00 Sr-89         391   0.00E+00    Sr-89  391  0.00E+00   Sr-89 391  0.000+00   Sr-89 391 0.00E+00    Sr-8S 392  0.00E+00   Sr-90      392  0.00E+00   Sr-90    392 0.00E+00 Sr-90    392  0.00E+00 Sr-90         392   0.00E+00    Sr-90  392  0.00E+00   Sr-90 392  0.00E+00   Sr-90 392 0.00E+00    Sr-90 393  0.00E+00   Sr-91      393  0.00E+00   Sr-91    393 0.000+00 Sr-91    393  0.00E+00 Sr-91         393   0.00E+00    Sr-91  393  0.00E+00   Sr-91 393  0.00E+00   Sr-91 393 0.00E+00    Sr-91 394  0.00E+00   Sr-92      394  0.00E+00   Sr-92    394 0.000+00 Sr-92    394  0.00+E00 Sr-92         394   0.00E+00    Sr-92  394  0.00+E00   Sr-92 394  0.00E+00   Sr-92 394 0.008+00    Sr-92 408  0.00+E00  Tc-99m      408  0.00E+00 Tc-Sem     408 0.00E+00 Tc-99m   408  O.00E+00 Tc-99m        408   0.00E+00  Tc-99m   408  0.00+E00 Tc-99m  408  0.00E+00 Tc-99m  408 0.00E+00 To-99m 415  0.00E+00  Te-127      415  0.00E+00  To-127    415 0.00E+00 Te-127   415  O.00E+00 Ta-127        415   0.00E+00   Te-127  415  0.00E+00 Te-127  415  0.00E+00 To-127  415 0.00E+00 Te-127 416  0.00E+00 To-127m      416  0.00E+00 Ta-1 27m   416 0.00E+00 re-127m  416  0.00E+00 Te-127m       416   0.00E+00  Te-127m  416  0.00E+00 Te-127m 416  0.00E+00 Te-127m 416 0.00E+00 Te-127m 417  0.00E&#xf7;00  Te-129      417  0.00E+00  Te-129    417 0.00E+00 Ts-129   417  0.00E+00 Te-129        417   0.00E+00   Te-129  417  0.000E00 Te-129  417  0.001+00 Te-129  417 0.000+00 To-129 418  0.00E+00 Te-129m      418  0.00E+00 Ta-129m    418 O.00E+00 re-129m  418  0.00E+00 Te-129m       418   0.00E+00  To-129m 418   0.00E+00 Te-129m 418  0.00E+00 Te-129m 418 0.OOE+00 Ta-129m 420  0.00E+00 Te-131m      420  0.00E+00 Ta-131m    420 0.00E+00 re-131m  420  0.00E+00 Ta-131m       420   0.00E+00  Te-131m  420  0.00E+00 Te-131m 420  0.00E+00 Ta-131m 420 0.00E+00 Te-131m 421  o.ooE+00  Te-132      421  0.00E+00  Te-132    421 0.00E+00 Te-132   421  0.00E+00 Te-132        421   0.000+00   Ta-132  421  0.00E+00 Te-132  421  0.00E+00 Te-132  421 0.00E+00 Te-132 471  0.00E+00  Xe-133      471  0.000+00  Xe-133    471 0.00E+00 Xe-133   471  0.00E&#xf7;00 Xe-133        471   0.00E+00   Xe-133 471   0.00E+00 Xe-1 33 471  0.00E+00 Xe-133  471 0.00E+00 Xe-133 473  0.00E+00  Xe-135      473  0.00+E00  Xe-135    473 0.00E+00 Xo-135   473  0.00E+00 Xe-135        473   0.00E+00   Xe-135 473   0.00E+00 Xe-1 35 473  0.00E+00 Xe-135  473 0.00E+00 Xe-135 480  0.00E+00   Y-90       480  0.00E+00   Y-90     480 0.00E+00 Y-90     480  0.00E+00   Y-90        480   o.ooE+00    Y-B0  480   0.00E+00
* Y-90  480  0.00E+00   Y-90  480 0.00E+00    Y-90 482  0.00E+00   Y-91       482  0.00.E00   Y-91     482 o.ooE+00 Y-S1     482  0.00E+00   Y-91        482   0.00E+00    Y-91   482  0.00+E00   Y-91  482  0.00o+00   Y-S1  482 0.00E+00    Y-91 484  0.00E+00   Y-92       484  0.000E00   Y-92     484 0.00E+00 Y-92     484  0.00E+00   Y-92        484   0.00E+00    Y-92  484   0.OOE+00 Y-92    484  0.00E+00   Y-92  484 0.00E+00    Y-92 485  0.00E+00   Y-93       485  0.00E+00   Y-93     485 O.OOE+00 Y-93     485  0.OOE+00 Y-93          485   0.00E+00    Y-93  485   0.00E+00   Y-93  485  0.00E+00   Y-93  485 0.00E+00    Y-93 496  0.00E+00   Zr-95      496  0.00E+00   Zr-95    496 0.00E+00 Zr-95    496  0.00E+00 Zr-95         496   0.00E+00    Zr-95 496   0.00E+00   Zr-95 496  0.00E+00   Zr-95 496 a.ooE+00    Zr.95 497  0.00E+00   Zr-97      497  0.00E+00   Zr.97    497 0.00E+00 Zr-97    497  0.00E+00 Zr-97         497   0.00r+00    Zr-97 497   0.00+E00   Zr-97 497  0.00E+00   Zr-97 497 0.00E+00    Zr-97

Attachment I                                                    NEDC 05-031 CREFS Filter Shine FHA Calculation                                  Revision Number 3C1 Page 1-4 of 1-5 CREFS Filter Shine Shielding Parameters             value        units     Ref.
CL distance from CREFS to        36.24           ft     Dwgs. 2019, 117.15M02, CNS-BLDG-442 (scaled)
RO desk, centerline to Fraction of CREFS that is charcoal                          0.6                   VM 1682 (conservative assumption)
Density of charcoal               0.5          g/cc     VM 1682 (conservative of .5 to .54 range)
Density of air                  0.0122         g/cc     Standard in MicroShield Homogenized filter density       0.305         g/cc CREFS filter dimension 1         25.75          in      VM 1682 (4UA-921-02)
CREFS filter dimension 2         26.50          in      VM 1682 (4UA-921-02)
CREFS filter dimension 3         7.75           in      VM 1682 (4UA-921-02)
CREFS volume                    5288.4        cu in CREFS volume                      3.06        cu ft     Vol=pidA2/4*h          4V/pio=hdA2 Equiv cylinder h = d            1.5736          ft Equiv cylinder radius           0.7868          ft
: 1. Use RO desk as dose point. The distance to the BOP station (position behind the BOP desk) is about 5 inches closer than the distance to the RO station (position behind the RO desk); however, it is exactly equal to the distance to the RO desk (center).
Therefore, for conservatism, the RO desk (center) is used for the dose point for this source, since the RO station is used as the dose point for the remaining shine sources due to its greater proximity to each of the sources.
: 2. Assume that radionuclides are uniformly distributed in CREFS filter.
: 3. Assume that the CREFS filter is a homogeneous composition of charcoal and air. Conservatively assume that it is 60% air, based on VM 1682 (see Filter worksheet).
: 4. Assume that the CREFS filter is just a single (not stacked) NUCELL module. This is conservative because it allows for less self-shielding due to the charcoal itself, yet is not overly conservative since amount of self-shielding from charcoal and air is small.
: 5. Assume that CREFS filter can be approximated as a square cylinder having equal volume. Use an end cyl model with dose point on axis for conservatism.
: 6. Conservatively neglect shielding from structural steel members in the adsorber tray and CREFS filter housing.
: 7. Conservatively neglect shielding from structural steel members in the control consoles and cabinets.
Shielding filter (cyl half length)        0.7868           ft Coordinate system uses cylinder face farthest from dose point as zero. Full cylinder dimensions are used in the computations.
air gap                        35.4564           ft     For information only; front face distance to Dose Point

Attachment I                                                           NEDC 05-031 CREFS Filter Shine FHA Calculation                                           Revision Number 3C1 Page 1-5 of 1-5 position of dose point      37.0300       ft     Used as input to MicroShield; back face distance to DP RG 1.183 Occupancy Factors incorporation, 0-24 hours equals 1.0 or 100% occupancy of Control Room person, 24-96 hours, 60% occupancy, 96-720 hours 40% occupancy Dose Results Micro-                               bounding Shield                    time      or average                     time        Exposure time (h)    mR/hr                  period h       mR/hr                     interval h         mR 0    not compu.
0.25       1.618                0 to 0.25           1.618                    0.25         4.05E-01 0.5    2.254E+00               0.25 to 0.5   2.254E+00                      0.25         5.64E-01 1    2.447E+00 PEAK            0.5 to 1    2.447E+00                       0.5         1.22E+00 2    2.111E+00                   1 to 2    2.279E+00                        1         2.28E+00 8    1.070E+00                  2 to 8     1.591E+00                        6         9.54E+00 24    6.775E-01                  8 to 24    8.738E-01                        16        1.40E+01 96    3.809E-01                 24 to 96    5.292E-01                       72        .3.81E+01 720    3.843E-02                96 to 720    2.097E-01                      624         1.31 E+02 1.97E+02 Total Shine Dose 2.17E+02 Total Shine with Equilibrium Daughter rs 10% Factor RG 1.183 Occupancyy       Exposure Factors              mR 1      4.05E-01 1       5.64E-01 1      1.22E+00 1      2.28E+00 1      9.54E+00 1      1.40E+01 0.6       2.29E+01 0.4       5.23E+01 1.03E+02 Total Shine Dose Total Shine with Equilibrium Daughters 10% Factor                        1.14E+02

NEDC 05-031 CCN 3C1 Attachment J                          Page J-1 of J-63 Attachment J RADTRAD v 3.10 Detailed Output File            (oO) CREFS Shine Analysis ALION RADTRAD Version 3.10 Rev 2 run on        6/16/2011    at 13:31:55 Copyright &#xa9; 2009 Alion Science and Technology
     ##########44#####################################4######################
File information Input File Name            = C:\RADTRAD\RADTRAD_310\FHAcooper      06-06-11cloud 24 Hour 100percentEAB-ASTmethodCREFS.psf Output File Name           = C:\RADTRAD\RADTRAD_310\FHAcooper      06-06-11cloud 24 Hour 100percentEAB-ASTmethodCREFS.o0 Inventory file             =   c:\radtrad\radtrad_310\coopergnf2-29fha.nif Release file                     c:\radtrad\radtrad_310\rgl1183.rft Dose Conversion file       =     C:\RADTRAD\RADTRAD_310\cooperGNF2-29fha.inp 44444      4444    44444      4  4      4  44444    4     4  44444 4     44
* 4  ##     4
* 44       4    4
            *     #  #         4          4  44
* 4     44
* 4 44444      4444    4444       44
* 4   44444
* 4    4
* 44            4  4    44
* 4     4    4 4               4
* 4  4     44
* 4     4    4 4          4444    4          44        4  4         4444
* Radtrad 3.10      06/01/2009 Dose Conversion Factor File:
C:\RADTRAD\RADTRAD 310\cooperGNF2-29fha.inp Release Fraction & Timing Files:
1 c:\radtrad\radtrad_310\rgl_183.rft Nuclide Inventory Files:
1 1 c:\radtrad\radtrad_310\coopergnf2-29fha.nif Plant Power Level:
1.5144E+01 Number of Compartments:
3 Compartment 1:
containment 3
7.95E+05 0
0 0
0 0
Compartment 2:
environment 2
4g~~   *2J4~1w~;

NEDC 05-031 CCN 3C1 Attachment J Page J-2 of J-63 0.00E+00 0
0 0
0 0
Compartment 3:
control room 1
1.4186E+05 0
0 0
0 0
Number of Pathways:
4 Pathway 1:
containment    to environment 1
2 2
Pathway 2:
environment    to control room 2
3 2
Pathway 3:
environment :o control room 2
3 2
Pathway 4:
control room to environment 3
2 2
End of Plant Model Source Term Input:
1 2.4E+01 2.4E+01     7.44E+02 1
2    9.5E-01     4.85E-02     1.5E-03 Overlying Pool:
0 o.OOE+00 0
0 0
0 Compartments:
3 Compartment 1:
1 1
0 0
0 0
0 0
1.-&#xfd;   7 F,

NEDC 05-031 CCN 3C1 Attachment J            Page J-3 of J-63 0
Compartment  2:
1 1
0 0
0 0
0 Compartment 3:
1 1
0 0
0 0
0 0
0 Pathways:
4 Pathway 1:
2 0
0 0
0 1
8 2.4E+01    4.576E+04    0. OOE+00    0 . OOE+00   o.OOE+00 2.425E+01     4.576E+04     0.O0E+00     0.00E+00     0.OOE+00 2.45E+01     4.576E+04    0. OOE+00    0. OOE+00    0. 0OE+00 2.5E+01    4.576E+04    o.OOE+00     0. OOE+00    0. OOE+00 2.6E+01    4.576E+i04   o.OOE+00     0. OOE+00    0 . OOE+00 3.2E+01    4.576E+04    o.OOE+00     0. OOE+00    0. OOE+00 1.2E+02    4.576E+04    0. OOE+00    0. OOE+00    0. OOE+00 7.44EA-02    0.OOE+/-00   O.OOE+00     0. OOE+00    0 . OOE+00 0
7.44E+02     0.OOE+00   0.OOE+00     0.OOE+00     0.OOE+00 7.44E+02 0
0 0
0 0
0 Pathway 2:
2 0
0 0
0
:1 2
2.4E+01    3.235E+03    0.OOE+00      0.OOE+00    0.OOE+00 2.4017E+01     9.9E+02    1.OOE+02     1.OOE+02     1.OOE+02 0
7.44E+02     0.OOE+00   0.OOE+00      0.OOE+00    O.OOE+00 7.44E+02 0
0

NEDC 05-031 CCN 3Cl Attachment J             Page J-4 of J-63 0
0 0
0 Pathway 3:
2 0
0 0
0 1
: 2. 4E+01    4.OOE+02      0.00E+00      0.00E+00      0.OOE+00 0
: 7. 44E+02     0.OOE+00     0.00E+00      0.00E+00       0.OOE+00
: 7. 44E+02 0
0*
0 0
0 0
Pathway 4:
2 0
0 0
0 2
2.4E+01    3.635E+03       0.OOE+00      0.OOE+00      0.OOE+00 2.4017E+01      1.39E+03      0.OOE+00      0.OOE+00      0.OOE+00 0
7.44E+02     0.OOE+00      O.OOE+00      0.O0E+00      0.OOE+00 7.44E+02 0
0 0
0 0
0 Dose Locations:
3 Location 1:
Exclusion Area Boundary 2
1 3
: 2. 4E+01    3.5E-04 3.2E+01     1. 8E-04 4.8E+01    2.3E-04 0
Location 2:
Low Population Zone 2
1 3
2.4E+01    3.5E-04 3.2E+01    1.8E-04 4.8E+01    2.3E-04 0
Location 3:
control room

NEDC 05-031 CCN 3C1 Attachment J                       Page J-5 of J-63 3
1 2
2.4E+01   3. 5E-04
: 7. 44E+02   0. OOE+00 1
4 2.4E+01   1. OOE+00
: 4. 8E+01  6.OOE-01 1.2E+02   4. OOE-01 7.44E+02    0. OOE+00 X/Q Tables:
3 Exclusion Area Boundary 6
2.4E+01   5.2E-04 2.6E+01   0.OOE+00 3.2E+01   0.OOE+00 4.8E+01   0.OOE+00 1.2E+02   0.OOE+00 7.44E+02    0.OOE+00 Low Population Zone 5
2.4E+01   2. 9E-04 3.2E+01   7.3E-05
: 4. 8E+01  2. 5E-05 1.2E+02   5. 2E-06 7.44E+02    0.00E+00 cr 6
2.4E+01   4.15E-03 2.6E+01    3.24E-03 3.2E+01    1.32E-03 4.8E+01   9.01E-04 1.2E+02   7.22E-04 7.44E+02    O.00E+00 Inflow Pathways:
2 2 3 Exhaust Pathways:
2 1 4 X/Q table ID for Exhaust-Inflow paths:
3 3 1
Simulation Parameters:
1 2.4E+01    0.OOE+00 Output Filename:
C:\RADTRAD\RADTRAD_310\FHAcooper 06-06-Iicloud 24 Hour 100percentEAB-ASTmethodCREFS. oO 1
1 0
1 1
End of Scenario File

NEDC 05-031 CCN 3C1 Attachment J                      Page J-6 of J-63 ALION RADTRAD Version 3.10 Rev 2 run on       6/16/2011   at 13:31:55 Copyright &#xa9; 2009 Alion Science and Technology Plant Description Number of Nuclides =     29 Inventory Power     =    1.0000E+00 MWth Plant Power Level   =    1.5144E+01 MWth Number of compartments        =    3 Compartment information Compartment number     1 Name: containment Compartment volume =      7.9500E+05 (Cubic feet)
Compartment type is Normal Pathways into and out of compartment       1 Exit Pathway Number       1: containment to environment Compartment number     2 Name: environment Compartment type is Environment Pathways into and out of compartment       2 Inlet Pathway Number      1: containment to environment Inlet Pathway Number      4: control room to environment Exit Pathway Number       2: environment to control room Exit Pathway Number       3: environment to control room Compartment number     3 Name: control room Compartment volume =      1.4186E+05 (Cubic feet)
Compartment type is Control Room Pathways into and out of compartment       3 Inlet Pathway Number      2: environment to control room Inlet Pathway Number      3: environment to control room Exit Pathway Number       4: control room to environment Total number of pathways =       4 r <           Z.-

NEDC 05-031 CCN 3C1 Aftachment J                                Page J-7 of J-63 ALION RADTRAD Version 3.10 Rev 2 run on              6/16/2011     at 13:31:55 Copyright &#xa9; 2009 Alion Science and Technology Scenario Description Power Ratio                                          =    1.5144E+01 Time between shutdown and accident start             =   2.4000E+01     (Hours)
Time between shutdown and first           release    =    2.4000E+01    (Hours)
End Time                                             =    7.4400E+02    (Hours)
Radioactive Decay is enabled Calculation of Daughters is enabled Source Number     1 is used in Compartment           1 containment Nuclide Distribution given in Ci/MWt Fraction of Nuclide Distribution in this Compartment                   1.00000 Iodine fractions for source number 1 Aerosol        =    9.5000E-01 Elemental      =    4.8500E-02 Organic        =    1.5000E-03 Inventory file   =        c:\radtrad\radtrad_310\coopergnf2-29fha.nif Release from file      =     c:\radtrad\radtrad_310\rgl_183.rft Dose Conversion file      =      C:\RADTRAD\RADTRAD_310\cooperGNF2-29fha.inp Nuclide   Group    Specific          half        Whole Body       Inhaled        Inhaled Name             Inventory          life            DCF          Thyroid      Effective (Ci/MWt)          (s)       (Sv-m3/Bq-s)      (Sv/Bq)         (Sv/Bq)
Br-82       2    1.870E+02      1.271E+05       1. 300E-13     2 .380E-10     3.310E-10 Br-83       2    3.240E+03      8. 604E+03      3. 820E-16     3.290E-12      2. 330E-11 Br-84       2    5.560E+03      1. 908E+03      9. 410E-14     3. 120E-12     2. 610E-11 Kr-83m      1    3.250E+03      6. 588E+03      1. 500E-18     0.OOOE+00      0. 000E+00 Kr-85       1    8.520E+02      3. 383E+08      1. 190E-16     0. OOOE+00     0 OOOE+00 Kr-85m      1    6.750E+03      1. 613E+04      7. 480E-15     0. OOOE+00     0 OOOE+00 Kr-87       1    1.280E+04      4. 578E+03      4. 120E-14     0. OOOE+00     0. 000E+00 Kr-88       1    1.810E+04      1.022E+04       1. 020E-13     O.OOOE+00      0 OOOE+00 1-128      2    4.330E+02      1. 499E+03      4. 160E-15     5.340E-11      1 .280E-11 1-130      2    1.100E+03      4.450E+04       1. 040E-13     1. 990E-08     7. 140E-10 1-131      2    4.352E+04      6. 947E+05      1 .820E-14     2. 920E-07     8. 890E-09 1-132      2    3.960E+04      8. 280E+03      1. 120E-13     1.740E-09       1. 030E-10 1-133      2    5.480E+04      7.488E+04       2. 940E-14     4.860E-08       1. 580E-09 1-134      2    6.040E+04      3. 156E+03      1. 300E-13     2.880E-10      3. 550E-11 1-135       2    5.160E+04      2. 380E+04      8.294E-14      8. 460E-09     3. 320E-10 Te-131      4    2.420E+04      1. 500E+03      2. 040E-14     2. 660E-09     1. 240E-10 Te-131m     4    3.970E+03      1. 080E+05      7.463E-14      3. 669E-08     1. 758E-09 Te-132      4    3.860E+04      2.815E+05       1. 030E-14     6. 280E-08     2. 550E-09 Te-133      4    3.240E+04      7.470E+02       4. 600E-14     5.910E-10      2. 390E-11 Te-133m     4    1.970E+04      3. 324E+03      1.140E-13      2.630E-09       1. 100E-10

NEDC 05-031 CCN 3Cl Aftachment J                                 Page J-8 of J-63 Te-134      4    4. 480E+04     2. 508E+03      4.240E-14        5. 560E-10     3. 230E-11 Xe-129m     1    2 .230E-01     6. 912E+05      1.060E-15        0. OOOE+00     0   OOOE+00 Xe-131m     1    3. 040E+02     1. 028E+06      3. 890E-16       0. OOOE+00     0. OOOE+00 Xe-133      1    5. 450E+04     4.532E+05       1.560E-15        0. OOOE+00     0. OOOE+00 Xe-133m     1    1.730E+03      1.890E+05       1 .370E-15       0. OOOE+00     0   OOOE+00 Xe-135      1    2 .040E+04     3. 272E+04      1.190E-14        0. OOOE+00     0. OOOE+00 Xe-135m     1    1. 100E+04     9. 174E+02      2 . 040E-14      0. OOOE+00     0. OOOE+00 Xe-138      1    4. 490E+04     8. 502E+02      5. 770E-14       0. 000E+00     0. 000E+00 Nuclide       Daughter     Fraction       Daug hter     Fractior I     Daughter      Fraction Br-83       Kr-83m         1.00          non e            0.00         none            0.00 Kr-85m      Kr-85          0.21           non e           0.00         none            0.00 Kr-87       Rb-87          1.00           non e           0.00         none            0.00 Kr-88       Rb-88          1.00           non e           0.00         none            0.00 1-131       Xe-131m        0.01           non e           0.00         none            0.00 1-133       Xe-133m        0.03          Xe- 133          0.97         none            0.00 1-135       Xe-135m        0.15           Xe- 135         0.85         none            0.00 Te-131      1-131          1.00           non e           0.00         none            0.00 Te-131m     1-131          0.78           Te- 131         0.22         none            0.00 Te-132      1-132          1.00           non e           0.00         none            0.00 Te-133      1-133          1.00           non e           0.00         none            0.00 Te-133m     1-133          0.87           Te- 133         0.13         none            0.00 Te-134      1-134          1.00           non e           0.00         none            0.00 Xe-133m     Xe-133         1.00           non e           0.00         none            0.00 Xe-135      Cs-135         1.00           non e           0.00         none            0.00 Xe-135m     Cs-135         0.00           Xe- 135         1.00         none            0.00 Xe-138      Cs-138         1.00           non e           0.00         none            0.00 Release Fractions and Timings RG 1.183, Tables 3         with DF iodine=200, all           aerosols Duration (h):        NON-LOCA Acc ident chk inventory GAP          EAR LY IN-VESSEL        LATE RELEASE        RELEASE MASS 0.003600 hr         0 .0000 hrs            0.0000 hrs                 (Ci)
NOBLES          5.0000E-02          0 .OOOOE+00            0.OOOOE+00            1.322E+05 IODINE          2.5000E-04          0 .OOOOE+00            0.OOOOE+00            9.860E+02 CESIUM          0.OOOOE+00          0 .OOOOE+00            0.OOOOE+00            0.OOOE+00 TELLURIUM       0.0000E+00          0 .OOOOE+00            0 OOOOE+00            0.OOOE+00 STRONTIUM       0.OOOOE+00          0 .OOOOE+00            0. 0000E+00            0.OOOE+00 BARIUM          0.OOOOE+00          0 .OOOOE+00            0 OOOOE+00             0.OOOE+00 RUTHENIUM       0.OOOOE+00          0 .OOOOE+00            0 OOOOE+00             0.OOOE+00 CERIUM          0.0000E+00          0 .OOOOE+00            0. 0000E+00            0.OOOE+00 LANTHANUM       0.OOOOE+00          0 .OOOOE+00            0 OOOOE+00             0.000E+00 AEROSOL         0.OOOOE+00          0 .OOOOE+00            0 OOOOE+00             0.OOOE+00 COMPARTMENT DATA Compartment number        1:   containment Compartment number        2: environment Compartment number        3: control room PATHWAY DATA Pathway number      1:  containment to environment Pathway Filter:     Removal Data Time   (hr)         Flow Rate                 Filter    Efficiencies (%)
(cfm)            Aerosol          Elemental       Organic 2.4000E+01        4.5760E+04         0.OOOOE+00        0.OOOOE+00      0.OOOOE+00
: 2. 4250E+01        4.5760E+04        0.OOOOE+00        0.OOOOE+00      0.OOOOE+00 2 .4500E+01        4.5760E+04        0.0000E+00        0.OOOOE+00      0.OOOOE+00 q~'-~J.

NEDC 05-031 CCN 3C1 Attachment J                         Page J-9 of J-63
: 2. 5000E+01      4.5760E+04        0.OOOOE+00      O.OOOOE+00   0.OOOOE+00 2.6000E+01       4.5760E+04        O.OOOOE+00      O.OOOOE+00   o.OOOOE+00
: 3. 2000E+01      4.5760E+04        0.OOOOE+00      O.OOOOE+00   o.OOOOE+00 1.2000E+02       4.5760E+04        O.OOOOE+00      O.OOOOE+00   o.OOOOE+00 7.4400E+02       0.OOOOE+00        0.OOOOE+00      O.OOOOE+00   o.OOOOE+00 Pathway number     2: environment to control room Pathway Filter:    Removal Data Time   (hr)        Flow Rate               Filter   Efficiencies (%)
(cfm)           Aerosol        Elemental     Organic 2.4000E+01       3.2350E+03        O.OOOOE+00      0.OOOE+00    0.OOOOE+00 2 .4017E+01      9.9000E+02        1.OOOOE+02      1.OOOOE+02   1.OOOOE+02 Pathway number     3: environment     to control room Pathway Filter:    Removal Data Time   (hr)        Flow Rate               Filter Efficiencies (%)
(cfm)           Aerosol        Elemental     Organic 2.4000E+01       4.0000E+02        O.OOOE+00       0.0000E+00   0.OO0E+00 Pathway number     4: control room to environment Pathway Filter:    Removal Data Time   (hr)        Flow Rate               Filter   Efficiencies (%)
(c fm)          Aerosol        Elemental     Organic 2.4000E+01      3.6350E+03        0.OOOOE+00      0.OOOOE+00   0.OOOE+00 2.4017E+01      1.3900E+03        0.0000E+00      0.0000E+00   0.OOOOE+00 DOSE INFORMATION NumberDoseLocations       =    3 Dose Location Name = Exclusion Area Boundary Located in compartment        2 the environment Exclusion Area Boundary Breathing Rate Data Time (hr)               Breathing Rate (m^3
* sec^-l) 2.4000E+01                        3.5000E-04 3.2000E+01                        1.8000E-04 4.8000E+01                        2.3000E-04 Dose Location Name = Low Population Zone Located in compartment        2 the environment Low Population Zone Breathing Rate Data Time (hr)               Breathing Rate (mW3
* sec^-l) 2.4000E+01                        3.5000E-04 3.2000E+01                        1.80OOE-04 4.8000E+01                        2.3000E-04 Dose Location Name = control room Located in compartment        3 the control room control room Breathing Rate Data Time (hr)               Breathinq Rate (mW3
* sec^-l) 2.4000E+01                        3.5000E-04 7.4400E+02                        0.OOOOE+00 control room Occupancy Factor Data Time (hr)               Occupancy Factor

NEDC 05-031 CCN 3C1 Aftachment J            Page J-10 of J-63 2.4000E+01                 1.OOOOE+00
: 4. 8000E+01                6.OOC0E-01 1.2000E+02                 4. OOOOE-01 7.4400E+02                 0.OOOOE+00 X/Q, ATMOSPHERIC DISPERSION INFORMATION X/Q Table Name =      Ex clusion Area Boundary Location X/Q Data Time (hr)            X/Q   (s
* m^-3)
: 2. 4000E+01             5.2000E-04
: 2. 6000E+01             0.0000E+00
: 3. 2000E+01             0.OOOOE+00
: 4. 8000E+01             o.OOOOE+00
: 1. 2000E+02             O.OOOOE+0O
: 7. 4400E+02             0.0000E+00 X/Q Table Name =      Lo w Population Zone Location X/Q Data Time (hr)            X/Q   (s
* m^-3) 2.4000E+01              2.9000E-04 3.2000E+01              7.3000E-05 4.8000E+01              2.5000E-05 1.2000E+02              5.2000E-06 7.4400E+02              0.0000E+00 X/Q Table Name =      cr Location X/Q Data Time (hr)            X/Q   (s
* m^-3) 2.4000E+01              4 .1500E-03 2.6000E+01              3.2400E-03 3.2000E+01              1.3200E-03 4.8000E+01              9. OlOOE-04 1.2000E+02              7.2200E-04 7.4400E+02              0.OOOOE+00 This X/Q Table is used for these connected pathways Path 1 containment to environment and Path 2 environment to control room Path 1 containment to environment and Path 3 environment to control room USER SPECIFIED TIME STEP DATA - SUPPLEMENTAL TIME STEPS Time (hr)        Time step (hr) 0.0000E+00           0.0000E+00 EDIT EACH MAJOR TIME STEP EDIT SUPPLEMENTAL TIME STEPS DO NOT EDIT MODEL DECONTAMINATION Masses in   Curies in   detailed output

NEDC 05-031 CCN 3C1 Affachment J                              Page J-1 I of J-63 ALION RADTRAD Version 3.10 Rev 2 run on             6/16/2011      at 13:31:55 Copyright &#xa9; 2009 Alion Science and Technology 4#4#    4      #  444##    44444    #      4   44444 4      4  4      4    4      4     4  #      4     4
     *
* 4
* 4      4     4  *      *     #
4      4  #      #    4      4#444           4     4 4      4  #      4    4      4
* 4     4 4
* 4    4      4        It     4     4 44#4      ####      4      4          4444       4 Dose,   Detailed model and Detailed        Inventory Output ALION RADTRAD Version 3.10 Rev 2 run on             6/16/2011     at 13:31:55 Copyright &#xa9; 2009 Alion Science and Technology Exclusion Area Boundary Doses:
Time (h) = 24.0006           Whole Body      Thyroid           TEDE Delta dose (rem)              6.5326E-05     4.9287E-03     2.1709E-04 Accumulated dose (rem)        6.5326E-05     4.9287E-03     2.1709E-04 Low Population Zone Doses:
Time (h) = 24.0006           Whole Body      Thyroid           TEDE Delta dose (rem)              3.6432E-05     2.7487E-03     1.2107E-04 Accumulated dose (rem)        3.6432E-05     2.7487E-03     1.2107E-04 control room Doses:
Time (h) = 24.0006           Whole Body      Thyroid           TEDE            Skin Delta dose (rem)              1.0460E-08     1.6794E-05     5.2756E-07      5. 9510E-07 Accumulated dose (rem)        1.0460E-08     1.6794E-05     5.2756E-07      5.9510E-07 containment Compartment Nuclide Inventory            (Ci)   at Time (h)    =    24.0006 Nuclide       Compartment     Dose Fract        Exposure        Decays Atmosphere                          (Ci-hr)         (Bq-s)
Br-82        6.8133E-02      1. 4247E-04      3.7852E-05      5.0419E+09 Br-83        1.7938E-03      1. 3025E-07      9.9654E-07      1.3275E+08 Kr-83m       1.4052E+00      1.7928E-08       7.8067E-04      1.0400E+II Kr-85        9.9452E+01      1. 0066E-04      5.5251E-02      7.3595E+12 Kr-85m       1.9223E+01      1. 2230E-03      1.0680E-02      1.4226E+12 Kr-87        3.1117E-03      1.0904E-06       1.7287E-06      2.3030E+08 Kr-88        6.0384E+00      5.2386E-03       3.3547E-03      4. 4 687E+II

NEDC 05-031 CCN 3Cl Attachment J                           Page J-1 2 of J-63 1-130       1. 6713E-01     5.0305E-04        9.2848E-05    1.2368E+10 1-131        2.3478E+01      6.2496E-01        1.3043E-02    1. 7374E+12 1-132       1.8909E+01      2. 3811E-02       1.0505E-02    1.3994E+12 1-133        1.4702E+01      7.2825E-02        8.1676E-03    1. 0879E+12 1-135        2.4312E+00      4.1178E-03        1.3506E-03    1 .7991E+lI Xe-129m      2.3872E-02      2. 1522E-07       1.3262E-05    1.7666E+09 Xe-131m      3. 6523E+01     1.2084E-04        2. 0291E-02   2. 7027E+12 Xe-133       6. 1341E+03     8.1389E-02        3.4078E+00    4. 5393E+14 Xe-133m      1. 8182E+02     2. 1186E-03       1.0101E-01    1. 3454E+13 Xe-135       1. 6732E+03     1. 6935E-01       9.2955E-01    1.2382E+14 Xe-135m      8. 1233E+01     1.4095E-02        4.5129E-02    6.0157E+12 Total        8. 2928E+03     1.0000E+00        0.OOOOE+00    0.0000E+00 Dose Equivalent      (Ci/cc) 1-131 (Thyroid)                     1. 1597E-09 Dose Equivalent      (Ci/cc) 1-131 (CEDE)                        1.1728E-09 Dose Equivalent      (Ci/cc) 1-131 (ICRP2 Thyroid)               1.2568E-09 Total I     (Ci)                                                 5. 9520E+01 Dose Equivalent      (Ci/cc) Xe-133    (EDE)                     9. 1611E-07 containment Compartment Group Inventory Distribution:
Time (h) = 24.0006             Atmosphere            Sump Noble gases (Ci)               8.2330E+03        0.0000E+00 Elemental I (Ci)               2.8982E+00        0.0000E+00 Organic I (Ci)                 8.9636E-02        0.OOOOE+00 Aerosol I (Ci)                 5.6769E+01        0.0000E+00 All Aerosols (Ci)              5.6769E+01        0.0000E+00 All Aerosols (kg)              1.9478E-07        0.OOOOE+00 environment Integral Nuclide Release            (Ci): at Time   (h)  =  24.0006 Nuclide       Compartment     Dose Fract Atmosphere      Pathway    1 Br-82        6.5384E-05         0.00014 Br-83        1.7217E-06         0.00000 Kr-83m       1.3488E-03         0.00000 Kr-85        9.5438E-02         0.00010 Kr-85m       1.8449E-02         0.00122 Kr-87        2.9870E-06         0.00000 Kr-88        5.7955E-03         0.00524 1-130        1.6039E-04         0.00050 1-131        2.2530E-02         0.62494 1-132        1.8149E-02         0.02381 1-133        1.4109E-02         0.07282 1-135        2.3332E-03         0.00412 Xe-129m      2.2909E-05         0.00000 Xe-131m      3.5049E-02         0.00012 Xe-133       5.8865E+00         0.08139 Xe-133m      1.7448E-01         0.00212 Xe-135       1.6057E+00         0.16935 Xe-135m      7.8071E-02         0.01412 environment Compartment Group Inventory Distribution:
Total          Release Time (h) =     24.0006        Release         Rate/s Noble gases (Ci)            7.9009E+00      3.9505E+00 Elemental I (Ci)            2. 7814E-03     1.3907E-03 Organic I (Ci)              8.6023E-05      4. 3011E-05 Aerosol I (Ci)              5. 4481E-02     2. 7241E-02 All Aerosols (Ci)           5. 4481E-02     2 .7241E-02 control room Compartment Nuclide         Inventory     (Ci)  at Time   (h) =  24.0006
         ~:      ~

NEDC 05-031 CCN 3Cl Attachment J                               Page J-13 of J-63 Nuclide    Compartment   Dose Fract      Exposure        Decays Atmosphere                      (Ci-hr)         (Bq-s)
Kr-83m    9.5978E-06    1.7928E-08     5.3321E-09     7. 1031E+05 Kr-85     6.7927E-04    1.0066E-04     3.7737E-07     5. 0266E+07 Kr-85m    1.3130E-04    1.2230E-03     7.2943E-08     9. 7164E+06 Kr-88     4.1243E-05    5.2386E-03     2.2913E-08     3. 0522E+06 1-130     1.1415E-06    5.0305E-04     6.3416E-10     8. 4472E+04 1-131     1.6036E-04    6.2496E-01     8.9088E-08     1. 1867E+07 1-132     1.2915E-04    2.3811E-02     7.1751E-08     9 .5580E+06 1-133     1.0041E-04    7.2825E-02     5.5786E-08     7. 4307E+06 1-135     1.6605E-05    4.1178E-03     9.2251E-09     1. 2288E+06 Xe-131m   2.4946E-04    1.2084E-04     1.3859E-07     1. 8460E+07 Xe-133    4.1897E-02    8.1389E-02     2.3276E-05     3. 1004E+09 Xe-133m   1.2418E-03    2.1186E-03     6.8990E-07     9. 1896E+07 Xe-135    1.1428E-02    1.6935E-01     6.3490E-06     8. 4570E+08 Xe-135m   5.5483E-04    1.4095E-02     3.0824E-07     4. 1088E+07 Total     5.6641E-02    1.OOOOE+00     0.OOOOE+00     0 OOOOE+00 control room Compartment Group Inventory Distribution:
Time (h) = 24.0006        Atmosphere         Sump Noble gases (Ci)          5.6233E-02     0.OOOOE+00 Elemental I (Ci)          1.9795E-05     0.OOOOE+00 Organic I (Ci)            6.1222E-07     0.0000E+00 Aerosol I (Ci)            3.8774E-04     0.OOOOE+00 All Aerosols (Ci)         3.8774E-04     0.0000E+00 All Aerosols (kg)         1.3304E-12     0.OOOOE+00 containment to environment Pathway Nuclide Inventory        (Ci)   at Time  (h)   =   24.0006 Nuclide         Filter     Decays   Transported Kr-83m     0.OOOOE+00   0. OOE+00  1.3483E-03 Kr-85      0.OOOOE+00   0. OOE+00  9.5408E-02 Kr-85m     0.OOOOE+00   0. OOE+00  1.8443E-02 Kr-88      0.OOOOE+00   0. OOE+00  5.7936E-03 1-130       0.OOOOE+00  0 .OOE+00  1.6033E-04 1-131       0.OOOOE+00  0. OOE+00  2.2523E-02 1-132      0.OOOOE+00   0. OOE+00  1. 8143E-02 1-133      0.OOOOE+00   0. OOE+00  1. 4104E-02 1-135      0.OOOOE+00   0. OOE+00  2.3324E-03 Xe-131m    0.0000E+00   0.OOE+00   3.5038E-02 Xe-133     0.OOOOE+00   0. OOE+00  5.8847E+00 Xe-133m    0.OOOOE+00   0. OOE+00  1. 7442E-01 Xe-135     0.OOOOE+00   0. OOE+00  1.6052E+00 Xe-135m    0.OOOOE+00   0. OOE+00  7.8046E-02 containment to environment Transport Group Inventory:
Pathway Time (h) = 24.0006          Filtered     Transported Noble gases (Ci)          0.OOOOE+00     0.OOOOE+00 Elemental I (Ci)          0.0000E+00     0.0000E+00 Organic I (Ci)            0.OOOOE+00     0.OOOOE+00 Aerosol I (Ci)            0.OOOOE+00     0.OOOOE+00 All Aerosols (Ci)         O.OOOOE+00     0.OOOOE+00 All Aerosols (kg)         0.OOOE+00      1.8686E-10 environment to control room Pathway Nuclide Inventory        (Ci)   at Time   (h)   =  24.0006 Nuclide        Filter      Decays   Transported     Activity Pathway      I

NEDC 05-031 CCN 3Cl Aftachment J                         Page J-14 of J-63 Kr-85      0.OOOOE+00   0. OOE+00  1.2090E-03     1.209E-03 Kr-85m     o.OOOOE+00   0. OOE+00  2.3371E-04     2.337E-04 1-131      o.OOOOE+00   0. OOE+00  2.8542E-04     2.854E-04 1-132      o.OOOOE+00   0 OOE+00   2.2991E-04     2.299E-04 1-133      0.0000E+00   0 OOE+00   1.7873E-04     1.787E-04 Xe-131m    o.OOOOE+00   0. OOE+00  4.4400E-04     4.440E-04 Xe-133     0.0000E+00   o.OOE+00   7.4570E-02     7.457E-02 Xe-133m    o.OOOOE+00   o.OOE+00   2.2103E-03     2.210E-03 Xe-135     o.OOOOE+00   o.OOE+00   2.0341E-02     2.034E-02 Xe-135m    o.OOOOE+00   0. OOE+00  9.8901E-04     9.890E-04 environment to control room Transport Group Inventory:
Pathway Time (h) = 24.0006          Filtered     Transported Noble gases (Ci)          0.0000E+00     0.OOOOE+00 Elemental I (Ci)          0.OOOOE+00     0.OOOOE+00 Organic I (Ci)            0.OOOOE+00     0.OOOOE+00 Aerosol I (Ci)            0.0000E+00     0.OOOOE+00 All Aerosols (Ci)         0.0000E+00     0.OOOOE+00 All Aerosols (kg)         0.OOOOE+00     2.3679E-12 environment to control room Pathway Nuclide Inventory      (Ci) at Time (h)  =  24.0006 Nuclide         Filter     Decays   Transported     Activity Pathway   1 Kr-85      0.OOOOE+00   0.OOE+00   1.4949E-04     1.495E-04 Xe-133     0.OOOOE+00   0.OOE+00   9.2205E-03     9.220E-03 Xe-133m    0.OOOOE+00   0.OOE+00   2.7330E-04     2.733E-04 Xe-135     0.OOOOE+00   0.OOE+00   2.5151E-03     2.515E-03 Xe-135m    0.OOOOE+00   0.OOE+00   1.2229E-04     1.223E-04 environment to control room Transport Group Inventory:
Pathway Time (h) = 24.0006          Filtered     Transported Noble gases (Ci)          0.OOOOE+00     0.OOOOE+00 Elemental I (Ci)          0.OOOOE+00     0.OOOOE+00 Organic I (Ci)            0.OOOOE+00     0.OOOOE+00 Aerosol I (Ci)            0.OOOOE+00     0.OOOOE+00 All Aerosols (Ci)         0.OOOOE+00     0.OOOOE+00 All Aerosols (kg)         0.OOOOE+00     2.9278E-13 control room to environment Pathway Nuclide Inventory      (Ci) at Time (h)  =   24.0006 Nuclide         Filter     Decays   Transported Br-82       1. 9874E-10 0.OOE+00   0.OOOOE+00 Br-83      5. 2331E-12  0. OOE+00  0.OOOOE+00 Kr-83m     4. 0997E-09  0. OOE+00  0.OOOOE+00 Kr-85      2. 9009E-07  0. OOE+00  0.OOOOE+00 Kr-85m     5. 6077E-08  0. OOE+00  0.OOOOE+00 Kr-87       9. 0793E-12 0. OOE+00  0 OOOOE+00 Kr-88       1. 7616E-08 0. OOE+00  0 OOOOE+00 1-130       4 .8751E-10 0. OOE+00  0 OOOOE+00 1-131       6. 8483E-08 0. OOE+00  0. 0000E+00 1-132      5. 5165E-08  0. OOE+00  0. 0000E+00 1-133       4. 2884E-08 0. OOE+00  0. 0000E+00 1-134      2. 3071E-15  0. OOE+00  0. 0000E+00 1-135      7. 0919E-09  0. OOE+00  0 OOOOE+00 Xe-129m     6. 9633E-11 0. OOE+00  0 OOOOE+00 Xe-131m     1. 0653E-07 0. OOE+00  0 OOOOE+00 Xe-133      1. 7893E-05 0. OOE+00  0. OOOOE+00 m

NEDC 05-031 CCN 3C1 Attachment J                                Page J-15 of J-63 Xe-133m       5.3034E-07    O.OOE+00     0.0000E+00 Xe-135         4.8807E-06   O.OOE+00     0.0000E+00 Xe-135m       2. 3731E-07   O.OOE+00     O.OOOOE+00 control room to environment Transport Group Inventory:
Pathway Time (h) = 24.0006               Filtered        Transported Noble gases (Ci)               o.0000E+00        o.0000E+00 Elemental I (Ci)               o.0000E+00        0.0000E+00 Organic I (Ci)                 o.0000E+00        o.OOOOE+00 Aerosol I (Ci)                 o.OOOOE+00        o.OOOOE+00 All Aerosols (Ci)              o.0000E+00        0.0000E+00 All Aerosols (kg)              3.7877E-16        o.OOOOE+00 ALION   RADTRAD Version 3.10 Rev 2        run on    6/16/2011    at   13:31:55 Copyright &#xa9; 2009 Alion Science and Technology Exclusion     Area   Boundary Doses:
Time   (h)  =   24.0036      Whole Body      Thyroid           TEDE Delta dose (rem)             2.6677E-03      2. 0130E-01    8.8662E-03 Accumulated dose       (rem)  2.7330E-03      2. 0623E-01    9.0833E-03 Low Population Zone Doses:
Time (h) = 24.0036           Whole Body      Thyroid           TEDE Delta dose (rem)             1.4878E-03      1. 1227E-01    4.9446E-03 Accumulated dose (rem)        1.5242E-03      1.1501E-01     5.0657E-03 control room Doses:
Time (h) = 24.0036          Whole Body       Thyroid           TEDE            Skin Delta dose (rem)             2. 1079E-06     3.3851E-03     1.0634E-04      1.1994E-04 Accumulated dose (rem)       2.1184E-06      3. 4019E-03    1.0687E-04      1.2053E-04 containment Compartment Nuclide Inventory (Ci)              at Time    (h)  =   24.0036 Nuclide       Compartment     Dose Fract         Exposure        Decays         Pathway    1 Atmosphere                           (Ci-hr)         (Bq-s)          Outflow Br-82        4.3917E-01      1.4248E-04       1.1346E-03      1.5114E+Il       2.7345E-03 Br-83        1.1553E-02      1. 3017E-07      2.9852E-05      3.9773E+09       7.1976E-05 Kr-83m       9.0485E+00      1.7914E-08       2.3382E-02      3. 1155E+12      5. 6384E-02 Kr-85        6.4108E+02      1. 0067E-04       1.6563E+00     2 .2062E+14      3. 9915E+00 Kr-85m       1.2386E+02      1.2226E-03       3.2002E-01      4 .2633E+13      7 .7142E-01 Kr-87        2.0025E-02      1. 0890E-06      5.1750E-05      6.8966E+09       1. 2483E-04 Kr-88        3.8895E+01      5.2360E-03        1.0050E-01     1. 3390E+13      2. 4230E-01 1-130        1.0771E+00      5. 0305E-04      2.7829E-03      3.7071E+ll       6. 7072E-03 1-131        1.5134E+02      6.2504E-01       3.9100E-01      5. 2082E+13      9. 4228E-01 1-132        1.2181E+02      2. 3801E-02      3.1474E-01      4. 1936E+13      7. 5887E-01 1-133        9.4759E+01      7 .2828E-02      2.4482E-01      3.2612E+ 13      5. 9003E-01 1-134       5.0840E-06      9. 5590E-10       1.3140E-08     1.7516E+06       3. 1710E-08 1-135        1.5666E+01      4. 1172E-03       4.0478E-02     5. 3922E+12      9.7566E-02 Xe-129m       1.5388E-01     2. 1525E-07       3.9757E-04     5.2956E+10       9. 5810E-04 Xe-131m      2.3543E+02      1 .2085E-04       6.0826E-01     8. 1020E+13      1. 4658E+00 Xe-133       3.9540E+04      8. 1399E-02       1.0216E+02     1. 3607E+16      2. 4619E+02 Xe-133m       1.1720E+03     2.1188E-03        3.0279E+00     4. 0332E+14      7 .2971E+00 Xe-135        1.0783E+04     1.6934E-01        2.7861E+01     3.7113E+15       6.7150E+01 t , 7T:

NEDC 05-031 CCN 3C1 Attachment J                              Page J-1 6 of J-63 Xe-135m     5.2062E+02       1.4026E-02          1.3461E+00     1.7975E+14      3.2585E+00 Total       5.3450E+04       1.OOOOE+00          0.OOOOE+00     0.OOOOE+00      3.3282E+02 Dose Equivalent       (Ci/cc) 1-131     (Thyroid)                    7.4756E-09 Dose Equivalent       (Ci/cc) 1-131     (CEDE)                       7.5594E-09 Dose Equivalent       (Ci/cc) 1-131     (ICRP2 Thyroid)              8. 1008E-09 Total I     (Ci)                                                     3.8358E+02 Dose Equivalent       (Ci/cc) Xe-133      (EDE)                      5.9027E-06 containment     Compartment Group Inventory Distribution:
Time (h) = 24.0036              Atmosphere               Sump Noble gases (Ci)                5.3065E+04          0.OOOOE+00 Elemental I (Ci)                1.8678E+01          0.OOOOE+00 Organic I (Ci)                  5.7766E-01           0.OOOOE+00 Aerosol I (Ci)                  3.6585E+02           0.OOOOE+00 All Aerosols (Ci)               3.6585E+02           0.OOOOE+00 All Aerosols (kg)               1.2555E-06           0.OOOOE+00 environment Integral Nuclide Release               (Ci): at Time    (h)  =   24.0036 Nuclide       Compartment     Dose Fract Atmosphere      Pathway       1 Br-82         2.7358E-03        0.00014 Br-83         7.2012E-05        0.00000 Kr-83m        5.6412E-02        0.00000 Kr-85         3.9935E+00        0.00010 Kr-85m        7.7180E-01        0.00122 Kr-87         1.2489E-04        0.00000 Kr-88         2.4242E-01        0.00524 1-130         6.7106E-03        0 .00050 1-131         9.4275E-01        0.62498 1-132         7.5925E-01        0.02381 1-133         5.9033E-01        0.07282 1-135         9.7615E-02        0.00412 Xe-129m       9.5858E-04        0.00000 Xe-131m       1.4666E+00        0.00012 Xe-133        2.4631E+02        0.08139 Xe-133m       7.3007E+00        0.00212 Xe-135        6.7184E+01        0.16935 Xe-135m       3.2601E+00        0.01409 environment Compartment Group Inventory Distribution:
Total            Release Time (h) = 24.0036            Release            Rate/s Noble gases (Ci)             3.3059E+02        2. 5508E+01 Elemental I (Ci)             1.1637E-01        8.9795E-03 Organic I (Ci)               3.5992E-03        2.7772E-04 Aerosol I (Ci)               2.2795E+00        1.7589E-01 All Aerosols (Ci)            2.2795E+00        1. 7589E-01 control room Compartment Nuclide            Inventory      (Ci) at Time    (h)  =  24.0036 Nuclide        Compartment     Dose Fract            Exposure       Decays        Pathway   2    Pathway 3     Pathway     4 Atmosphere                              (Ci-hr)        (Bq-s)         Inflow         Inf low Outflow Br-82        1.9441E-05      1.4248E-04           4.3531E-08    5.7985E+06      2.4829E-05     3.0701E-06      4.0258E-08 Kr-83m       4.0054E-04      1.7913E-08           8.9697E-07    1.1952E+08      5.1199E-04     6.3307E-05      8.3006E-07
'-L    -,     =        -{r.

NEDC 05-031 CCN 3Cl Attachment J                           Page J-17 of J-63 Kr-85      2.8379E-02    1.0067E-04      6.3545E-05   8.4641E+09     3.6243E-02      4.4814E-03    5.8765F-05 Kr-85m     5.4828E-03    1.2226E-03      1.2277E-05   1. 6356E+09    7.0046E-03      8.6611E-04    1.1357E-05 Kr-87      8.8646E-07    1.0889E-06       1.9852E-09  2. 6457E+05    1. 1335E-06     1.4016E-07    1.8377E-09 Kr-88      1.7218E-03    5.2359E-03      3.8556E-06   5. 1369E+08    2.2002E-03      2. 7205E-04    3.5672E-06 1-130      4.7682E-05    5.0305E-04       1.0677E-07  1. 4222E+07    6.0903E-05      7. 5305E-06    9.8747E-08 1-131       6.6994E-03   6.2505E-01       1.5001E-05  1. 9981E+09    8.5560E-03      1. 0579E-03    1.3873E-05 1-132      5.3919E-03    2.3799E-02       1.2074E-05  1. 6087E+09    6.8911E-03      8.5206E-04    1.1172P,-05 1-133       4.1947E-03   7.2829E-02       9. 3927E-06 1. 2512E+09    5.3576E-03      6. 6245E-04    8.6867E-06 1-135       6.9352E-04   4.1172E-0o3      1. 5529E-06 2. 0687E+08    8.8591E-04      1. 0954E-04    1.4364E-06 Xe-129m     6.8119E-06   2.1525E-07       1. 5253E-08 2. 0317E+06    8.6997E-06      1. 0757E-06     1.4106F-08 Xe-131m     1.0422E-02   1.2086E-04      2. 3336E-05  3. 1:084E+09   1. 3310E-02     1. 6457E-03    2.1581E-05 Xe-133      1.7504E+00   8.1400E-02       3. 9193E-03 5.2206E+lI     2.2354E+00      2 .7640E-01    3.6245E-03 Xe-133m     5.1880E-02   2.1188E-023      1. 1617E-04 1.5474E+10     6.6258E-02      8.1927E-03     1.0743F-04 Xe-135      4.7735E-01   1.6934E-0: 1     1. 0689E-03 1.4238E+ll     6.0973E-01      7.5392E-02     9.8861E-04 Xe-135m     2.3027E-02   1.4014E-0* 2     5. 1598E-05 6.8908E+09     2.9603E-02      3. 6604E-03     4.7944E-05 Total       2.3661E+00   1.OOOOE+0(0      0 OOOOE+00  0.OOOOE+00     3. 0221E+00     3. 7367E-01     4.8999E-03 control room Compartment Group Inv*entory Distribution:
Time (h) = 24.0036          AtmospherEe          Sump Noble gases (Ci)            2.3490E+0( 0     0.OOOOE+00 Elemental I (Ci)            8.2679E-0' 4     0.OOOOE+00 Organic I (Ci)              2.5571E-0[ 5     0.OOOOE+00 Aerosol I (Ci)              1.6195E-0* 2     0.OOOOE+00 All Aerosols (Ci)           1.6195E-0* 2     0.OOOOE+00 All Aerosols (kg)           5.5579E-I11      0.OOOOE+00 containment    to environment  Pathway Nuclide Inventory     (Ci)  at Time   (h)     24.0036 Nuclide          Filter     Decays    Transported Br-82        0.OOOOE+00  0.OOE+00     2.7345E-03 Kr-83m       0.OOOOE+00  0.OOE+00     5.6384E-02 Kr-85        0.OOOOE+00  0.OOE+00     3.9915E+00 Kr-85m       0.OOOOE+00  0.OOE+00     7.7142E-01 Kr-87        0.OOOOE+00  0.OOE+00     1.2483E-04 Kr-88        0.OOOOE+00  0.OOE+00     2.4230E-01 1-130        0.OOOOE+00  0.00E+00     6.7072E-03 1-131        0.OOOOE+00  0.OOE+00     9.4228E-01 1-132        0.OOOOE+00  0.OOE+00     7.5887E-01 1-133        0.OOOOE+00  0.OOE+00     5.9003E-01 1-135        0.OOOOE+00  0.OOE+00     9.7566E-02 Xe-129m      0.OOOOE+00  0.OOE+00     9.5810E-04 Xe-131m      0.OOOOE+00  0.OOE+00     1.4658E+00 Xe-133       0.0000E+00  0.OOE+00     2.4619E+02 Xe-133m      0.OOOOE+00  0.OOE+00     7.2971E+00 Xe-135       0.OOOOE+00  0.OOE+00     6.7150E+01

NEDC 05-031 CCN 3C1 Aftachment J                            Page J-18 of J-63 Xe-135m        0.OOOOE+00  0.OOE+00    3.2585E+00 containment to environment Transport Group Inventory:
Pathway Time (h) = 24.0036             Filtered      Transported Noble gases (Ci)             0.OOOOE+00      3.3042E+02 Elemental I (Ci)             0.0000E+00      1.1632E-01 Organic I (Ci)               0.0000E+00      3.5974E-03 Aerosol I (Ci)               0.OOOOE+00      2.2783E+00 All Aerosols (Ci)            0.0000E+00      2.2783E+00 All Aerosols (kg)            0.0000E+00      7.8173E-09 environment   to control room Pathway Nuclide Inventory          (Ci)  at Time (h)  =  24.0036 Nuclide            Filter     Decays    Transported       Activity Pathway     1 Kr-83m         0.OOOOE+00  0.OOE+00    5. 1199E-04     5.120E-04 Kr-85          0.OOOOE+00  0. OOE+00   3.6243E-02      3.624E-02 Kr-85m         0.OOOOE+00  0. OOE+00   7.0046E-03      7.005E-03 Kr-88          0.OOOOE+00  0 . OOE+00  2.2002E-03      2.200E-03 1-131          0.OOOOE+00  0.OOE+00    8.5560E-03      8.556E-03 1-132          0.OOOOE+00  0.OOE+00    6. 8911E-03     6. 891E-03 1-133          0.OOOOE+00  0.OOE+00    5.3576E-03      5. 358E-03 1-135          0.OOOOE+00  0.OOE+00    8.8591E-04      8. 859E-04 Xe-131m        0.OOOOE+00  0. OOE+00   1.3310E-02      1. 331E-02 Xe-133         0.OOOOE+00  0. OOE+00   2.2354E+00      2. 235E+00 Xe-133m        0.OOOOE+00  0. OOE+00   6.6258E-02      6. 626E-02 Xe-135         0.OOOOE+00  0. OOE+00   6. 0973E-01     6. 097E-01 Xe-135m        0.OOOOE+00  0. OOE+00   2.9603E-02      2 960E-02 environment to control room Transport Group Inventory:
Pathway Time (h) =     24.0036         Filtered      Transported Noble gases (Ci)             0.OOOOE+00      3. 0003E+00 Elemental I (Ci)             0.OOOOE+00      1. 0562E-03 Organic I (Ci)               0.OOOOE+00      3.2665E-05 Aerosol I (Ci)               0.OOOOE+00      2. 0688E-02 All Aerosols (Ci)            0.OOOOE+00      2. 0688E-02 All Aerosols (kg)            0.OOOOE+00      7 .0982E-11 environment    to control room Pathway Nuclide       Inventory   (Ci)  at Time (h)   =  24.0036 Nuclide             Filter     Decays   Transported       Activity Pathway     1 Kr-85         0.OOOOE+00  0 OOE+00    4. 4814E-03     4. 481E-03 Kr-85m        0.OOOOE+00  0 OOE+00    8. 6611E-04     8.661E-04 Kr-88         0.OOOOE+00   0 OOE+00   2.7205E-04      2.720E-04 1-131         0.OOOOE+00   0 .OOE+00  1.0579E-03      1.058E-03 1-132         0.OOOOE+00   0 OOE+00   8.5206E-04      8.521E-04 1-133         0.OOOOE+00   0 .OOE+00  6.6245E-04       6.624E-04 1-135         0.OOOOE+00   0 OOE+00   1.0954E-04       1. 095E-04 Xe-131m       0.OOOOE+00   0. OOE+00  1.6457E-03      1.646E-03 Xe-133        0.OOOOE+00   0. OOE+00  2. 7640E-01     2.764E-01 Xe-133m        0.OOOOE+00  0 OOE+00   8.1927E-03       8.193E-03 Xe-135         0.OOOOE+00  0.OOE+00   7.5392E-02      7.539E-02 Xe-135m        0.OOOOE+00  0.OOE+00   3.6604E-03       3.660E-03 environment to control room Transport Group Inventory:
Pathway Time   (h) =   24.0036          Filtered     Transported ilk  U~.,.+/-

NEDC 05-031 CCN 3Cl Attachment J                             Page J-1 9 of J-63 Noble gases (Ci)                     o .OOOOE+00      3.7098E-01 Elemental I (Ci)                     o .OOOOE+00      1.3059E-04 Organic I (Ci)                       0 OOOOE+00       4.0390E-06 Aerosol I (Ci)                       0 OOOOE+00       2.5580E-03 All Aerosols (Ci)                    o .OOOOE+00      2.5580E-03 All Aerosols (kg)                    o .OOOOE+00      8.7767E-12 control room to environment Pathway Nuclide Inventory                     (Ci)  at Time (h)  =  24.0036 Nuclide             Filter           Decays    Transported Br-82         4.0258E-08          0. OOE+00   0.OOOOE+00 Br-83         1.0596E-09          0. OOE+00   0.OOOOE+00 Kr-83m        8.3006E-07          0. OOE+00   8.4135E-13 Kr-85         5.8765E-05          0.OOE+00    3. 6881E-14 Kr-85m        1. 1357E-05         0. OOE+00   0.OOOOE+00 Kr-87         1.8377E-09          0 . OOE+00  0.OOOOE+00 Kr-88         3.5672E-06          0. OOE+00   0.OOOOE+00 1-130          9.8747E-08         0. OOE+00   0.OOOOE+00 1-131          1.3873E-05         0. OOE+00   0.OOOOE+00 1-132          1. 1172E-05        0. OOE+00   0.OOOOE+00 1-133         8.6867E-06          0. OOE+00   0.OOOOE+00 1-134          4. 6681E-13        0.OOE+00    0.OOOOE+00 1-135          1.4364E-06         0. OOE+00   0.0000E+00 Xe-129m        1.4106E-08         0. OOE+00   0.OOOOE+00 Xe-131m       2. 1581E-05         0. OOE+00   7.7651E-13 Xe-133         3.6245E-03         0. OOE+00   1.3376E-09 Xe-133m        1.0743E-04         0. OOE+00   6. 9717E-12 Xe-135         9. 8861E-04        0. OOE+00   7.8465E-09 Xe-135m        4.7944E-05         0. OOE+00   1.2287E-09 control room to environment Transport Group Inventory:
Pathway Time (h) = 24.0036                    Filtered       Transported Noble gases (Ci)                    4.8646E-03       1. 0421E-08 Elemental I (Ci)                     1.7124E-06      0 OOOOE+00 Organic I (Ci)                      5.2962E-08       0. 0000E+00 Aerosol I (Ci)                      3.3542E-05       0 OOOOE+00 All Aerosols (Ci)                   3.3542E-05       0 OOOOE+00 All Aerosols (kg)                    1.1509E-13      0 OOOOE+00 ALION RADTRAD Version 3.10 Rev 2 run on                  6/16/2011    at 13:31:55 Copyright &#xa9; 2009 Alion Science and Technology Exclusion Area Boundary Doses:
Time (h) = 24.0170                Whole Body      Thyroid           TEDE Delta dose (rem)                   1.9820E-02     1. 4971E+00    6.5919E-02 Accumulated dose (rem)             2.2553E-02     1.7034E+00     7.5002E-02 Low Population Zone Doses:
Time (h) = 24.0170                Whole Body      Thyroid           TEDE Delta dose (rem)                   1.1054E-02     8.3494E-01     3.6762E-02 Accumulated dose (rem)             i.2578E-02     9. 4995E-01    4. 1828E-02 control room Doses:
Time  (h) =   24.0170             Whole Body      Thyroid           TEDE         Skin
~-*'--~w
  ~                 U. - 41        -=~F*

NEDC 05-031 CCN 3C1 Attachment J                                Page J-20 of J-63 Delta dose (rem)          9.7237E-05      1.5633E-01    4.9109E-03       5. 5351E-03 Accumulated dose   (rem)  9.9355E-05      1.5973E-01    5.0178E-03       5. 6556E-03 containment Compartment Nuclide Inventory         (Ci)  at Time     (h)  =   24.0170 Nuclide     Compartment   Dose Fract         Exposure        Decays          Pathway   1 Atmosphere                        (Ci-hr)          (Bq-s)           Outflow Br-82      4.1919E-01    1.4253E-04       6.8222E-03      9. 0877E+II       2.2595E-02 Br-83      1.0987E-02    1.2991E-07       1.7907E-04      2. 3872E+10       5.9391E-04 Kr-83m     8.5956E+00    1.7866E-08       1. 4016E-01     1.8689E+13        4.6506E-01 Kr-85      6.1208E+02    1.0073E-04       9. 9604E+00     1. 3267E+15       3.2985E+01 Kr-85m     1.1801E+02    1.2217E-03       1. 9219E+00    2. 5611E+14        6.3698E+00 Kr-87      1.8980E-02    1.0845E-06       3. 0976E-04     4.1323E+10        1.0287E-03 Kr-88      3.7015E+01    5.2279E-03       6. 0313E-01     8. 0391E+13       1.9998E+00 1-130      1.0276E+00    5. 0308E-04      1. 6728E-02     2. 2285E+12       5.5411E-02 1-131      1.4449E+02    6.2536E-01       2. 3513E+00     3. 1320E+14       7.7866E+00 1-132      1.1584E+02    2. 3754E-02      1. 8880E+00     2. 5169E+14       6.2621E+00 1-133      9.0433E+01    7. 2847E-02      1. 4719E+00     1. 9607E+14       4.8750E+00 1-134      4.8030E-06    9. 4998E-10      7.8489E-08      1.0478E+07        2.6100E-07 1-135      1.4937E+01    4. 1157E-03      2.4320E-01      3. 2404E+13       8.0583E-01 Xe-129m    1.4691E-01    2. 1536E-07      2.3908E-03      3. 1845E+II       7.9174E-03 Xe-131m    2.2477E+02    1 .2092E-04      3.6578E+00      4 . 8722E+14      1.2113E+01 Xe-133     3.7750E+04    8. 1439E-02      6.1431E+02      8.1828E+16        2.0344E+03 Xe-133m    1.1188E+03    2. 1197E-03      1.8207E+01     2. 4252E+15        6.0297E+01 Xe-135     1.0286E+04    1. 6933E-01      1.6744E+02     2 .2308E+16        5.5471E+02 Xe-135m    4.7937E+02    1.3720E-02       7.9142E+00      1.0620E+15        2.6581E+01 Total      5.1001E+04    1.OOOOE+00       0.OOOOE+00      0.0OOOE+00        2.7497E+03 Dose Equivalent   (Ci/cc) 1-131   (Thyroid)                   7.1368E-09 Dose Equivalent   (Ci/cc) 1-131   (CEDE)                      7. 2167E-09 Dose Equivalent   (Ci/cc) 1-131   (ICRP2 Thyroid)             7.7328E-09 Total I   (Ci)                                                3.6569E+02 Dose Equivalent   (Ci/cc) Xe-133    (EDE)                     5. 6215E-06 containment Compartment Group Inventory Distribution:
Time (h) = 24.0170         Atmosphere           Sump Noble gases (Ci)           5.0634E+04       0.OOOOE+00 Elemental I (Ci)           1.7807E+01       0.OOOOE+00 Organic I (Ci)             5.5073E-01       0.OOOOE+00 Aerosol I (Ci)             3.4879E+02       0.OOOOE+00 All Aerosols (Ci)          3.4879E+02       0.OOOOE+00 All Aerosols (kg)          1.1986E-06       0.OOOOE+00 environment  Integral Nuclide Release      (Ci): at Time    (h)   =    24.0170 Nuclide     Compartment   Dose Fract Atmosphere    Pathway     1 Br-82      2.2595E-02       0.00014 Br-83      5.9393E-04       0.00000 Kr-83m     4.6507E-01       0.00000 Kr-85      3.2985E+01       0.00010 Kr-85m     6.3699E+00       0.00122 Kr-87      1.0288E-03       0.00000 Kr-88      1.9999E+00       0.00523 1-130      5.5412E-02       0.00050 1-131      7.7868E+00       0.62516 1-132      6.2623E+00       0.02378 1-133      4.8751E+00       0.07283 1-135      8.0585E-01       0.00412 Xe-129m    7.9175E-03       0.00000

NEDC 05-031 CCN 3CI Attachment J                         Page J-21 of J-63 Xe-131m        1.2113E+01       0.00012 Xe-133         2.0344E+03       0.08141 Xe-133m        6. 0298E+01      0.00212 Xe-135         5.5472E+02       0.16934 Xe-135m        2. 6581E+01      0.01391 environment       Compartment   Group Inventory Distribution:
Total        Release Time   (h)      = 24.0170       Release       Rate/s Noble gases (Ci)              2.7300E+03    4 .4607E+01 Elemental I (Ci)              9. 6072E-01   1.5698E-02 Organic I (Ci)                2. 9713E-02   4.8551E-04 Aerosol I (Ci)                1.8818E+01    3.0749E-01 All Aerosols (Ci)             1.8818E+01    3. 0749E-01 control room Compartment Nuclide Inventory             (Ci) at Time  (h) = 24.0170 Nuclide          Compartment    Dose Fract       Exposure     Decays      Pathway   2    Pathway 3     Pathway       4 Atmosphere                        (Ci-hr)      (Bq-s)       Inflow        Inflow Outflow Br-82          1.5894E-04     1.4255E-04      1.6833E-06   2.2423E+08   1.4930E-04     1.8461E-05      1.8901E-06 Br-83          4.1660E-06     1.2982E-07      4.4147E-08   5.8863E+06   3.9248E-06     4.8529E-07      4.9665E-08 Kr-83m         3.2591E-03     1.7848E-08      3.4543E-05   4.6073E+09   3.0734E-03     3.8001E-04      3.8885E-05 Kr-85          2.3208E-01     1.0075E-04      2.4578E-03   3.2738E+lI   2.1795E-01     2.6949E-02     2.7594E-03 Kr-85m         4.4744E-02     1.2213E-03      4.7402E-04   6.3173E+10   4.2092E-02     5.2046E-03      5.3276E-04 Kr-87          7.1965E-06     1.0829E-06      7.6303E-08   1.0183E+07   6.7987E-06     8.4064E-07      8.5994E-08 Kr-88          1.4035E-02     5.2249E-03      1.4871E-04   1.9825E+I0   1.3215E-02     1.6340E-03      1.6724E-04 1-130          3.8964E-04     5.0309E-04      4.1269E-06   5.4981E+08   3.6615E-04     4.5273E-05      4.6352E-06 1-131          5.4784E-02     6.2548E-01      5.8019E-04   7.7282E+10   5.1452E-02     6.3619E-03      6.5140E-04 1-132           4.3920E-02    2.3736E-02      4.6543E-04   6.2060E+10   4.1382E-02     5.1168E-03      5.2364E-04 1-133          3.4288E-02     7.2854E-02      3.6315E-04   4.8378E+10   3.2213E-02     3.9831E-03      4.0781E-04 1-135          5.6635E-03     4.1152E-03      5.9992E-05   7.9939E+09   5.3249E-03     6.5841E-04      6.7403E-05 Xe-129m        5.5704E-05     2.1540E-07      5.8993E-07   7.8580E+07   5.2316E-05     6.4687E-06      6.6234E-07 Xe-131m         8.5225E-02    1.2094E-04      9.0257E-04   1.2022E+ll   8.0041E-02     9.8969E-03      1.0134E-03 Xe-133          1.4313E+01    8.1454E-02      1.5158E-01   2.0191E+13   1.3443E+01 1.6622E+00           1.7019E-01 Xe-133m        4.2419E-01     2.1200E-03      4.4924E-03   5.9842E+ll   3.9843E-01     4.9265E-02      5.0442E-03 Xe-135          3.8999E+00    1.6932E-01      4.1308E-02   5.5035E+12   3.6654E+00     4.5322E-01      4.6401E-02 Xe-135m         1.8174E-01    1.3604E-02      1.9359E-03   2.6032E+ll   1.7578E-01     2.1734E-02      2.2148E-03 Total           1.9338E+01    1.OOOOE+00      0.OOOOE+00   0.OOOOE+00   1.81'/UE+0i 2.2466E+00           2.3002E-01 control room Compartment Group Inventory Distribution:
4-.-.7* m   ,  --,-* *      -*, :

NEDC 05-031 CCN 3C1 Attachment J                              Page J-22 of J-63 Time (h) = 24.0170        Atmosphere           Sump Noble gases (Ci)          1.9198E+01       0.OOOOE+00 Elemental I (Ci)          6.7516E-03       0.OOOOE+00 Organic I (Ci)            2.0881E-04       0.0000E+00 Aerosol I (Ci)            1.3225E-01       0.OOOOE+00 All Aerosols (Ci)         1.3225E-01       0.OOOOE+00 All Aerosols (kg)         4.5446E-10       0.OOOOE+00 containment to environment    Pathway Nuclide Inventory      (Ci)   at Time  (h)   =   24.0170 Nuclide         Filter     Decays    Transported Br-82       0 OOOOE+00  0. OOE+00   2. 2595E-02 Br-83       0 OOOOE+00  0. OOE+00   5. 9391E-04 Kr-83m      0 OOOOE+00  0 OOE+00    4. 6506E-01 Kr-85       0 OOOOE+00  0 OOE+00    3.2985E+01 Kr-85m      0 OOOOE+00  0 OOE+00    6. 3698E+00 Kr-87       0 OOOOE+00  0. OOE+00   1. 0287E-03 Kr-88       0 OOOOE+00  0. OOE+00   1. 9998E+00 1-130      0.OOOOE+00  0 OOE+00    5. 5411E-02 1-131      0.OOOOE+00  0 .OOE+00   7.7866E+00 1-132      0.OOOOE+00  0 OOE+00    6. 2621E+00 1-133      0.OOOOE+00  0. OOE+00   4.8750E+00 1-135      0.OOOOE+00  0. OOE+00   8. 0583E-01 Xe-129m     0.OOOOE+00  0 .OOE+00   7. 9174E-03 Xe-131m     0.OOOOE+00  0. OOE+00   1.2113E+01 Xe-133      0.OOOOE+00  0. OOE+00   2.0344E+03 Xe-133m     0.OOOOE+00  0. OOE+00   6. 0297E+01 Xe-135      0.OOOOE+00  0 .OOE+00   5. 5471E+02 Xe-135m     0.OOOOE+00  0. OOE+00   2. 6581E+01 containment to environment Transport Group Inventory:
Pathway Time (h) = 24.0170           Filtered      Transported Noble gases (Ci)           0.OOOOE+00      2.7299E+03 Elemental I (Ci)           0.OOOOE+00       9.6070E-01 Organic I (Ci)             0.OOOOE+00      2.9712E-02 Aerosol I (Ci)             0.OOOOE+00       1.8818E+01 All Aerosols (Ci)          0.OOOOE+00       1.8818E+01 All Aerosols (kg)          0.OOOOE+00       6.4597E-08 environment to control room Pathway Nuclide Inventory          (Ci)  at Time   (h)   =  24.0170 Nuclide          Filter     Decays   Transported       Activity Pathway 1 Br-82       0.OOOOE+00  0. OOE+00  1. 4930E-04      1. 493E-04 Kr-83m      0.OOOOE+00  0. OOE+00  3. 0734E-03      3. 073E-03 Kr-85       0.OOOOE+00  0.OOE+00   2 1795E-01       2. 180E-01 Kr-85m      0.0000E+00  0. OOE+00  4  .2092E-02     4. 209E-02 Kr-88       0.OOOOE+00  0. OOE+00  1. 3215E-02      1. 322E-02 1-130       0.OOOOE+00  0. OOE+00  3. 6615E-04      3. 661E-04 1-131       0 OOOOE+00  0. OOE+00  5. 1452E-02      5.145E-02 1-132       0 OOOOE+00  0. OOE+00   4. 1382E-02     4.138E-02 1-133       0 OOOOE+00  0 OOE+00   3. 2213E-02      3.221E-02 1-135       0 OOOOE+00  0. OOE+00  5. 3249E-03      5.325E-03 Xe-131m     0 OOOOE+00  0 .00E+00   8. 0041E-02     8.004E-02 Xe-133      0 OOOOE+00  0 OOE+00    1. 3443E+01     1.344E+01 Xe-133m     0 OOOOE+00  0 OOE+00    3. 9843E-01     3.984E-01 Xe-135      0 OOOOE+00  0 OOE+00    3. 6654E+00     3.665E+00 Xe-135m     0 OOOOE+00  0. OOE+00   1. 7578E-01     1.758E-01 environment to control room Transport Group Inventory:

NEDC 05-031 CCN 3C1 Attachment J                           Page J-23 of J-63 Pathway Time (h) = 24.0170           Filtered      Transported Noble gases (Ci)           0.OOOOE+00       1.8039E+01 Elemental I (Ci)           0.OOOOE+00       6.3482E-03 Organic I (Ci)             0.0000E+00       1.9634E-04 Aerosol I (Ci)             0.OOOOE+00       1.2435E-01 All Aerosols (Ci)          0.OOOOE+00       1.2435E-01 All Aerosols (kg)          0.OOOOE+00       4 .2684E-10 environment to control room Pathway Nuclide Inventory          (Ci)  at Time (h)  =   24.0170 Nuclide          Filter     Decays    Transported       Activity Pathway    1 Kr-83m     0.OOOOE+00    0. OOE+00   3. 8001E-04      3.800E-04 Kr-85      0.OOOOE+00    0 .OOE+00   2.6949E-02       2.695E-02 Kr-85m     0.OOOOE+00    0. OOE+00   5.2046E-03       5.205E-03 Kr-88       0.OOOOE+00   0. OOE+00   1.6340E-03       1. 634E-03 1-131      0.OOOOE+00   0.OOE+00    6. 3619E-03      6. 362E-03 1-132      0.OOOOE+00   0. OOE+00   5. 1168E-03      5. 117E-03 1-133      0.OOOOE+00   0. OOE+00   3. 9831E-03      3. 983E-03 1-135      0.OOOOE+00   0. OOE+00   6. 5841E-04      6. 584E-04 Xe-131m     0.OOOOE+00   0. OOE+00   9.8969E-03       9. 897E-03 Xe-133      0.OOOOE+00   0. OOE+00   1.6622E+00       1. 662E+00 Xe-133m     0.OOOOE+00   0. OOE+00   4.9265E-02       4. 926E-02 Xe-135      0.OOOOE+00   0 . OOE+00  4. 5322E-01      4. 532E-01 Xe-135m     0.OOOOE+00   0. OOE+00   2. 1734E-02      2. 173E-02 environment to control room Transport Group Inventory:
Pathway Time (h) = 24.0170           Filtered       Transported Noble gases (Ci)           0.OOOOE+00       2.2305E+00 Elemental I (Ci)           0.OOOOE+00       7.8495E-04 Organic I (Ci)             0.OOOOE+00       2.4277E-05 Aerosol I (Ci)             0.OOOOE+00       1.5375E-02 All Aerosols (Ci)          0.OOOOE+00       1.5375E-02 All Aerosols (kg)          0.OOOOE+00       5.2778E-11 control room to environment Pathway Nuclide         Inventory   (Ci) at Time  (h)  =  24.0170 Nuclide          Filter     Decays    Transported Br-82       1. 8901E-06 0. OOE+00    0.OOOOE+00 Br-83       4.9665E-08  0. OOE+00    0.OOOOE+00 Br-84       2. 0818E-18 0. OOE+00    0.OOOOE+00 Kr-83m      3.8885E-05  0. OOE+00    1.7165E-10 Kr-85       2.7594E-03  0. OOE+00    7. 5334E-12 Kr-85m      5.3276E-04  0. OOE+00    0.OOOOE+00 Kr-87       8.5994E-08  0. OOE+00    0.OOOOE+00 Kr-88       1.6724E-04  0. OOE+00    0.0000E+00 1-130       4.6352E-06  0. OOE+00    0.OOOOE+00 1-131       6.5140E-04  0. OOE+00    0.OOOOE+00 1-132       5.2364E-04  0. OOE+00    0.OOOOE+00 1-133       4. 0781E-04 0.OOE+00     0.OOOOE+00 1-134       2. 1810E-11 0. OOE+00    0.OOOOE+00 1-135       6.7403E-05  0. 00E+00    0.OOOOE+00 Xe-129m     6.6234E-07  0. OOE+00    0.OOOOE+00 Xe-131m     1. 0134E-03 0. OOE+00    1.5883E-10 Xe-133      1.7019E-01  0.OOE+00     2.7357E-07 Xe-133m     5.0442E-03   0. OOE+00   1.4257E-09 Xe-135      4. 6401E-02  0. OOE+00   1.5682E-06 Xe-135m     2. 2148E-03  0. OOE+00   2. 5109E-07
          ~
                  -1

NEDC 05-031 CCN 3C1 Attachment J                              Page J-24 of J-63 control   room to environment Transport Group Inventory:
Pathway Time (h) =    24.0170         Filtered     Transported Noble gases (Ci)            2 .2836E-01    2.0947E-06 Elemental I (Ci)            8. 0356E-05    0.0000E+00 Organic I (Ci)              2. 4852E-06    o.OOOOE+00 Aerosol I (Ci)              1. 5740E-03    0.0000E+00 All Aerosols (Ci)           1. 5740E-03    0.OOOOE+00 All Aerosols (kg)           5. 4040E-12    0.OOOOE+00 ALION RADTRAD Version 3.10 Rev 2 run on        6/16/2011     at 13:31:55 Copyright &#xa9; 2009 Alion Science and Technology Exclusion Area Boundary Doses:
Time (h) = 24.2500        Whole Body    Thyroid           TEDE Delta dose (rem)           2.2781E-01   1.7460E+01     7.6535E-01 Accumulated dose (rem)     2.5036E-01   1.9163E+01     8. 4036E-01 Low Population Zone Doses:
Time (h) = 24.2500        Whole Body    Thyroid           TEDE Delta dose (rem)           1.2705E-01   9.7372E+00     4. 2683E-01 Accumulated dose (rem)     1.3962E-01   1.0687E+01     4. 6866E-01 control room Doses:
Time (h) = 24.2500        Whole Body    Thyroid           TEDE           Skin Delta dose (rem)           8.5837E-03   7.4407E+00     2. 3766E-01     5.0216E-01 Accumulated dose (rem)     8.6831E-03   7.6004E+00     2. 4267E-01     5.0781E-01 containment Compartment Nuclide Inventory        (Ci)  at Time     (h) =  24.2500 Nuclide      Compartment    Dose Fract      Exposure        Decays        Pathway    1 Atmosphere                      (Ci-hr)          (Bq-s)         Outflow Br-82      1.8662E-01     1.4315E-04    6.8525E-02      9. 1313E+12     2.5447E-01 Br-83      4.5928E-03     1.2645E-07    1.7431E-03      2. 3361E+II     6.5449E-03 Kr-83m     3.5199E+00     1.7214E-08    1.3506E+00      1. 8133E+14     5.0890E+00 Kr-85      2.7374E+02     1.0139E-04    1. 0028E+02     1 .3357E+16     3.7207E+02 Kr-85m     5.0908E+01     1.2078E-03    1. 9004E+01     2. 5396E+15     7.0960E+01 Kr-87      7.4761E-03     1.0252E-06    2. 9285E-03     3. 9458E+II     1.1109E-02 Kr-88      1.5639E+01     5.1155E-03    5. 9022E+00     7. 9023E+14     2.2119E+01 1-130      4.5362E-01     5.0311E-04    1. 6731E-01     2. 2312E+13     6.2221E-01 1-131      6.4565E+01     6.2924E-01    2. 3662E+01     3. 1520E+15     8.7809E+01 1-132      4.8292E+01     2.3090E-02    1. 8354E+01     2. 4604E+15     6.8946E+01 1-133      4.0131E+01     7.3045E-02    1. 4760E+01     1. 9675E+15     5.4843E+01 1-134      1.7866E-06     8.7341E-10    7. 2170E-07     9.7737E+07      2.7648E-06 1-135      6.5190E+00     4.0927E-03    2. 4187E+00     3.2289E+14      9.0131E+00 Xe-129m    6.5649E-02     2.1670E-07    2. 4059E-02     3.2049E+12      8.9283E-02 Xe-131m    1.0047E+02     1.2168E-04    3. 6814E+01     4. 9039E+15     1.3661E+02 Xe-133     1.6862E+04     8.1928E-02    6. 1807E+03     8.2336E+17      2.2938E+04 Xe-133m    4.9881E+02     2.1305E-03    1. 8301E+02     2.4384E+lb      6.7944E+02 Xe-135     4.5219E+03     1.6900E-01    1. 6714E+03     2. 2297E+17      6.2203E+03 Xe-135m    1.1423E+02     1.0275E-02    5. 9274E+01     8.3413E+15      2.4443E+02 Total      2.2601E+04     1.OOOOE+00    0 OOOOE+00      0.OOOOE+00      3.0911E+04

NEDC 05-031 CCN 3CI Aftachment J                            Page J-25 of J-63 Dose Equivalent         (Ci/cc) 1-131 (Thyroid)                     3. 1859E-09 Dose Equivalent         (Ci/cc) 1-131 (CEDE)                        3.2206E-09 Dose Equivalent         (Ci/cc) 1-131 (ICRP2 Thyroid)               3.4460E-09 Total I       (Ci)                                                  1. 5951E+02 Dose Equivalent         (Ci/cc) Xe-133     (EDE)                    2.4254E-06 containment Compartment Group Inventory Distribution:
Time (h) =        24.2500         Atmosphere             Sump Noble gases (Ci)                   2. 2441E+04       o.OOOOE+00 Elemental I (Ci)                   7.7 674E+00       o.OOOOE+00 Organic I (Ci)                     2. 4023E-01       o.OOOOE+00 Aerosol I (Ci)                     1. 5215E+02       o.OOOOE+00 All Aerosols (Ci)                  1. 5215E+02       o.OOOOE+00 All Aerosols (kg)                  5. 3500E-07       o.OOOOE+00 environment Integral Nuclide Release                (Ci): at Time  (h)  =   24.2500 Nuclide       Compartment      Dose Fract Atmosphere       Pathway     1 Br-82       2.5396E-01          0.00014 Br-83        6.5318E-03         0.00000 Kr-83m      5.0789E+00          0.00000 Kr-85       3.7133E+02          0.00010 Kr-85m      7.0818E+01          0.00121 Kr-87        1.1087E-02         0.00000 Kr-88        2.2075E+01         0.00516 1-130        6.2097E-01         0.00050 1-131        8.7633E+01         0.62794 1-132        6.8809E+01         0.02332 1-133        5.4733E+01         0.07298 1-134        2.7594E-06         0.00000 1-135        8.9951E+00         0.00410 Xe-129m      8.9105E-02         0.00000 Xe-131m      1.3634E+02         0.00012 Xe-133       2.2893E+04         0.08176 Xe-133m      6.7808E+02         0.00213 Xe-135       6.2079E+03         0.16913 Xe-135m      2.4397E+02         0.01139 environment Compartment Group Inventory Distribution:
Total           Release Time (h) = 24.2500               Release          Rate/s Noble gases (Ci)               3.0628E+04       3. 4031E+01 Elemental I (Ci)               1. 0721E+01      1. 1912E-02 Organic I (Ci)                 3. 3158E-01      3.6842E-04 Aerosol I (Ci)                 2. 1000E+02      2. 3333E-01 All Aerosols (Ci)              2. 1000E+02      2. 3333E-01 control room Compartment Nuclide Inventory                (Ci) at Time   (h)  =  24.2500 Nuclide       Compartment     Dose Fract          Exposure      Decays        Pathway   2   Pathway 3       Pathway     4 Atmosphere                           (Ci-hr)        (Bq-s)        Inflow         Inf low Outflow Br-82        3.0531E-04       1.1173E-04       6.2225E-05    8.2922E+09      1.4930E-04     1.8556E-04        3.5514E-05 Br-83        7.5137E-06       9.7772E-08       1.5681E-06    2.1030E+08      3.9248E-06     4.7744E-06        9.0680E-07 Kr-83m       1.3570E-02      2.7155E-08        2.4787E-03    3.3318E+II      1.1323E-02    3.7128E-03        1.3499E-03
-~   -. ~

NEDC 05-031 CCN 3C1 Attachment J                          Page J-26 of J-63 Kr-85      1.0554E+00    1.6270E-04       1.8721E-01  2.4936E+13     8.2275E-01      2.7131E-01     1.0018E-01 Kr-85m      1.9627E-01   1.9247E-03       3.5233E-02  4.7105E+12     1.5730E-01      5. 1754E-02     1.8990E-02 Kr-87      2.8823E-05    1.6050E-0E       5.3342E-06  7.1987E+08     2.4783E-05      8.1070E-06     2.9273E-06 Kr-88       6.0294E-02   8.1188E-03       1.0899E-02  1.4602E+12     4.9104E-02      1. 6135E-02     5.8984E-03 1-130       7.4212E-04   3.9218E-04       1.5173E-04  2. 0237E+10    3. 6615E-04     4. 5375E-04     8.6754E-05 1-131       1.0563E-01   4.9139E-01       2.1498E-02  2.8638E+12     5. 1452E-02     6.4030E-02     1.2260E-02 1-132       7.9005E-02   1.7846E-02       1.6505E-02  2.2141E+12     4. 1382E-02     5. 0296E-02     9.5496E-03 1-133       6.5654E-02   5.6984E-02       1.3397E-02  1.7859E+12     3. 2213E-02     3. 9993E-02     7.6513E-03 1-135       1.0665E-02   3.1849E-03       2. 1899E-03 2. 9241E+ll    5.3249E-03       6. 5732E-03     1.2550E-03 Xe-129m     2.5310E-04   3.4767E-07       4.4909E-05  5. 9824E+09    1.9744E-04       6. 5105E-05     2.4036E-05 Xe-131m     3.8735E-01   1.9524EL04       6.8723E-02  9. 1544E+12    3. 0210E-01      9. 9616E-02     3.6779E-02 Xe-133      6.5008E+01   1.3144E-01       1. 1536E+01 1. 5368E+15    5. 0727E+01 1.6727E+01      6.1749E+00 Xe-133m     1.9231E+00   3.4167E-0:       3. 4148E-01 4. 5499E+13    1.5027E+00       4. 9545E-01     1.8284E-01 Xe-135      1.7434E+01   2.7030E-0 1      3. 1101E+00 4 1499E+14     1.3771E+01 4.5362E+00      1.6700E+00 Xe-135m     4.4037E-01   1.4541E-0* 2     9.7597E-02  1. 3866E+13    5. 6576E-01      1.7893E-01     5.9112E-02 Total       8.6780E+01   1.OOOOE+0( 0     0.OOOOE+00  0 OOOOE+00     6. 8041E+01 2.2541E+01      8.2809E+00 control room Compartment Group InvEentory Distribution:
Time (h) = 24.2500          Atmospher e          Sump Noble gases (Ci)            8.6518E+0 1      0.OOOOE+00 Elemental I (Ci)            1.2707E-0* 2     0.OOOOE+00 Organic I (Ci)              3.9301E-0' 4     0.OOOOE+00 Aerosol I (Ci)              2.4891E-0 1      0.OOOOE+00 All Aerosols (Ci)           2.4891E-0: 1     0.OOOOE+00 All Aerosols (kg)           8.7526E-1(0      0.OOOOE+00 containment to environment Pathway Nuclide Inventory        (Ci)  at Time   (h)  =  24.2500 Nuclide          Filter     Decays    Transported Br-82        0.OOOOE+00  0.OOE+00     2. 5447E-01 Br-83        0.OOOOE+00  0.OOE+00     6.5449E-03 Kr-83m       0.OOOOE+00  0.OOE+00     5.0890E+00 Kr-85         0.OOOOE+00 0.OOE+00     3.7207E+02 Kr-85m        0.OOOOE+00 0.OOE+00     7.0960E+01 Kr-87         0.OOOOE+00 0.OOE+00     1.1109E-02 Kr-88         0.OOOOE+00 0.OOE+00     2.2119E+01 1-130        0.OOOOE+00 0.OOE+00     6.2221E-01 1-131        0.OOOOE+00 0.OOE+00     8.7809E+01 1-132        0.OOOOE+00 0.OOE+00     6.8946E+01 1-133        0.OOOOE+00 0.OOE+00     5.4843E+01 1-135        0.OOOOE+00 0.OOE+00     9.0131E+00 Xe-129m       0.OOOOE+00 0.OOE+00     8.9283E-02 Xe-131m      0.OOOOE+00 0.OOE+00     1.3661E+02 Xe-133       0.OOOOE+00 0.OOE+00     2.2938E+04 Xe-133m      0.OOOOE+00 0.OOE+00     6.7944E+02

NEDC 05-031 CCN 3C1 Attachment J                            Page J-27 of J-63 Xe-135      0.OOOOE+00  0.00E+00     6.2203E+03 Xe-135m     0.0000E+00  0.00E+00     2.4443E+02 containment to environment Transport Group Inventory:
Pathway Time (h) =   24.2500        Filtered       Transported Noble gases (Ci)          0.0000E+00       3.0690E+04 Elemental I (Ci)          0.OOOOE+00       1.0742E+01 Organic I (Ci)            0.OOOOE+00       3.3224E-01 Aerosol I (Ci)            0.OOOOE+00       2.1042E+02 All Aerosols (Ci)         0.OOOOE+00       2.1042E+02 All Aerosols (kg)         0.OOOOE+00       7.2817E-07 environment to control room Pathway Nuclide Inventory          (Ci)  at Time (h)  =   24.2500 Nuclide         Filter     Decays     Transported       Activity Pathway    1 Br-82       4. 1231E-04 8.53E+09     1.4930E-04       5.616E-04 Br-83       1. 0147E-05 2. 15E+08    3.9248E-06       1.407E-05 Br-84       3. 3244E-16 7. 75E-03    1. 6481E-16      4.972E-16 Kr-83m      0.OOOOE+00  0. OOE+00    1. 1323E-02      1.132E-02 Kr-85       0.OOOOE+00  0. OOE+00    8. 2275E-01      8.227E-01 Kr-85m      0.OOOOE+00  0. OOE+00    1.5730E-01       1.573E-01 Kr-88       0.OOOOE+00  0. OOE+00    4. 9104E-02      4.910E-02 1-130      1.0022E-03  2.08E+10     3. 6615E-04      1.36BE-03 1-131      1. 4265E-01 2.95E+12     5. 1452E-02      1.941E-01 1-132      1.0670E-01  2. 26E+12    4 .1382E-02      1.481E-01 1-133      8.8665E-02  1.84E+12     3. 2213E-02      1.209E-01 1-134      3.9473E-09  8 .76E+04    1.7250E-09       5.672E-09 1-135      1.4403E-02  3. OOE+ll    5.3249E-03       1.973E-02 Xe-129m     0.OOOOE+00  0. OOE+00    1.9744E-04       1.974E-04 Xe-131m     0.OOOOE+00  0. OOE+00    3. 0210E-01      3.021E-01 Xe-133      0.OOOOE+00  0 . OOE+00   5. 0727E+01      5.073E+01 Xe-133m     0.OOOOE+00  0. OOE+00    1.5027E+00       1.503E+00 Xe-135      0.OOOOE+00  0. OOE+00    1.3771E+01       1.377E+01 Xe-135m     0.OOOOE+00  0. OOE+00    5. 6576E-01      5.658E-01 environment to control room Transport Group Inventory:
Pathway Time   (h) = 24.2500        Filtered       Transported Noble gases (Ci)          0. 0000E+00       6.7910E+01 Elemental I (Ci)           1. 7161E-02      6.3482E-03 Organic I (Ci)            5 3075E-04        1.9634E-04 Aerosol I (Ci)             3. 3614E-01      1.2435E-01 All Aerosols (Ci)          3. 3614E-01      1.2435E-01 All Aerosols (kg)          1. 1820E-09      4 .2684E-10 environment to control room Pathway Nuclide        Inventory    (Ci) at Time (h)   =  24.2500 Nuclide         Filter     Decays    Transported       Activity Pathway 1 Br-82       0.OOOOE+00  0. OOE+00   1.8556E-04       1.856E-04 Kr-83m      0.OOOOE+00  0. OOE+00   3.7128E-03       3.713E-03 Kr-85       0.OOOOE+00  0. OOE+00   2.7131E-01       2.713E-01 Kr-85m      0.OOOOE+00  0 OOE+00    5. 1754E-02      5.175E-02 Kr-88       0.OOOOE+00  0. OOE+00   1. 6135E-02      1.613E-02 1-130       0.OOOOE+00  0. OOE+00   4.5375E-04       4.537E-04 1-131       0.0000E+00  0. OOE+00   6.4030E-02       6.403E-02 1-132       0.OOOOE+00  0.OOE+00    5.0296E-02       5.030E-02 1-133       0.OOOOE+00  0 . OOE+00  3.9993E-02       3.999E-02 1-135       0.OOOOE+00  0. OOE+00   6.5732E-03       6.573E-03
~7

NEDC 05-031 CCN 3C1 Aftachment J                             Page J-28 of J-63 Xe-131m     o.OOOOE+00     0. OOE+00   9.9616E-02       9.962E-02 Xe-133      o.OOOOE+00     o.OOE+00    1.6727E+01       1.673E+01 Xe-133m     o.OOOOE+00     0. OOE+00   4.9545E-01       4.954E-01 Xe-135      0.0000E+00     0. 00E+00   4.5362E+00       4.536E+00 Xe-135m     o.OOOOE+00     0. OOE+00   1.7893E-01       1.789E-01 environment to control room Transport Group Inventory:
Pathway Time (h) = 24.2500             Filtered       Transported Noble gases (Ci)             0.OOOOE+00       2.2380E+01 Elemental I (Ci)             0.0000E+00       7.8345E-03 Organic I (Ci)               0.OOOOE+00       2.4230E-04 Aerosol I (Ci)               O.OOOOE+00       1.5346E-01 All Aerosols (Ci)            0.0000E+00       1.5346E-01 All Aerosols (kg)            0.O000E+00       5.3098E-10 control room to environment       Pathway Nuclide Inventory       (Ci)  at Time (h)  =   24.2500 Nuclide          Filter       Decays    Transported Br-82       3. 5514E-05    0 . OOE+00  0.OOOOE+00 Br-83       9.0680E-07     0.OOE+00    0.OOOOE+00 Br-84       3. 4223E-17    0. OOE+00   0.OOOOE+00 Kr-83m      1.3499E-03     0 .OOE+00   4.6856E-08 Kr-85       1.0018E-01     0. OOE+00   3.6294E-09 Kr-85m      1.8990E-02      0.00E+00   0.OOOOE+00 Kr-87       2.9273E-06     0.OOE+00    0.OOOOE+00 Kr-88       5.8984E-03      0. OOE+00  0.OOOOE+00 1-130       8.6754E-05     0. OOE+00   0.OOOOE+00 1-131       1.2260E-02      0. OOE+00  0.OOOOE+00 1-132       9.5496E-03     0. OOE+00   0.OOOOE+00 1-133       7. 6513E-03     0. OOE+00  0.OOOOE+00 1-134       3.7796E-10      0. OOE+00  0.OOOOE+00 1-135       1.2550E-03      0. OOE+00  0.OOOOE+00 Xe-129m     2.4036E-05      0. OOE+00  0.OOOOE+00 Xe-131m     3.6779E-02      0. OOE+00  4. 4351E-08 Xe-133       6. 1749E+00    0.OOE+00   1.2936E-04 Xe-133m      1. 8284E-01    0. OOE+00  3. 9714E-07 Xe-135      1.6700E+00      0. OOE+00   6. 0015E-04 Xe-135m      5. 9112E-02    0. OOE+00   6.9550E-05 control room to environment Transport Group Inventory:
Pathway Time (h) = 24.2500              Filtered       Transported Noble gases (Ci)              8.2500E+00       7.9956E-04 Elemental I (Ci)              1.4957E-03       0.OOOOE+00 Organic I (Ci)                4.6259E-05       0.0000E+00 Aerosol I (Ci)                2.9297E-02       0.OOOOE+00 All Aerosols (Ci)             2.9297E-02       0.OOOOE+00 All Aerosols (kg)             1.0166E-10       0.OOOOE+00 ALION RADTRAD Version 3.10 Rev 2 run on          6/16/2011     at 13:31:55 Copyright &#xa9; 2009 Alion Science and Technology
####################E##################x##########################D Exclusion Area Boundary Doses:
Time (h) = 24.5000         Whole Body      Thyroid           TEDE Delta dose (rem)            1.0298E-01      8.1533E+00    3. 5392E-01

NEDC 05-031 CCN 3C1 Aftachment J                                 Page J-29 of J-63 Accumulated dose    (rem)  3.5334E-01        2.7316E+01    1.1943E+00 Low Population    Zone Doses:
Time (h) = 24.5000        Whole Body         Thyroid          TEDE Delta dose (rem)           5.7433E-02        4.5470E+00    1. 9738E-01 Accumulated dose (rem)     1.9706E-01        1. 5234E+01   6. 6604E-01 control room Doses:
Time (h) = 24.5000        Whole Body         Thyroid          TEDE              Skin Delta dose (rem)           1.5101E-02        1.0727E+01    3. 4523E-01       8. 9618E-01 Accumulated dose (rem)     2.3784E-02        1. 8327E+01   5. 8791E-01       1.4040E+00 containment Compartment Nuclide         Inventory     (Ci) at Time      (h)  =   24.5000 Nuclide     Compartment     Dose Fract          Exposure        Decays           Pathway    1 Atmosphere                            (Ci-hr)          (Bq-s)           Outflow Br-82      7.8317E-02      1. 4344E-04        9.74OOE-02     1.2979E+13         3.6242E-01 Br-83       1.8014E-03     1 .2424E-07        2.4296E-03     3.2563E+lI         9. 1411E-03 Kr-83m      1.3505E+00     1. 6809E-08        1.8708E+00     2.5121E+14         7. 0640E+00 Kr-85      1.1544E+02      1. 0174E-04        1.4274E+02     1. 9013E+16        5.3069E+02 Kr-85m     2.0655E+01      1. 1983E-03        2.6745E+01     3. 5742E+15        1. 0007E+02 Kr-87      2.7512E-03      9. 8976E-07        4.0106E-03     5.4041E+ll         1. 5246E-02 Kr-88       6.2050E+00     5. 0427E-03        8.2535E+00     1. 1051E+15        3. 0994E+01 1-130      1.8864E-01     5. 0276E-04        2.3717E-01     3. 1628E+13        8. 8381E-01 1-131     2.7205E+01      6. 3125E-01        3.3672E+01     4.4855E+15         1. 2521E+02 1-132      1.8888E+01     2.2669E-02         2.5562E+01     3.4268E+15         9. 6219E+01 1-133      1.6784E+01     7.3116E-02         2.0959E+01     2 .7937E+15        7. 8031E+01 1-134      6.1833E-07     8.2964E-10         9.7247E-07     1.3172E+08         3. 7334E-06 1-135     2.6781E+00      4.0752E-03         3.4164E+00     4.5608E+14         1. 2757E+01 Xe-129m    2.7661E-02      2.1739E-07         3.4237E-02     4. 5608E+12        1. 2731E-01 Xe-131m     4.2345E+01      1.2208E-04        5.2394E+01     6. 9792E+15        1. 9482E+02 Xe-133      7.1016E+03     8.2179E-02         8.7944E+03     1. 1716E+18        3. 2705E+04 Xe-133m    2.0967E+02      2.1357E-03         2.6026E+02     3.4676E+16         9. 6815E+02 Xe-135      1.8717E+03     1.6866E-01         2.3661E+03     3. 1566E+17        8. 8239E+03 Xe-135m    2.4610E+01      8.8053E-03         7.2059E+01     1.0143E+16         2. 9776E+02 Total       9.4594E+03     1.OOOOE+00         0.0000E+00     0.OOOOE+00         4. 3972E+04 Dose Equivalent    (Ci/cc) 1-131     (Thyroid)                   1. 3410E-09 Dose Equivalent    (Ci/cc) 1-131     (CEDE)                      1. 3551E-09 Dose Equivalent    (Ci/cc) 1-131     (ICRP2 Thyroid)             1.4479E-09 Total I   (Ci)                                                   6. 5555E+01 Dose Equivalent    (Ci/cc) Xe-133      (EDE)                     9.9546E-07 containment Compartment Group Inventory Distribution:
Time (h) = 24.5000          Atmosphere              Sump Noble gases (Ci)             9.3936E+03         0.OOOOE+00 Elemental I (Ci)             3.1924E+00         0.OOOOE+00 Organic I (Ci)               9.8735E-02         0.OOOOE+00 Aerosol I (Ci)               6.2532E+01         0.OOOOE+00 All Aerosols (Ci)            6.2532E+01         0.OOOOE+00 All Aerosols (kg)            2.2516E-07         0.OOOOE+00 environment   Integral Nuclide Release         (Ci): at Time    (h)   =    24.5000 Nuclide     Compartment     Dose Fract Atmosphere      Pathway      1 Br-82      3.6169E-01         0.00014 Br-83      9.1228E-03        0.00000

NEDC 05-031 CCN 3C1 Attachment J                           Page J-30 of J-63 Kr-83m      7.0499E+00        0.00000 Kr-85       5.2963E+02        0.00010 Kr-85m      9. 9870E+01       0.00120 Kr-87       1. 5215E-02      0.00000 Kr-88       3.0932E+01        0.00508 1-130       8.8203E-01        0.00050 1-131       1.2496E+02        0.63004 1-132       9. 6026E+01       0.02290 1-133       7. 7874E+01       0.07307 1-134       3.7260E-06        0.00000 1-135       1.2731E+01        0.00408 Xe-129m     1.2706E-01        0.00000 Xe-131m     1.9443E+02        0.00012 Xe-133      3.2639E+04        0.08203 Xe-133m     9.6620E+02        0.00213 Xe-135      8.8062E+03        0.16882 Xe-135m     2. 9719E+02       0.00977 environment  Compartment   Group Inventory     Distribution:
Total       Release Time   (h) =  24.5000      Release        Rate/s Noble gases (Ci)          4.3570E+04    2.4206E+01 Elemental I (Ci)          1.5173E+01    8.4294E-03 Organic I (Ci)            4. 6926E-01   2.6070E-04 Aerosol I (Ci)            2.9720E+02    1. 6511E-01 All Aerosols (Ci)         2.9720E+02    1. 6511E-01 control room Compartment Nuclide Inventory        (Ci)   at Time   (h) = 24.5000 Nuclide      Compartment    Dose Fract      Exposure       Decays       Pathway   2    Pathway 3     Pathway   4 Atmosphere                        (Ci-hr)        (Bq-s)        Inflow         Inflow Outflow Br-82       3.3971E-04     1.0636E-04     1.4511E-04     1.9338E+10    1.4930E-04     2.6375E-04     8.3854E-05 Br-83       7.8140E-06     8.9780E-08     3.5276E-06     4.7303E+08    3.9248E-06     6.6553E-06     2.0636E-06 Kr-83m      1.5298E-02     2.7860E-08     6.2300E-03     8.3720E+II    1.4865E-02     5.1438E-03     3.5548E-03 Kr-85       1.3077E+00     1.7599E-04     4.9606E-01     6.6075E+13    1.1071E+00     3.8620E-01     2.7862E-01 Kr-85m      2.3397E-01     2.0369E-03     9.1341E-02     1.2211E+13    2.0949E-01     7.2842E-02     5.1636E-02 Kr-87       3.1165E-05     1.6098E-06     1.3106E-05     1.7681E+09    3.2202E-05     1.1104E-05     7.5300E-06 Kr-88       7.0289E-02     8.4855E-03     2.7904E-02     3.7381E+12    6.5017E-02     2.2564E-02     1.5834E-02 1-130       8.1826E-04     3.7151E-04     3.5212E-04     4.6963E+10    3.6615E-04     6.4322E-04     2.0381E-04 1-131      1.1800E-01     4.6880E-01     5.0244E-02     6.6931E+12    5.1452E-02     9.1119E-02     2.9012E-02 1-132      8.1929E-02     1.6363E-02     3.7073E-02     4.9727E+12    4.1382E-02     7.0055E-02     2.1699E-02 1-133      7.2803E-02     5.4147E-02     3.1185E-02     4.1571E+12    3.2213E-02     5.6788E-02     1.8032E-02 1-135      1.1617E-02     2.9974E-03     5.0487E-03     6.7412E+II    5.3249E-03     9.2850E-03     2.9287E-03 Xe-129m     3.1334E-04     3.7586E-07     1.1894E-04     1.5844E+10    2.6561E-04     9.2649E-05     6.6813E-05 Xe-131m     4.7967E-01     2.1111E-04     1.8204E-01     2.4248E+13    4.0644E-01     1.4177E-01     1.0225E-01

NEDC 05-031 CCN 3C1 Attachment J                              Page J-31 of J-63 Xe-133       8. 0445E+01    1. 4206E-01     3.0545E+01      4.0691E+15    6. 8234E+01 2.3800E+01       1.7160E+01 Xe-133m      2.3751E+00     3.6887E-03      9.0313E-01      1.2033E+14    2.0203E+00       7. 0456E-01     5.0754E- -01 Xe-135       2. 1202E+01    2.8930E-01      8.1546E+00      1.0881E+15    1. 8439E+01
: 6. 4221E+00      4.5944E+00 Xe-135m      2.7885E-01     1.1252E-02      1.8500E-01      2.6233E+13    6. 6350E-01      2. 1766E-01     1.1601E-Total        1.0669E+02     1.0000E+00      0.0000E+00      0.0000E+00    9. 1291E+01 3.2001E+01       2.2902E+01 control room Compartment Group Inventory Distribution:
Time    (h) =   24.5000        Atmosphere           Sump Noble gases (Ci)               1.0641E+02      0.OOOOE+00 Elemental I (Ci)              1.3848E-02      0.OOOOE+00 Organic I (Ci)                4.2828E-04      0.OOOOE+00 Aerosol I (Ci)                 2.7124E-01      0.OOOOE+00 All Aerosols (Ci)              2.7124E-01      0.OOOOE+00 All Aerosols (kg)              9.7667E-10      0.OOOOE+00 containment to environment Pathway Nuclide Inventory             (Ci)  at Time   (h)  =  24.5000 Nuclide            Filter      Decays    Transported Br-82          0. 0000E+-00 0.OOOOE+00   0. OOE+00   3. 6242E-01 Br-83          0.OOOOE+00   0.OOE+00    9. 1411E-03 Kr-83m                      0. OOE+00   7.0640E+00
: 0. OOOOE+00 Kr-85          0.0000E+00   0.OOE+00    5.3069E+02 Kr-85m         0.OOOOE+00   0. OOE+00   1.0007E+02 Kr-87          0 OOOOE+00   0.OOE+00    1.5246E-02 Kr-88          0 OOOOE+00   0.OOE+00    3. 0994E+01 1-130          0 OOOOE+00   0. OOE+00   8. 8381E-01 1-131          0 OOOOE+00   0. OOE+00   1. 2521E+02 1-132          0 OOOOE+00   0. OOE+00   9. 6219E+01 1-133          0 OOOOE+00   0. OOE+00   7 8031E+01 1-135          0 OOOOE+00   0. OOE+00   1 .2757E+01 Xe-129m        0 OOOOE+00   0. OOE+00   1. 2731E-01 Xe-131m        0. 0000E+00  0.OOE+00    1. 9482E+02 Xe-133         0 OOOOE+00   0.OOE+00    3. 2705E+04 Xe-133m        0 OOOOE+00   0.OOE+00    9. 6815E+02 Xe-135         0 OOOOE+00   0. OOE+00   8. 8239E+03 Xe-135m        0 0000E+00   0. OOE+00   2. 9776E+02 containment to environment Transport Group Inventory:
Pathway Time (h) = 24.5000               Filtered      Transported Noble gases (Ci)               0.0OOOE+00      4.3658E+04 Elemental I (Ci)               0.OOOOE+00       1.5203E+01 Organic I (Ci)                 0.OOOOE+00      4.7021E-01 Aerosol I (Ci)                 0.OOOOE+00      2.9780E+02 All Aerosols (Ci)              0.0OOOE+00      2.9780E+02 All Aerosols (kg)              0.OOOOE+00      1.0380E-06 environment to control room Pathway Nuclide Inventory              (Ci)  at Time   (h)     24.5000 Nuclide            Filter      Decays    Transported      Activity Pathway 1 Br-82          6.0319E-04   2.65E+10    1.4930E-04      7.525E-04 Br-83          1.3874E-05   6.41E+08    3.9248E-06      1.780E-05 Br-84          3.5244E-16   2.OOE-02    1.6481E-16      5.393E-16 Kr-83m         0.OOOOE+00   0.OOE+00    1.4865E-02      1.487E-02

NEDC 05-031 CCN 3C1 Attachment J                          Page J-32 of J-63 Kr-85       0. 0000E+00 0. OOE+00   1.1071E+00     1.107E+00 Kr-85m      0. 0000E+00 0. OOE+00   2.0949E-01     2.095E-01 Kr-88       0. 0000E+00 0 .OOE+00   6.5017E-02     6.502E-02 1-130       1. 4529E-03 6. 42E+10   3.6615E-04     1.819E-03 1-131      2. 0953E-01 9. 17E+12   5.1452E-02     2.610E-01 1-132       1. 4547E-01 6.7 4E+12   4.1382E-02     1.869E-01 1-133       1. 2927E-01 5. 69E+12   3.2213E-02     1.615E-01 1-134      4.7623E-09  2 .43E+05   1.7250E-09     6.487E-09 1-135       2.0626E-02  9.20E+ll    5.3249E-03     2.595E-02 Xe-129m     0.OOOOE+00  0. OOE+00   2.6561E-04     2.656E-04 Xe-131m     0.OOOOE+00  0. OOE+00   4.0644E-01     4.064E-01 Xe-133      0.0000E+00  0. 00E+00   6.8234E+01     6.823E+01 Xe-133m     0.OOOOE+00  0. OOE+00   2.0203E+00     2.020E+00 Xe-135      0.OOOOE+00  0. OOE+00   1.8439E+01     1.844E+01 Xe-135m     0.OOOOE+00  0. 00E+00   6.6350E-01     6.635E-01 environment to control room Transport Group Inventory:
Pathway Time (h) = 24.5000          Filtered      Transported Noble gases (Ci)          0.OOOOE+00      9.1160E+01 Elemental I (Ci)          2.4588E-02      6.3482E-03 Organic I (Ci)            7.6045E-04      1.9634E-04 Aerosol I (Ci)            4.8162E-01      1.2435E-01 All Aerosols (Ci)         4.8162E-01      1.2435E-01 All Aerosols (kg)         1.7342E-09      4.2684E-10 environment to control room Pathway Nuclide Inventory        (Ci) at Time (h)   =  24.5000 Nuclide         Filter     Decays    Transported     Activity Pathway    1 Br-82      0.0000E+00  0. OOE+00   2.6375E-04     2.638E-04 Kr-83m     0.OOOOE+00  0. OOE+00   5. 1438E-03    5.144E-03 Kr-85      0.0000E+00   0. OOE+00  3. 8620E-01    3. 862E-01 Kr-85m     0.0000E+00   0. OOE+00  7.2842E-02     7. 284E-02 Kr-88      0.OOOOE+00   0. OOE+00  2.2564E-02     2. 256E-02 1-130      0.OOOOE+00   0. OOE+00  6.4322E-04     6. 432E-04 1-131      0.OOOOE+00   0. OOE+00  9. 1119E-02    9. 112E-02 1-132      0.OOOOE+00   0. OOE+00  7. 0055E-02    7. 005E-02 1-133      0.OOOOE+00   0. OOE+00  5. 6788E-02    5. 679E-02 1-135      0.OOOOE+00   0.OOE+00   9.2850E-03     9. 285E-03 Xe-131m    0.OOOOE+00   0. OOE+00  1. 4177E-01    1. 418E-01 Xe-133     0.OOOOE+00   0. OOE+00  2. 3800E+01    2. 380E+01 Xe-133m    0.OOOOE+00   0.OOE+00   7. 0456E-01    7 .046E-01 Xe-135     0.OOOOE+00   0. OOE+00  6. 4221E+00    6. 422E+00 Xe-135m    0.OOOOE+00   0. OOE+00  2 1766E-01     2. 177E-01 environment to control room Transport Group Inventory:
Pathway Time   (h) = 24.5000         Filtered     Transported Noble gases (Ci)           0.OOOOE+00     3.1773E+01 Elemental I (Ci)           0.OOOOE+00     1.1066E-02 Organic I (Ci)             0.OOOOE+00     3.4224E-04 Aerosol I (Ci)             0.OOOOE+00     2.1675E-01 All Aerosols (Ci)          0.OOOOE+00     2.1675E-01 All Aerosols (kg)          0.OOOOE+00     7.5536E-10 control room to environment Pathway Nuclide Inventory        (Ci) at Time (h)   =  24.5000 Nuclide        Filter      Decays   Transported Br-82      8.3854E-05   0.OOE+00    0.OOOOE+00

NEDC 05-031 CCN 3C1 Aftachment J                              Page J-33 of J-63 Br-83                  2.0636E-06    0. OOE+00    0.OOOOE+00 Br-84                  6. 8435E-17   0. OOE+00    0.OOOOE+00 Kr-83m                 3.5548E-03    0. OOE+00    1.9682E-07 Kr-85                  2. 7862E-01   0 .OOE+00    1.8278E-08 Kr-85m                 5. 1636E-02   0. 0E+00     0.0000E+00 Kr-87                  7.5300E-06    0. OOE+00    0.OOOOE+00 Kr-88                  1.5834E-02    0 .OOE+00    0.OOOOE+00 1-130                  2. 0381E-04   0. OOE+00    0.0000E+00 1-131                  2. 9012E-02   0. OOE+00    0.OOOOE+00 1-132                  2. 1699E-02   0. OOE+00    0.OOOOE+00 1-133                  1.8032E-02    0. OOE+00    0.0000E+00 1-134                  8.0561E-10    0. OOE+00    0.0000E+00 1-135                  2.9287E-03    0. OOE+00    0.OOOOE+00 Xe-129m                6. 6813E-05   0. OOE+00    0.OOOOE+00 Xe-131m                1. 0225E-01   0. OOE+00    1. 9138E-07 Xe-133                 1. 7160E+01   0. OOE+00    6.5675E-04 Xe-133m                5. 0754E-01   0. OOE+00    1.7089E-06 Xe-135                 4.5944E+00    0 .OOE+00    2.4000E-03 Xe-135m                1.1601E-01    0. OOE+00    2.9724E-04 control room to environment Transport Group Inventory:
Pathway Time (h) = 24.5000                        Filtered        Transported Noble gases (Ci)                        2 .2830E+01       3.3561E-03 Elemental I (Ci)                        3. 4901E-03       0.OOOOE+00 Organic I (Ci)                          1. 0794E-04       0.000OE+00 Aerosol I (Ci)                          6. 8363E-02       0.OOOOE+00 All Aerosols (Ci)                       6. 8363E-02       0.OOOOE+00 All Aerosols (kg)                       2. 4040E-I0       0.OOOOE+00 ALION RADTRAD Version 3.10 Rev 2 run on                 6/16/2011    at 13:31:55 Copyright &#xa9; 2009 Alion Science and Technology Exclusion Area Boundary Doses:
Time (h) = 25.0000                    Whole Body       Thyroid          TEDE Delta dose (rem)                       5.9733E-02      4.8765E+00    2. 0976E-01 Accumulated dose (rem)                 4.1308E-01      3.2193E+01'   1.4040E+00 Low Population Zone Doses:
Time (h) = 25.0000                    Whole Body       Thyroid          TEDE Delta dose (rem)                       3.3312E-02      2.7196E+00    1. 1698E-01 Accumulated dose (rem)                 2.3037E-01      1.7954E+01    7.8302E-01 control room Doses:
Time (h) = 25.0000                    Whole Body       Thyroid          TEDE            Skin Delta dose (rem)                       3.0708E-02      2.1078E+01    6.7915E-01      1.8409E+00 Accumulated dose (rem)                 5.4491E-02      3. 9405E+01   1.2671E+00      3.2449E+00 containment Compartment Nuclide                   Inventory    (Ci)  at Time    (h) =    25.0000 Nuclide                Compartment    Dose Fract          Exposure       Decays         Pathway   1 Atmosphere                          (Ci-hr)        (Bq-s)           Outflow Br-82                 1.3793E-02     1.4364E-04        1.1441E-01     1. 5246E+13      4.2677E-01 Br-83                 2.7714E-04     1.2207E-07        2.7999E-03     3. 7531E+ll      1.0561E-02
*"* ;'*' *3" *: ,-'*" =2'

NEDC 05-031 CCN 3C1 Attachment J                           Page J-34 of J-63 Kr-83m      1.9880E-01     1. 6420E-08       2. 1435E+00  2.8787E+14     8. 1142E+00 Kr-85       2.0532E+01     1 .0204E-04       1.6792E+02   2.2366E+16      6.2584E+02 Kr-85m      3. 4001E+00    1. 1883E-03       3. 1109E+01  4. 1577E+15    1. 1669E+02 Kr-87       3.7259E-04     9. 5688E-07       4.5479E-03   6. 1298E+lI     1.7333E-02 Kr-88       9.7 680E-01    4. 9697E-03       9.5407E+00   1.2776E+15     3.5919E+01 1-130       3.2623E-02     5. 0212E-04       2.7783E-01   3. 7053E+13     1.0379E+00 1-131       4.8297E+00     6. 3292E-01       3. 9601E+01  5. 2752E+15    1.4762E+02 1-132       2.8894E+00     2 .2255E-02       2. 9436E+01  3.94 66E+15    1. 1108E+02 1-133       2.9358E+00     7. 3147E-02       2.4594E+01   3.2783E+15      9 1792E+01 1-134       7.4061E-08     7.9103E-10        1.0876E-06   1.4735E+08      4. 1859E-06 1-135       4.5198E-01     4.0556E-03        3.9880E+00   5. 3242E+14     1. 4928E+01 Xe-129m     4. 9108E-03    2. 1796E-07       4.0266E-02   5.3638E+12     1. 5010E-01 Xe-131m     7.5222E+00     1.2242E-04        6. 1624E+01  8.2088E+15     2. 2970E+02 Xe-133      1.2597E+03     8.2386E-02        1.0342E+04   1.3777E+18     3. 8553E+04 Xe-133m     3. 7046E+01    2.1399E-03        3.0586E+02   4. 0752E+16     1. 1406E+03 Xe-135      3.2055E+02     1. 6821E-01       2.7680E+03   3. 6929E+17     1.0348E+04 Xe-135m     1. 1760E+00    7.8489E-03        7. 5341E+01  1.0 611E+16    3. 1192E+02 Total       1.6622E+03     1.0000E+00        0.0000E+00   0.0000E+00     5. 1737E+04 Dose Equivalent      (Ci/cc) 1-131    (Thyroid)                2. 3759E-10 Dose Equivalent      (Ci/cc) 1-131    (CEDE)                   2. 3996E-10 Dose Equivalent      (Ci/cc) 1-131    (ICRP2 Thyroid)          2.5570E-10 Total I     (Ci)                                               1. 1107E+01 Dose Equivalent      (Ci/cc) Xe-133     (EDE)                  1.7042E-07 containment    Compartment Group Inventory Distribution:
Time (h) = 25.0000            Atmosphere             Sump Noble gases (Ci)              1.6511E+03        0.0000E+00 Elemental I (Ci)              5.4095E-01        0.0000E+00 Organic I (Ci)                1.6730E-02        0.OOOOE+00 Aerosol I (Ci)                1.0596E+01        0.OOOOE+00 All Aerosols (Ci)             1.0596E+01        0.0000E+00 All Aerosols (kg)             3.9888E-08        0.OOOOE+00 environment Integral Nuclide Release           (Ci): at Time  (h)  =  25.0000 Nuclide       Compartment    Dose Fract Atmosphere     Pathway      1 Br-82       4.2588E-01         0.00014 Br-83       1.0539E-02        0.00000 Kr-83m      8.0975E+00         0.00000 Kr-85       6.2454E+02         0.00010 Kr-85m      1.1645E+02         0.00119 Kr-87        1.7297E-02        0.00000 Kr-88        3.5844E+01        0.00501 1-130       1.0358E+00        0.00050 1-131       1.4731E+02         0.63178 1-132       1.1085E+02        0.02249 1-133       9.1601E+01        0.07311 1-134       4.1774E-06        0.00000 1-135       1.4897E+01        0.00407 Xe-129m      1.4978E-01        0.00000 Xe-131m      2.2923E+02        0.00012 Xe-133       3.8472E+04        0.08224 Xe-133m      1.1382E+03        0.00214 Xe-135       1.0327E+04        0.16840 Xe-135m      3.1132E+02        0.00870 environment Compartment Group Inventory Distribution:
Total           Release Time   (h) =   25.0000       Release          Rate/s

NEDC 05-031 CCN 3C1 Aftachment J                             Page J-35 of J-63 Noble gases (Ci)          5. 1263E+04   1. 4240E+01 Elemental I (Ci)          1. 7757E+01   4.9326E-03 Organic I (Ci)            5. 4920E-01   1.5255E-04 Aerosol I (Ci)            3.4782E+02    9. 6618E-02 All Aerosols (Ci)         3.4782E+02    9. 6618E-02 control room Compartment Nuclide Inventory         (Ci) at Time    (h) =   25.0000 Nuclide      Compartment    Dose Fract       Exposure      Decays         Pathway   2    Pathway 3    Pathway    4 Atmosphere                        (Ci-hr)        (Bq-s)          Inflow         Inflow Outflow Br-82       2.9227E-04     1.0334E-04     3.0472E-04    4.0609E+10       1.4930E-04     3.0982E-04     1.7843E-04 Br-83       5.8726E-06     8.1784E-08     6.9447E-06    9.3152E+08       3.9248E-06     7.6717E-06     4.1158E-06 Kr-83m      1.1519E-02     2.6840E-08     1.2971E-02    1.7437E+12       1.6729E-02     5.8957E-03     7.6114E-03 Kr-85       1.1896E+00     1.8605E-04     1.1334E+00    1.5096E+14       1.2757E+00     4.5432E-01     6.5504E-01 Kr-85m      1.9699E-01     2.0712E-03     2.0073E-01    2.6837E+13      2.3894E-01      8.4740E-02     1.1674E-01 Kr-87      2.1587E-05      1.4921E-06     2.6254E-05    3.5436E+09       3.5900E-05     1.2599E-05     1.5508E-05 Kr-88      5.6594E-02      8.4414E-03     5.9994E-02    8.0386E+12      7.3743E-02      2.6090E-02     3.5016E-02 1-130       6.9127E-04     3.5776E-04     7.3284E-04    9.7746E+10      3.6615E-04      7.5357E-04     4.2982E-04 1-131       1.0234E-01     4.5731E-01     1.0593E-01    1.4111E+13       5.1452E-02     1.0716E-01     6.1981E-02 1-132       6.1226E-02     1.4867E-02     7.2796E-02    9.7670E+12      4.1382E-02      8.0694E-02     4.3164E-02 1-133      6.2208E-02      5.2434E-02     6.5266E-02    8.7004E+12      3.2213E-02      6. 6640E-02     3.8240E-02 1-135      9.5773E-03      2.8525E-03     1.0384E-02    1.3866E+12      5.3249E-03      1.0840E-02     6.1034E-03 Xe-129m    2.8452E-04      3.9698E-07     2.7149E-04    3.6166E+10      3.0599E-04      1.0896E-04     1.5693E-04 Xe-131m    4.3582E-01      2.2304E-04     4.1565E-01    5.5368E+13      4.6826E-01      1.6675E-01    2.4025E-01 Xe-133     7.2983E+01      1.4998E-01     6.9693E+01    9.2843E+15      7.8598E+01 2.7987E+01     4.0288E+01 Xe-133m    2.1464E+00      3.8865E-03     2.0565E+00    2.7402E+14      2.3259E+00      8.2803E-01    1.1892E+00 Xe-135     1.8572E+01      3.0007E-01     1.8280E+01    2.4393E+15      2.1141E+01 7.5136E+00     1.0597E+01 Xe-135m    6.8689E-02      7.2156E-03     2.5641E-01    3.6389E+13      6.9322E-01      2.2780E-01    1.6402E-01 Total      9.5897E+01      1.OOOOE+00     0.OOOOE+00    0.OOOOE+00      1.0496E+02 3.7561E+01     5.3443E+01 control room Compartment     Group Inventory Distribution:
Time (h) = 25.0000            Atmosphere         Sump Noble gases (Ci)              9.5661E+01     0.OOOOE+00 Elemental I (Ci)              1.1463E-02     0.0000E+00 Organic I (Ci)                3.5451E-04     0.OOOOE+00 Aerosol I (Ci)                2.2452E-01     0.0000E+00 All Aerosols (Ci)             2.2452E-01     0.OOOOE+00 All Aerosols (kg)             8.4521E-10     0.0000E+00 containment   to environment Pathway Nuclide Inventory        (Ci)    at Time   (h) =  25.0000

NEDC 05-031 CCN 3C1 Attachment J                           Page J-36 of J-63 Nuclide         Filter     Decays   Transported Br-82     0.OOOOE+00  0. OOE+00  4.2677E-01 Br-83     0.OOOOE+00  0. OOE+00  1.0561E-02 Kr-83m    0.OOOOE+00  0. OOE+00  8 . 1142E+00 Kr-85     0.OOOOE+00  0. OOE+00  6.2584E+02 Kr-85m    0.OOOOE+00  0. OOE+00  1. 1669E+02 Kr-87     0.OOOOE+00  0. OOE+00  1.7333E-02 Kr-88     0.0000E+00  0. OOE+00  3. 5919E+01 1-130     0.OOOOE+00  0. OOE+00  1.0379E+00 1-131     0.OOOOE+00  0. OOE+00  1.4762E+02 1-132     0.OOOOE+00  0. OOE+00  1. 1I08E+02 1-133     0.OOOOE+00  0. OOE+00  9. 1792E+01 1-135     0.OOOOE+00  0. OOE+00  1. 4928E+01 Xe-129m   0.OOOOE+00  0 .OOE+00  1.5010E-01 Xe-131m   0.OOOOE+00  0.OOE+00   2.2970E+02 Xe-133    0.OOOOE+00  0. OOE+00  3.8553E+04 Xe-133m   0.0000E+00  0. OOE+00  1. 1406E+03 Xe-135    0.OOOOE+00  0.OOE+00   1.0348E+04 Xe-135m   0.OOOOE+00  0. OOE+00  3. 1192E+02 containment to environment Transport Group Inventory:
Pathway Time (h) = 25.0000           Filtered      Transported Noble gases (Ci)           0.OOOOE+00      5. 1370E+04 Elemental I (Ci)           0.OOOOE+00      1. 7794E+01 Organic I (Ci)             0.OOOOE+00      5. 5034E-01 Aerosol I (Ci)             0.OOOOE+00      3. 4855E+02 All Aerosols (Ci)          0.OOOOE+00      3. 4855E+02 All Aerosols (kg)          0.OOOOE+00      1 .2233E-06 environment to control room Pathway Nuclide Inventory         (Ci) at Time (h)   =  25.0000 Nuclide         Filter     Decays   Transported       Activity Pathway   1 Br-82     7. 1056E-04 7.16E+10   1. 4930E-04      8.599E-04 Br-83     1.4277E-05  1. 61E+09  3. 9248E-06      1.890E-05 Br-84     2.1802E-16  3. 93E-02  1. 6481E-16      6.737E-16 Kr-83m    0 OOOOE+00  0. OOE+00  1. 6729E-02      1.673E-02 Kr-85     0 OOOOE+00  0. OOE+00  1. 2757E+00      1.276E+00 Kr-85m    o .OOOOE+00 0. OOE+00  2. 3894E-01      2.389E-01 Kr-88     0 OOOOE+00  0. OOE+00  7. 3743E-02      7.374E-02 1-130     1. 6806E-03 1.72E+ll   3. 6615E-04      2.047E-03 1-131     2. 4881E-01 2. 49E+13  5. 1452E-02      3.003E-01 1-132     1. 4885E-01 1. 69E+13  4 1382E-02       1.984E-01 1-133     1. 5124E-01 1.53E+13   3. 2213E-02      1.835E-01 1-134     3. 8154E-09 5.38E+05   1. 7250E-09      7.434E-09 1-135     2. 3284E-02 2. 43E+12  5. 3249E-03      2.861E-02 Xe-129m   0 OOOOE+00  0. OOE+00  3. 0599E-04      3.060E-04 Xe-131m   0 OOOOE+00  0. OOE+00  4. 6826E-01      4.683E-01 Xe-133    0 OOOOE+00  0 .OOE+00  7. 8598E+01      7.860E+01 Xe-133m   0 OOOOE+00  0 .OOE+00  2. 3259E+00      2.326E+00 Xe-135    0 OOOOE+00  0. OE+00   2. 1141E+01      2.114E+01 Xe-135m   0 OOOOE+00  0. OOE+00  6. 9322E-01      6.932E-01 environment to control room Transport Group Inventory:
Pathway Time (h) = 25.0000           Filtered      Transported Noble gases (Ci)           0.OOOOE+00      1.0483E+02 Elemental I (Ci)           2.7868E-02       6.3482E-03 Organic I (Ci)             8.6189E-04      1.9634E-04
- -,~.  .;r. - -

NEDC 05-031 CCN 3C1 Attachment J                           Page J-37 of J-63 Aerosol I (Ci)             5. 4586E-01      1.2435E-01 All Aerosols (Ci)          5. 4586E-01      1.2435E-01 All Aerosols (kg)          2.0549E-09       4.2684E-10 environment to control room Pathway Nuclide Inventory          (Ci)  at Time (h)  =   25.0000 Nuclide          Filter     Decays     Transported      Activity Pathway    1 Br-82      0 OOOOE+00    0. OOE+00  3. 0982E-04     3.098E-04 Kr-83m     0. 0000E+00   0. OOE+00  5. 8957E-03     5.896E-03 Kr-85      0 OOOOE+00    0. OOE+00  4. 5432E-01     4.543E-01 Kr-85m     0 OOOOE+00    0    OOE+00  8 4740E-02      8.474E-02 Kr-88       0 OOOOE+00   0 OOE+00     2. 6090E-02     2.609E-02 1-130      0 OOOOE+00    0. OOE+00    7 .5357E-04     7.536E-04 1-131       0 OOOOE+00   0 OOE+00     1. 0716E-01     1.072E-01 1-132       0.OOOOE+00   0. OOE+00    8.0694E-02      8.069E-02 1-133      0.0000E+00    0. OOE+00    6.6640E-02      6.664E-02 1-135      0.OOOOE+00    0 OOE+00     1.0840E-02      1.084E-02 Xe-129m     0.OOOOE+00   0. OOE+00    1.0896E-04      1.090E-04 Xe-131m     0.OOOOE+00   0. OOE+00    1. 6675E-01     1.668E-01 Xe-133      0.OOOOE+00   0 OOE+00     2.7987E+01      2.799E+01 Xe-133m     0.OOOOE+00   0. OOE+00    8.2803E-01      8.280E-01 Xe-135      0.OOOOE+00   0. OOE+00    7.5136E+00      7.514E+00 Xe-135m     0.OOOOE+00   0.OOE+00     2.2780E-01      2.278E-01 environment to control room Transport Group Inventory:
Pathway Time (h) =  25.0000           Filtered      Transported Noble gases (Ci)           0.OOOOE+00       3. 7294E+01 Elemental I (Ci)           0.0000E+00       1.2921E-02 Organic I (Ci)             0.OOOOE+00       3.9961E-04 Aerosol I (Ci)             0.OOOOE+00       2.5309E-01 All Aerosols (Ci)          0.OOOOE+00       2.5309E-01 All Aerosols (kg)          0.OOOOE+00       8.8806E-10 control room to environment Pathway Nuclide         Inventory   (Ci) at Time (h)   =  25.0000 Nuclide          Filter      Decays    Transported Br-82       1.7843E-04   0. OOE+00  0.OOOOE+00 Br-83       4. 1158E-06  0. 00E+00  0.OOOOE+00 Br-84       1. 1084E-16  0. 00E+00  0.OOOOE+00 Kr-83m      7. 6114E-03  0. OOE+00  8.0919E-07 Kr-85       6. 5504E-01  0. OOE+00  8.6658E-08 Kr-85m      1.1674E-01   0. OOE+00  0.OOOOE+00 Kr-87       1.5508E-05   0. OOE+00  0.OOOOE+00 Kr-88       3. 5016E-02  0. OOE+00  0.OOOOE+00 1-130       4.2982E-04   0. OOE+00  0.OOOOE+00 1-131        6. 1981E-02 0. OOE+00  0.OOOOE+00 1-132       4. 3164E-02  0. OOE+00  0.OOOOE+00 1-133       3.8240E-02   0. OOE+00  0.0000E+00 1-134       1.4403E-09   0 . OOE+00   0.OOOOE+00 1-135        6. 1034E-03  0.OOE+00    0.OOOOE+00 Xe-129m      1.5693E-04   0. OOE+00   0.OOOOE+00 Xe-131m     2. 4025E-01  0. OOE+00    8.2603E-07 Xe-133       4.0288E+01   0.OOE+00    3. 1815E-03 Xe-133m      1. 1892E+00  0 . OOE+00  7.3376E-06 Xe-135       1.0597E+01   0. OOE+00   8.0620E-03 Xe-135m      1. 6402E-01  0.OOE+00    1.2606E-03 control room to environment Transport Group Inventory:

NEDC 05-031 CCN 3C1 Attachment J                                 Page J-38 of J-63 Pathway Time (h) = 25.0000            Filtered       Transported Noble gases (Ci)            5. 3293E+01      1.2513E-02 Elemental I (Ci)            7. 2799E-03      0.0000E+00 Organic I (Ci)              2. 2515E-04      0.0000E+00 Aerosol I (Ci)              1. 4260E-01      0.OOOOE+00 All Aerosols (Ci)           1. 4260E-01      0.OOOOE+00 All Aerosols (kg)           5. 1301E-10      0.OOOOE+00 ALION RADTRAD Version 3.10 Rev 2 run on           6/16/2011     at 13:31:55 Copyright &#xa9; 2009 Alion Science and Technology Exclusion Area Boundary Doses:
Time (h) = 26.0000        Whole Body      Thyroid            TEDE Delta dose (rem)           1.1959E-02     1.0171E+00      4.3230E-02 Accumulated dose (rem)     4.2504E-01     3. 3210E+01     1.4473E+00 Low Population Zone Doses:
Time (h) = 26.0000        Whole Body      Thyroid            TEDE Delta dose (rem)           6.6692E-03     5. 6724E-01     2.4109E-02 Accumulated dose (rem)     2.3704E-01     1.8521E+01      8.0713E-01 control room Doses:
Time (h) = 26.0000        Whole Body      Thyroid            TEDE           Skin Delta dose (rem)           4.2522E-02     2. 9772E+01     9. 5771E-01     2.5732E+00 Accumulated dose (rem)     9.7013E-02     6. 9178E+01     2.2248E+00      5.8181E+00 containment Compartment Nuclide Inventory          (Ci)   at Time    (h) =   26.0000 Nuclide     Compartment    Dose Fract        Exposure          Decays         Pathway   1 Atmosphere                          (Ci-hr)          (Bq-s)          Outflow Br-82      4.2782E-04     1.4370E-04       1.1793E-01       1.5716E+13       4.4010E-01 Br-83      6.5596E-06     1.2124E-07       2.8656E-03       3. 8413E+ll      1.0813E-02 Kr-83m     4.3081E-03     1.6278E-08       2..1896E+00      2. 9406E+14      8.2915E+00 Kr-85      6.4947E-01     1.0214E-04       1.7319E+02       2. 3069E+16      6.4577E+02 Kr-85m     9.2134E-02     1.1843E-03       3.1945E+01       4.2696E+15       1.1988E+02 Kr-87      6.8334E-06     9.4552E-07       4.6306E-03       6. 2413E+ll      1.7654E-02 Kr-88      2.4207E-02     4.9416E-03       9.7753E+00       1.3090E+15       3.6816E+01 1-130      9.7565E-04     5.0178E-04       2.8608E-01       3.8153E+13       1.0692E+00 1-131      1.5223E-01     6.3348E-01       4.0840E+01       5. 4403E+15      1.5230E+02 1-132      6.7617E-02     2.2100E-02       3.0119E+01       4. 0383E+15      1.1370E+02 1-133      8.9821E-02     7 .3146E-02      2.5341E+01       3. 3779E+15      9.4620E+01 1-134      1.0625E-09     7. 7859E-10      1.1030E-06       1.4945E+08       4.2466E-06 1-135     1.2874E-02     4. 0472E-03      4. 1007E+00      5. 4747E+14      1.5357E+01 Xe-129m    1.5478E-04     2. 1815E-07      4. 1526E-02      5.5317E+12       1.5486E-01 Xe-131m    2.3737E-01     1.2253E-04       6.3555E+01       8 .4660E+15     2.3700E+02 Xe-133     3.9634E+01     8 .2454E-02      1.0665E+04       1. 4207E+18     3.9774E+04 Xe-133m    1.1565E+00     2.1411E-03       3.1534E+02       4. 2016E+16      1.1765E+03 Xe-135     9.3969E+00     1.6801E-01       2.8486E+03       3. 8005E+17     1.0654E+04 Xe-135m    4.3546E-03     7.6345E-03       7.5512E+01       1.0635E+16      3.1265E+02 Total      5.1524E+01     1.0000E+00       0.O000E+00       0.O000E100      5.3343EI04 Dose Equivalent   (Ci/cc) 1-131    (Thyroid)                    7.4606E-12 Dose Equivalent   (Ci/cc) 1-131    (CEDE)                       7. 5274E-12 Dose Equivalent   (Ci/cc) 1-131    (ICRP2 Thyroid)              7. 9845E-12

NEDC 05-031 CCN 3CI Aftachment J                             Page J-39 of J-63 Total I     (Ci)                                                  3.2254E-01 Dose Equivalent       (Ci/cc) Xe-133      (EDE)                   5.0872E-09 containment Compartment Group Inventory Distribution:
Time (h) = 26.0000                Atmosphere           Sump Noble gases (Ci)                  5.1200E+01       0.OOOOE+00 Elemental I (Ci)                  1.5712E-02       0.OOOOE+00 Organic I (Ci)                    4.8592E-04       0.OOOOE+00 Aerosol I (Ci)                    3.0775E-01       0.OOOOE+00 All Aerosols (Ci)                 3.0775E-01       0.OOOOE+00 All Aerosols (kg)                 1.2524E-09       0.OOOOE+00 environment Integral Nuclide Release              (Ci): at Time  (h)   =   26.0000 Nuclide       Compartment        Dose Fract Atmosphere         Pathway    1 Br-82         4.3918E-01           0.00014 Br-83         1.0790E-02           0.00000 Kr-83m       8.2744E+00            0.00000 Kr-85         6.4442E+02           0.00010 Kr-85m       1.1963E+02            0.00119 Kr-87        1.7617E-02            0.00000 Kr-88        3.6739E+01            0.00498 1-130         1.0669E+00           0.00050 1-131        1.5198E+02            0.63235 1-132        1.1346E+02            0.02233 1-133        9.4422E+01            0.07311 1-134        4.2380E-06            0.00000 1-135        1.5324E+01            0.00406 Xe-129m      1.5454E-01            0.00000 Xe-131m      2.3651E+02            0.00012 Xe-133       3.9691E+04            0.08231 Xe-133m      1.1740E+03            0.00214 Xe-135       1.0632E+04            0.16820 Xe-135m      3.1205E+02            0.00846 environment Compartment Group Inventory Distribution:
Total         Release Time (h) = 26.0000              Release         Rate/s Noble gases (Ci)               5.2854E+04      7.3409E+00 Elemental I (Ci)               1.8271E+01      2.5376E-03 Organic I (Ci)                 5.6507E-01      7.8482E-05 Aerosol I (Ci)                 3.5788E+02      4.9705E-02 All Aerosols (Ci)              3.5788E+02      4.9705E-02 control   room Compartment Nuclide          Inventory    (Ci) at Time     (h) =  2 6.0000 Nuclide       Compartment        Dose Fract        Exposure      Decays         P athway   2    Pathway 3    Pathway     4 Atmosphere                             (Ci-hr)        (Bq-s)         Inflow          Inflow Outflow Br-82        1.6588E-04         1.0233E-04       5.2674E-04   7.0195E+10       1 .4930E-04     3.1937E-04     3.1088E-04 Br-83        2.5435E-06         7.3373E-08       1.0877E-05   1.4591E+09       3 .9248E-06     7.8522E-06     6.4932E-06 Kr-83m       4.6190E-03         2.4224E-08       2.0438E-02   2.7476E+12       1 .7048E-02     6.0226E-03     1.2144E-02 Kr-85        6.9609E-01         1.9300E-04       2.0525E+00   2.7340E+14       1 .3110E+00     4.6859E-01     1.2027E+00 Kr-85m       9.8748E-02         2.0225E-03       3.4218E-01   4.5752E+13       2 .4459E-01     8.7021E-02     2.0167E-01 S.-.   .4:.

NEDC 05-031 CCN 3Cl Attachment J                           Page J-40 of J-63 Kr-87      7.3239E-06    1.2778E-06       3.9249E-05  5.2982E+09     3.6468E-05      1.2828E-05    2.3462E-05 Kr-88      2.5945E-02    7.9779E-0:       9.8982E-02  1. 3264E+13    7.5333E-02      2. 6732E-02    5.8528E-02 1-130      3.7831E-04    3.4925E-04       1 .2489E-03 1. 6658E+ll    3. 6615E-04     7. 7595E-04    7.3824E-04 1-131      5.9026E-02    4.5570E-0: 1     1. 8426E-01 2.4546E+13     5. 1452E-02     1. 1052E-01    1.0868E-01 1-132      2.6218E-02    1.3287E-0; 2     1. 1358E-01 1.5240E+13     4. 1382E-02     8. 2570E-02     6.7837E-02 1-133      3.4828E-02    5.1641E-0 2      1. 1221E-01 1.4959E+13     3. 2213E-02     6. 8665E-02     6.6266E-02                       3 1-135      4.9918E-03    2.7334E-0 3      1. 7371E-02 2. 3197E+12    5.3249E-03      1. 1146E-02     1.0289E-02 Xe-129m     1.6589E-04   4.1122E-0 7      4 .9095E-04 6. 5401E+10    3. 1443E-04     1.1237E-04     2.8771E-04 Xe-131m    2.5441E-01    2.3116E-0' 4     7. 5201E-01 1.0017E+14     4.8120E-01      1.7198E-01     4.4068E-01 Xe-133     4.2480E+01    1.5525E-0: 1     1 .2594E+02 1. 6778E+16    8.0763E+01 2.8862E+01     7.3810E+01 Xe-133m     1.2395E+00   4.0104E-0: 3     3.7045E+00  4. 9360E+14    2.3895E+00      8. 5370E-01     2.1717E+00 Xe-135     1.0072E+01    3.0202E-0: 1     3.2119E+01  4. 2862E+15    2. 1684E+01 7.7325E+00      1.8874E+01 Xe-135m     6.1339E-03   4.4838E-0: 3     2 .7816E-01 3. 9435E+13    7. 0376E-01     2.2832E-01     1.7846E-01 Total       5.5003E+01   1.OOOOE+0( 0     0.OOOOE+00  0.OOOOE+00     1.0780E+02 3.8711E+01      9.7204E+01 control room Compartment Group Inv ntory Distribution:
Time (h) =     26.0000      Atmospher
* Sump Noble gases (Ci)            5.4878E+0:       [
0.OOOOE+00 Elemental I (Ci)            6.0921E-0: 3     O.O000OE+00 Organic I (Ci)              1.8842E-0 4      0.OOOOE+00 Aerosol I (Ci)              1.1933E-0
* 0.OOOOE+00 All Aerosols (Ci)           1.1933E-0
* O.OOOOE+00 All Aerosols (kg)           4.8561E-1(0      O.OOOOE+00 containment to environment Pathway Nuclide Inventory         (Ci)  at Time   (h)  = 26.0000 Nuclide          Filter    Decays      Transported Br-82        0.OOOOE+00  0.00E+00     4.4010E-01 Br-83        0.OOOOE+00  0.OOE+00     1.0813E-02 Kr-83m       0.OOOOE+00  0.OOE+00     8.2915E+00 Kr-85        0.OOOOE+00  0.OOE+00     6.4577E+02 Kr-85m       0.OOOOE+00  0.OOE+00     1.1988E+02 Kr-87        0.OOOOE+00  0.OOE+00     1.7654E-02 Kr-88        0.OOOOE+00  0.OOE+00     3.6816E+01 1-130        0.OOOOE+00  0.OOE+00     1.0692E+00 1-131        0.0000E+00  0.OOE+00     1.5230E+02 1-132        0.OOOOE+00  0.OOE+00     1.1370E+02 1-133        0.OOOOE+00  0.OOE+00     9.4620E+01 1-135        0.OOOOE+00  0.OOE+00     1.5357E+01 Xe-129m      0.OOOOE+00  0.OOE+00     1.5486E-01 Xe-131m      0.OOOOE+00  0.OOE+00     2.3700E+02 Xe-133       0.0000E+00  0.OOE+00     3.9774E+04 Xe-133m      0.OOOOE+00  0.OOE+00     1.1765E+03 Xe-135       0.OOOOE+00  0.OOE+00     1.0654E+04 Xe-135m      0.OOOOE+00  0.OOE+00     3.1265E+02 containment    to environment Transport Group Inventory:
          .TF

NEDC 05-031 CCN 3Cl Attachment J                            Page J-41 of J-63 Pathway Time (h) = 26.0000          Filtered      Transported Noble gases (Ci)          0.0OOOE+00      5.2965E+04 Elemental I (Ci)          0.OOOOE+00      1.8309E+01 Organic I (Ci)            0.OOOOE+00      5.6625E-01 Aerosol I (Ci)            0.OOOOE+00      3.5863E+02 All Aerosols (Ci)         0.OOOOE+00      3.5863E+02 All Aerosols (kg)         0.OOOOE+00      1.2620E-06 environment to control room Pathway Nuclide      Inventory   (Ci)   at Time (h)  =   26.0000 Nuclide         Filter     Decays    Transported      Activity Pathway 1 Br-82      7. 2001E-04  1. 68E+11   1.4930E-04      8.764E-04 Br-83     1. 1040E-05  3.30E+09    3.9248E-06      2.214E-05 Br-84     6. 0923E-17  5. 59E-02   1. 6481E-16     8.308E-16 Kr-83m    0.OOOOE+00   0.OOE+00    1.7048E-02      1.705E-02 Kr-85     0.OOOOE+00   0. OOE+00   1.3110E+00      1.311E+00 Kr-85m    0.OOOOE+00   0. 00E+00   2.4459E-01      2.446E-01 Kr-88     0.OOOOE+00   0. OOE+00   7.5333E-02      7.533E-02 1-130      1.6420E-03  3. 95E+ll   3. 6615E-04     2.105E-03 1-131     2.5620E-01   5. 89E+13   5. 1452E-02     3.076E-01 1-132     1. 1380E-01  3. 44E+13   4. 1382E-02     2.334E-01 1-133      1. 5117E-01 3. 57E+13   3.2213E-02      1.872E-01 1-134      1.7882E-09  8. 97E+05   1.7250E-09      9.461E-09 1-135     2.1666E-02   5. 45E+12   5.3249E-03      3.024E-02 Xe-129m    0.OOOOE+00  0. OOE+00   3. 1443E-04     3.144E-04 Xe-131m    0.OOOOE+00  0. OOE+00   4.8120E-01      4.812E-01 Xe-133     0.OOOOE+00  0. OOE+00   8. 0763E+01     8.076E+01 Xe-133m    0.OOOOE+00  0. OOE+00   2.3895E+00      2.390E+00 Xe-135     0.OOOOE+00  0. OOE+00   2. 1684E+01     2.168E+01 Xe-135m    0.OOOOE+00  0.OOE+00    7. 0376E-01     7.038E-01 environment to control room Transport Group Inventory:
Pathway Time (h) = 26.0000          Filtered       Transported Noble gases (Ci)          0.0000E+00       1.0767E+02 Elemental I (Ci)          2.6442E-02       6.3482E-03 Organic I (Ci)            8.1780E-04       1.9634E-04 Aerosol I (Ci)            5.1794E-01       1.2435E-01 All Aerosols (Ci)         5.1794E-01       1.2435E-01 All Aerosols (kg)         2.1077E-09       4.2684E-10 environment to control room Pathway Nuclide       Inventory   (Ci)  at Time  (h)  =  26.0000 Nuclide         Filter     Decays   Transported      Activity Pathway     1 Br-82      0.OOOOE+00   0 OOE+00    3.1937E-04     3.194E-04 Kr-83m     0.OOOOE+00   0 OOE+00    6.0226E-03     6.023E-03 Kr-85      0.OOOOE+00   0. OOE+00   4. 6859E-01    4.686E-01 Kr-85m      0.OOOOE+00  0. OOE+00   8.7021E-02     8.702E-02 Kr-88      0.OOOOE+00   0. OOE+00   2.6732E-02     2.673E-02 1-130       0.OOOOE+00  0. OOE+00   7.7595E-04     7.759E-04 1-131       0.OOOOE+00  0. OOE+00   1.1052E-01     1.105E-01 1-132       0.OOOOE+00  0. OOE+00   8.2570E-02     8.257E-02 1-133       0.OOOOE+00  0. OOE+00   6.8665E-02     6.867E-02 1-135       0.OOOOE+00  0. OOE+00   1.1146E-02     1.115E-02 Xe-129m     0.OOOOE+00  0 .OOE+00   1. 1237E-04    1.124E-04 Xe-131m     0.OOOOE+00  0. OOE+00   1.7198E-01     1.720E-01 Xe-133      0.OOOOE+00  0. OOE+00   2.8862E+01     2.886E+01 Xe-133m     0.OOOOE+00  0. OOE+00   8.5370E-01     8.537E-01

NEDC 05-031 CCN 3C1 Attachment J                             Page J-42 of J-63 Xe-135       0.OOOOE+00    0.OOE+00    7.7325E+00       7.733E+00 Xe-135m      0.OOOOE+00    0.OOE+00    2.2832E-01       2.283E-01 environment to control room Transport Group Inventory:
Pathway Time (h) = 26.0000             Filtered       Transported Noble gases (Ci)             0.0000E+00       3.8437E+01 Elemental I (Ci)             0.0000E+00       1.3289E-02 Organic I (Ci)               0.OOOOE+00       4. 11OOE-04 Aerosol I (Ci)               0.OOOOE+00       2.6030E-01 All Aerosols (Ci)            0.OOOOE+00       2.6030E-01 All Aerosols (kg)            0.OOOOE+00       9.1573E-10 control room to environment Pathway Nuclide          Inventory    (Ci)  at Time (h)  =   26.0000 Nuclide          Filter       Decays    Transported Br-82        3. 1088E-04   0. OOE+00   0.OOOOE+00 Br-83        6. 4932E-06   0 .OOE+00   0 OOOOE+00 Br-84        1. 3584E-16   0. OOE+00   0 OOOOE+00 Kr-83m       1. 2144E-02   0. OOE+00   2. 8979E-06 Kr-85        1. 2027E+00   0. OOE+00   3. 4374E-07 Kr-85m       2. 0167E-01   0. OOE+00   0 OOOOE+00 Kr-87        2 .3462E-05   0. OOE+00   0 OOOOE+00 Kr-88        5. 8528E-02   0 OOE+00    0 OOOOE+00 1-130        7. 3824E-04   0 OOE+00    0 OOOOE+00 1-131        1. 0868E-01   0 OOE+00    0.OOOOE+00 1-132        6.7837E-02    0. OOE+00   0.OOOOE+00 1-133        6.6266E-02    0 OOE+00    0.OOOOE+00 1-134        1.9639E-09    0. OOE+00   0.OOOOE+00 1-135        1.0289E-02    0. OOE+00   0.OOOOE+00 Xe-129m      2. 8771E-04   0. OOE+00   0.OOOOE+00 Xe-131m      4.4068E-01    0. OOE+00   3. 1922E-06 Xe-133       7.3810E+01    0. OOE+00   1. 3106E-02 Xe-133m      2.1717E+00    0. OOE+00   2. 8119E-05 Xe-135       1. 8874E+01   0 .OOE+00   2. 1618E-02 Xe-135m      1. 7846E-01   0 .OOE+00   4.7366E-03 control room to environment Transport Group Inventory:
Pathway Time (h) = 26.0000             Filtered       Transported Noble gases (Ci)             9. 6949E+01      3.9495E-02 Elemental I (Ci)             1.2325E-02       0.OOOOE+00 Organic I (Ci)               3. 8119E-04      0.OOOOE+00 Aerosol I (Ci)               2. 4142E-01      0.OOOOE+00 All Aerosols (Ci)            2 .4142E-01      0.OOOOE+00 All Aerosols (kg)            8. 9801E-10      0.OOOOE+00 ALION RADTRAD Version 3.10 Rev 2 run on          6/16/2011     at 13:31:55 Copyright &#xa9; 2009 Alion Science and Technology Exclusion Area Boundary Doses:
Time (h) =    32.0000      Whole Body      Thyroid           TEDE Delta dose (rem)            0.OOOOE+00     0.OOOOE+00     0.OOOOE+00 Accumulated dose (rem)      4.2504E-01     3. 3210E+01    1.4473E+00 Low Population Zone Doses:

NEDC 05-031 CCN 3C1 Attachment J                                  Page J-43 of J-63 Time (h) = 32.0000          Whole Body     Thyroid            TEDE Delta dose (rem)             2.0360E-04    1.8390E-02      7.6848E-04 Accumulated dose (rem)       2.3724E-01    1.8539E+01      8. 0790E-01 control room Doses:
Time      (h) = 32.0000     Whole Body     Thyroid            TEDE              Skin Delta dose (rem)             4.6993E-02    3. 6138E+01     1.1561E+00        2.8863E+00 Accumulated dose      (rem)  1.4401E-01    1.0532E+02      3.3809E+00        8.7044E+00 containment     Compartment Nuclide Inventory       (Ci)   at Time      (h)  =   32.0000 Nuclide       Compartment   Dose Fract        Exposure         Decays           Pathway    1 Atmosphere                        (Ci-hr)           (Bq-s)           Outflow Br-82     3.8094E-13    1. 4370E-04     1.1805E-01       1.5731E+13         4.4053E-01 Br-83     1.1532E-15    1. 2120E-07     2.8672E-03       3. 8434E+ll        1.0819E-02 Kr-83m    4.4674E-13    1. 6270E-08     2.1906E+00       2. 9420E+14        8.2955E+00 Kr-85     6.5058E-10    1. 0215E-04     1.7336E+02       2.3092E+16         6.4642E+02 Kr-85m    3.6477E-11    1. 1840E-03     3.1969E+01       4. 2727E+15        1.1996E+02 Kr-87     2.6006E-16    9.4 494E-07     4.6321E-03       6. 2434E+II        1.7660E-02 Kr-88     5.6069E-12    4. 9400E-03     9.7812E+00       1. 3098E+15        3.6839E+01 1-130     6.9812E-13    5. 0175E-04     2 .8 634E-01     3. 8187E+13        1.0701E+00 1-131     1.4924E-10    6. 3351E-01     4.0881E+01       5. 4457E+15        1.5246E+02 1-132     1.1105E-11    2. 2091E-02     3.0135E+01       4. 0405E+15        1.1376E+02 1-133     7.3673E-11    7. 3145E-02     2.5365E+01       3.3811E+15         9.4709E+01 1-134     9.2645E-21    7 .7802E-10     1.1032E-06       1.4948E+08         4.2475E-06 1-135     6.8741E-12    4. 0467E-03     4. 1040E+00      5. 4792E+14        1.5369E+01 Xe-129m    1.5173E-13    2. 1816E-07     4. 1567E-02      5.5371E+12         1.5502E-01 Xe-131m    2.3437E-10    1.2254E-04      6.3618E+01       8. 4744E+15        2.3724E+02 Xe-133     3.8452E-08    8.2457E-02      1.0675E+04       1.4221E+18         3.9814E+04 Xe-133m    1.0705E-09    2.1412E-03      3.1565E+02       4. 2056E+16        1.1776E+03 Xe-135     5.9608E-09    1.6799E-01      2.8511E+03       3.8037E+17         1.0663E+04 Xe-135m    1.0970E-12    7.6274E-03      7.5512E+01       1.0635E+16         3.1266E+02 Total      4.6654E-08    1.OOOOE+00      0.0000E+00       0.OOOOE+00         5.3394E+04 environment Integral Nuclide Release         (Ci): at Time      (h)   =    32.0000 Nuclide       Compartment   Dose Fract Atmosphere    Pathway    1 Br-82      4.3960E-01       0.00014 Br-83      1.0796E-02       0.00000 Kr-83m     8.2783E+00       0.00000 Kr-85      6.4507E+02       0.00010 Kr-85m     1.1971E+02       0.00119 Kr-87      1.7623E-02       0.00000 Kr-88      3.6762E+01       0.00498 1-130      1.0679E+00       0.00050 1-131      1.5214E+02       0.63239 1-132      1.1353E+02       0.02232 1-133      9.4511E+01       0.07311 1-134      4.2388E-06       0.00000 1-135      1.5337E+01       0.00406 Xe-129m     1.5469E-01       0.00000 Xe-131m     2.3674E+02       0.00012 Xe-133      3.9730E+04       0.08232 Xe-133m     1.1751E+03       0.00214 Xe-135      1.0641E+04       0.16818 Xe-135m     3.1209E+02       0.00845 environment Compartment Group Inventory Distribution:
ii -~.- ==,....

NEDC 05-031 CCN 3C1 Attachment J                          Page J-44 of J-63 Total       Release Time (h) = 32.0000         Release      Rate/s Noble gases (Ci)         5.2906E+04    1.8370E+00 Elemental I (Ci)         1.8286E+01    6.3493E-04 Organic I (Ci)           5. 6554E-01   1.9637E-05 Aerosol I (Ci)           3.5818E+02    1.2437E-02 All Aerosols (Ci)        3. 5818E+02   1.2437E-02 control room Compartment Nuclide     Inventory    (Ci) at Time   (h) = 32.0000 Nuclide     Compartment    Dose Fract      Exposure      Decays       Pathway   2    Pathway 3    Pathway   4 Atmosphere                        (Ci-hr)       (Bq-s)        Inflow         Inflow Outflow Br-82      4.3404E-06     1.0256E-04     7.8904E-04    1.0515E+ll    1.4930E-04     3.1960E-04    4.6754E-04 Br-83      1.3140E-08     6.1839E-08     1.3700E-05    1.8379E+09    3.9248E-06     7.8556E-06    8.2026E-06 Kr-83m     1.5126E-05     1.9913E-08     2.5108E-02    3.3756E+12    1.7066E-02     6.0248E-03    1.4984E-02 Kr-85      2.0500E-02     2.0053E-04     3.1872E+00    4.2454E+14    1.3119E+00     4.6895E-01    1.8797E+00 Kr-85m     1.1494E-03     1.8644E-03     4.7143E-01    6.3035E+13    2.4471E-01     8.7071E-02    2.7938E-01 Kr-87      8.1944E-09     9.9192E-07     4.5536E-05    6.1471E+09    3.6477E-05     1.2832E-05    2.7317E-05 Kr-88      1.7667E-04     6.9769E-03     1.2937E-01    1.7336E+13    7.5365E-02     2.6745E-02    7.6883E-02 1-130      7.9542E-06     3.3974E-04     1.8157E-03    2.4219E+ll    3.6615E-04     7.7649E-04    1.0774E-03 1-131      1.7005E-03     4.6318E-01     2.7991E-01    3.7287E+13    5.1452E-02     1.1060E-01    1.6576E-01 1-132      1.2653E-04     1.1140E-02     1.4231E-01    1.9097E+13    4.1382E-02     8.2605E-02    8.5242E-02 1-133      8.3942E-04     5.1167E-02     1.6617E-01    2.2152E+13    3.2213E-02     6.8715E-02    9.8511E-02 1-135     7.8323E-05      2.5640E-03     2.4352E-02    3.2521E+12    5.3249E-03     1.1153E-02    1.4477E-02 Xe-129m    4.7809E-06     4.2586E-07     7.5987E-04    1.0122E+ll    3.1464E-04     1.1246E-04    4.4819E-04 Xe-131m   7.3958E-03      2.3966E-04     1.1652E+00    1.5522E+14    4.8157E-01     1.7211E-01    6.8725E-01 Xe-133     1.2127E+00     1.6053E-01     1.9463E+02    2.5928E+16    8.0822E+01 2.8884E+01     1.1480E+02 Xe-133m    3.3810E-02     4.1179E-03     5.6851E+00    7.5750E+14    2.3914E+00     8. 5434E-01    3.3542E+00 Xe-135     1.8927E-01     2.9442E-01     4.6795E+01    6.2447E+15    2.1703E+01 7.7377E+00    2.7663E+01 Xe-135m    1.5402E-03     3.1569E-03     2.9269E-01    4.1311E+13    7.4316E-01     2.2832E-01    1.8702E-01 Total     1.4694E+00      1.OOOOE+00     0.OOOOE+00    0.OOOOE+00    1.0792E+02 3.8739E+01    1.4931E+02 control room Compartment    Group Inventory Distribution:
Time (h) = 32.0000          Atmosphere         Sump Noble gases (Ci)            1.4666E+00     0.OOOOE+00 Elemental I (Ci)            1.3372E-04     0.0000E+00 Organic I (Ci)              4.1356E-06     O.OOOOE+00 Aerosol I (Ci)              2.6192E-03     0.OOOOE+00 All Aerosols (Ci)           2.6192E-03     0.OOOOE+00 All Aerosols (kg)           1.3775E-11     O.OOOOE+00

NEDC 05-031 CCN 3C1 Attachment J                              Page J-45 of J-63 containment to environment Pathway Nuclide Inventory       (Ci)   at Time  (h)   =   32.0000 Nuclide         Filter     Decays   Transported Br-82       0.OOOOE+00  0. OOE+00  4.4053E-01 Br-83       0.OOOOE+00  0.OOE+00   1. 0819E-02 Kr-83m      o.0000E+00  0.00E+00   8.2955E+00 Kr-85       0.OOOOE+00  0. OOE+00  6.4642E+02 Kr-85m      0.OOOOE+00  0.OOE+00   1. 1996E+02 Kr-87       0.OOOOE+00  0.OOE+00   1.7660E-02 Kr-88       0.OOOOE+00  0. OOE+00  3. 6839E+01 1-130       0OOOOE+00   0.OOE+00   1. 0701E+00 1-131       0.OOOOE+00  0.OOE+00   1.5246E+02 1-132       0.OOOOE+00  0. 00E+00  1.137 6E+02 1-133       0.OOOOE+00  0. OOE+00  9. 4709E+01 1-135       0.OOOOE+00  0.OOE+00   1. 5369E+01 Xe-129m     0.OOOOE+00  0.00E+00   1. 5502E-01 Xe-131m     0.OOOOE+00  0.OOE+00   2.3724E+02 Xe-133      0.OOOOE+00  0. OOE+00  3. 9814E+04 Xe-133m     0.OOOOE+00  0.OOE+00   1. 177 6E+03 Xe-135      0.OOOOE+00  0. OOE+00  1.0663E+04 Xe-135m     0.OOOOE+00  0. OOE+00  3.12 66E+02 containment  to environment Transport Group Inventory:
Pathway Time (h) = 32.0000          Filtered      Transported Noble gases (Ci)          0.OOOOE+00      5.3016E+04 Elemental I (Ci)          0.0000E+00      1.8324E+01 Organic I (Ci)            0.OOOOE+00      5.6673E-01 Aerosol I (Ci)            0.OOOOE+00      3.5893E+02 All Aerosols (Ci)         0.OOOOE+00      3.5893E+02 All Aerosols (kg)         0.0000E+00      1.2632E-06 environment to control room Pathway Nuclide Inventory        (Ci)  at Time   (h)   =  32.0000 Nuclide         Filter     Decays   Transported       Activity Pathway    1 Br-82       6.4052E-04  7. 11E+11  1.4930E-04      9. 559E-04 Br-83       1. 9391E-06 7. 49E+09  3.9248E-06      3. 124E-05 Br-84       2.3837E-20  6.21E-02   1. 6481E-16     8. 917E-16 Kr-83m      0.OOOOE+00  0.OOE+00   1.7066E-02      1 .707E-02 Kr-85       0.OOOOE+00  0. 00E+00  1. 3119E+00     1. 312E+00 Kr-85m      0.OOOOE+00  0. OOE+00  2. 4471E-01     2. 447E-01 Kr-88       0.OOOOE+00  0.00E+00   7. 5365E-02     7. 536E-02 1-130      1. 1738E-03 1.51E+12   3. 6615E-04     2. 573E-03 1-131      2. 5094E-01 2. 62E+14  5. 1452E-02     3. 129E-01 1-132      1.8672E-02  7. 65E+13  4 1382E-02      3. 285E-01 1-133      1.2387E-01  1.45E+14   3.2213E-02      2. 145E-01 1-134      1. 5577E-11 1.20E+06    1. 7250E-09    1. 123E-08 1-135      1. 1558E-02 1. 83E+13  5. 3249E-03     4. 034E-02 Xe-129m     0.OOOOE+00  0.OOE+00   3. 1464E-04     3. 146E-04 Xe-131m     0.OOOOE+00  0 OOE+00    4 .8157E-01    4. 816E-01 Xe-133      0.OOOOE+00  0. OOE+00   8. 0822E+01    8 .082E+01 Xe-133m     O.OOOOE+00  0 OOE+00   2. 391-IE+00    2. 391E+00 Xe-135      0.OOOOE+00  0 OOE+00   2. 1703E+01     2. 170E+01 Xe-135m     0.OOOOE+00  0 OOE+00   7. 4316E-01     7. 432E-01 environment  to control room Transport Group Inventory:
Pathway Time   (h) = 32.0000        Filtered      Transported

NEDC 05-031 CCN 3C1 Attachment J                           Page J-46 of J-63 Noble gases (Ci)           O.0000E+00       1.0779E+02 Elemental I (Ci)           1.9733E-02       6.3482E-03 Organic I (Ci)             6. 1029E-04      1.9634E-04 Aerosol I (Ci)             3. 8652E-01      1.2435E-01 All Aerosols (Ci)          3.8652E-01       1.2435E-01 All Aerosols (kg)          2.0328E-09       4.2684E-10 environment to control room Pathway Nuclide Inventory         (Ci)  at Time (h)  =   32.0000 Nuclide          Filter     Decays    Transported      Activity Pathway    1 Br-82      0.OOOOE+00    0. OOE+00   3. 1960E-04     3.196E-04 Kr-83m     0.0000E+00    0.OOE+00    6.0248E-03      6.025E-03 Kr-85      0.OOOOE+00    0. OOE+00   4. 6895E-01     4.690E-01 Kr-85m     0.OOOOE+00    0. OOE+00   8. 7071E-02     8.707E-02 Kr-88      0.OOOOE+00    0. OOE+00   2.6745E-02      2.674E-02 1-130      0.OOOOE+00     0.OOE+00   7.7649E-04      7.765E-04 1-131       0.OOOOE+00   0. OOE+00   1. 1060E-01     1.106E-01 1-132      0.OOOOE+00   0. OOE+00   8.2605E-02      8.261E-02 1-133      0.OOOOE+00   0. OOE+00   6. 8715E-02     6.872E-02 1-135      0.OOOOE+00   0 . OOE+00  1.1153E-02      1.115E-02 Xe-129m     0.OOOOE+00    0. OOE+00  1. 1246E-04     1. 125E-04 Xe-131m     0.OOOOE+00    0. OOE+00  1.7211E-01      1. 721E-01 Xe-133      0.OOOOE+00    0. OOE+00  2 . 6884E+01    2. 888E+01 Xe-133m     0.OOOOE+00    0.OOE+00   8.5434E-01      8. 543E-01 Xe-135      0.OOOOE+00    0. OOE+00  7.7377E+00      7. 738E+00 Xe-135m     0.OOOOE+00    0. OOE+00  2. 2832E-01     2. 283E-01 environment to control room Transport Group Inventory:
Pathway Time (h) = 32.0000            Filtered      Transported Noble gases (Ci)            0.0000E+00      3.8465E+01 Elemental I (Ci)            0.OOOOE+00      1.3298E-02 Organic I (Ci)              0.OOOOE+00      4.1127E-04 Aerosol I (Ci)              0.OOOOE+00      2.6047E-01 All Aerosols (Ci)           0.OOOOE+00      2.6047E-01 All Aerosols (kg)           0.OOOOE+00      9.1643E-10 control room to environment     Pathway Nuclide Inventory      (Ci) at Time (h)   =  32.0000 Nuclide          Filter      Decays   Transported Br-82       4.6754E-04   0. OOE+00  0.000OE+00 Br-83      8.2026E-06    0.0OE+00   0.OOOOE+00 Br-84       1. 4034E-16  0. OOE+00  0.OOOOE+00 Kr-83m      1.4984E-02   0. OOE+00  2.0794E-05 Kr-85       1.8797E+00   0. OOE+00  2.7865E-06 Kr-85m      2 .7938E-01  0 OOE+00   0.0000E+00 Kr-87       2.7317E-05   0. OOE+00  0.OOOOE+00 Kr-88       7.6883E-02   0 OOE+00   0.OOOOE+00 1-130       1.0774E-03   0. OOE+00  0.0000E+00 1-131       1.6576E-01   0. OOE+00  0.OOOOE+00 1-132       8.5242E-02   0. OOE+00  0.OOOOE+00 1-133       9.8511E-02   0. OOE+00  0.OOOOE+00 1-134       2.1433E-09   0. OOE+00  0.OOOOE+00 1-135       1.4477E-02   0. OOE+00  0.OOOOE+00 Xe-129m     4. 4819E-04  0. OOE+00  0.OOOOE+00 Xe-131m     6.8725E-01   0. OOE+00  2.7474E-05 Xe-133      1. 1480E+02  0. OOE+00  1. 1724E-01 Xe-133m     3.3542E+00   0.OOE+00   2.3658E-04 Xe-135      2. 7663E+01  0. OOE+00   1. 0898E-01 Xe-135m     1.8702E-01   0.OOE+00   3.7885E-02

NEDC 05-031 CCN 3Cl Attachment J                               Page J-47 of J-63 control room to environment Transport Group Inventory:
Pathway Time (h) = 32.0000             Filtered      Transported Noble gases (Ci)              1.4894E+02     2. 6439E-01 Elemental I (Ci)              1.7729E-02     0 OOOOE+00 Organic I (Ci)                5.4831E-04     0 OOOOE+00 Aerosol I (Ci)                3.4726E-01     0 OOOOE+00 All Aerosols (Ci)             3.4726E-01     0 OOOOE+00 All Aerosols (kg)             1.3655E-09     0 OOOOE+00 ALION RADTRAD Version 3.10 Rev 2 run on           6/16/2011     at 13:31:55 Copyright &#xa9; 2009 Alion Science and Technology
        ###############################################E#######################
Exclusion Area Boundary Doses:
Time (h) = 48.0000         Whole Body     Thyroid            TEDE Delta dose (rem)            0.OOOOE+00    0.OOOOE+00      0.OOOOE+00 Accumulated dose (rem)      4. 2504E-01   3 .3210E+01     1.4473E+00 Low Population Zone Doses:
Time (h) = 48.0000         Whole Body     Thyroid            TEDE Delta dose (rem)            3.7428E-14    2. 2935E-12     1.0767E-13 Accumulated dose (rem)      2.3724E-01    1.8539E+01      8.0790E-01 control room Doses:
Time (h) =    48.0000      Whole Body     Thyroid            TEDE           Skin Delta dose (rem)            1.1226E-03    1.0526E+00      3.3349E-02     7. 0210E-02 Accumulated dose (rem)      1.4513E-01    1.0637E+02      3. 4142E+00    8.7746E+00 containment Compartment Nuclide       Inventory    (Ci)   at Time    (h) =   48.0000 Nuclide     Compartment      Dose Fract       Exposure         Decays        Pathway   1 Atmosphere                          (Ci-hr)          (Bq-s)         Outflow Br-82       2.7953E-37      1.4370E-04     1. 1805E-01      1. 5731E+13     4.4053E-01 Br-83       1.1186E-41      1.2120E-07     2 .8672E-03      3.8 434E+Il     1.0819E-02 Kr-83m      1.0837E-39      1.6270E-08     2. 1906E+00      2. 9420E+14     8.2955E+00 Kr-85       6.5353E-34      1.0215E-04     1 .7336E+02      2. 3092E+16     6.4642E+02 Kr-85m      3.0827E-36      1.1840E-03     3. 1969E+01      4. 2727E+15     1.1996E+02 Kr-87       4.2614E-44      9.4494E-07     4. 6321E-03      6.2434E+II      1.7660E-02 Kr-88       1.1345E-37      4.9400E-03     9. 7812E+00      1. 3098E+15     3.6839E+01 1-130       2.8593E-37      5.0175E-04     2. 8634E-01      3. 8187E+13     1.0701E+00 1-131       1.4156E-34      6.3351E-01     4. 0881E+01      5. 4457E+15     1.5246E+02 1-132       8.9829E-38      2.2091E-02     3. 0135E+01      4 0405E+15      1.1376E+02 1-133       4.3427E-35      7.3145E-02     2. 5365E+01      3. 3811E+15     9.4709E+01 1-134       2.9837E-50      7.7802E-10     1. 1032E-06      1.4948E+08      4.2475E-06 1-135       1.2899E-36      4.0467E-03     4 .1040E+00      5. 4792E+14     1.5369E+01 Xe-129m     1.4388E-37      2.1816E-07     4. 1567E-02      5. 5371E+12     1.5502E-01 Xe-131m     2.2655E-34      1.2254E-04     6. 3618E+01      8 .4744E+15     2.3724E+02 Xe-133      3.5460E-32      8.2457E-02     1. 0675E+04      1. 4221E+18     3.9814E+04 Xe-133m     8.7104E-34      2.1412E-03     3. 1565E+02      4. 2056E+16     1.1776E+03 Xe-135      1.7699E-33      1.6799E-01     2. 8511E+03      3. 8037E+17     1.0663E+04 Xe-135m     2.0585E-37      7.6274E-03     7. 5512E+01      1.0635E+16      3.1266E+02 Total       3.9171E-32      1.0000E+00     0. 0000E+00      0 OOOOE+00      5.3394E+04
~L4 .,~               --- ~

NEDC 05-031 CCN 3C1 Aftachment J                            Page J-48 of J-63 environment   Integral Nuclide Release       (Ci): at Time  (h)   =   48.0000 Nuclide      Compartment    Dose Fract Atmosphere      Pathway    I Br-82       4.3960E-01        0.00014 Br-83       1.0796E-02        0.00000 Kr-83m      8.2784E+00        0.00000 Kr-85       6.4507E+02        0.00010 Kr-85m      1.1971E+02        0.00119 Kr-87       1.7623E-02        0.00000 Kr-88       3.6762E+01        0.00498 1-130       1.0679E+00        0.00050 1-131       1.5214E+02        0.63239 1-132       1.1353E+02        0.02232 1-133       9.4511E+01        0.07311 1-134       4.2388E-06        0.00000 1-135       1.5337E+01        0.00406 Xe-129m     1.5469E-01        0.00000 Xe-131m     2.3674E+02        0.00012 Xe-133      3.9731E+04        0.08232 Xe-133m     1.1751E+03        0.00214 Xe-135      1.0642E+04        0.16818 Xe-135m     3.1218E+02        0.00845 environment   Compartment Group Inventory Distribution:
Total          Release Time (h) =    48.0000       Release         Rate/s Noble gases (Ci)          5.2906E+04      6. 1234E-01 Elemental I (Ci)          1.8286E+01      2. 1164E-04 Organic I (Ci)            5. 6554E-01     6.5456E-06 Aerosol I (Ci)            3.5818E+02      4.1456E-03 All Aerosols (Ci)         3.5818E+02      4.1456E-03 control room Compartment Nuclide Inventory          (Ci) at Time     (h) =  48.0000 Nuclide      Compartment    Dose Fract        Exposure      Decays         Pathway   2    Pathway 3    Pathway    4 Atmosphere                          (Ci-hr)        (Bq-s)         Inflow         Inflow Outflow Br-82       2.6056E-10     1.0257E-04       7.9604E-04   1.0608E+II       1.4930E-04     3.1960E-04     4.7174E-04 Br-83       1.0427E-14     6.1367E-08       1.3715E-05   1.8399E+09       3.9248E-06     7.8556E-06     8.2114E-06 Kr-83m      1.1575E-08     1.9754E-08       2.5126E-02   3.3780E+12       1.7068E-02     6.0248E-03     1.4995E-02 Kr-85       1.6847E-06     2.0092E-04       3.2213E+00   4.2908E+14       1.3119E+00     4.6895E-01     1.9002E+00 Kr-85m      7.9466E-09     1.8542E-03       4.7295E-01   6.3238E+13       2.4471E-01     8.7071E-02     2.8030E-01 Kr-87       1.0985E-16     9.8345E-07       4.5543E-05   6.1481E+09       3.6477E-05     1.2832E-05     2.7321E-05 Kr-88       2.9245E-10     6.9274E-03       1.2958E-01   1.7364E+13       7.5365E-02     2.6745E-02     7.7009E-02 1-130       2.6653E-10     3.3903E-04       1.8278E-03   2.4380E+II       3.6615E-04     7.7649E-04     1.0846E-03 1-131       1.3196E-07     4.6377E-01       2.8272E-01   3.7662E+13       5.1452E-02     1.1060E-01     1.6745E-01 1-132       8.3733E-11     1.1054E-02       1.4245E-01   1.9116E+13       4.1382E-02     8.2605E-02     8.5327E-02 1-133       4.0480E-08     5.1126E-02       1.6749E-01   2.2328E+13       3.2213E-02     6.8715E-02     9.9307E-02

NEDC 05-031 CCN 3C1 Attachment J                          Page J-49 of J-63 1-135      1.2024E-09     2.5533E-03      2.4463E-02  3.2669E+12    5.3249E-03       1.1153E-02     1.4543E-02 Xe-129m    3.7089E-10     4.2656E-07      7.6778E-04  1.0228E+Il    3.1464E-04       1.1246E-04     4.5294E-04 Xe-131m     1.2463E-05    2.4011E-04      1.1777E+00  1.5687E+14    4.8167E-01       1.7211E-01     6.9471E-01 Xe-133      8.5596E-04    1.6078E-01      1.9664E+02  2. 6196E+16   8. 0830E+01 2.8884E+01      1.1601E+02 Xe-133m     5.6258E-05    4.1224E-03      5.7411E+00  7. 6495E+14   2.3920E+00       8. 5434E-01     3.3878E+00 Xe-135      3.2193E-04    2.9367E-01      4.7084E+01  6. 2832E+15   2.1709E+01 7.7377E+00     2.7837E+01 Xe-135m    3.0174E-04     3.2598E-03      3.0488E-01  4.2828E+13    7 .7973E-01      2. 2832E-01     1.9391E-01 Total       1.5502E-03    1. OOOOE+00     0.OOOOE+00  0.OOOOE+00    1.0797E+02 3.8739E+01      1.5077E+02 control room Compartment Group Inventory Distribution:
Time (h) = 48.0000           Atmosphere          Sump Noble gases (Ci)             1.5501E-03      0.OOOOE+00 Elemental I (Ci)             8.4511E-09      0.0000E+00 Organic I (Ci)               2.6138E-10      0.OOOOE+00 Aerosol I (Ci)               1.6554E-07      0.OOOOE+00 All Aerosols (Ci)            1.6554E-07      0.0000E+00 All Aerosols (kg)            1.0458E-15      0.OOOOE+00 containment to environment Pathway Nuclide Inventory        (Ci)  at Time   (h)  =  48.0000 Nuclide           Filter     Decays    Transported Br-82        0.OOOOE+00   0. OOE+00   4.4053E-01 Br-83        0.OOOOE+00   0.OOE+00    1. 0819E-02 Kr-83m       0.0000E+00   0.OOE+00    8.2955E+00 Kr-85        0.OOOOE+00   0. OOE+00   6.4642E+02 Kr-85m       0.OOOOE+00   0. OOE+00   1. 1996E+02 Kr-87        0.OOOOE+00   0. OOE+00   1.7660E-02 Kr-88        0.OOOOE+00   0.OOE+00    3. 6839E+01 1-130        0.OOOOE+00   0. OOE+00   1. 0701E+00 1-131        0.OOOOE+00   0. OOE+00   1.5246E+02 1-132        0.0000E+00   0.OOE+00    1. 1376E+02 1-133        0.OOOOE+00   0. OOE+00   9.4709E+01 1-135        0.OOOOE+00   0.OOE+00    1. 5369E+01 Xe-129m      0.OOOOE+00   0. OOE+00   1.5502E-01 Xe-131m      0.OOOOE+00   0. OOE+00   2.3724E+02 Xe-133       0.0000E+00   0.OOE+00    3. 9814E+04 Xe-133m      0.OOOOE+00   0. OOE+00   1. 1776E+03 Xe-135       0.OOOOE+00   0. OOE+00   1.0663E+04 Xe-135m      0.OOOOE+00   0.OOE+00    3.1266E+02 containment to environment Transport Group Inventory:
Pathway Time (h) = 48.0000             Filtered      Transported Noble gases (Ci)             0.OOOOE+00      5.3016E+04 Elemental I (Ci)             0.OOOOE+00      1.8324E+01 Organic I (Ci)               0.OOOOE+00      5.6673E-01 Aerosol I (Ci)               0.OOOOE+00      3.5893E+02 All Aerosols (Ci)            0.OOOOE+00      3.5893E+02 All Aerosols (kg)            0.OOOOE+00      1.2632E-06 environment to control room Pathway Nuclide Inventory        (Ci)  at Time   (h)  =  48.0000 rUL.V..            -      ,
TV-

NEDC 05-031 CCN 3Cl Aftachment J                          Page J-50 of J-63 Nuclide        Filter       Decays   Transported      Activity Pathway   1 Br-82      4.6783E-04    1.88E+12   1.4930E-04      9.824E-04 Br-83      1.8721E-08    8.37E+09   3.9248E-06      3.188E-05 Br-84      1.9479E-29    6.21E-02   1.6481E-16      8.917E-16 Kr-83m     0.0000E+00    0.00E+00   1.7068E-02      1.707E-02 Kr-85      0.0000E+00    0.00E+00   1.3119E+00      1.312E+00 Kr-85m     0.0000E+00    0.00E+00   2.4471E-01      2.447E-01 Kr-88      0.OOOOE+00    0.OOE+00   7.5365E-02      7.536E-02 1-130      4.7854E-04    3.16E+12   3.6615E-04      2.698E-03 1-131      2.3692E-01    7.81E+14   5.1452E-02      3.148E-01 1-132      1.5034E-04    8.47E+13   4.1382E-02      3.351E-01 1-133      7.2681E-02    3.50E+14   3.2213E-02      2.229E-01 1-134      4.9936E-17    1.20E+06   1.7250E-09      1.124E-08 1-135      2.1589E-03    3.03E+13   5.3249E-03      4.238E-02 Xe-129m    0.0000E+00    0.00E+00   3.1464E-04      3.146E-04 Xe-131m    0.0000E+00    0.OOE+00   4.8167E-01      4.816E-01 Xe-133     0.OOOOE+00    0.OOE+00   8.0830E+01      8.082E+01 Xe-133m    0.OOOOE+00    0.00E+00   2.3920E+00      2.392E+00 Xe-135     0.0000E+00    0.00E+00   2.1709E+01      2.170E+01 Xe-135m    0.0000E+00    0.OOE+00   7.7973E-01      7.457E-01 environment to control room Transport Group Inventory:
Pathway Time (h) = 48.0000           Filtered     Transported Noble gases (Ci)           0.0000E+00     1.0784E+02 Elemental I (Ci)           1.5174E-02     6.3482E-03 Organic I (Ci)             4.6929E-04     1.9634E-04 Aerosol I (Ci)             2.9722E-01     1.2435E-01 All Aerosols (Ci)          2.9722E-01     1.2435E-01 All Aerosols (kg)          1.8777E-09     4.2684E-10 environment to control room Pathway Nuclide Inventory        (Ci) at Time (h)  =   48.0000 Nuclide        Filter       Decays   Transported      Activity Pathway   1 Br-82      0.OOOOE+00    0. OOE+00  3. 1960E-04     3.196E-04 Kr-83m     0.OOOOE+00    0. OOE+00  6.0248E-03      6.025E-03 Kr-85      0.OOOOE+00    0. OOE+00  4. 6895E-01     4.690E-01 Kr-85m     0.OOOOE+00    0. OOE+00  8. 7071E-02     8.707E-02 Kr-88      0.OOOOE+00    0. OOE+00  2.6745E-02      2.674E-02 1-130      0.OOOOE+00    0 OOE+00   7.7649E-04      7.765E-04 1-131      0.0000E+00    0. OOE+00  1.1060E-01      1.106E-01 1-132      0.OOOOE+00    0 OOE+00   8.2605E-02      8.261E-02 1-133      0.0000E+00    0 OOE+00   6.8715E-02      6.872E-02 1-135      0.OOOOE+00    0. OOE+00  1. 1153E-02     1.115E-02 Xe-129m    0.OOOOE+00    0. OOE+00  1. 1246E-04     1.125E-04 Xe-131m    0.OOOOE+00    0 00E+00   1.7211E-01      1.721E-01 Xe-133     0.OOOOE+00    0. OOE+00  2.8884E+01      2.888E+01 Xe-133m    0.OOOOE+00    0 OOE+00   8. 5434E-01     8.543E-01 Xe-135     0.OOOOE+00    0 OOE+00   7.7377E+00      7.738E+00 Xe-135m    0.OOOOE+00    0 OOE+00   2. 2832E-01     2.283E-01 environment to control room Transport Group Inventory:
Pathway Time (h) =  48.0000          Filtered     Transported Noble gases (Ci)           0.OOOOE+00     3.8465E+01 Elemental I (Ci)           0.OOOOE+00     1.3298E-02 Organic I (Ci)             0.OOOOE+00     4.1127E-04 Aerosol I (Ci)             0.OOOOE+00     2. 6047E-01 All Aerosols (Ci)          0.OOOOE+00     2.6047E-01 Z-  T:a

NEDC 05-031 CCN 3C1 Attachment J                             Page J-51 of J-63 All Aerosols   (kg)          0.OOOOE+00       9.1643E-10 control room to environment Pathway Nuclide         Inventory    (Ci)  at Time  (h)  =  48.0000 Nuclide         Filter        Decays    Transported Br-82       4.7174E-04     0. 00E+00   0.OOOOE+00 Br-83       8.2114E-06     0. OOE+00   0.OOOOE+00 Br-84       1. 4034E-16    0. OOE+00   0.OOOOE+00 Kr-83m      1.4995E-02     0. OOE+00   7.0434E-05 Kr-85       1.9002E+00     0. OOE+00   9. 7225E-06 Kr-85m      2. 8030E-01    0. OOE+00   0 OOOOE+00 Kr-87       2. 7321E-05    0. OOE+00   0 OOOOE+00 Kr-88       7. 7009E-02    0. OOE+00   0. OOOOE+00 1-130       1. 0846E-03    0. OOE+00   0 OOOOE+00 1-131       1. 6745E-01    0.OOE+00    0 OOOOE+00 1-132       8. 5327E-02    0. OOE+00   0 OOOOE+00 1-133       9. 9307E-02    0. OOE+00   0 OOOOE+00 1-134       2. 1434E-09    0.OOE+00    0 OOOOE+00 1-135       1. 4543E-02    0. OOE+00   0 OOOOE+00 Xe-129m     4. 5294E-04    0. OOE+00   0 OOOOE+00 Xe-131m      6. 9471E-01   0. OOE+00   9. 8922E-05 Xe-133       1. 1601E+02   0. OOE+00   4. 2383E-01 Xe-133m     3. 3878E+00    0. OOE+00   8. 4415E-04 Xe-135      2. 7837E+01    0. OOE+00   3. 5236E-01 Xe-135m     1. 9391E-01    0.OOE+00    1. 3270E-01 control room to environment Transport Group Inventory:
Pathway Time (h) = 48.0000             Filtered       Transported Noble gases (Ci)              1.5040E+02      9.0992E-01 Elemental I (Ci)              1.7857E-02      0.OOOOE+00 Organic I (Ci)                5.5228E-04      0.OOOOE+00 Aerosol I (Ci)                3.4978E-01      0.OOOOE+00 All Aerosols (Ci)             3.4978E-01      0.OOOOE+00 All Aerosols (kg)             1.3791E-09      0.OOOOE+00 ALION RADTRAD Version 3.10 Rev 2 run on           6/16/2011    at 13:31:56 Copyright &#xa9; 2009 Alion Science and Technology Exclusion Area    Boundary  Doses:
Time (h) = 120.0000        Whole Body      Thyroid          TEDE Delta dose (rem)            0.OOOOE+00     0.OOOOE+00    0.OOOOE+00 Accumulated dose (rem)      4.2504E-01     3. 3210E+01   1.4473E+00 Low Population    Zone Doses:
Time (h) = 120.0000        Whole Body      Thyroid          TEDE Delta dose (rem)            7.5408E-39     9.2399E-37    3.5769E-38 Accumulated dose (rem)      2. 3724E-01    1 .8539E+01   8. 0790E-01 control room Doses:
Time (h) = 120.0000        Whole Body      Thyroid          TEDE           Skin Delta dose (rem)            1.1275E-05     4.7790E-05    1.2734E-05     5.5879E-04 Accumulated dose (rem)      1.4514E-01     1.0637E+02    3. 4142E+00    8.7752E+00

NEDC 05-031 CCN 3C1 Attachment J                               Page J-52 of J-63 containment Compartment Nuclide Inventory          (Ci)  at Time    (h)   = 120.0000 Nuclide    Compartment     Dose Fract        Exposure        Decays          Pathway    1 Atmosphere                           (Ci-hr)         (Bq-s)          Outflow Br-82   6.9413-146      1.4370E-04       1.1805E-01     1. 5731E+13       4.4053E-01 Br-83   9.7499-159      1.2120E-07       2.8672E-03     3. 8434E+II       1.0819E-02 Kr-83m  4.3258-158      1.6270E-08       2.1906E+00     2. 9420E+14       8.2955E+00 Kr-85   6.6689-142      1.0215E-04       1.7336E+02     2 . 3092E+16      6.4642E+02 Kr-85m  4.5705-149      1.1840E-03       3.1969E+01     4. 2727E+15       1.1996E+02 Kr-87   3.9325-169      9.4494E-07       4.6321E-03     6 .2434E+II       1.7660E-02 Kr-88   2.7044-153      4.9400E-03       9.7812E+00     1. 3098E+15       3.6839E+01 1-130   5.1488-147      5.0175E-04       2.8634E-01     3. 8187E+13       1.0701E+00 1-131   1.1159-142      6.3351E-01       4.0881E+01     5. 4 457E+15      1.5246E+02 1-132   3.4585-155      2.2091E-02       3. 0135E+01    4.0405E+15        1.1376E+02 1-133   4.0249-144      7.3145E-02       2. 5365E+01    3. 3811E+15       9. 4709E+01 1-134   5.7596-183      7.7802E-10       1. 1032E-06    1.4948E+08        4.2475E-06 1-135   6.9277-148      4.0467E-03       4. 1040E+00    5. 4792E+14       1.5369E+01 Xe-129m 1.1327-145      2.1816E-07       4 .1567E-02    5. 5371E+12       1.5502E-01 Xe-131m 1.9445-142      1.2254E-04       6. 3618E+01    8.4744E+15        2.3724E+02 Xe-133  2.4541-140      8.2457E-02       1. 0675E+04    1. 4221E+18       3.9814E+04 Xe-133m 3.4405-142      2.1412E-03       3. 1565E+02    4.2056E+16        1.1776E+03 Xe-135  7.4698-144      1.6799E-01       2. 8511E+03    3. 8037E+17       1.0663E+04 Xe-135m 1.1055-148      7.6274E-03       7. 5512E+01    1.0635E+16        3.1266E+02 Total   2.5870-140      1.OOOOE+00       0 OOOOE+00     0.OOOOE+00        5.3394E+04 environment Integral Nuclide      Release   (Ci): at Time    (h)   = 120.0000 Nuclide    Compartment     Dose Fract Atmosphere      Pathway    1 Br-82   4.3960E-01         0.00014 Br-83   1.0796E-02         0.00000 Kr-83m  8.2786E+00         0.00000 Kr-85   6.4507E+02         0.00010 Kr-85m  1.1971E+02         0.00119 Kr-87   1.7623E-02         0.00000 Kr-88   3.6762E+01         0.00498 1-130   1.0679E+00         0.00050 1-131   1.5214E+02         0.63239 1-132   1.1353E+02         0.02232 1-133   9.4511E+01         0.07311 1-134   4.2388E-06         0.00000 1-135   1.5337E+01         0.00406 Xe-129m 1.5469E-01         0.00000 Xe-131m 2.3674E+02         0.00012 Xe-133  3.9732E+04         0.08232 Xe-133m 1.1751E+03         0.00214 Xe-135  1.0643E+04         0.16818 Xe-135m 3.1261E+02         0.00845 environment Compartment Group Inventory Distribution:
Total          Release Time (h) = 120.0000        Release         Rate/s Noble gases (Ci)         5.2909E+04      1. 5309E-01 Elemental I (Ci)         1. 8286E+01     5. 2911E-05 Organic I (Ci)           5. 6554E-01     1.6364E-06 Aerosol I (Ci)           3. 5818E+02     1.0364E-03 All Aerosols (Ci)        3. 5818E+02     1.0364E-03 control room Compartment Nuclide Inventory          (Ci)  at Time     (h)  = 120.0000 xil_   p      __ ___ i7

NEDC 05-031 CCN 3C1 Attachment J                          Page J-53 of J-63 Nuclide      Compartment  Dose Fract       Exposure     Decays       Pathway    2    Pathway 3      Pathway  4 Atmosphere                       (Ci-hr)    (Bq-s)         Inflow          Inf low Outflow Br-82      2.6220E-29   1.0257E-04      7.9604E-04  1.0608E+ll     1.4930E-04      3. 1960E-04      4.7174E-04 Br-83      3.6829E-42   6.1363E-08      1. 3715E-05 1.8399E+09     3.9248E-06      7. 8556E-06      8.2114E-06 Kr-83m     9.8815E-18   1.9753E-08      2 .5126E-02 3. 3780E+12    1.7068E-02      6 .0248E-03      1.4995E-02 Kr-85       6.9665E-25  2. 0091E-04     3.2213E+00  4.2908E+14     1.3119E+00      4. 6895E-01      1.9002E+00 Kr-85m     4.7745E-32   1. 8540E-03     4.7295E-01  6.3238E+13     2 4471E-01      8 .7071E-02      2.8030E-01 Kr-87      4.1080E-52   9. 8339E-07     4.5543E-05  6. 1481E+09    3. 6477E-05     1. 2832E-05      2.7321E-05 Kr-88       2.8250E-36  6. 9270E-03     1.2958E-01  1. 7364E+13    7. 5365E-02     2. 6745E-02      7.7009E-02 1-130       1.9449E-30  3. 3901E-04     1.8278E-03  2.4380E+ll     3. 6615E-04     7 .7649E-04      1.0846E-03 1-131       4.2153E-26  4. 6374E-01     2.8272E-01  3. 7662E+13    5. 1452E-02     1.1060E-01      1.6745E-01 1-132       1.3064E-38  1.1053E-02      1.4245E-01  1. 9116E+13    4. 1382E-02     8.2605E-02      8.5327E-02 1-133       1.5203E-27  5.1123E-02      1. 6749E-01 2.2328E+13     3. 2213E-02     6. 8715E-02      9.9307E-02 1-135      2.6169E-31   2.5531E-03      2.4463E-02  3.2669E+12     5. 3249E-03     1. 1153E-02      1.4543E-02 Xe-129m     1.1833E-28  4.2653E-07      7.6778E-04  1.0228E+ll     3. 1464E-04     1.1246E-04      4.5294E-04 Xe-131m     9.1740E-06  2.4025E-04      1.1784E+00  1. 5696E+14    4 .8208E-01     1.7211E-01      6.9512E-01 Xe-133      6.9420E-05  1.6079E-01      1.9666E+02  2. 6198E+16    8. 0841E+01 2.8884E+01       1.1602E+02 Xe-133m     4.9043E-06  4.1232E-03      5.7425E+00  7. 6513E+14    2.3928E+00      8. 5434E-01      3.3886E+00 Xe-135      1.6697E-07  2.9367E-01      4.7087E+01  6.2835E+15     2. 1711E+01 7.7377E+00      2.7838E+01 Xe-135m     1.5935E-07  3.2902E-03      3.0774E-01  4.3176E+13     7.8813E-01      2 .2832E-01      1.9549E-01 Total       8.3825E-05  1.OOOOE+00      0.OOOOE+00  0.OOOOE+00     1.0799E+02 3.8739E+01      1.5078E+02 control room Compartment   Group Inventory Distribution:
Time (h) = 120.0000        Atmosphere           Sump Noble gases (Ci)           8.3825E-05      0. 000OE+00 Elemental I (Ci)           2.1196E-27      0.OOOOE+00 Organic I (Ci)             6.5553E-29      0.OOOOE+00 Aerosol I (Ci)             4.1517E-26      0 .OOOOE+00 All Aerosols (Ci)          4.1517E-26      0 .OOOOE+00 All Aerosols (kg)          3.2431E-34      0.OOOOE+00 containment   to environment Pathway Nuclide Inventory    (Ci)   at Time   (h) = 120.0000 Nuclide         Filter     Decays    Transported Br-82        0.OOOOE+00 0.OOE+00    4. 4053E-01 Br-83        0.OOOOE+00 0.OOE+00    1. 0819E-02 Kr-83m       0.OOOOE+00 0.OOE+00    8. 2955E+00 Kr-85        0.OOOOE+00 0.OOE+00    6. 4642E+02 Kr-85m       0.OOOOE+00 0.OOE+00    1. 1996E+02 Kr-87        0.OOOOE+00 0.OOE+00    1.7660E-02
~af-.~tx

NEDC 05-031 CCN 3Cl Attachment J                            Page J-54 of J-63 Kr-88       0.OOOOE+00  0. OOE+00    3. 6839E+01 1-130      0.OOOOE+00  0. OOE+00    1. 0701E+00 1-131      0.OOOOE+00  0. OOE+00    1.5246E+02 1-132      0.OOOOE+00  0. OOE+00    1. 1376E+02 1-133      0.OOOOE+00  0. OOE+00    9. 4709E+01 1-135      0.OOOOE+00  0. OOE+00    1.5369E+01 Xe-129m     0.OOOOE+00  0.OOE+00     1. 5502E-01 Xe-131m     0.OOOOE+00  0. OOE+00    2.3724E+02 Xe-133     0.OOOOE+00  0. OOE+00    3. 9814E+04 Xe-133m    0.OOOOE+00  0. OOE+00    1. 1776E+03 Xe-135     0.OOOOE+00  0. OOE+00    1.0663E+04 Xe-135m    0.OOOOE+00  0. OOE+00    3. 1266E+02 containment to environment Transport Group Inventory:
Pathway Time (h) = 120.0000         Filtered        Transported Noble gases (Ci)          0.OOOOE+00        5.3016E+04 Elemental I (Ci)          0.OOOOE+00        1.8324E+01 Organic I (Ci)            0.OOOOE+00        5.6673E-01 Aerosol I (Ci)            0.0000E+00        3.5893E+02 All Aerosols (Ci)         0.0000E+00        3.5893E+02 All Aerosols (kg)         0.0000E+00        1.2632E-06 environment to control room Pathway Nuclide Inventory          (Ci)  at Time (h)   = 120.0000 Nuclide         Filter     Decays     Transported      Activity Pathway     1 Br-82      1. 1379E-04 4.28E+12      1. 4930E-04    9. 824E-04 Br-83      1. 5983E-17 8.38E+09     3. 9248E-06     3. 188E-05 Br-84      2. 4827E-70 6.21E-02     1. 6481E-16     8. 917E-16 Kr-83m     0 OOOOE+00  0. 00E+00     1. 7068E-02    1. 707E-02 Kr-85      0 OOOOE+00  0. OOE+00     1. 3119E+00    1. 312E+00 Kr-85m     0 OOOOE+00  0. OOE+00    2. 4471E-01     2. 447E-01 Kr-88      0 OOOOE+00  0. OOE+00    7. 5365E-02     7. 536E-02 1-130      8 4401E-06  4.28E+12     3. 6615E-04     2. 698E-03 1-131      1. 8293E-01 2 .78E+15    5. 1452E-02     3. 148E-01 1-132      5. 6693E-14 8. 48E+13    4 .1382E-02     3. 351E-01 1-133      6. 5977E-03  6. 14E+14   3.2213E-02      2 .229E-01 1-134      9. 4414E-42 1. 20E+06     1. 7250E-09    1. 124E-08 1-135      1. 1356E-06 3. 30E+13    5. 3249E-03     4.238E-02 Xe-129m    0. 0000E+00 0 OOE+00     3. 1464E-04     3.146E-04 Xe-131m    0 OOOOE+00  0. OOE+00     4 8208E-01     4.816E-01 Xe-133     0 OOOOE+00  0. OOE+00     8. 0841E+01    8.082E+01 Xe-133m    0 OOOOE+00  0. OOE+00    2. 3928E+00     2.392E+00 Xe-135     0 OOOOE+00   0 OOE+00     2. 1711E+01    2.170E+01 Xe-135m    0 OOOOE+00   0 OOE+00     7. 8813E-01    7.457E-01 environment to control room Transport Group Inventory:
Pathway Time (h) = 120.0000          Filtered       Transported Noble gases (Ci)           0 OOOOE+00       1.0786E+02 Elemental I (Ci)           9. 1981E-03      6.3482E-03 Organic I (Ci)             2. 8448E-04      1.9634E-04 Aerosol I (Ci)             1. 8017E-01      1.2435E-01 All Aerosols (Ci)          1. 8017E-01      1.2435E-01 All Aerosols (kg)          1. 4074E-09      4.2684E-10 environment  to control room Pathway Nuclide Inventory         (Ci)  at Time (h)   = 120.0000 Nuclide        Filter      Decays     Transported      Activity Pathway     1
-   . -.        ~

NEDC 05-031 CCN 3C1 Aftachment J                         Page J-55 of J-63 Br-82       0.OOOOE+00  0. OOE+00   3.1960E-04     3.196E-04 Kr-83m      0.OOOOE+00  0. OOE+00   6.024BE-03     6.025E-03 Kr-85       0.OOOOE+00  0. OOE+00   4.6895E-01     4.690E-01 Kr-85m      0.0000E+00
: 0. OOOOE+00 0. OOE+00   8.7071E-02     8.707E-02 Kr-88      O.O000E+O0   0.OOE+00    2.6745E-02     2.674E-02 1-130     0.OOOOE+00   0. OOE+00   7.7649E-04     7.765E-04 1-131     0.OOOOE+00   0. OOE+00   1.1060E-01     1.106E-01 1-132     0.OOOOE+00   0. OOE+00   8.2605E-02     8.261E-02 1-133      0.OOOOE+00  0. OOE+00   6.8715E-02     6.872E-02 1-135      0.OOOOE+00  0. OOE+00   1.1153E-02     1.115E-02 Xe-129m     0.OOOOE+00  0. OOE+00   1.1246E-04     1.125E-04 Xe-131m     0.OOOOE+00  0 . OOE+00  1.7211E-01     1.721E-01 Xe-133      0.OOOOE+00  0. OOE+00   2.8884E+01     2.888E+01 Xe-133m     0.OOOOE+00  0. OOE+00   8.5434E-01     8.543E-01 Xe-135      0.OOOOE+00  0. OOE+00   7.7377E+00     7.738E+00 Xe-135m     0.0000E+00  0. OOE+00   2.2832E-01     2.283E-01 environment to control room Transport Group Inventory:
Pathway Time (h) = 120.0000         Filtered      Transported Noble gases (Ci)          O.OOOOE+00      3.8465E+01 Elemental I (Ci)          O.OOOOE+00      1.3298E-02 Organic I (Ci)            O.OOOOE+00      4.1127E-04 Aerosol I (Ci)            O.OOOOE+00      2.6047E-01 All Aerosols (Ci)         O.OOOOE+00      2.6047E-01 All Aerosols (kg)         O.OOOOE+00      9.1643E-10 control room to environment    Pathway Nuclide Inventory    (Ci) at Time (h)  = 120.0000 Nuclide         Filter     Decays    Transported Br-82      4.7174E-04   0. OOE+00   0.OOOOE+00 Br-83      8.2114E-06   0. OOE+00   0.OOOOE+00 Br-84      1. 4034E-16  0. OOE+00   0.OOOOE+00 Kr-83m     1.4995E-02   0. OOE+00   2.9383E-04 Kr-85      1.9002E+00   0. OOE+00   4.0943E-05 Kr-85m     2. 8030E-01  0. OOE+00   0.OOOOE+00 Kr-87      2. 7321E-05  0.OOE+00    0.OOOOE+00 Kr-88      7.7009E-02   0.OOE+00    0.OOOOE+00 1-130      1.0846E-03   0. OOE+00   0.OOOOE+00 1-131      1. 6745E-01  0. OOE+00   0.OOOOE+00 1-132      8.5327E-02   0. OOE+00   0.OOOOE+00 1-133      9.9307E-02   0.OOE+00    0.OOOOE+00 1-134      2. 1434E-09  0. OOE+00   0.OOOOE+00 1-135      1.4543E-02   0.OOE+00    0.OOOOE+00 Xe-129m    4.5294E-04   0.OOE+00    0.OOOOE+00 Xe-131m     6. 9512E-01 0.OOE+00    4.2077E-04 Xe-133     1. 1602E+02  0. OOE+00   1.8052E+00 Xe-133m    3.3886E+00   0. OOE+00   3.5804E-03 Xe-135     2.7838E+01   0.OOE+00    1.4683E+00 Xe-135m    1. 9549E-01  0. OOE+00   5. 5956E-01 control room to environment Transport Group Inventory:
Pathway Time (h) = 120.0000         Filtered      Transported Noble gases (Ci)          1.5041E+02      3.8374E+00 Elemental I (Ci)          1.7857E-02      0.OOOOE+00 Organic I (Ci)            5.5228E-04      0.OOOOE+00 Aerosol I (Ci)            3.4978E-01      0.0000E+00 All Aerosols (Ci)         3.4978E-01      0.OOOOE+00 All Aerosols (kg)         1.3791E-09      0.OOOOE+00

NEDC 05-031 CCN 3C1 Attachment J                                 Page J-56 of J-63 ALION RADTRAD Version 3.10 Rev 2 run on                6/16/2011      at 13:31:58 Copyright &#xa9; 2009 Alion Science and Technology Exclusion Area Boundary Doses:
Time      (h)    = 744.0000          Whole Body      Thyroid          TEDE Delta dose (rem)                      0.OOOOE+00     0.OOOOE+00    0.OOOOE+00 Accumulated dose               (rem)  4.2504E-01     3. 3210E+01   1.4473E+00 Low Population Zone Doses:
Time (h) = 744.0000                  Whole Body      Thyroid          TEDE Delta dose (rem)                      7.9123-148     1.4498-145    5.2071-147 Accumulated dose (rem)                2.3724E-01     1.8539E+01    8. 0790E-01 control room Doses:
Time      (h)    = 744.0000          Whole Body      Thyroid          TEDE             Skin Delta dose (rem)                      2.5024E-07     9.7560E-24    2.5024E-07       2 .7841E-05 Accumulated dose               (rem)  1.4514E-01     1.0637E+02    3. 4142E+00      8.7752E+00 containment Compartment Nuclide Inventory                    (Ci)  at Time      (h) = 744.0000 Nuclide            Compartment        Dose Fract       Exposure        Decays           Pathway    1 Atmosphere                            (Ci-hr)          (Bq-s)           Outflow Br-82          0.OOOOE+00         1.4370E-04      1.1805E-01     1. 5731E+13        4.4053E-01 Br-83          0.OOOOE+00         1.2120E-07      2.8672E-03     3.8434E+ll         1. 0819E-02 Kr-83m         0.OOOOE+00         1.6270E-08      2.1906E+00     2. 9420E+14        8 .2955E+00 Kr-85          0.OOOOE+00         1.0215E-04      1.7336E+02     2. 3092E+16        6.4642E+02 Kr-85m         0.OOOOE+00         1.1840E-03      3.1969E+01     4.2727E+15         1. 1996E+02 Kr-87          0.OOOOE+00         9.4494E-07      4.6321E-03     6.2434E+ll         1 .7660E-02 Kr-88           0.OOOOE+00        4.9400E-03      9.7812E+00     1.3098E+15         3. 6839E+01 1-130           0.OOOOE+00        5.0175E-04      2.8634E-01     3.8187E+13         1. 0701E+00 1-131           0.OOOOE+00        6.3351E-01      4.0881E+01     5. 4457E+15        1. 5246E+02 1-132           0.OOOOE+00        2.2091E-02      3.0135E+01     4.0405E+15         1. 1376E+02 1-133          0.OOOOE+00         7.3145E-02      2.5365E+01     3.3811E+15         9. 4709E+01 1-134           0.OOOOE+00        7.7802E-10      1.1032E-06     1.4948E+08         4 .2475E-06 1-135           0.0000E+00        4.0467E-03      4.1040E+00     5. 4792E+14        1. 5369E+01 Xe-129m         0.OOOOE+00        2.1816E-07      4.1567E-02     5.5371E+12         1. 5502E-01 Xe-131m         0.OOOOE+00        1.2254E-04      6.3618E+01     8.4744E+15         2.3724E+02 Xe-133          0.OOOOE+00        8.2457E-02      1.0675E+04     1.4221E+18         3.9814E+04 Xe-133m         0.OOOOE+00        2.1412E-03      3.1565E+02     4. 2056E+16        1.1776E+03 Xe-135          0.OOOOE+00        1.6799E-01      2.8511E+03     3. 8037E+17        1.0663E+04 Xe-135m         0.0000E+00        7.6274E-03      7.5512E+01     1.0635E+16         3.1266E+02 Total           0.OOOOE+00        1.OOOOE+00      0.OOOOE+00     0.OOOOE+00         5.3394E+04 environment Integral Nuclide Release                   (Ci): at Time    (h)   = 744.0000 Nuclide            Compartment        Dose Fract Atmosphere         Pathway    1 Br-82           4.3960E-01           0.00014 Br-83           1.0796E-02           0.00000 Kr-83m          8.2805E+00           0.00000 Kr-85           6.4507E+02           0.00010 Kr-85m          1.1971E+02           0.00119 Kr-87           1.7623E-02           0.00000 Kr-88           3.6762E+01           0.00498
-   -  ----         ~-          .7; 7;.
7          ~            ~

NEDC 05-031 CCN 3Cl Attachment J                          Page J-57 of J-63 1-130          1.0679E+00        0.00050 1-131          1. 5214E+02       0.63239 1-132          1. 1353E+02       0.02232 1-133          9. 4511E+01       0.07311 1-134          4.2388E-06        0.00000 1-135          1.5337E+01        0.00406 Xe-129m        1.5469E-01        0.00000 Xe-131m        2.3675E+02        0.00012 Xe-133         3.9744E+04        0.08232 Xe-133m        1. 1752E+03       0.00214 Xe-135         1.0652E+04        0.16818 Xe-135m        3. 1631E+02       0.00845 environment      Compartment   Group Inventory Distribution:
Total        Release Time (h) = 744.0000            Release       Rate/s Noble gases (Ci)             5.2935E+04    2.0422E-02 Elemental I (Ci)             1.8286E+01    7.0548E-06 Organic I (Ci)               5. 6554E-01   2. 1819E-07 Aerosol I (Ci)               3.5818E+02    1. 3819E-04 All Aerosols (Ci)            3.5818E+02    1. 3819E-04 control room Compartment Nuclide Inventory           (Ci) at Time   (h) = 744.0000 Nuclide         Compartment    Dose Fract      Exposure     Decays        Pathway    2   Pathway 3    Pathway       4 Atmosphere                       (Ci-hr)      (Bq-s)         Inflow          Inflow Outflow Br-82          5.9647-194     1.0257E-04     7.9604E-04   1.0608E+Il     1.4930E-04     3. 1960E-04     4.7174E-04 Br-83          4.4585-280     6.1363E-08     1.3715E-05   1.8399E+09     3. 9248E-06    7 .8556E-06     8.2114E-06 Kr-83m         2.5137E-96     1.9753E-08     2.5126E-02   3.3780E+12     1. 7068E-02    6. 0248E-03     1.4995E-02 Kr-85          3.3059-184     2.0090E-04     3.2213E+00   4.2908E+14     1. 3119E+00    4. 6895E-01     1.9002E+00 Kr-85m         2.6793-233     1.8540E-03     4.7295E-01   6.3238E+13     2. 4471E-01    8 .7071E-02     2.8030E-01 Kr-87          0.OOOOE+00     9.8338E-07     4.5543E-05   6.1481E+09     3. 6477E-05    1 .2832E-05     2.7321E-05 Kr-88          9.7163-262     6.9269E-03     1.2958E-01   1.7364E+13     7. 5365E-02    2. 6745E-02     7.7009E-02 1-130          5.8822-205     3.3901E-04     1.8278E-03   2.4380E+II     3. 6615E-04    7 .7649E-04     1.0846E-03 1-131          2.1361-186     4.6374E-01     2.8272E-01   3.7662E+13     5.1452E-02     1. 1060E-01     1.6745E-01 1-132          1.3292-279     1.1053E-02     1.4245E-01   1.9116E+13     4. 1382E-02    8.2605E-02     8.5327E-02 1-133          6.7502-196     5.1123E-02     1.6749E-01   2.2328E+13     3.2213E-02     6.8715E-02     9.9307E-02 1-135          4.7654-219     2.5531E-03     2.4463E-02   3.2669E+12     5.3249E-03     1.1153E-02     1.4543E-02 Xe-129m        5.9294-189     4.2653E-07     7.6778E-04   1.0228E+lI     3.1464E-04     1.1246E-04     4.5294E-04 Xe-131m        9.7669E-07     2.4071E-04     1.1807E+00   1.5724E+14     4.8329E-01     1.7211E-01     6.9634E-01 Xe-133         6.4750E-14     1.6079E-01     1.9666E+02   2.6199E+16     8.0842E+01 2.8884E+01         1.1602E+02 Xe-133m        4.5744E-15     4.1233E-03     5.7427E+00   7.6514E+14     2.3928E+00     8.5434E-01     3.3887E+00 Xe-135         6.3867E-36     2.9367E-01     4.7087E+01   6.2835E+15     2.1711E+01 7.7377E+00         2.7839E+01
             -i~z-    -4

NEDC 05-031 CCN 3C1 Attachment J                              Page J-58 of J-63 Xe-135m    6.1190E-36   3.2902E-03      3.0775E-01     4.3177E+13     7.8813E-01       2.2832E-01    1.9549E-01 Total     9.7669E-07    1.0000E+00      0.0000E+00     0.OOOOE+00     1.0800E+02 3.8739E+01     1.5078E+02 containment to environment Pathway Nuclide Inventory         (Ci)   at Time  (h)   = 744.0000 Nuclide         Filter     Decays    Transported Br-82       0.OOOOE+00  0.0OE+00    4.4053E-01 Br-83       0.OOOOE+00  0. OOE+00   1. 0819E-02 Kr-83m      0.0000E+00  0. OOE+00   8.2955E+00 Kr-85       0.OOOOE+00  0. OOE+00   6.4642E+02 Kr-85m      0.OOOOE+00  0.OOE+00    1. 1996E+02 Kr-87       0.OOOOE+00  0. OOE+00   1.7660E-02 Kr-88       0.OOOOE+00  0. OOE+00   3. 6839E+01 1-130       0.OOOOE+00  0.OOE+00    1. 0701E+00 1-131       0.OOOOE+00  0. 00E+00   1.5246E+02 1-132       0.OOOOE+00  0.OOE+00    1. 1376E+02 1-133       0.OOOOE+00  o.OOE+00    9. 4709E+01 1-135       0.OOOOE+00  0. OOE+00  1. 5369E+01 Xe-129m     0.OOOOE+00  0. OOE+00  1. 5502E-01 Xe-131m     0.OOOOE+00  0. OOE+00  2.3724E+02 Xe-133      0.OOOOE+00  0. OOE+00  3. 9814E+04 Xe-133m     0.OOOOE+00  0. OOE+00  1. 1776E+03 Xe-135      0.OOOOE+00  0. OOE+00  1.0663E+04 Xe-135m     0.OOOOE+00  0. OOE+00  3. 1266E+02 containment   to environment Transport Group Inventory:
Pathway Time (h) = 744.0000          Filtered      Transported Noble gases (Ci)           0. 0000E+00     5.3016E+04 Elemental I (Ci)           0 OOOOE+00      1.8324E+01 Organic I (Ci)             0 OOOOE+00      5.6673E-01 Aerosol I (Ci)             o.OOOOE+00      3.5893E+02 All Aerosols (Ci)          0 OOOOE+00      3.5893E+02 All Aerosols (kg)          0 OOOOE+00       1.2632E-06 environment to control room Pathway Nuclide Inventory         (Ci)   at Time   (h)  = 744.0000 Nuclide         Filter      Decays   Transported      Activity Pathway    1 Br-82       5. 4295E-10 5.06E+12    1.4930E-04      9.824E-04 Br-83       4.0585E-96  8. 38E+09   3.924BE-06      3.18BE-05 Br-84       0.OOOOE+00  6.21E-02    1.6481E-16      8.917E-16 Kr-83m      0.000OE+00  0. OOE+00   1.7068E-02      1.707E-02 Kr-85       0.0000E+00  0. OOE+00   1.3119E+00      1.312E+00 Kr-85m      0.OOOOE+00  0. OOE+00   2.4471E-01      2.447E-01 Kr-88       0.OOOOE+00  0. OOE+00   7.5365E-02      7.536E-02 1-130       5. 3545E-21 4. 30E+12   3. 6615E-04     2.698E-03 1-131       1.9445E-02  8. 85E+15   5. 1452E-02     3.148E-01 1-132       1.2100E-95  8.48E+13    4. 1382E-02     3.351E-01 1-133       6. 1446E-12 6. 40E+14   3. 2213E-02     2.229E-01 1-134       5.0790-256  1.20E+06    1.7250E-09      1.124E-08 1-135       4.3378E-35  3. 30E+13   5.3249E-03      4.238E-02 Xe-129m     o.OOOOE+00  0. OOE+00   3. 14 64E-04    3.146E-04 Xe-131m     0.OOOOE+00  0. OOE+00   4. 8329E-01     4.816E-01 Xe-133      0.OOOOE+00  0 .OOE+00   8.0842E+01      8.082E+01 Xe-133m     0.0000E+00  0.00E+00    2.3928E+00      2.392E+00 Xe-135      0.OOOOE+00  0. OOE+00   2. 1711E+01     2.170E+01 Xe-135m     0.OOOOE+00  0. OOE+00   7.8813E-01      7.457E-01

NEDC 05-031 CCN 3C1 Attachment J                           Page J-59 of J-63 environment to control room Transport Group Inventory:
Pathway Time (h) = 744.0000          Filtered       Transported Noble gases (Ci)           0.OOOOE+00       1.0787E+02 Elemental I (Ci)           9.4308E-04       6.3482E-03 Organic I (Ci)             2.9167E-05       1.9634E-04 Aerosol I (Ci)             1.8473E-02       1.2435E-01 All Aerosols (Ci)          1.8473E-02       1.2435E-01 All Aerosols (kg)          1.4900E-10       4.2684E-10 environment to control room Pathway Nuclide Inventory         (Ci)  at Time (h)  = 744.0000 Nuclide          Filter     Decays    Transported      Activity Pathway    1 Br-82       0.OOOOE+00   0. OOE+00   3. 1960E-04     3. 196E-04 Kr-83m      0.OOOOE+00   0.OOE+00    6. 0248E-03     6. 025E-03 Kr-85       0.OOOOE+00   0. OOE+00   4. 6895E-01     4. 690E-01 Kr-85m      0 OOOOE+00   0. OOE+00   8 7071E-02      8. 707E-02 Kr-88       0 OOOOE+00   0. OOE+00   2. 6745E-02     2. 674E-02 1-130      0 OOOOE+00   0. OOE+00   7 .7649E-04     7. 765E-04 1-131      0 OOOOE+00   0. OOE+00   1. 1060E-01     1. 106E-01 1-132      0 OOOOE+00   0. OOE+00   8. 2605E-02     8.261E-02 1-133      0 OOOOE+00   0. OOE+00   6. 8715E-02     6.872E-02 1-135      0 OOOOE+00   0.OOE+00    1. 1153E-02     1.115E-02 Xe-129m     0 OOOOE+00   0. OOE+00   1. 1246E-04     1.125E-04 Xe-131m     0 OOOOE+00   0. OOE+00   1. 7211E-01     1.721E-01 Xe-133     0 OOOOE+00   0. OOE+00   2. 8884E+01     2.888E+01 Xe-133m    0 OOOOE+00   0 OOE+00    8. 5434E-01     8.543E-01 Xe-135     0 OOOOE+00   0. OOE+00   7.7377E+00      7.738E+00 Xe-135m    0 OOOOE+00   0. OOE+00   2. 2832E-01     2.283E-01 environment to control room Transport Group Inventory:
Pathway Time (h) = 744.0000          Filtered       Transported Noble gases (Ci)           0.OOOOE+00       3.8465E+01 Elemental I (Ci)           0.OOOOE+00       1.3298E-02 Organic I (Ci)             0.OOOOE+00       4.1127E-04 Aerosol I (Ci)             0.OOOOE+00       2.6047E-01 All Aerosols (Ci)          0.OOOOE+00       2.6047E-01 All Aerosols (kg)          0.OOOOE+00       9.1643E-10 control room to environment Pathway Nuclide Inventory          (Ci) at Time (h)   = 744.0000 Nuclide         Filter     Decays    Transported Br-82       4. 7174E-04 0. OOE+00   0.OOOOE+00 Br-83       8. 2114E-06 0. OOE+00   0.OOOOE+00 Br-84       1. 4034E-16 0. OOE+00   0.OOOOE+00 Kr-83m      1.4995E-02  0. OOE+00   2.2299E-03 Kr-85       1.9002E+00  0. OOE+00    3.1152E-04 Kr-85m      2.8030E-01  0. OOE+00    0.OOOOE+00 Kr-87       2.7321E-05   0. OOE+00   0.OOOOE+00 Kr-88       7.7009E-02  0. OOE+00    0.OOOOE+00 1-130       1.0846E-03  0. OOE+00    0.OOOOE+00 1-131       1. 6745E-01 0. OOE+00    0.OOOOE+00 1-132       8.5327E-02   0. OOE+00   0.OOOOE+00 1-133       9.9307E-02   0. OOE+00   0.OOOOE+00 1-134       2 .1434E-09  0.OOE+00    0.OOOOE+00 1-135       1.4543E-02   0. OOE+00   0.OOOOE+00 Xe-129m     4.5294E-04   0. OOE+00   0.OOOOE+00 Xe-131m     6. 9634E-01  0. OOE+00   3. 2102E-03

NEDC 05-031 CCN 3CI Attachment J                        Page J-60 of J-63 Xe-133     1. 1602E+02     0. OOE+00   1. 3778E+01 Xe-133m    3.3887E+00      0 . OOE+00  2.7295E-02 Xe-135     2 .7839E+01     0. OOE+00   1. 1149E+01 Xe-135m    1. 9549E-01     0 . OOE+00  4.2589E+00 control room to environment Transport Group Inventory:
Pathway Time (h) = 744.0000             Filtered      Transported Noble gases (Ci)              1.5042E+02      2.9220E+01 Elemental I (Ci)              1.7857E-02      0.0000E+00 Organic I (Ci)                5.5228E-04      0.0000E+00 Aerosol I (Ci)                3.4978E-01      0.0000E+00 All Aerosols (Ci)             3.4978E-01      0.0000E+00 All Aerosols (kg)             1.3791E-09      0.0000E+00 2272 ALION RADTRAD Version 3.10 Rev 2 run on           6/16/2011 at 13:31:58 Copyright &#xa9; 2009 Alion Science and Technology 1-131 Summary containment                environment           control room Time (hr)      1-131 (Curies)               1-131 (Curies)        1-131 (Curies) 24.000         2. 3478E+01                 2.2530E-02            1.6036E-04 24.004         1. 5134E+02                  9.4275E-01           6.6994E-03 24.017         1. 4449E+02                 7.7868E+00            5.4784E-02 24.249         6. 4729E+01                 8.7470E+01            1.0555E-01 24.250         6. 4565E+01                 8.7633E+01            1.0563E-01 24.450         3. 2338E+01                  1.1983E+02           1.1747E-01 24.500         2. 7205E+01                  1.2496E+02           1.1800E-01 24.700         1. 3626E+01                  1.3852E+02           1.1479E-01
  .24.900         6. 8245E+00                  1.4532E+02           1.0697E-01 25.000         4. 8297E+00                  1.4731E+02           1.0234E-01 25.200         2. 4190E+00                  1.4972E+02           9.2690E-02 25.400         1. 2116E+00                  1.5093E+02           8.3234E-02 25.600         6. 0683E-01                  1.5153E+02           7.4391E-02 25.800         3. 0393E-01                  1.5183E+02           6.6313E-02 26.000         1. 5223E-01                  1.5198E+02           5.9026E-02 26.200         7. 6244E-02                  1.5206E+02           5.2484E-02 26.400         3. 8187E-02                  1.5210E+02           4.6650E-02 26.600         1.9126E-02                   1.5212E+02           4.1456E-02 26.800         9.5796E-03                   1.5213E+02           3.6836E-02 27.000         4.7980E-03                   1.5213E+02           3.2729E-02 27.200         2.4031E-03                   1.5213E+02           2. 9079E-02 27.400         1.2036E-03                   1.5214E+02           2. 5835E-02 27.600         6.0284E-04                   1.5214E+02           2.2953E-02 27.800         3.0193E-04                   1.5214E+02           2. 0393E-02 28.000         1.5123E-04                   1.5214E+02           1. 8117E-02 28.200         7.5742E-05                   1.5214E+02           1.6096E-02 28.400         3.7936E-05                   1. 5214E+02          1.4300E-02 28.600         1.9001E-05                   1. 5214E+02          1.2705E-02 28.800         9.5165E-06                   1. 5214E+02          1.1287E-02 29.000         4.7664E-06                   1.5214E+02           1.0028E-02 29.200         2.3873E-06                   1.5214E+02           8.9092E-03 29.400         1.1957E-06                   1.5214E+02           7.9152E-03 29.600         5.9887E-07                   1.5214E+02           7.0321E-03

NEDC 05-031 CCN 3C1 Attachment J                                Page J-61 of J-63 29.800         2.9995E-07                  1.5214E+02                 6.2475E-03 30.000         1.5023E-07                  1. 5214E+02                5.5505E-03 30.200         7.5244E-08                  1.5214E+02                 4. 9312E-03 30.400         3.7687E-08                  1.5214E+02                 4.3811E-03 30.600         1.8876E-08                  1.5214E+02                 3.8923E-03 30.800         9.4540E-09                  1. 5214E+02                3.4580E-03 31.000         4 .7351E-09                 1. 5214E+02                3.0722E-03 31.200         2. 3716E-09                 1. 5214E+02                2.7294E-03 31.400         1. 1878E-09                 1.5214E+02                 2.4249E-03 31.600         5. 9493E-10                 1.5214E+02                 2.1544E-03 31.800         2. 9798E-10                 1.5214E+02                 1. 9140E-03 32.000         1.4924E-10                  1. 5214E+02                1.7005E-03 32.200         7 4749E-11                  1. 5214E+02                1. 5107E-03 32.400         3.7439E-11                  1. 5214E+02                1.3422E-03 32.600         1. 8751E-11                 1 .5214E+02                1. 1924E-03 32.800         9. 3918E-12                 1.5214E+02                 1.0594E-03 33.000         4.7039E-12                  1. 5214E+02                9. 4120E-04 33.200         2.3560E-12                  1. 5214E+02                8. 3619E-04 33.400         1. 1800E-12                 1. 5214E+02                7.4290E-04 33.600         5. 9102E-13                 1. 5214E+02                6. 6001E-04 33.800         2.9602E-13                  1. 5214E+02                5.8638E-04 34.000         1. 4826E-13                 1. 5214E+02                5.2095E-04 34.200         7. 4258E-14                  1. 5214E+02                4.6283E-04 48.000         1.4 156E-34                  1. 5214E+02                1.3196E-07 120.000         1.1159-142                   1.5214E+02                 4.2153E-26 744.000         0.0000E+00                   1.5214E+02                2.1361-186 Cumulative   Dose Summary Exclusion Area Bounda      Low Populati on Zone             control room Time     Thyroid          TEDE     Thyroid            TEDE     Thyroid          TEDE (hr)      (rem)          (rem)      (rem)            (rem)      (rem)           (rem) 24.000  0.0000E+00    0.OOOOE+00 0.OOOOE+00      0.C 0000E+00 0.0000E+00    0.0000E+00 24.004  2.0623E-01    9.0833E-03 1. 1501E-01     5.:0657E-03  3.4019E-03    1.0687E-04 24.017  1.7034E+00    7.5002E-02 9. 4995E-01     4.'1828E-02  1.5973E-01    5.0178E-03 24.249  1.9127E+01    8.3880E-01 1. 0667E+01     4.'6779E-01  7.5713E+00    2.4174E-01 24.250  1. 9163E+01   8. 4036E-01 1. 0687E+01    4.E6866E-01  7.6004E+00    2.4267E-01 24.450  2. 6197E+01   1. 1459E+00 1.4610E+01     6.: 3903E-01 1.6112E+01    5.1654E-01 24.500  2.7316E+01    1. 1943E+00 1. 5234E+01    6.' 6604E-01 1.8327E+01    5.8791E-01 24.700  3. 0277E+01   1. 3219E+00 1. 6885E+01    7.:3722E-01  2.7124E+01    8.7135E-01 24.900  3. 1759E+01   1.3855E+00 1.7712E+01      7. 7267E-01  3.5474E+01    1.1404E+00 25.000  3.2193E+01    1.4040E+00 1. 7954E+01     7.1 8302E-01 3.9405E+01    1.2671E+00 25.200  3.2717E+01    1.4264E+00 1.8246E+01      7.:9549E-01  4.6727E+01    1.5028E+00 25.400  3.2980E+01    1.4375E+00 1. 8393E+01     8.'0171E-01  5.3323E+01     1.7151E+00 25.600  3.3111E+01    1. 4431E+00 1. 8466E+01    8.'0481E-01  5.9227E+01    1.9050E+00 25.800  3.3177E+01    1.4459E+00 1. 8503E+01     8.'0636E-01  6.4492E+01    2.0742E+00 26.000  3. 3210E+01   1.4473E+00 1. 8521E+01         0713E-01 6.9178E+01    2.2248E+00 26.200  3. 3210E+01   1.4473E+00 1. 8530E+01     8.'0751E-01  7.3344E+01    2.3585E+00 26.400  3.3210E+01    1.4473E+00 1.8535E+01      8.'0771E-01  7.7045E+01    2.4773E+00 26.600  3.3210E+01    1.4473E+00 1.8537E+01      8.'0780E-01  8.0331E+01    2.5827E+00 26.800  3. 3210E+01   1.4473E+00 1. 8538E+01     8.'0785E-01  8.3250E+01    2.6762E+00 27.000  3. 3210E+01   1.4473E+00 1. 8539E+01     8.'0787E-01  8.5841E+01    2.7592E+00 27.200  3. 3210E+01   1.4473E+00 1. 8539E+01     8.'0789E-01  8.8142E+01    2.8329E+00 27.400  3.3210E+01    1.4473E+00 1. 8539E+01     8.'0789E-01  9.0186E+01    2.8983E+00 27.600  3.3210E+01    1.4473E+00 1.8539E+01      8.'0789E-01  9.1999E+01    2.9563E+00 27.800  3.3210E+01    1.4473E+00 1. 8539E+01     8.'0790E-01  9.3610E+01    3.0078E+00 28.000  3.3210E+01    1.4473E+00 1. 8539E+01     8.' 0790E-01 9.5040E+01    3.0535E+00 28.200  3.3210E+01    1.4473E+00 1. 8539E+01     8.'
8.' 0790E-01 9.6310E+01    3.0940E+00 28.400  3. 3210E+01   1.4473E+00 1. 8539E+01     8.C0790E-01  9.7437E+01    3.1300E+00 28.600  3.3210E+01    1.4473E+00 1. 8539E+01     8.C0790E-01  9.8438E+01    3.1619E+00 28.800  3.3210E+01    1.4473E+00 1. 8539E+01         0790E-01 9.9327E+01     3.1903E+00

NEDC 05-031 CCN 3Cl Aftachment J                         Page J-62 of J-63 29.000    3. 3210E+01  1.4473E+00  1.8539E+01  8.0790E-01 1. 0012E+02 3.2154E+00 29.200    3. 3210E+01  1.4473E+00  1.8539E+01  8.0790E-01 1.0082E+02  3.2378E+00 29.400    3.3210E+01   1.4473E+00  1.8539E+01  8.0790E-01 1.0144E+02  3.2576E+00 29.600    3. 3210E+01  1.4473E+00  1.8539E+01  8.0790E-01 1.0199E+02  3.2752E+00 29.800    3.3210E+01   1.4473E+00  1.8539E+01  8.0790E-01 1.0248E+02  3.2908E+00 30.000    3.3210E+01   1.4473E+00  1.8539E+01  8.0790E-01 1.0292E+02  3.3047E+00 30.200    3.3210E+01   1.4473E+00  1.8539E+01  8.0790E-01 1.0330E+02  3. 3170E+00 30.400    3. 3210E+01  1.4473E+00  1.8539E+01  8.0790E-01 1.0365E+02  3.3279E+00 30.600    3. 3210E+01  1.4473E+00  1.8539E+01  8.0790E-01 1.0395E+02  3.3376E+00 30.800    3. 3210E+01  1.4473E+00  1.8539E+01  8.0790E-01 1.0422E+02  3.3462E+00 31.000    3. 3210E+01  1.4473E+00  1.8539E+01  8.0790E-01 1.0446E+02  3.3538E+00 31.200    3. 3210E+01  1.4473E+00  1.8539E+01  8.0790E-01 1.0468E+02  3.3606E+00 31.400    3. 3210E+01  1.4473E+00  1.8539E+01  8.0790E-01 1.0487E+02  3.3666E+00 31.600    3. 3210E+01  1.4473E+00  1.8539E+01  8.0790E-01 1.0503E+02  3. 3719E+00 31.800    3.3210E+01   1.4473E+00  1.8539E+01  8.0790E-01 1. 0518E+02 3.3767E+00 32.000    3 .3210E+01  1.4473E+00  1.8539E+01  8.0790E-01 1.0532E+02  3.3809E+00 32.200    3. 3210E+01  1. 4473E+00 1.8539E+01  8.0790E-01 1.0543E+02  3.3846E+00 32.400    3. 3210E+01  1. 4473E+00 1.8539E+01  8.0790E-01 1.0554E+02  3.3879E+00 32.600    3.3210E+01   1. 4473E+00 1.8539E+01  8.0790E-01 1.0563E+02  3.3909E+00 32.800    3 .3210E+01  1. 4473E+00 1.8539E+01  8.0790E-01 1.0571E+02  3.3935E+00 33.000    3. 3210E+01  1. 4473E+00 1.8539E+01  8.0790E-01 1.0579E+02  3.3958E+00 33.200    3. 3210E+01  1. 4473E+00 1.8539E+01  8.0790E-01 1.0585E+02  3.3979E+00 33.400    3. 3210E+01  1 .4473E+00 1.8539E+01  8.0790E-01 1.0591E+02  3.3997E+00 33.600    3. 3210E+01  1. 4473E+00 1.8539E+01  8.0790E-01 1.0596E+02  3. 4013E+00 33.800    3. 3210E+01  1. 4473E+00 1.8539E+01  8.0790E-01 1. 0601E+02 3.4028E+00 34.000    3. 3210E+01  1. 4473E+00 1.8539E+01  8.0790E-01 1.0605E+02  3. 4041E+00 34.200    3.3210E+01   1.4473E+00  1.8539E+01  8.0790E-01 1.0608E+02  3.4052E+00 48.000    3 .3210E+01  1. 4473E+00 1.8539E+01  8.0790E-01 1.0637E+02  3.4142E+00 120.000     3. 3210E+01  1.4473E+00  1.8539E+01  8.0790E-01 1.0637E+02  3.4142E+00 744.000     3. 3210E+01  1. 4473E+00 1.8539E+01  8.0790E-01 1.0637E+02  3. 4142E+00 ffrl, %=--.&#xfd;,,t -:.        -
X-

JEDC 05-031 C3CN 3C1 Affachment J                      F1age J-63 of J-63 ALION RADTRAD Version 3.10 Rev 2 run on       6/16/2011   at 13:31:58 Copyright &#xa9; 2009 Alion Science and Technology Worst Two-Hour Doses Exclusion Area Boundary Time   Whole Body      Thyroid           TEDE (hr)      (rem)          (rem)           (rem) 24.0   4.2504E-01     3.3210E+01     1.4473E+00 Final Doses Low Population Zone Time   Whole Body      Thyroid           TEDE (hr)      (rem)          (rem)           (rem) 744.0    2.3724E-01     1.8539E+01     8.0790E-01 control room Time   Whole Body      Thyroid           TEDE (hr)      (rem)          (rem)           (rem) 744.0   1.4514E-01     1.0637E+02     3. 4142E+00

NEDC 05-031 CCN 3Cl Attachment K                Page K-1 of K-19 Attachment   K Microshield Files, Cloud Shine, .MX5, Output - .txt Time Point 0.25 Hours 5.00

== Description:==
MicroShield Source file I
1    Indicator for Ci or Photons/sec 1 : Geometry factor (point, cm, cm^2, or cm^3) 68 : Number of nuclides in file.
Nuclide Index Ci              Nuclide Name 13     0.00E+00      Am-241 41     0.009+00       Ba-139 42     0.00E+00       Ba-140 61      5.33E+01      Br-82 62      1.35E+00      Br-83 81     0.OOE+00       Ce-141 82     0.00E+00       Ce-143 83     0.009+00       Ce-144 93     0.00E+00       Cm-242 95     0.009+00       Cm-244 104    0.00E+00       Co-58 106     0.OOE+00      Co-60 115     0.OOE+00      Cs-134 118     0.009+00      Cs-136 119     0.00E;+00     Cs-137 174     1.30E+02      1-130 175     1.84E+04      1-131 176     1.42E+04      1-132 177     1.15E+04      1-133 178    5.55E-04       1-134 179     1.88EF+03     1-135 202     1.05E+03      Kr-83m 203    7.80E+04       Kr-85 204    1.47E+04       Kr-85m 205    2.25E+00       Kr-87 206    4.56E+03       Kr-88 209     0.00E+00      La-140 210    0.00E+00       La-141 211    0 .00F+00      La-142 224    0.OOE+00      Mo-99 238    0.00E+00      Nb-95 243    0.00E+00      Nd-147 255    0.00E+00      Np-239 302    0.00S+00       Pr-143 313    0.OOE+00       Pu-238 314    0.OOE+00       Pu-239 315    0.OOE+00       Pu-240 316    0.00E+00       Pu-241 332    0.OOE+00      Rb-86 347    0.OOE+00      Rh-105 355    0.OOE+00      Ru-103 356    0.OOE+00      Ru-105 357    0.OOE+00      Ru-106 365    0.OOE+00      Sb-127 366    0.OOE+00      Sb-129 391    0.OOE+00      Sr-89 392    O.OOE+00      Sr-90 393    0.OOE+00      Sr-91 394    0.OOE+00      Sr-92 408    0.OOE+00      Tc-99m 415    0.00E+00      Te-127 416    0.OOE+00      Te-127m 417    0.OOE+00      Te-129

NEDC 05-031 CCN 3C1 Attachment K Page K-2 of K-19 418    0.OOE+00      Te-129m 420    0.OOE+00      Te-131m 421    0.OOE+00      Te-132 469    1.87E+01      Xe-129m 470    2.86E+04      Xe-131m 471    4.81E+06      Xe-133 472    1.42E+05      Xe-133m 473    1.30E+06      Xe-135 474    4.47E+04      Xe-135m 480    0.OOE+00      Y-90 482    0.OOE+00      Y-91 484    0.OOE+00      Y-92 485    0.OOE+00      Y-93 496    0.OOE+00      Zr-95 497    0.OOE+00      Zr-97 Energy         Activity  (Photons/sec) 0              0             Energy #        I 0              0             Energy #        2 0              0             Energy #        3 0              0             Energy #        4 0              0             Energy #        5 0              0             Energy #        6 0              0             Energy #        7 0              0             Energy #        8 0              0             Energy #        9 0              0             Energy #        10 0              0             Energy #        11 0              0             Energy #        12 0              0             Energy #        13 0              0             Energy #        14 0              0             Energy #        15 0              0             Energy #        16 0              0             Energy #        17 0              0             Energy #        18 0              0             Energy #        19 0              0             Energy  #       20 0              0             Energy #        21 0              0             Energy  #       22 0              0             Energy  #       23 0              0             Energy #        24 0              0             Energy  #       25 Time Point 0.5 Hours 5.00

== Description:==
MicroShield Source file 1
1 : Indicator for Ci or Photons/sec 1 : Geometry factor (point, cm, cm^2, or cm^3) 68 : Number of nuclides in file.
Nuclide Index Ci              Nuclide Name 13     0.OOE+00      Am-241 41     0.OOE+00      Ba-139 42     0.OOE+00      Ba-140 61     2.26E+01      Br-82 62     5.32E-01      Br-83 81     0.OOE+00      Ce-141 82     0.OOE+00      Ce-143 83     0.OOE+00      Ce-144 93     0.OOE+00      Cm-242 95     0.OOE+00      Cm-244 104    0.OOE+00      Co-58 106    0.OOE+00      Co-60

NEDC 05-031 CCN 3Cl Attachment K Page K-3 of K-19 115    0. OOE+00      Cs-134 118    0. OOE+00      Cs-136 119    0. OOE+00      Cs-137 174    5. 46E+01      1-130 175    7. 83E+03      1-131 176    5. 61E+03      1-132 177    4.85E+03       1-133 178    1. 92E-04      1-134 179    7. 78E+02      1-135 202    4. 04E+02      Kr-83m 203    3. 32E+04      Kr-85 204    6. 03E+03      Kr-85m 205    8. 30E-01      Kr-87 206    1. 82E+03      Kr-88 209    0. OOE+00      La-140 210    0. OOE+00      La-141 211    0. OOE+00      La-142 224    0. OOE+00      Mo-99 238    0. OOE+00      Nb-95 243    0. OOE+00      Nd-147 255    0. OOE+00      Np-239 302    0. OOE+00      Pr-143 313    0. OOE+00      Pu-238 314    0. OOE+00      Pu-239 315    0. OOE+00      Pu-240 316    0. OOE+00      Pu-241 332    0. OOE+00      Rb-86 347    0. OOE+00      Rh-105 355    0. OOE+00      Ru-103 356    0. OOE+00      Ru-105 357    0. OOE+00      Ru-106 365    0. OOE+00      Sb-127 366    0. OOE+00      Sb-129 391    0. OOE+00      Sr-89 392    0. OOE+00      Sr-90 393    0. OOE+00      Sr-91 394    0. OOE+00      Sr-92 408    0. OOE+00      Tc-99m 415    0. OOE+00      Te-127 416    0. OOE+00      Te-127m 417    0. OOE+00      Te-129 418    0.00E+00       Te-129m 420    0. OOE+00      Te-131m 421    0. OOE+00      Te-132 469    7. 97E+00      Xe-129m 470    1.22E+04       Xe-131m 471    2. 05E+06      Xe-133 472    6. 05E+04      Xe-133m 472    5. 43E+05      Xe-135 473    9. 30E+03      Xe-135m 480    0. OOE+00      Y-90 482    0. OOE+00      Y-91 484    0. 00E+00      Y-92 485    0. OOE+00      Y-93 496    0. OOE+00      Zr-95 497    0. OOE+00      Zr-97 Energy          Activity  (Photons/sec) 0               0             Energy #       1 0               0             Energy #       2 0               0             Energy #       3 0               0             Energy #       4 0               0             Energy #       5

NEDC 05-031 CCN 3C1 Aftachment K Page K-4 of K-19 0               0          Energy #       6 0               0          Energy #       7 0               0          Energy #       8 0               0          Energy #       9 0               0          Energy #       10 0               0          Energy #       11 0               0          Energy #       12 0               0          Energy #       13 0               0          Energy #       14 0               0          Energy #       15 0               0          Energy #       16 0               0          Energy #       17 0               0          Energy #       18 0               0          Energy #       19 0               0          Energy #       20 0               0          Energy #       21 0               0          Energy #       22 0               0          Energy #       23 0               0          Energy #       24 0               0          Energy #       25 Time Point 1 Hour 5.00

== Description:==
MicroShield Source file 1
1   Indicator for Ci or Photons/sec 1 : Geometry factor (point, cm, cm^2, or cm^3) 68 : Number of nuclides in file.
Nuclide Index Ci             Nuclide Name 13     0.OOE+00     Am-241 41     0.OOE+00     Ba-139 42     0.OOE+00     Ba-140 61     6.73E+00     Br-82 62     1.46E-01     Br-83 81     0.O0E+00     Ce-141 82     0.OOE+00     Ce-143 83     0.OOE+00     Ce-144 93     0.OOE+00     Cm-242 95     0.OOE+00     Cm-244 104    0.OOE+00     Co-58 106    0.OOE+00     Co-60 115    0.OOE+00     Cs-134 118    0.OOE+00     Cs-136 119    0.OOE+00     Cs-137 174    1.61E+01     1-130 175    2.35E+03     1-131 176    1.54E+03     1-132 177    1.44E+03     1-133 178    4.58E-05     1-134 179    2.26E+02     1-135 202    1.08E+02     Kr-83m 203    9.97E+03     Kr-85 204    1.72E+03     Kr-85m 205    2.12E-01     Kr-87 206    5.08E+02     Kr-88 209    0.OOE+00     La-140 210    0.OOE+00     La-141 211    0.OOE+00     La-142 224    0.OOE+00     Mo-99 238    0.OOE+00     Nb-95 243    0.O0E+00     Nd-147 255    0.OOE+00     Np-239 302    0.OOE+00     Pr-143 JE J- ;&#xfd;&#xfd;t

NEDC 05-031 CCN 3C1 Attachment K Page K-5 of K-19 313    0. 00E+00       Pu-238 314    0. OOE+00       Pu-239 315    0. OOE+00       Pu-240 316    0. OOE+00       Pu-241 332    0. OOE+00       Rb-86 347    0. OOE+00       Rh-105 355    0. OOE+00       Ru-103 356    0. OOE+00       Ru-105 357    0. OOE+00       Ru-106 365    0. OOE+00       Sb-127 366    0. OOE+00       Sb-129 391    0. OOE+00       Sr-89 392    0. OOE+00       Sr-90 393    0. OOE+00       Sr-91 394    0. OOE+00       Sr-92 408    0. OOE+00       Tc-99m 415    0. OOE+00       Te-127 416    0. OOE+00       Te-127m 417    0. OOE+00       Te-129 418    0. OOE+00       Te-129m 420    0. OOE+00       Te-131m 421    0. OOE+00       Te-132 469    2. 39E+00       Xe-129m 470    3. 65E+03       Xe-131m 471    6. 12E+05       Xe-133 472    1. 80E+04       Xe-133m 473    1. 59E+05       Xe-135 474    1. 42E+03       Xe-135m 480    0. OOE+00       Y-90 482    0. OOE+00       Y-91 484    0. OOE+00       Y-92 485    0. OOE+00       Y-93 496    0. OOE+00       Zr-95 497    0. OOE+00       Zr-97 Energy           Activity  (Photons/sec) 0                0             Energy #       1 0                0             Energy #       2 0                0             Energy #       3 0                0             Energy #       4 0                0             Energy #       5 0                0             Energy #       6 0                0             Energy #       7 0                0             Energy #       8 0                0             Energy #       9 0                0             Energy #       10 0                0             Energy #       11 0                0             Energy #       12 0                0             Energy #       13 0                0             Energy #       14 0                0             Energy #       15 0                0             Energy #       16 0                0             Energy #       17 0                0             Energy #       18 0                0             Energy #       19 0                0             Energy #       20 0                0             Energy #       21 0                0             Energy #       22 0                0             Energy #       23 0                0             Energy #       24 0                0             Energy #       25

NEDC 05-031 CCN 3C1 Attachment K Page K-6 of K-19 Time Point 2 Hours 5.00

== Description:==
MicroShield Source file 1
1 : Indicator for Ci or Photons/sec 1     : Geometry  factor (point, cm, cm^2,  or cm^ 3) 68 : Number of nuclides in file.
Nuclide Index Ci                 Nuclide Name 13        0.OOE+00       Am-241 41        0.OOE+00       Ba-139 42        0.OOE+00       Ba-140 61        6.96E-01       Br-82 62        1.25E-02       Br-83 81        0.OOE+00       Ce-141 82        0.OOE+00       Ce-143 83        0.OOE+00       Ce-144 93        0.OOE+00       Cm-242 95        0.00E+00       Cm-244 104       0.OOE+00       Co-58 106       0.OOE+00       Co-60 115        0.OOE+00      Cs-134 118        0.OOE+00      Cs-136 119       0.OOE+00       Cs-137 174       1.62E+00       1-130 175       2.42E+02       1-131 176        1.31E+02      1-132 177       1.47E+02       1-133 178       2.65E-06       1-134 179       2.21E+01       1-135 202       8.72E+00       Kr-83m 203       1.04E+03       Kr-85 204       1.63E+02       Kr-85m 205       1.50E-02       Kr-87 206       4.51E+01       Kr-88 209       0.OOE+00       La-140 210       0.00E+00       La-141 211       0.OOE+00       La-142 224       0.OOE+00       Mo-99 238       0.OOE+00       Nb-95 243        0.OOE+00      Nd-147 255        0.OOE+00      Np-239 302        0.OOE+00      Pr-143 313       0.OOE+00       Pu-238 314        0.OOE+00      Pu-239 315       0.OOE+00       Pu-240 316        0.OOE+00      Pu-241 332       0.OOE+00       Rb-86 347        0.OOE+00      Rh-105 355        0.OOE+00      Ru-103 356        0.OOE+00      Ru-105 357       0.00E+00       Ru-106 365       0.OOE+00       Sb-127 366        0.OOE+00      Sb-129 391        0.OOE+00      Sr-89 392       0.00E+00       Sr-90 393        0.OOE+00      Sr-91 394        0.OOE+00      Sr-92 408        0.OOE+00      Tc-99m 415       0.OOE+00       Te-127 416       0.OOE+00       Te-127m 417        0.OOE+00      Te-129 418       0.OOE+00       Te-129m 420        0.OOE+00      Te-131m 421       0.OOE+00       Te-132
.   -W-

NEDC 05-031 CCN 3C1 Aftachment K Page K-7 of K-19 469    2.49E-01              Xe-129m 470    3.82E+02              Xe-131m 471    6.40E+04              Xe-133 472    1.87E+03              Xe-133m 472    1.59E+04              Xe-135 473    -4.52E+01             Xe-135m 480    0.OOE+00              Y-90 482    0.00E+00              Y-91 484    0.OOE+00              Y-92 485    0.OOE+00              Y-93 496    0.OOE+00              Zr-95 497    0.OOE+00              Zr-97 Energy         Activity          (Photons/sec) 0              0                    Energy #       1 0              0                    Energy #       2 0              0                    Energy #       3 0              0                    Energy #       4 0              0                    Energy #       5 0              0                    Energy #       6 0              0                    Energy #       7 0              0                    Energy #       8 0              0                    Energy #       9 0              0                    Energy #       10 0              0                    Energy #       11 0              0                    Energy #       12 0              0                    Energy #       13 0              0                    Energy #       14 0              0                    Energy #       15 0              0                    Energy #       16 0              0                    Energy #       17 0              0                    Energy #       18 0              0                    Energy #       19 0              0                    Energy #       20 0              0                    Energy #       21 0              0                    Energy #       22 0              0                    Energy #       23 0              0                    Energy #       24 0              0                    Energy #       25 Time Point 8 Hours 5.00

== Description:==
MicroShield Source file 1
1 : Indicator for Ci or Photons/sec 1 : Geometry factor (point, cm, cm^2, or cm^3) 68 : Number of nuclides in file.
Nuclide Index Ci                      Nuclide Name 13     0.OOE+00              Am-241 41     0.OOE+00              Ba-139 42     0.OOE+00              Ba-140 61     2.94E-03              Br-82 62     4.10E-05              Br-83 81     0.OOE+00              Ce-141 82     0.OOE+00              Ce-143 83     0.OOE+00              Ce-144 93     0.OOE+00              Cm-242 95     0.O0E+00              Cm-244 104    0.OOE+00              Co-58 106    0.OOE+00              Co-60 115    0.OOE+00              Cs-134 118    0.OOE+00              Cs-136 119    0.OOE+00              Cs-137
 -~         ~      - k?~-~ ~

NEDC 05-031 CCN 3C1 Attachment K Page K-8 of K-19 174    6. 15E-03       1-130 175    1. 02E+00       1-131 176    4 10E-01        1-132 177    6. 08E-01       1-133 178    5. 47E-09       1-134 179    8. 88E-02        1-135 202    2. 60E-02       Kr-83m 203    4 44E+00        Kr-85 204    6. 15E-01       Kr-85m 205    4 IOE-05        Kr-87 206    1. 50E-01       Kr-88 209    0. OOE+00       La-140 210    0. OOE+00       La-141 211    0. OOE+00       La-142 224    0. OOE+00       Mo-99 238    0. OOE+00       Nb-95 243    0. OOE+00       Nd-147 255    0. OOE+00       Np-239 302    0. OOE+00       Pr-143 313    0. OOE+00        Pu-238 314    0. OOE+00        Pu-239 315    0. OOE+00        Pu-240 316    0. OOE+00        Pu-241 332    0 OOE+00        Rb-86 347    0. OOE+00       Rh-105 355    0. OOE+00       Ru-103 356    0. OOE+00       Ru-105 357    0. OOE+00       Ru-106 365    0. OOE+00       Sb-127 366    0. OOE+00        Sb-129 391    0. OOE+00       Sr-89 392    0. OOE+00        Sr-90 393    0. OOE+00        Sr-91 394    0. OOE+00       Sr-92 408    0. OOE+00       Tc-99m 415    0. OOE+00       Te-127 416    0. OOE+00       Te-127m 417    0. OOE+00       Te-129 418    0. OOE+00        Te-129m 420    0. OOE+00        Te-131m 421    0. OOE+00       Te-132 469    1. 02E-03       Xe-129m 470    1.57E+00        Xe-131m 471    2.66E+02        Xe-133 472    8. 20E+00       Xe-133m 472    6. 15E+01       Xe-135 473    6. 83E-02       Xe-135m 480    0. OOE+00        Y-90 482    0. OOE+00        Y-91 484    0. OOE+00       Y-92 485    0. OOE+00        Y-93 496    0. OOE+00        Zr-95 497    0. OOE+00        Zr-97 Energy           Activity      (Photons/sec) 0                0                 Energy #       1 0                0                 Energy #       2 0                0                 Energy #       3 0                0                 Energy #       4 0                0                 Energy #       5 0                0                 Energy #       6 0                0                 Energy #       7 0                0                 Energy #       8
                      .L~..a,.

NEDC 05-031 CCN 3C1 Attachment K        Page K-9 of K-19 0              0            Energy #        9 0              0            Energy #        10 0              0            Energy #        11 0              0            Energy #        12 0              0            Energy #        13 0              0            Energy #        14 0              0            Energy #        15 0              0            Energy #        16 0              0            Energy #        17 0              0            Energy #        18 0              0            Energy #        19 0              0            Energy #        20 0              0            Energy #        21 0              0            Energy #        22 0              0            Energy #        23 0              0            Energy #        24 0              0            Energy #        25 Output Files 0.25 Hours MicroShield 8.03 NPPD (8.03-0000)
Date By Checked Filename Run Date Run Time Duration 1CLP25.MS5 June 20, 2011 3:52:16 PM 00:00:00 Project Info Case Title ICloud FHA 0.25 Description AST FHA Outside Cloud Shine 0.25h Geometry 8 - Cylinder Volume - End Shields Source Dimensions Height 2.4e+4 cm (800 ft)
Radius 2.4e+4 cm (800 ft)
Dose Points AX Y Z
      #1 0.0 cm (0 in)   2.5e+4 cm (811 ft 6.0 in)  0.0 cm (0 in)
Shields Shield N Dimension Material Density Source 4.55e+13 cm 3 Air 0.00122 Shield 1 60.96 cm Concrete 2.35 Shield 2 289.56 cm Air 0.00122 Air Gap   Air 0.00122 Source Input: Grouping Method - Standard Indices Number of Groups: 25 Lower Energy Cutoff: 0.015 Photons < 0.015: Included Library: Grove Nuclide Ci Bq pCi/cm3 Bq/cm3 Am-241 Ba-139 Ba-140 Br-82 5.3300e+001 1.9721e+012 1.1702e-006 4.3298e-002 Br-83 1.3500e+000 4.9950e+010 2.9639e-008 1.0967e-003 Ce-141 Ce-143 Ce-144 Cm-242 Cm-244 Co-58 Co-60 UUi -  &#xfd;g

NEDC 05-031 CCN 3C1 Attachment K      Page K-10 of K-19 Cs-134 Cs-136 Cs-137 1-130 1.3000e+002 4.8100e+012 2.8542e-006 1.0560e-001 1-131 1.8400e+004 6.8080e+014 4.0397e-004 1.4947e+001 1-132 1.4200e+004 5.2540e+014 3.1176e-004 1.1535e+001 1-133 1.1500e+004 4.2550e+014 2.5248e-004 9.3419e+000 1-134 5.5500e-004 2.0535e+007 1.2185e-O11 4.5085e-007 1-135 1.8800e+003 6.9560e+013 4.1276e-005 1.5272e+000 Kr-83m 1.0500e+003 3.8850e+013 2.3053e-005 8.5296e-001 Kr-85 7.8000e+004 2.8860e+015 1.7125e-003 6.3362e+001 Kr-85m 1.4700e+004 5.4390e+014 3.2274e-004 1.1941e+001 Kr-87 2.2500e+000 8.3250e+010 4.9399e-008 1.8278e-003 Kr-88 4.5600e+003 1.6872e+014 1.0012e-004 3.7043e+000 La-140 La-141 La-142 Mo-99 Nb-95 Nd-147 Np-239 Pr-143 Pu-238 Pu-239 Pu-240 Pu-241 Rb-86 Rh-105 Ru-103 Ru-105 Ru-106 Sb-127 Sb-129 Sr-89 Sr-90 Sr-91 Sr-92 Tc-99m Te-127 Te-127m Te-129 Te-129m Te-131m Te-132 Xe-129m 1.8700e+001 6.9190e+011 4.1056e-007 1.5191e-002 Xe-131m 2.8600e+004 1.0582e+015 6.2792e-004 2.3233e+001 Xe-133 4.8100e+006 1.7797e+017 1.0560e-001 3.9073e+003 Xe-133m 1.4200e+005 5.2540e+015 3.1176e-003 1.1535e+002 Xe-135 1.3000e+006 4.8100e+016 2.8542e-002 1.0560e+003 Xe-135m 4.4700e+004 1.6539e+015 9.8139e-004 3.6312e+001 Y-90 Y-91 Y-92 Y-93 Zr-95 Zr-97 Buildup: The material reference is Shield 1 Integration Parameters Radial 20 Circumferential 10 Y Direction (axial) 10 Results Energy (MeV) Activity (Photons/sec) Fluence Rate

NEDC 05-031 CCN 3C1 Aftachment K         Page K-11 of K-1 9 MeV/cm2 /sec No Buildup Fluence Rate MeV/cm2 /sec With Buildup Exposure Rate mR/hr No Buildup Exposure Rate mR/hr With Buildup 0.015 1.183e+16 0.000e+00 4.887e-22 0.000e+00 4.192e-23 0.03 9.161e+16 3.732e-69 1.317e-20 3.699e-71 1.305e-22 0.04 5.203e+10 3.913e-39 1.983e-26 1.730e-41 8.77le-29 0.08 6.533e+16 3.167e-09 1.800e-07 5.012e-12 2.848e-10 0.1 3.469e+ll 1.898e-12 2.018e-10 2.903e-15 3.087e-13 0.15 5.771e+14 5.049e-07 9.308e-05 8.315e-10 1.533e-07 0.2 4.396e+16 5.168e-04 1.018e-01 9.120e-07 1.796e-04 0.3 1.390e+14 4.059e-05 5.813e-03 7.699e-08 l.l03e-05 0.4 8.557e+14 2.l07e-03 2.047e-01 4.105e-06 3.989e-04 0.5 1.868e+15 2.262e-02 1.561e+00 4.440e-05 3.064e-03 0.6 2.229e+15 9.504e-02 4.894e+00 1.855e-04 9.552e-03 0.8 5.795e+14 1.677e-01 5.434e+00 3.189e-04 1.034e-02 1.0 2.074e+14 2.487e-01 5.690e+00 4.585e-04 1.049e-02 1.5 1.596e+14 2.134e+00 2.720e+01 3.590e-03 4.576e-02 2.0 1.275e+14 7.851e+00 7.034e+01 1.214e-02 1.088e-01 3.0 1.313e+12 5.25le-01 3.055e+00 7.124e-04 4.145e-03 Totals 2.195e+17 1.105e+01 1.185e+02 1.746e-02 1.927e-01 Output File 0.5 Hours MicroShield 8.03 NPPD (8.03-0000)
Date By Checked Filename Run Date Run Time Duration ICLP5.MS5 June 20, 2011 3:53:33 PM 00:00:00 Project Info Case Title lCloud FHA 0.5 Description AST FHA Outside Cloud Shine 0.5h Geometry 8 - Cylinder Volume - End Shields Source Dimensions Height 2.4e+4 cm (800 ft)
Radius 2.4e+4 cm (800 ft)
Dose Points AXY Z
#1 0.0 cm (0 in) 2.5e+4 cm (811 ft 6.0 in)   0.0 cm (0 in)
Shields Shield N Dimension Material Density Source 4.55e+13 cm3 Air 0.00122 Shield 1 60.96 cm Concrete 2.35 Shield 2 289.56 cm Air 0.00122 Air Gap      Air 0.00122 Source Input: Grouping Method - Standard Indices Number of Groups: 25 Lower Energy Cutoff: 0.015 Photons < 0.015: Included Library: Grove Nuclide Ci Bq pCi/cm3 Bq/cm3 Am-241 Ba-139 Ba-140 Br-82 2.2600e+001 8.3620e+011 4.9619e-007   1.8359e-002
     -~     it       ...
7-

NEDC 05-031 CCN 3Cl Attachment K      Page K-12 of K-19 Br-83 5.3200e-001 1.9684e+010 1.1680e-008 4.3216e-004 Ce-141 Ce-143 Ce-144 Cm-242 Cm-244 Co-58 Co-60 Cs-134 Cs-136 Cs-137 1-130 5.4600e+001 2.0202e+012 1.1987e-006 4.4354e-002 1-131 7.8300e+003 2.8971e+014 1.7191e-004 6.3606e+000 1-132 5.6100e+003 2.0757e+014 1.2317e-004 4.5572e+000 1-133 4.8500e+003 1.7945e+014 1.0648e-004 3.9398e+000 1-134 1.9200e-004 7.1040e+006 4.2154e-012 1.5597e-007 1-135 7.7800e+002 2.8786e+013 1.7081e-005 6.3200e-001 Kr-83m 4.0400e+002 1.4948e+013 8.8699e-006 3.2818e-001 Kr-85 3.3200e+004 1.2284e+015 7.2891e-004 2.6970e+001 Kr-85m 6.0300e+003 2.2311e+014 1.3239e-004 4.8984e+000 Kr-87 8.3000e-001 3.0710e+010 1.8223e-008 6.7424e-004 Kr-88 1.8200e+003 6.7340e+013 3.9958e-005 1.4785e+000 La-140 La-141 La-142 Mo-99 Nb-95 Nd-147 Np-239 Pr-143 Pu-238 Pu-239 Pu-240 Pu-241 Rb-86 Rh-105 Ru-103 Ru-105 Ru-106 Sb-127 Sb-129 Sr-89 Sr-90 Sr-91 Sr-92 Tc-99m Te-127 Te-127m Te-129 Te-129m Te-131m Te-132 Xe-129m 7.9700e+000 2.9489e+011 1.7498e-007 6.4743e-003 Xe-131m 1.2200e+004 4.5140e+014 2.6785e-004 9.9105e+000 Xe-133 2.0500e+006 7.5850e+016 4.5008e-002 1.6653e+003 Xe-133m 6.0500e+004 2.2385e+015 1.3283e-003 4.9146e+001 Xe-133m 5.4300e+005 2.0091e+016 1.1922e-002 4.4110e+002 Xe-135 9.3000e+003 3.4410e+014 2.0418e-004 7.5547e+000 Y-90 Y-91 Y-92 Y-93 Zr-95

NEDC 05-031 CCN 3Cl Aftachment K        Page K-13 of K-19 Zr-97 Buildup: The material reference is Shield 1 Integration Parameters Radial 20 Circumferential 10 Y Direction (axial) 10 Results Energy (MeV) Activity (Photons/sec) Fluence Rate MeV/cm 2 /sec No Buildup Fluence Rate MeV/cm 2 /sec With Buildup Exposure Rate mR/hr No Buildup Exposure Rate mR/hr With Buildup 0.015 6.455e+15 0.000e+00 2.667e-22 0.000e+00 2.287e-23 0.03 4.923e+16 2.005e-69 7.076e-21 1.987e-71 7.013e-23 0.04 2.218e+10 1.668e-39 8.452e-27 7.375e-42 3.738e-29 0.08 2.784e+16 1.350e-09 7.672e-08 2.136e-12 1.214e-10 0.1 1.388e+lI    7.593e-13 8.074e-11 1.162e-15 1.235e-13 0.15 1.810e+14 1.584e-07 2.920e-05 2.608e-10 4.808e-08 0.2 2.683e+15 3.154e-05 6.210e-03 5.566e-08 1.096e-05 0.3 5.754e+13 1.680e-05 2.406e-03 3.187e-08 4.565e-06 0.4 2.472e+14 6.087e-04 5.915e-02 1.186e-06 1.153e-04 0.5 2.196e+14 2.659e-03 1.835e-01 5.219e-06 3.601e-04 0.6 3.033e+14 1.293e-02 6.659e-01 2.524e-05 1.300e-03 0.8 2.306e+14 6.671e-02 2.162e+00 1.269e-04 4.112e-03 1.0 8.286e+13 9.934e-02 2.273e+00 1.831e-04 4.189e-03 1.5 6.420e+13 8.582e-01 1.094e+01 1.444e-03 1.840e-02 2.0 5.093e+13 3.136e+00 2.810e+01 4.850e-03 4.345e-02 3.0 5.239e+ll 2.094e-01 1.218e+00 2.841e-04 1.653e-03 Totals 8.765e+16 4.386e+00 4.560e+01 6.920e-03 7.360e-02 Output File 1 Hour MicroShield 8.03 NPPD (8.03-0000)
Date By Checked Filename Run Date Run Time Duration 1CLP5.MS5 June 20, 2011 4:05:15 PM 00:00:00 Project Info Case Title iCloud FHA 1 Description AST FHA Outside Cloud Shine 1 h Geometry 8 - Cylinder Volume - End Shields Source Dimensions Height 2.4e+4 cm (800 ft)
Radius 2.4e+4 cm (800 ft)
Dose Points AXYZ
             #1 0.0 cm (0 in)      2.5e+4 cm (811 ft 6.0 in) 0.0 cm (0 in)
Shields Shield N Dimension Material Density Source 4.55e+13 cm3 Air 0.00122 Shield 1 60.96 cm Concrete 2.35 Shield 2 289.56 cm Air 0.001.22 Air Gap      Air 0.00122 Source Input: Grouping Method - Standard Indices Number of Groups: 25
-- To-77&#xfd;'&#xfd;&#xfd;'
a       ...                  ::2 :Iff. --!&#xfd;&#xfd;-z

NEDC 05-031 CCN 3C1 Attachment K      Page K-14 of K-19 Lower Energy Cutoff: 0.015 Photons < 0.015: Included Library: Grove 3
Nuclide Ci Bq pCi/cm Bq/cm3 Am-241 Ba-139 Ba-140 Br-82 6.7300e+000 2.4901e+011 1.4776e-007 5.4670e-003 Br-83 1.4600e-001 5.4020e+009 3.2054e-009 1.1860e-004 Ce-141 Ce-143 Ce-144 Cm-242 Cm-244 Co-58 Co-60 Cs-134 Cs-136 Cs-137 1-130 1.6100e+001 5.9570e+011 3.5348e-007 1.3079e-002 1-131 2.3500e+003 8.6950e+013 5.1594e-005 1.9090e+000 1-132 1.5400e+003 5.6980e+013 3.3811e-005 1.2510e+000 1-133 1.4400e+003 5.3280e+013 3.1615e-005 1.1698e+000 1-134 4.5800e-005 1.6946e+006 1.0055e-012 3.7205e-008 1-135 2.2600e+002 8.3620e+012 4.9619e-006 1.8359e-001 Kr-83m 1.0800e+002 3.9960e+01, 2.3711e-006 8.7733e-002 Kr-85 9.9700e+003 3.6889e+014 2.1889e-004 8.0990e+000 Kr-85m 1.7200e+003 6.3640e+013 3.7763e-005 1.3972e+000 Kr-87 2.1200e-001 7.8440e+009 4.6545e-009 1.7222e-004 Kr-88 5.0800e+002 1.8796e+013 1.1153e-005 4.1267e-001 La-140 La-141 La-142 Mo-99 Nb-95 Nd-147 Np-239 Pr-143 Pu-238 Pu-239 Pu-240 Pu-241 Rb-86 Rh-105 Ru-103 Ru-105 Ru-106 Sb-127 Sb-129 Sr-89 Sr-90 Sr-91 Sr-92 Tc-99m Te-127 Te-127m Te-129 Te-129m Te-131m Te-132 Xe-129m 2.3900e+000 8.8430e+010 5.2473e-008 1.9415e-003 Xe-131m 3.6500e+003 1.3505e+014 8.0136e-005 2.9650e+000 Xe-133 6.1200e+005 2.2644e+016 1.3437e-002 4.9715e+002

NEDC 05-031 CCN 3C1 Aftachment K          Page K-15 of K-19 Xe-133m 1.8000e+004 6.6600e+014 3.9519e-004 1.4622e+001 Xe-135 1.5900e+005 5.8830e+015 3.4909e-003 1.2916e+002 Xe-135m 1.4200e+003 5.2540e+013 3.1176e-005 1.1535e+000 Y-90 Y-91 Y-92 Y-93 Zr-95 Zr-97 Buildup: The material reference is Shield 1 Integration Parameters Radial 20 Circumferential 10 Y Direction (axial) 10 Results Energy (MeV) Activity (Photons/sec) Fluence Rate MeV/cm2 /sec No Buildup Fluence Rate MeV/cm2 /sec With Buildup Exposure Rate mR/hr No Buildup Exposure Rate mR/hr With Buildup 0.015 1.500e+15 0.000e+00 6.197e-23 0.000e+00 5.315e-24 0.03 1.162e+16 4.734e-70 1.670e-21 4.692e-72 1.655e-23 0.04 6.650e+09 5.00le-40 2.535e-27 2.212e-42 1.121e-29 0.08 8.313e+15 4.030e-10 2.290e-08 6.377e-13 3.624e-11 0.1 3.885e+10 2.126e-13 2.260e-11 3.252e-16 3.458e-14 0.15 6.844e+13 5.988e-08 1.104e-05 9.861e-II 1.818e-08 0.2   5.379e+15 6. 323e-05 1 .245e-02 1.116e-07 2 198e-05 0.3   1. 666e+13 4 863e-06 6. 965e-04 9.225e-09 1. 321e-06 0.4   1.074e+14 2. 645e-04 2 . 570e-02 5. 154e-07 5. 008e-05 0.5   1.066e+14 1. 291e-03 8. 910e-02 2. 535e-06 1. 749e-04 0.6   2.636e+14 1. 124e-02 5. 788e-01 2.194e-05 1. 130e-03 0.8   6.388e+13 1. 848e-02 5. 990e-01 3.515e-05 1. 139e-03 1.0   2.307e+13 2. 766e-02 6. 327e-01 5. 098e-05 1. 166e-03 1.5   1.804e+13 2. 411e-01 3. 073e+00 4. 056e-04 5. 170e-03 2.0 1.422e+13 8. 757e-01 7.845e+00 1.354e-03 1. 213e-02 3.0   1.461e+ll 5. 842e-02 3.399e-01 7. 925e-05 4. 611e-04 Totals 2.750e+16 1.234e+00 1.320e+01 1.950e-03 2.145e-02 Output File 2 Hours MicroShield 8.03 NPPD (8.03-0000)
Date By Checked Filename Run Date Run Time Duration 1CLP5.MS5 June 20, 2011 4:41:23 PM 00:00:00 Project Info Case Title ICloud FHA 2 Description AST FHA Outside Cloud Shine 2 h Geometry 8 - Cylinder Volume - End Shields Source Dimensions Height 2.4e+4 cm (800 ft)
Radius 2.4e+4 cm (800 ft)
Dose Points A X Y Z
       #1 0.0 cm (0 in)     2.5e+4 cm (811 ft 6.0 in)   0.0 cm (0   in)
Shields Shield N Dimension Material Density
)LL .`     ,    :   *    .. .. .

NEDC 05-031 CCN 3C1 Attachment K    Page K-16 of K-19 Source 4.55e+13 cm3 Air 0.00122 Shield 1 60.96 cm Concrete 2.35 Shield 2 289.56 cm Air 0.00122 Air Gap   Air 0.00122 Source Input: Grouping Method - Standard Indices Number of Groups: 25 Lower Energy Cutoff: 0.015 Photons < 0.015: Included Library: Grove Nuclide Ci Bq pCi/cm3 Bq/cm3 Am-241 Ba-139 Ba-140 Br-82 6.9600e-001 2.5752e+010 1 .5281e-008 5.6539e-004 Br-83 1.2500e-002 4.6250e+008 2 .7444e-010 1.0154e-005 Ce-141 Ce-143 Ce-144 Cm-242 Cm-244 Co-58 Co-60 Cs-134 Cs-136 Cs-137 1-130 1.6200e+000 5.9940e+010 3 .5567e-008 1.3160e-003 1-131 2.4200e+002 8.9540e+012 5 .3131e-006 1.9659e-001 1-132 1.3100e+002 4.8470e+012 2 .8761e-006 1.0642e-001 1-133 1.4700e+002 5.4390e+012 3 .2274e-006 1.1941e-001 1-134 2.6500e-006 9.8050e+004 5 .8181e-014 2.1527e-009 1-135 2.2100e+001 8.1770e+011 4 .8521e-007 1.7953e-002 Kr-83m 8.7200e+000 3.2264e+011 1.9145e-007 7.0836e-003 Kr-85 1.0400e+003 3.8480e+013 2.2833e-005 8.4483e-001 Kr-85m 1.6300e+002 6.0310e+012 3.5787e-006 1.3241e-001 Kr-87 1.5000e-002 5.5500e+008 3.2933e-010 1.2185e-005 Kr-88 4.5100e+001 1.6687e+012 9.9017e-007 3.6636e-002 La-140 La-141 La-142 Mo-99 Nb-95 Nd-147 Np-239 Pr-143 Pu-238 Pu-239 Pu-240 Pu-241 Rb-86 Rh-105 Ru-103 Ru-105 Ru-106 Sb-127 Sb-129 Sr-89 Sr-90 Sr-91 Sr-92 Tc-99m Te-127 a                  72T,

NEDC 05-031 CCN 3C1 Affachment K         Page K-17 of K-19 Te-127m Te-129 Te-129m Te-131m Te-132 Xe-129m 2.4900e-001 9.2130e+009 5.4668e-009 2.0227e-004 Xe-131m 3.8200e+002 1.4134e+013 8.3868e-006 3.1031e-001 Xe-133 6.4000e+004 2.3680e+015 1.4051e-003 5.1990e+001 Xe-133m 1.8700e+003 6.9190e+013 4.1056e-005 1.5191e+000 Xe-133m 1.5900e+004 5.8830e+014 3.4909e-004 1.2916e+001 Xe-135 -4.5200e+001 -1.6724e+012 -9.9237e-007 -3.6718e-002 Y-90 Y-91 Y-92 Y-93 Zr-95 Zr-97 Buildup: The material reference is Shield 1 Integration Parameters Radial 20 Circumferential 10 Y Direction (axial) 10 Results Energy (MeV) Activity (Photons/sec) Fluence Rate MeV/cm2/sec No Buildup Fluence Rate MeV/cm2 /sec With Buildup Exposure Rate mR/hr No Buildup Exposure Rate mR/hr With Buildup 0.015 1.983e+14 0.000e+00 8.189e-24 0.000e+00 7.024e-25 0.03 1.514e+15 6.167e-71 2.176e-22 6.112e-73 2.157e-24 0.04 6.928e+08 5.210e-41 2.641e-28 2.304e-43 1.168e-30 0.08 8.693e+14 4.214e-11 2.395e-09 6.669e-14 3.790e-12 0.1 3.476e+09 1.901e-14 2.022e-12 2.909e-17 3.093e-15 0.15 4.894e+12 4.281e-09 7.893e-07 7.050e-12 1.300e-09 0.2 6.839e+13 8.040e-07 1.583e-04 1.419e-09 2.794e-07 0.3 1.614e+12 4.713e-07 6.751e-05 8.940e-10 1.281e-07 0.4 7.516e+12 1.850e-05 1.798e-03 3.606e-08 3.504e-06 0.5 6.311e+12 7.641e-05 5.273e-03 1.500e-07 1.035e-05 0.6 6.983e+12 2.977e-04 1.533e-02 5.811e-07 2.992e-05 0.8 5.564e+12 1.610e-03 5.217e-02 3.062e-06 9.923e-05 1.0 2.036e+12 2.441e-03 5.585e-02 4.500e-06 1.029e-04 1.5 1.629e+12 2.177e-02 2.775e-01 3.663e-05 4.668e-04 2.0 1.264e+12 7.783e-02 6.972e-01 1.203e-04 1.078e-03 3.0 1.295e+10 5.178e-03 3.013e-02 7.025e-06 4.087e-05 Totals 2.688e+15 1.092e-01 1.135e+00 1.723e-04 1.832e-03 Output File 8 Hours MicroShield 8.03 NPPD (8.03-0000)
Date By Checked Filename Run Date Run Time Duration 1CLP5.MS5 June 20, 2011 4:07:06 PM 00:00:00 Project Info Case Title ICloud FHA 8 Description AST FHA Outside Cloud Shine 8 h Geometry 8 - Cylinder Volume - End Shields 4-4-4i

NEDC 05-031 CCN 3CI Aftachment K        Page K-18 of K-19 Source Dimensions Height 2.4e+4 cm (800 ft)
Radius 2.4e+4 cm (800 ft)
Dose Points AX  Y Z
#1 0.0 cm (0 in)  2.5e+4 cm (811 ft  6.0 in)  0.0 cm (0 in)
Shields Shield N Dimension Material Density Source 4.55e+13 cm' Air 0.00122 Shield 1 60.96 cm Concrete 2.35 Shield 2 289.56 cm Air 0.00122 Air Gap   Air 0.00122 Source Input: Grouping Method - Standard Indices Number of Groups: 25 Lower Energy Cutoff: 0.015 Photons < 0.015: Included Library: Grove Nuclide Ci Bq pCi/cm3 Bq/cm3 Am-241 Ba-139 Ba-140 Br-82 2.9400e-003 1.0878e+008 6.4548e-0ll 2.3883e-006 Br-83 4.10OOe-005 1.5170e+006 9.0016e-013 3.3306e-008 Ce-141 Ce-143 Ce-144 Cm-242 Cm-244 Co-58 Co-60 Cs-134 Cs-136 Cs-137 1-130 6.15OOe-003 2.2755e+008 1.3502e-010 4.9959e-006 1-131 1.0200e+000 3.7740e+010 2.2394e-008 8.2859e-004 1-132 4.10OOe-001 1.5170e+010 9.0016e-009 3.3306e-004 1-133 6.0800e-001 2.2496e+010 1.3349e-008 4.9390e-004 1-134 5.4700e-009 2.0239e+002 1.2009e-016 4.4435e-012 1-135 8.8800e-002 3.2856e+009 1.9496e-009 7.2136e-005 Kr-83m 2.6000e-002 9.6200e+008 5.7083e-010 2.1121e-005 Kr-85 4.4400e+000 1.6428e+01l   9.7481e-008 3.6068e-003 Kr-85m 6.1500e-001 2.2755e+010 1.3502e-008 4.9959e-004 Kr-87 4.10OOe-005 1.5170e+006 9.0016e-013 3.3306e-008 Kr-88 1.5000e-001 5.5500e+009 3.2933e-009 1.2185e-004 La-140 La-141 La-142 Mo-99 Nb-95 Nd-147 Np-239 Pr-143 Pu-238 Pu-239 Pu-240 Pu-241 Rb-86 Rh-105 Ru-103 Ru-105 Ru-106

NEDC 05-031 CCN 3C1 Affachment K       Page K-19 of K-19 Sb-127 Sb-129 Sr-89 Sr-90 Sr-91 Sr-92 Tc-99m Te-127 Te-127m Te-129 Te-129m Te-131m Te-132 Xe-129m 1.0200e-003 3.7740e+007 2.2394e-011 8.2859e-007 Xe-131m 1.5700e+000 5.8090e+010 3.4469e-008 1.2754e-003 Xe-133 2.6600e+002 9.8420e+012 5.8401e-006 2.1608e-001 Xe-133m 8.2000e+000 3.0340e+011 1.8003e-007 6.6612e-003 Xe-133m 6.1500e+001 2.2755e+012 1.3502e-006 4.9959e-002 Xe-135 6.8300e-002 2.5271e+009 1.4995e-009 5.5483e-005 Y-90 Y-91 Y-92 Y-93 Zr-95 Zr-97 Buildup: The material reference is Shield 1 Integration Parameters Radial 20 Circumferential 10 Y Direction (axial) 10 Results Energy (MeV) Activity (Photons/sec) Fluence Rate MeV/cm 2 /sec No Buildup Fluence Rate MeV/cm 2 /sec With Buildup Exposure Rate mR/hr No Buildup Exposure Rate mR/hr With Buildup 0.015 8.117e+ll 0.000e+00 3.353e-26 0.000e+00 2.876e-27 0.03 6.206e+12 2.528e-73 8.920e-25 2.506e-75 8.840e-27 0.04 2.838e+06 2.134e-43 1.082e-30 9.439e-46 4.784e-33 0.08 3.613e+12 1.752e-13 9.954e-12 2.772e-16 1.575e-14 0.1 1.173e+07 6.414e-17 6.821e-15 9.813e-20 1.044e-17 0.15 1.855e+10 1.623e-11 2.992e-09 2.673e-14 4.927e-12 0.2 2.766e+Ii 3.251e-09 6.402e-07 5.738e-12 1.130e-09 0.3 6.288e+09 1.836e-09 2.630e-07 3.483e-12 4.988e-10 0.4 3.154e+10 7.767e-08 7.547e-06 1.513e-10 1.471e-08 0.5 2.493e+10 3.019e-07 2.083e-05 5.925e-10 4.089e-08 0.6 2.297e+10 9.796e-07 5.044e-05 1.912e-09 9.845e-08 0.8 1.818e+10 5.260e-06 1.705e-04 1.00le-08 3.243e-07 1.0 6.844e+09 8.205e-06 1.877e-04 1.512e-08 3.460e-07 1.5 5.696e+09 7.614e-05 9.704e-04 1.281e-07 1.633e-06 2.0 4.235e+09 2.608e-04 2.336e-03 4.032e-07 3.612e-06 3.0 4.303e+07 1.720e-05 1.00le-04 2.334e-08 1.358e-07 Totals 1.105e+13 3.689e-04 3.844e-03 5.825e-07 6.207e-06 0'           ,.r.
t4-:; 5-M

Attachment L                                     NEDC 05-031 Microshield Files .MX5 First for 8 Time Points   CCN 3C1
                               .txt for Output 8 Time Points                    Page L-1 of L-30 Attachment L Microshield Files,       CREFS Shines,  .MX5,   Output -  .txt Time point 0.25 hours 5.00

== Description:==
MicroShield Source file 1
1 : Indicator for Ci or Photons/sec 1 : Geometry factor (point, cm, cm^2, or cm^3) 64 : Number of nuclides in file.
Nuclide Index Ci                 Nuclide Name 13          0.OOE+00  Am-241 41          0.OOE+00  Ba-139 42          0.OOE+00  Ba-140 61          4.12E-04  Br-82 62           1.01E-05 Br-83 63          3.32E-16  Br-84 81          0.00E+00  Ce-141 82          0.OOE+00  Ce-143 83          0.OOE+00  Ce-144 93          0.OOE+00  Cm-242 95          0.OOE+00  Cm-244 104         0.00E+00  Co-58 106          0.OOE+00 Co-60 115         0.00E+00  Cs-134 118          0.OOE+00 Cs-136 119          0.OOE+00 Cs-137 174          1.OOE-03 1-130 175         1.43E-01 1-131 176          1.07E-01 1-132 177         8.87E-02 1-133 178         3.95E-09 1-134 179         1.44E-02 1-135 203          0.OOE+00 Kr-85 204          0.OOE+00 Kr-85m 205          0.OOE+00 Kr-87 206          0.OOE+00 Kr-88 209         0.OOE+00 La-140 210         0.OOE+00 La-141 211         0.OOE+00 La-142 224         0.OOE+00 Mo-99 238         0.OOE+00 Nb-95 243         0.OOE+00 Nd-147 255         0.OOE+00 Np-239 302         0.OOE+00 Pr-143 313         0.OOE+00 Pu-238 314         0.OOE+00 Pu-239 315         0.OOE+00 Pu-240 316         0.OOE+00  Pu-241 332         0.OOE+00 Rb-86 347         0.OOE+00 Rh-105 355         0.OOE+00 Ru-103 356         0.OOE+00 Ru-105 357         0.OOE+00 Ru-106 365         0.OOE+00  Sb-127 366         0.OOE+00  Sb-129 391         0.OOE+00  Sr-89 392         0.OOE+00  Sr-90 393         0.OOE+00  Sr-91 394         0.OOE+00  Sr-92 408         0.OOE+00  Tc-99m 415         0.OOE+00  Te-127 416         0.OOE+00  Te-127m 417         O.OOE+00  Te-129 418         0.OOE+00  Te-129m r'
* 4,     , ., , -",   '

Attachment L                                   NEDC 05-031 Microshield Files .MX5 First for 8 Time Points CCN 3C1
                           .txt for Output 8 Time Points                  Page L-2 of L-30 420    0. OOE+00       Te-131m 421    0. OOE+00       Te-132 471    0. OOE+00       Xe-133 473    0. OOE+00       Xe-135 480    0. OOE+00       Y-90 482    0.OOE+00        Y-91 484    0. OOE+00       Y-92 485    0. OOE+00       Y-93 496    0. OOE+00       Zr-95 497    0. OOE+00       Zr-97 Energy           Activity (Photons/sec) 0                0               Energy #        1 0                0               Energy #        2 0                0               Energy #        3 0                0               Energy #        4 0                0               Energy #        5 0                0               Energy #        6 0                0               Energy #        7 0                0               Energy #        8 0                0               Energy #        9 0                0               Energy #        10 0                0               Energy #        11 0                0               Energy #        12 0                0               Energy #        13 0                0               Energy #        14 0                0               Energy #        15 0                0               Energy #        16 0                0               Energy #        17 0                0               Energy #        18 0                0               Energy #        19 0                0               Energy #        20 0                0               Energy #        21 0                0               Energy #        22 0                0               Energy #        23 0                0               Energy #        24 0                0               Energy #        25 Time Point 0.5 hours 5.00

== Description:==
MicroShield Source file 1
1 : Indicator for Ci or Photons/sec 1 : Geometry factor (point, cm, cm^2, or cm^3) 64 : Number of nuclides in file.
Nuclide Index Ci                  Nuclide Name 13      0.OOE+00       Am-241 41     0.OOE+00        Ba-139 42     0.OOE+00        Ba-140 61      6.03E-04       Br-82 62      1.39E-05       Br-83 63      3.52E-16       Br-84 81      0.OOE+00       Ce-141 82      0.OOE+00       Ce-143 83      0.OOE+00       Ce-144 93      0.00E+00       Cm-242 95      0.OOE+00       Cm-244 104     0.OOE+00       Co-58 106     0.OOE+00       Co-60 115     0.OOE+00       Cs-134

Attachment L                                   NEDC 05-031 Microshield Files .MX5 First for 8 Time Points CCN 3Cl
                            .txt for Output 8 Time Points                  Page L-3 of L-30 118     0. OOE+00       Cs-136 119     0. OOE+00       Cs-137 174     1. 45E-03       1-130 175     2. 09E-01       1-131 176     1. 45E-01       1-132 177     1. 29E-01       1-133 178     4. 76E-09       1-134 179     2. 06E-02       1-135 203     0. OOE+00       Kr-85 204     0. OOE+00       Kr-85m 205     0. OOE+00       Kr-87 206     0. OOE+00       Kr-88 209     0. OOE+00       La-140 210     0. OOE+00       La-141 211     0. OOE+00       La-142 224     0 OOE+00        Mo-99 238     0. OOE+00       Nb-95 243     0 OOE+00        Nd-147 255     0 OOE+00        Np-239 302     0. OOE+00       Pr-143 313     0 OOE+00        Pu-238 314     0 OOE+00        Pu-239 315     0. OOE+00       Pu-240 316     0. OOE+00       Pu-241 332     0. OOE+00       Rb-86 347     0. OOE+00       Rh-105 355     0. OOE+00       Ru-103 356      0. OOE+00      Ru-105 357      0. OOE+00      Ru-106 365      0. OOE+00      Sb-127 366      0. OOE+00      Sb-129 391      0. OOE+00      Sr-89 392      0. OOE+00      Sr-90 393      0. OOE+00      Sr-91 394     0. OOE+00      Sr-92 408     0. OOE+00      Tc-99m 415     0. OOE+00      Te-127 416     0. OOE+00      Te-127m 417     0. OOE+00      Te-129 418     0. OOE+00      Te-129m 420     0. OOE+00       Te-131m 421     0. OOE+00       Te-132 471     0 OOE+00        Xe-133 473     0 OOE+00        Xe-135 480     0. OOE+00       Y-90 482     0 OOE+00        Y-91 484     0 OOE+00        Y-92 485     0 OOE+00        Y-93 496     0 OOE+00        Zr-95 497     0 00E+00        Zr-97 Energy            Activity (Photons/sec) 0                 0              Energy #         1 0                0              Energy #         2 0                 0              Energy #         3 0                 0              Energy #         4 0                 0              Energy #         5 0                 0              Energy #         6 0                0              Energy #         7 0                0              Energy #         8

Attachment L                                   NEDC 05-031 Microshield Files .MX5 First for 8 Time Points CCN 3C1
                        .txt for Output 8 Time Points                  Page L-4 of L-30 0             0              Energy #        9 0             0              Energy #        10 0             0              Energy #        11 0             0              Energy #        12 0             0              Energy #        13 0             0              Energy #        14 0             0              Energy #        15 0             0              Energy #        16 0             0              Energy #        17 0             0              Energy #        18 0             0              Energy #        19 0             0              Energy #        20 0             0              Energy #        21 0             0              Energy #        22 0             0              Energy #        23 0             0              Energy #        24 0             0              Energy #        25 Time Point 1 Hour 5.00

== Description:==
MicroShield Source file 1
1   Indicator for Ci or Photons/sec 1 : Geometry factor (point, cm, cm^2, or cm^3) 64 : Number of nuclides in file.
Nuclide Index Ci               Nuclide Name 13     0.OOE+00     Am-241 41     0.OOE+00     Ba-139 42     0.00E+00     Ba-140 61     7.11E-04     Br-82 62     1.43E-05     Br-83 63     2.18E-16     Br-84 81     0.OOE+00     Ce-141 82     0.OOE+00     Ce-143 83     0.OOE+00     Ce-144 93     0.OOE+00     Cm-242 95     0.OOE+00     Cm-244 104    0.00E+00     Co-58 106    0.OOE+00     Co-60 115    0.OOE+00     Cs-134 118    0.OOE+00     Cs-136 119    0.OOE+00     Cs-137 174    1.68E-03     1-130 175    2.49E-01     1-131 176    1.49E-01     1-132 177    1.51E-01     1-133 178    3.82E-09     1-134 179    2.33E-02     1-135 203    0.OOE+00     Kr-85 204    0.OOE+00     Kr-85m 205    0.OOE+00     Kr-87 206    0.OOE+00     Kr-88 209    0.OOE+00     La-140 210    0.OOE+00     La-141 211    0.OOE+00     La-142 224    0.OOE+00     Mo-99 238    0.OOE+00     Nb-95 243    0.OOE+00     Nd-147 255    0.OOE+00     Np-239 302    0.00E+00     Pr-143 313    0.OOE+00     Pu-238 314    0.OOE+00     Pu-239 315    0.OOE+00     Pu-240

Attachment L                                   NEDC 05-031 Microshield Files .MX5 First for 8 Time Points CCN 3Cl
                           .txt for Output 8 Time Points                  Page L-5 of L-30 316    0 OOE+00        Pu-241 332    0. OOE+00       Rb-86 347    o .OOE+00       Rh-105 355    0. OOE+00       Ru-103 356    0. OOE+00       Ru-105 357    0. OOE+00       Ru-106 365    0. OOE+00       Sb-127 366    0. OOE+00       Sb-129 391    0. OOE+00       Sr-89 392    0. OOE+00       Sr-90 393    0 OOE+00        Sr-91 394    0. OOE+00       Sr-92 408    0. 00E+00       Tc-99m 415    0. OOE+00       Te-127 416    0. 00E+00       Te-127m 417    0. OOE+00       Te-129 418    0. OOE+00       Te-129m 420    0. 00E+00       Te-131m 421    0. 00E+00       Te-132 471    0. 00E+00       Xe-133 473    0. OOE+00       Xe-135 480    0. OOE+00       Y-90 482    0. OOE+00       Y-91 484    0. OOE+00       Y-92 485    0. OOE+00       Y-93 496    0. 00E+00       Zr-95 497    0. 00E+00       Zr-97 Energy           Activity (Photons/sec) 0                0               Energy #        1 0                0               Energy #        2 0                0               Energy #        3 0                0               Energy #        4 0                0               Energy #        5 0                0               Energy #        6 0                0               Energy #        7 0                0               Energy #        8 0                0               Energy #        9 0                0               Energy #        10 0                0               Energy #        11 0                0               Energy #        12 0                0               Energy #        13 0                0               Energy #        14 0                0               Energy #        15 0                0               Energy #        16 0                0               Energy #        17 0                0               Energy #        18 0                0               Energy #        19 0                0               Energy #        20 0                0               Energy #        21 0                0               Energy #        22 0                0               Energy #        23 0                0               Energy #        24 0                0               Energy #        25 Time Point 2 Hours 5.00

== Description:==
MicroShield Source file 1
1 : Indicator for Ci or Photons/sec

Attachment L                                   NEDC 05-031 Microshield Files .MX5 First for 8 Time Points CCN 3C1
                        .txt for Output 8 Time Points                  Page L-6 of L-30 1 : Geometry factor (point, cm, cm^2, or cm^3) 64 : Number of nuclides in file.
Nuclide Index Ci               Nuclide Name 13     0.00E+00     Am-241 41     0.00E+00     Ba-139 42     0.00E+00     Ba-140 61     7.20E-04     Br-82 62     1.10E-05     Br-83 63     6.09E-17     Br-84 81     0.00E+00     Ce-141 82     0.OOE+00     Ce-143 83     0.00E+00     Ce-144 93     0.OOE+00     Cm-242 95     0.00E+00     Cm-244 104    0.00E+00     Co-58 106    0.00E+00     Co-60 115    0.00E+00     Cs-134 118    0.OOE+00     Cs-136 119    0.OOE+00     Cs-137 174    4.79E-04     1-130 175    2.56E-01     1-131 176    1.14E-01     1-132 177    1.51E-01     1-133 178    1.79E-09     1-134 179    2.17E-02     1-135 203    0.00E+00     Kr-85 204    0.00E+00     Kr-85m 205    0.OOE+00     Kr-87 206    0.00E+00     Kr-88 209    0.OOE+00     La-140 210    0.OOE+00     La-141 211    0.OOE+00     La-142 224    0.OOE+00     Mo-99 238    0.00E+00     Nb-95 243    0.OOE+00     Nd-147 255    0.OOE+00     Np-239 302    0.OOE+00     Pr-143 313    0.OOE+00     Pu-238 314    0.OOE+00     Pu-239 315    0.OOE+00     Pu-240 316    0.OOE+00     Pu-241 332    0.OOE+00     Rb-86 347    0.OOE+00     Rh-105 355    0.OOE+00     Ru-103 356    0.OOE+00     Ru-105 357    0.OOE+00     Ru-106 365    0.OOE+00     Sb-127 366    0.OOE+00     Sb-129 391    0.OOE+00     Sr-89 392    0.OOE+00     Sr-90 393    0.OOE+00     Sr-91 394    0.00E+00     Sr-92 408    0.OOE+00     Tc-99m 415    0.OOE+00     Te-127 416    0.OOE+00     Te-127m 417    0.OOE+00     Te-129 418    0.OOE+00     Te-129m 420    0.OOE+00     Te-131m 421    0.OOE+00     Te-132 471    0.OOE+00     Xe-133 473    0.00E+00     Xe-135 480    0.OOE+00     Y-90 482    0.OOE+00     Y-91

Attachment L                                   NEDC 05-031 Microshield Files .MX5 First for 8 Time Points CCN 3Cl
                             .txt for Output 8 Time Points                 Page L-7 of L-30 484       0.OOE+00      Y-92 485       0.00E+00      Y-93 496       0.00E+00      Zr-95 497       0.OOE+00      Zr-97 Energy            Activity  (Photons/sec) 0                 0                Energy #        1 0                 0                Energy #        2 0                 0                Energy #        3 0                 0                Energy #        4 0                 0                Energy #        5 0                 0                Energy #        6 0                 0                Energy #        7 0                 0                Energy #        8 0                 0                Energy #        9 0                 0                Energy #        10 0                 0                Energy #        11 0                 0                Energy #        12 0                 0                Energy #        13 0                 0                Energy #        14 0                 0                Energy #        15 0                 0                Energy #        16 0                 0                Energy #        17 0                 0                Energy #        18 0                 0                Energy #        19 0                 0                Energy #        20 0                 0                Energy #        21 0                 0                Energy #        22 0                 0                Energy #        23 0                 0                Energy #        24 0                 0                Energy #        25 Time Point 8 Hours 5.00

== Description:==
MicroShield Source file 1
1 : Indicator for Ci or Photons/sec 1 : Geometry factor (point, cm, cm^2, or cm^3) 64 : Number of nuclides in file.
Nuclide Index Ci                    Nuclide Name 13        0.OOE+00      Am-241 41        0.OOE+00      Ba-139 42        0.OOE+00      Ba-140 61        6.41E-04      Br-82 62        1.94E-06      Br-83 63        2.38E-20      Br-84 81        0.OOE+00      Ce-141 82        0.OOE+00      Ce-143 83        0.OOE+00      Ce-144 93        0.OOE+00      Cm-242 95        0.OOE+00      Cm-244 104       0.OOE+00      Co-58 106       0.OOE+00      Co-60 115       0.OOE+00      Cs-134 118       0.OOE+00      Cs-136 119       0.OOE+00      Cs-137 174       0.OOE+00      1-130 175       2.51E-01      1-131 176       1.87E-02      1-132 177       1.24E-01      1-133
      .a~
It-g

Attachment L                                   NEDC 05-031 Microshield Files .MX5 First for 8 Time Points CCN 3C1
                            .txt for Output 8 Time Points                  Page L-8 of L-30 178    1. 56E-11      1-134 179    1. 16E-02      1-135 203    0 OOE+00       Kr-85 204    0. OOE+00      Kr-85m 205    0. OOE+00      Kr-87 206    0. OOE+00      Kr-88 209    0. OOE+00      La-140 210    0 OOE+00       La-141 211    0. OOE+00      La-142 224    0. OOE+00      Mo-99 238    0. OOE+00      Nb-95 243    0 OOE+00       Nd-147 255    0. OOE+00      Np-239 302    0. OOE+00      Pr-143 313    0. OOE+00      Pu-238 314    0. OOE+00      Pu-239 315    0. 00E+00      Pu-240 316    0 OOE+00       Pu-241 332    0 OOE+00       Rb- 86 347    0. OOE+00      Rh-105 355    0. OOE+00      Ru-103 356    0. OOE+00      Ru-105 357    0. OOE+00      Ru-106 365    0 OOE+00       Sb-127 366    0. OOE+00      Sb-129 391    0. OOE+00      Sr-89 392    0. OOE+00      Sr-90 393    0. OOE+00      Sr-91 394    0 OOE+00       Sr-92 408    0. OOE+00      Tc-99m 415    0 OOE+00       Te-127 416    0. OOE+00      Te-127m 417    0. OOE+00      Te-129 418    0. OOE+00      Te-129m 420    0. OOE+00      Te-131m 421    0. OOE+00      Te-132 471    0 OOE+00       Xe-133 473    0 OOE+00       Xe-135 480    0. OOE+00      Y-90 482    0. OOE+00      Y-91 484    0. OOE+00      Y-92 485    0. OOE+00      Y-93 496    0. OOE+00      Zr-95 497    0. OOE+00      Zr-97 Energy          Activity  (Photons/sec) 0              0               Energy #        1 0              0               Energy #        2 0              0               Energy #        3 0              0               Energy #        4 0              0               Energy #        5 0              0               Energy #        6 0              0               Energy #        7 0              0               Energy #        8 0              0               Energy #        9 0              0               Energy #        10 0              0               Energy #        11 0              0               Energy #        12 0              0               Energy #        13 0              0               Energy #        14 V-t
            -Aq

Attachment L                                   NEDC 05-031 Microshield Files .MX5 First for 8 Time Points CCN 3C1
                            .txt for Output 8 Time Points                 Page L-9 of L-30 0                    0            Energy #        15 0                    0            Energy #        16 0                    0            Energy #        17 0                    0            Energy #        18 0                    0            Energy #        19 0                    0            Energy #        20 0                    0            Energy #        21 0                    0            Energy #        22 0                    0            Energy #        23 0                    0            Energy #        24 0                    0            Energy #        25 Time Point 24 Hours 5.00

== Description:==
MicroShield Source file 1
1 : Indicator for Ci or Photons/sec 1 : Geometry factor (point, cm, cm^2, or cm^3) 64 : Number of nuclides in file.
Nuclide Index Ci                   Nuclide Name 13           0.OOE+00   Am-241 41           0.00E+00   Ba-139 42           0.OOE+00   Ba-140 61           4.68E-04   Br-82 62           1.87E-08   Br-83 63           1.95E-29   Br-84 81           0.00E+00   Ce-141 82           0.OOE+00   Ce-143 83           0.OOE+00   Ce-144 93           0.OOE+00   Cm-242 95           0.OOE+00   Cm-244 104          0.OOE+00   Co-58 106          0.OOE+00   Co-60 115          0.00E+00   Cs-134 118          0.OOE+00   Cs-136 119          0.OOE+00   Cs-137 174          0.00E+00   1-130 175          2.37E-01   1-131 176          1.50E-04   1-132 177          7.27E-02   1-133 178          4.99E-17   1-134 179          2.16E-03   1-135 203          0.OOE+00   Kr-85 204          0.OOE+00   Kr-85m 205          0.OOE+00   Kr-87 206          0.OOE+00   Kr-88 209          0.OOE+00   La-140 210          0.OOE+00   La-141 211          0.OOE+00   La-142 224          0.OOE+00   Mo-99 238          0.OOE+00   Nb-95 243          0.OOE+00   Nd-147 255          0.OOE+00   Np-239 302          0.OOE+00   Pr-143 313          0.OOE+00   Pu-238 314          0.OOE+00   Pu-239 315          0.OOE+00   Pu-240 316          0.OOE+00   Pu-241 332          0.OOE+00   Rb-86 347          0.OOE+00   Rh-105 355          0.OOE+00   Ru-103 356          0.OOE+00   Ru-105 357          0.OOE+00   Ru-106
    .j~.;-*-j~s.

Attachment L                                   NEDC 05-031 Microshield Files .MX5 First for 8 Time Points CCN 3C1
                            .txt for Output 8 Time Points                  Page L-10 of L-30 365    0. OOE+00       Sb-127 366    0. OOE+00       Sb-129 391    0. OOE+00       Sr-89 392    0. OOE+00       Sr-90 393    0. OOE+00       Sr-91 394    0. OOE+00       Sr-92 408    0. OOE+00       Tc-99m 415    0. OOE+00       Te-127 416    0. OOE+00       Te-127m 417    0. OOE+00       Te-129 418    0. OOE+00       Te-129m 420    0. OOE+00       Te-131m 421    0. OOE+00       Te-132 471    0. OOE+00       Xe-133 473    0. OOE+00       Xe-135 480    0. OOE+00       Y-90 482    0. OOE+00       Y-91 484    0. OOE+00       Y-92 485    0. OOE+00       Y-93 496    0. OOE+00       Zr-95 497    0. OOE+00       Zr-97 Energy            Activity (Photons/sec) 0                0               Energy #        1 0                0               Energy #        2 0                0               Energy #        3 0                0               Energy #        4 0                0               Energy #        5 0                0               Energy #        6 0                0               Energy #        7 0                0               Energy #        8 0                0               Energy #        9 0                0               Energy #        10 0                0               Energy #        11 0                0               Energy #        12 0                0               Energy #        13 0                0               Energy #        14 0                0               Energy #        15 0                0               Energy #        16 0                0               Energy #        17 0                0               Energy #        18 0                0               Energy #        19 0                0               Energy #        20 0                0               Energy #        21 0                0              Energy #         22 0                0              Energy #         23 0                0               Energy #        24 0                0              Energy #         25 Time Point 96 Hours 5.00

== Description:==
MicroShield Source file 1
1    Indicator for Ci or Photons/sec 1 : Geometry factor (point, cm, cm^2, or cm^3) 64 : Number of nuclides in file.
Nuclide Index Ci                  Nuclide Name 13      0.OOE+00       Am-241 41     0.OOE+00         Ba-139 42     0.OOE+00         Ba-140

Attachment L                                   NEDC 05-031 Microshield Files .MX5 First for 8 Time Points CCN 3C1
                   .txt for Output 8 Time Points                 Page L-1 I of L-30 61  1. 14E-04 Br-82 62  1. 60E-17 Br-83 63  2. 48E-70 Br-84 81  0. OOE+00 Ce-141 82  0. OOE+00 Ce-143 83  0. OOE+00 Ce-144 93  0. OOE+00 Cm-242 95  0. OOE+00 Cm-244 104 0. OOE+00 Co-58 106 0.00E+00  Co- 60 115 0. OOE+00 Cs-134 118 0. OOE+00 Cs-136 119 0. OOE+00 Cs-137 174 0. OOE+00 1-130 175 1. 83E-01 1-131 176 5. 67E-14 1-132 177 6. 60E-03 1-133 178 9. 44E-42 1-134 179 1. 14E-06 1-135 203 0. OOE+00 Kr-85 204 0. OOE+00 Kr-85m 205 0. OOE+00 Kr-87 206 0. OOE+00 Kr-88 209 0. OOE+00 La-140 210 0. OOE+00 La-141 211 0. OOE+00 La-142 224 0. OOE+00 Mo-99 238 0. OOE+00 Nb-95 243 0. OOE+00 Nd-147 255 0. OOE+00 Np-239 302 0. OOE+00 Pr-143 313 0.OOE+00  Pu-238 314 0. OOE+00 Pu-239 315 0. OOE+00 Pu-240 316 0. OOE+00 Pu-241 332 0. OOE+00 Rb-8 6 347 0. OOE+00 Rh-105 355 0. OOE+00 Ru-103 356 0. OOE+00 Ru-105 357 0 OOE+00  Ru-106 365 0. OOE+00 Sb-127 366 0. OOE+00 Sb-129 391 0. OOE+00 Sr-89 392 0. OOE+00 Sr-90 393 0. 00E+00 Sr-91 394 0. OOE+00 Sr-92 408 0. OOE+00 Tc-99m 415 0. OOE+00 Te-127 416 0. OOE+00 Te-127m 417 0. OOE+00 Te-129 418 0. OOE+00 Te-129m 420 0. OOE+00 Te-131m 421 0. OOE+00 Te-132 471 0. OOE+00 Xe-133 473 0. OOE+00 Xe-135 480 0 OOE+00  Y-90 482 0. OOE+00 Y-91 484 0. OOE+00 Y-92 485 0. OOE+00 Y-93 496 0. OOE+00 Zr-95 497 0. OOE+00 Zr-97

Attachment L                                   NEDC 05-031 Microshield Files .MX5 First for 8 Time Points CCN 3C1
                          .txt for Output 8 Time Points                  Page L-12 of L-30 Energy         Activity   (Photons/sec) 0             0                Energy #        1 0             0                Energy #        2 0             0                Energy #        3 0             0                Energy #        4 0             0                Energy #        5 0             0                Energy #        6 0             0                Energy #        7 0             0                Energy #        8 0             0                Energy #        9 0             0                Energy #        10 0             0                Energy #        11 0             0                Energy #        12 0             0                Energy #        13 0             0                Energy #        14 0             0                Energy #        15 0             0                Energy #        16 0             0                Energy #        17 0             0                Energy #        18 0             0                Energy #        19 0             0                Energy #        20 0             0                Energy #        21
 .0             0                Energy #        22 0             0                Energy #        23 0             0                Energy #        24 0             0                Energy #        25 Time Point 720 Hours 5.00

== Description:==
MicroShield Source file 1
1 : Indicator for Ci or Photons/sec 1 : Geometry factor (point, cm, cm^2, or cm^3) 64 : Number of nuclides in file.
Nuclide Index Ci           Nuclide Name 13     0.OOE+00      Am-241 41     0.OOE+00      Ba-139 42     0.OOE+00      Ba-140 61     5.43E-10      Br-82 62     4.06E-96      Br-83 63     0.OOE+00      Br-84 81     0.OOE+00      Ce-141 82     0.OOE+00      Ce-143 83     0.OOE+00      Ce-144 93     0.OOE+00      Cm-242 95     0.OOE+00      Cm-244 104    0.OOE+00      Co-58 106    0.OOE+00      Co-60 115    0.OOE+00      Cs-134 118    0.OOE+00      Cs-136 119    0.OOE+00      Cs-137 174    0.OOE+00       1-130 175    1.94E-02       1-131 176    1.21E-95       1-132 177    6.14E-12       1-133 178    5.08E-256      1-134 179    4.34E-35       1-135 203    0.OOE+00      Kr-85 204    0.OOE+00      Kr-85m 205    0.OOE+00      Kr-87 206    0.OOE+00      Kr-88

Attachment L                                   NEDC 05-031 Microshield Files .MX5 First for 8 Time Points CCN 3C1
                            .txt for Output 8 Time Points                  Page L-13 of L-30 209    0 OOE+00        La-140 210    0. OOE+00       La-141 211    0 OOE+00        La-142 224    0. OOE+00       Mo-99 238    0 OOE+00        Nb-95 243    0 OOE+00        Nd-147 255    0,OOE+00        Np-239 302    0,OOE+00         Pr-143 313    0 OOE+00         Pu-238 314    0, OOE+00        Pu-239 315    0. OOE+00        Pu-240 316    0. OOE+00        Pu-241 332    0. OOE+00        Rb-86 347    0. OOE+00        Rh-105 355    0. OOE+00        Ru-103 356    0. OOE+00        Ru-105 357    0. OOE+00        Ru-106 365    0 OOE+00         Sb-127 366     0. OOE+00       Sb-129 391     0. 00E+00       Sr-89 392     0. OOE+00       Sr-90 393     0 OOE+00        Sr-91 394     0. OOE+00       Sr-92 408     0 OOE+00        Tc-99m 415     0. OOE+00       Te-127 416     0. OOE+00       Te-127m 417     0. OOE+00       Te-129 418     0. OOE+00       Te-129m 420     0. OOE+00       Te-131m 421     0 OOE+00        Te-132 471     0. 00E+00       Xe-133 473     0. OOE+00       Xe-135 480     0. OOE+00       Y-90 482     0. OOE+00       Y-91 484     0. OOE+00       Y-92 485     0. OOE+00       Y-93 496     0. OOE+00       Zr-95 497     0. OOE+00       Zr-97 Energy            Activity   (Photons/sec) 0                0               Energy #         1 0                0               Energy #         2 0                0               Energy #         3 0                0               Energy #         4 0                0               Energy #         5 0                0               Energy #         6 0                0               Energy #         7 0                0               Energy #         8 0                0               Energy #         9 0                0               Energy #         10 0                0               Energy #         11 0                0               Energy #         12 0                0               Energy #         13 0                0               Energy #         14 0                0               Energy #         15 0                0               Energy #         16 0                0               Energy #         17 0                0               Energy #         18 0                0               Energy #         19 0                0               Energy #         20

Attachment L                                   NEDC 05-031 Microshield Files .MX5 First for 8 Time Points CCN 3C1
                             .txt for Output 8 Time Points                  Page L-14 of L-30 0               0                   Energy  #        21 0               0                   Energy  #        22 0               0                   Energy  #        23 0               0                   Energy  #        24 0               0                   Energy  #        25 Microshield Output 0.25 Hours MicroShield 8.03 NPPD (8.03-0000)
Date By Checked Filename Run Date Run Time Duration 5CRP5 24.MS5 June 16, 2011 11:43:39 AM 00:00:00 Project Info Case Title 5CRP5 24 Description AST LOCA CREFS Filter           Shine 0.25h Geometry 8 - Cylinder Volume - End Shields Source Dimensions Height 47.963 cm (1 ft 6.9         in)
Radius 23.982 cm (9.4 in)
Dose Points AXYZ
#1 0.0 cm (0 in)   1.le+3 cm       (37  ft  0.4 in) 0.0 cm (0  in)
Shields Shield N Dimension Material          Density Source 8.67e+04 cm3 Carbon         0.305 Air Gap   Air 0.00122 Source Input: Grouping Method          - Standard Indices Number of Groups: 25 Lower Energy Cutoff: 0.015 Photons < 0.015: Included Library: Grove 3         3 Nuclide Ci Bq pCi/cm Bq/cm Am-241 Ba-139 Ba-140 Br-82 4.1200e-004 1.5244e+007          4.7542e-003 1.7591e+002 Br-83 1.01OOe-005 3.7370e+005          1.1655e-004 4.3123e+000 Br-84 3.3200e-016 1.2284e-005          3.8311e-015 1.4175e-010 Ce-141 Ce-143 Ce-144 Cm-242 Cm-244 Co-58 Co-60 Cs-134 Cs-136 Cs-137 1-130 1.00OOe-003 3. 7000e+007         1. 1539e-002 4.2696e+002 1-131 1.4300e-001 5. 2910e+009         1. 6501e+000  6.1055e+004 1-132 1.0700e-001 3. 9590e+009         1. 2347e+000 4.5684e+004 1-133 8.8700e-002 3. 2819e+009         1. 0235e+000 3.7871e+004 1-134 3.9500e-009 1. 4615e+002         4. 5581e-008 1.6865e-003 1-135 1.4400e-002 5. 3280e+008         1. 6617e-001 6.1482e+003 Kr-85 Kr-85m Kr-87 Kr-88
                   ~9~- 3~9V

Attachment L                                   NEDC 05-031 Microshield Files .MX5 First for 8 Time Points CCN 3C1
                         .txt for Output 8 Time Points                  Page L-15 of L-30 La-140 La-141 La-142 Mo-99 Nb-95 Nd-147 Np-239 Pr-143 Pu-238 Pu-239 Pu-240 Pu-241 Rb-86 Rh-105 Ru-103 Ru-105 Ru-106 Sb-127 Sb-129 Sr-89 Sr-90 Sr-91 Sr-92 Tc-99m Te-127 Te-127m Te-129 Te-129m Te-131m Te-132 Xe-133 Xe-135 Y-90 Y-91 Y-92 Y-93 Zr-95 Zr-97 Buildup: The material reference is Source Integration Parameters Radial 20 Circumferential 10 Y Direction (axial) 10 Results Energy (MeV) Activity (Photons/sec) Fluence Rate MeV/cm2/sec No Buildup Fluence Rate MeV/cm2/sec With Buildup Exposure Rate mR/hr No Buildup Exposure Rate mR/hr With Buildup 0.015 3.348e+07 4.176e-04 7.340e-04 3.582e-05 6.296e-05 0.03 2.937e+08 1.069e-01 4.689e-01 1.060e-03 4.647e-03 0.08 1.385e+08 2.310e-01 1.724e+00 3.656e-04 2.728e-03 0.1 1.092e+05 2.402e-04 1.489e-03 3.675e-07 2.279e-06 0.15 9.400e+06 3.418e-02 1.415e-01 5.628e-05 2.331e-04 0.2 3.036e+07 1.584e-01 5.183e-01 2.795e-04 9.149e-04 0.3 4.822e+08 4.193e+00 1.053e+01 7.955e-03 1.997e-02 0.4 4.446e+09 5.556e+01 1.186e+02 1.082e-01 2.311e-01 0.5 3.949e+09 6.533e+01 1.261e+02 1.282e-01 2.476e-01 0.6 5.555e+09 1.155e+02 2.081e+02 2.254e-01 4.061e-01

Attachment L                                   NEDC 05-031 Microshield Files .MX5 First for 8 Time Points CCN 3C1
                                   .txt for Output 8 Time Points                  Page L-16 of L-30 0.8 4. 193e+09 1.247e+02 1.961e+02 2.372e-01 3.731e-01 1.0  1.4 69e+09 5.755e+01 8.450e+01 1.061e-01 1.558e-01 1.5  9. 877e+08 6.345e+01 8.481e+01 1.068e-01 1.427e-01 2.0  1.888e+08 1.710e+01 2.167e+01 2.645e-02 3.352e-02 3.0 1.225e-06 1.784e-13 2.119e-13 2.420e-16 2.875e-16 4.0 8 .792e-07 1.777e-13 2.039e-13 2.198e-16 2.522e-16 Totals 2.178e+10 5.039e+02 8.533e+02 9.481e-01 1.618e+00 Microshield Output 0.5 Hours MicroShield 8.03 NPPD (8.03-0000)
Date By Checked Filename Run Date Run Time Duration 5CRP5 24.MS5 June 16, 2011 11:40:06 AM 00:00:00 Project Info Case Title 5CRP5 24 Description AST LOCA CREFS Filter          Shine 0.5h Geometry 8 - Cylinder Volume - End Shields Source Dimensions Height 47.963 cm (1 ft 6.9      in)
Radius 23.982 cm (9.4 in)
Dose Points AX Y Z
         #1 0.0 cm (0 in)    l.le+3 cm   (37   ft   0.4 in) 0.0 cm (0 in)
Shields Shield N Dimension Material       Density Source 8.67e+04 cm3 Carbon      0.305 Air Gap     Air 0.00122 Source Input: Grouping Method       -    Standard Indices Number of Groups: 25 Lower Energy Cutoff: 0.015 Photons < 0.015: Included Library: Grove                  3 Nuclide Ci Bq pCi/cm' Bq/cm Am-241 Ba-139 Ba-140 Br-82 6.0300e-004 2.2311e+007       6.9582e-003 2.5745e+002 Br-83 1.3900e-005 5.1430e+005       1.6040e-004 5.9347e+000 Br-84 3.5200e-016 1.3024e-005       4.0619e-015 1.5029e-010 Ce-141 Ce-143 Ce-144 Cm-242 Cm-244 Co-58 Co-60 Cs-134 Cs-136 Cs-137 1-130 1.4500e-003 5.3650e+007       1.6732e-002    6.1909e+002 1-131 2.0900e-001 7.7330e+009       2.4117e+000    8.9234e+004 1-132 1.4500e-001 5.3650e+009       1.6732e+000    6.1909e+004 1-133 1.2900e-001 4.7730e+009      1.4886e+000    5.5077e+004 1-134 4.7600e-009 1.7612e+002      5.4927e-008    2.0323e-003 1-135 2.0600e-002 7.6220e+008      2.3771e-001    8.7953e+003 Kr-85 Kr-85m
~c~-a-T~

Attachment L                                   NEDC 05-031 Microshield Files .MX5 First for 8 Time Points CCN 3C1
                                .txt for Output 8 Time Points                  Page L-17 of L-30 Kr-87 Kr-88 La-140 La-141 La-142 Mo-99 Nb-95 Nd-147 Np-239 Pr-143 Pu-238 Pu-239 Pu-240 Pu-241 Rb-86 Rh-105 Ru-103 Ru-105 Ru-106 Sb-127 Sb-129 Sr-89 Sr-90 Sr-91 Sr-92 Tc-99m Te-127 Te-127m Te-129 Te-129m Te-131m Te-132 Xe-133 Xe-135 Y-90 Y-91 Y-92 Y-93 Zr-95 Zr-97 Buildup: The material reference is Source Integration Parameters Radial 20 Circumferential 10 Y Direction (axial) 10 Results Energy (MeV) Activity (Photons/sec) Fluence Rate MeV/cm 2 /sec No Buildup Fluence Rate MeV/cm 2 /sec With Buildup Exposure Rate mR/hr No Buildup Exposure Rate mR/hr With Buildup 0.015 4.865e+07 6.069e-04 1.067e-03 5.205e-05 9.150e-05 0.03 4.265e+08 1.553e-01 6.809e-01 1.539e-03 6.749e-03 0.08 2.025e+08 3.376e-01 2.520e+00 5.343e-04 3.987e-03 0.1 1.599e+05 3.516e-04 2.180e-03 5.379e-07 3.335e-06 0.15 1.274e+07 4.632e-02 1.918e-01 7.628e-05 3.159e-04 0.2 4.347e+07 2.268e-01 7.421e-01 4.002e-04 1.310e-03 0.3 6.936e+08 6.031e+00 1.514e+01 1.144e-02 2.872e-02 0.4 6.487e+09 8.106e+01 1.730e+02 1.579e-01 3.371e-01
=      n--n-. 4; .~. ~
4.~=* "=

Attachment L                                   NEDC 05-031 Microshield Files .MX5 First for 8 Time Points CCN 3C1
                          .txt for Output 8 Time Points                  Page L-18 of L-30 0.5 5. 649e+09 9.345e+01 1.804e+02 1.834e-01 3.542e-01 0.6 7. 580e+09 1.576e+02 2.839e+02 3.076e-01 5.542e-01 0.8 5.726e+09 1.703e+02 2.678e+02 3.239e-01 5.094e-01 1.0 2 .016e+09 7.898e+01 1.160e+02 1.456e-01 2.138e-01 1.5 1. 369e+09 8.795e+01 1.176e+02 1.480e-01 1.978e-01 2.0 2. 602e+08 2.358e+01 2.988e+01 3.646e-02 4.620e-02 3.0 1.299e-06 1.891e-13 2.247e-13 2.566e-16 3.048e-16 4.0 9. 321e-07 1.884e-13 2.162e-13 2.331e-16 2.674e-16 Totals 3.051e+10 6.997e+02 1.188e+03 1.317e+00 2.254e+00 Microshield Output 1 Hour MicroShield 8.03 NPPD (8.03-0000)
Date By Checked Filename Run Date Run Time Duration 5CRP5 24.MS5 June 16, 2011 11:46:15 AM 00:00:00 Project Info Case Title 5CRI 24 Description AST LOCA CREFS Filter      Shine lh Geometry 8 - Cylinder Volume - End Shields Source Dimensions Height 47.963 cm (1 ft 6.9     in)
Radius 23.982 cm (9.4 in)
Dose Points A X Y Z
 #1 0.0 cm (0 in)  1.le+3 cm     (37 ft  0.4 in) 0.0 cm (0  in)
Shields Shield N Dimension Material      Density Source 8.67e+04 cm3 Carbon     0.305 Air Gap     Air 0.00122 Source Input: Grouping Method      - Standard Indices Number of Groups: 25 Lower Energy Cutoff: 0.015 Photons < 0.015: Included Library: Grove 3        3 Nuclide Ci Bq pCi/cm Bq/cm Am-241 Ba-139 Ba-140 Br-82 7.11OOe-004 2.6307e+007      8.2045e-003  3.0357e+002 Br-83 1.4300e-005 5.2910e+005      1.6501e-004  6.1055e+000 Br-84 2.1800e-016 8.0660e-006      2.5156e-015  9.3077e-011 Ce-141 Ce-143 Ce-144 Cm-242 Cm-244 Co-58 Co-60 Cs-134 Cs-136 Cs-137 1-130 1.6800e-003 6.2160e+007      1.9386e-002  7. 1729e+002 1-131 2.4900e-001 9.2130e+009      2.8733e+000  1. 0631e+005 1-132 1.4900e-001 5.5130e+009      1.7194e+000  6. 3617e+004 1-133 1.5100e-001 5.5870e+009      1.7424e+000  6. 4470e+004 1-134 3.8200e-009 1.4134e+002      4.4080e-008  1. 6310e-003 1-135 2.3300e-002 8.6210e+008      2.6887e-001  9.9481e+003
                      &#xfd;U'

Attachment L                                    NEDC 05-031 Microshield Files .MX5 First for 8 Time Points CCN 3C1
                             .txt for Output 8 Time Points                  Page L-19 of L-30 Kr-85 Kr-85m Kr-87 Kr-88 La-140 La-141 La-142 Mo-99 Nb-95 Nd-147 Np-239 Pr-143 Pu-238 Pu-239 Pu-240 Pu-241 Rb-86 Rh-105 Ru-103 Ru-105 Ru-106 Sb-127 Sb-129 Sr-89 Sr-90 Sr-91 Sr-92 Tc-99m Te-127 Te-127m Te-129 Te-129m Te-131m Te-132 Xe-133 Xe-135 Y-90 Y-91 Y-92 Y-93 Zr-95 Zr-97 Buildup: The material reference is Source Integration Parameters Radial 20 Circumferential 10 Y Direction (axial) 10 Results Energy (MeV) Activity (Photons/sec) Fluence Rate MeV/cm2 /sec No Buildup Fluence Rate MeV/cm2 /sec With Buildup Exposure Rate mR/hr No Buildup Exposure Rate mR/hr With Buildup 0.015 5.736e+07 7.155e-04 1.258e-03 6.137e-05 1.079e-04 0.03 5.022e+08 1.829e-01 8.017e-01 1.812e-03 7.946e-03 0.08 2.412e+08 4.023e-01 3.002e+00 6.366e-04 4.751e-03 0.1 1.885e+05 4.145e-04 2.570e-03 6.342e-07 3.932e-06 0.15 1.310e+07 4.762e-02 1.972e-01 7.842e-05 3.247e-04 0.2 4.965e+07 2.590e-01 8.478e-01 4.572e-04 1.496e-03 1E~-?~J

Attachment L                                   NEDC 05-031 Microshield Files .MX5 First for 8 Time Points CCN 3C1
                           .txt for Output 8 Time Points                  Page L-20 of L-30 0.3 8. 023e+08 6.976e+00 1.751e+01 1.323e-02 3.322e-02 0.4 7.704e+09 9.627e+01 2.055e+02 1.876e-01 4.004e-01 0.5  6. 428e+09 1.063e+02 2.053e+02 2.087e-01 4.030e-01 0.6 7. 905e+09 1.643e+02 2.961e+02 3.208e-01 5.779e-01 0.8 5. 976e+09 1.777e+02 2.795e+02 3.380e-01 5.316e-01 1.0  2.122e+09 8.315e+01 1.221e+02 1.533e-01 2.251e-01 1.5  1.468e+09 9.431e+01 1.261e+02 1.587e-01 2.121e-01 2.0  2 .761e+08 2.501e+01 3.170e+01 3.868e-02 4.902e-02 3.0 8.047e-07 1.171e-13 1.391e-13 1.589e-16 1.888e-16 4.0  5. 773e-07 1.167e-13 1.339e-13 1.444e-16 1.656e-16 Totals 3.354e+10 7.550e+02 1.289e+03 1.422e+00 2.447e+00 Microshield Output 2 Hours MicroShield 8.03 NPPD (8.03-0000)
Date By Checked Filename Run Date Run Time Duration 5CRP5 24.MS5 June 16, 2011 11:52:25 AM 00:00:00 Project Info Case Title 5CR2 24 Description AST LOCA CREFS Filter        Shine 2h Geometry 8 - Cylinder Volume - End Shields Source Dimensions Height 47.963 cm (1 ft 6.9 in)
Radius 23.982 cm (9.4 in)
Dose Points AX Y Z
#1 0.0 cm (0 in)     1.le+3 cm (37 ft 0.4 in)     0.0 cm  (0 in)
Shields Shield N Dimension Material Density 3
Source 8.67e+04 cm Carbon 0.305 Air Gap      Air 0.00122 Source Input: Grouping Method       -  Standard Indices Number of Groups: 25 Lower Energy Cutoff: 0.015 Photons < 0.015: Included Library: Grove 3
Nuclide Ci Bq pCi/cm Bq/cm3 Am-241 Ba-139 Ba-140 Br-82 7.2000e-004 2.6640e+007       8.3083e-003 3.0741e+002 Br-83 1.iOOe-005 4.0700e+005        1.2693e-004 4.6965e+000 Br-84 6.0900e-017 2.2533e-006       7.0275e-016 2.6002e-011 Ce-141 Ce-143 Ce-144 Cm-242 Cm-244 Co-58 Co-60 Cs-134 Cs-136 Cs-137 1-130 4.7900e-004 1.7723e+007       5.5274e-003   2.0451e+002 1-131 2.5600e-001 9.4720e+009       2.9541e+000   1.0930e+005 1-132 1.1400e-001 4.2180e+009       1.3155e+000   4.8673e+004 1-133 1.51OOe-001 5.5870e+009       1.7424e+000   6.4470e+004

Attachment L                                   NEDC 05-031 Microshield Files .MX5 First for 8 Time Points CCN 3C1
                        .txt for Output 8 Time Points                  Page L-21 of L-30 1-134 1.7900e-009 6.6230e+001 2.0655e-008 7.6425e-004 1-135 2.1700e-002 8.0290e+008 2.5040e-001 9.2650e+003 Kr-85 Kr-85m Kr-87 Kr-88 La-140 La-141 La-142 Mo-99 Nb-95 Nd-147 Np-239 Pr-143 Pu-238 Pu-239 Pu-240 Pu-241 Rb-86 Rh-105 Ru-103 Ru-105 Ru-106 Sb-127 Sb-129 Sr-89 Sr-90 Sr-91 Sr-92 Tc-99m Te-127 Te-127m Te-129 Te-129m Te-131m Te-132 Xe-133 Xe-135 Y-90 Y-91 Y-92 Y-93 Zr-95 Zr-97 Buildup: The material reference is Source Integration Parameters Radial 20 Circumferential 10 Y Direction (axial) 10 Results Energy (MeV) Activity (Photons/sec) Fluence Rate MeV/cm2/sec No Buildup Fluence Rate MeV/cm2/sec With Buildup Exposure Rate mR/hr No Buildup Exposure Rate mR/hr With Buildup 0.015 5.791e+07 7.223e-04 1.270e-03 6.196e-05 1.089e-04 0.03 5.058e+08 1.842e-01 8.075e-01 1.825e-03 8.003e-03 0.08 2.480e+08 4.136e-01 3.086e+00 6.545e-04 4.884e-03 0.1 1.909e+05 4.198e-04 2.603e-03 6.422e-07 3.982e-06

Attachment L                                   NEDC 05-031 Microshield Files .MX5 First for 8 Time Points CCN 3C1
                                  .txt for Output 8 Time Points                  Page L-22 of L-30 0.15 1.003e+07 3.647e-02 1.510e-01 6.005e-05 2.487e-04 0.2   4. 739e+07 2. 472e-01 8. 091e-01 4.363e-04 1.428e-03 0.3 7 849e+08 6. 825e+00 1 .713e+01 1.295e-02 3.250e-02 0.4   7 .866e+09 9. 829e+01 2. 098e+02 1. 915e-01 4.088e-01 0.5   6. 071e+09 1. 004e+02 1. 939e+02 1. 972e-01 3. 807e-01 0.6 6. 225e+09 1. 294e+02 2. 332e+02 2.526e-01 4. 551e-01 0.8   4 .711e+09 1. 401e+02 2.204e+02 2. 665e-01 4 192e-01 1.0   1.712e+09 6. 710e+01 9. 853e+01 1 .237e-01 1. 816e-01 1.5   1.236e+09 7. 939e+01 1.061e+02 1. 336e-01 1 .786e-01 2.0 2.270e+08 2. 057e+01 2 . 606e+01 3. 180e-02 4. 031e-02 3.0 2. 248e-07 3.272e-14 3. 887e-14 4 439e-17 5. 274e-17 4.0   1. 613e-07 3. 260e-14 3. 740e-14 4. 033e-17 4. 627e-17 Totals 2.970e+10 6.430e+02 1.l10e+03 1.213e+00 2.111e+00 Microshield Output 8 Hours MicroShield 8.03 NPPD (8.03-0000)
Date By Checked Filename Run Date Run Time Duration 5CRP5 24.MS5 June 16, 2011 11:54:44 AM 00:00:00 Project Info Case Title 5CR8 24 Description AST LOCA CREFS Filter                Shine 8h Geometry 8 - Cylinder Volume - End Shields Source Dimensions Height 47.963 cm (1 ft 6.9             in)
Radius 23.982 cm (9.4 in)
Dose Points A X Y Z
 #1 0.0 cm (0 in)       l.le+3 cm        (37 ft   0.4 in)  0.0 cm (0 in)
Shields Shield N Dimension Material              Density 3
Source 8.67e+04 cm Carbon              0.305 Air Gap       Air 0.00122 Source Input: Grouping Method              -   Standard Indices Number of Groups: 25 Lower Energy Cutoff: 0.015 Photons < 0.015: Included Library: Grove 3       3 Nuclide Ci Bq pCi/cm Bq/cm Am-241 Ba-139 Ba-140 Br-82 6.4100e-004 2.3717e+007              7.3967e-003 2.7368e+002 Br-83 1.9400e-006 7.1780e+004              2.2386e-005 8.2830e-001 Br-84 2.3800e-020 8.8060e-010              2.7464e-019 1.0162e-014 Ce-141 Ce-143 Ce-144 Cm-242 Cm-244 Co-58 Co-60 Cs-134 Cs-136 Cs-137 1-130 1-131 2.51OOe-001 9.2870e+009             2.8964e+000    1.0717e+005
             '-7, -- ~
p' I-4~

Attachment L                                   NEDC 05-031 Microshield Files .MX5 First for 8 Time Points CCN 3Cl
                        .txt for Output 8 Time Points                  Page L-23 of L-30 1-132 1.8700e-002 6.9190e+008 2.1579e-001 7.9841e+003 1-133 1.2400e-001 4.5880e+009 1.4309e+000 5.2943e+004 1-134 1.5600e-011 5.7720e-001 1.8001e-010 6.6605e-006 1-135 1.1600e-002 4.2920e+008 1.3386e-001 4.9527e+003 Kr-85 Kr-85m Kr-87 Kr-88 La-140 La-141 La-142 Mo-99 Nb-95 Nd-147 Np-239 Pr-143 Pu-238 Pu-239 Pu-240 Pu-241 Rb-86 Rh-105 Ru-103 Ru-105 Ru-106 Sb-127 Sb-129 Sr-89 Sr-90 Sr-91 Sr-92 Tc-99m Te-127 Te-127m Te-129 Te-129m Te-131m Te-132 Xe-133 Xe-135 Y-90 Y-91 Y-92 Y-93 Zr-95 Zr-97 Buildup: The material reference is Source Integration Parameters Radial 20 Circumferential 10 Y Direction (axial) 10 Results Energy (MeV) Activity (Photons/sec) Fluence Rate MeV/cm2 /sec No Buildup Fluence Rate MeV/cm2 /sec With Buildup Exposure Rate mR/hr No Buildup Exposure Rate mR/hr With Buildup 0.015 5.408e+07 6.745e-04 1.186e-03 5.786e-05 1.017e-04 0.03 4.692e+08 1.709e-01 7.491e-01 1.693e-03 7.425e-03

Attachment L                                   NEDC 05-031 Microshield Files .MX5 First for 8 Time Points CCN 3C1
                           .txt for Output 8 Time Points                  Page L-24 of L-30 0.08 2.432e+08 4.055e-01 3.026e+00 6.417e-04 4.789e-03 0.1 1.699e+05 3.737e-04 2.317e-03 5.718e-07 3.545e-06 0.15 1.673e+06 6.082e-03 2.518e-02 1.00le-05 4.147e-05 0.2  3 .457e+07 1. 804e-01 5. 903e-01 3. 183e-04 1.042e-03 0.3  6. 659e+08 5. 791e+00 1. 454e+01 1. 098e-02 2. 757e-02 0.4  7. 602e+09 9. 499e+01 2. 028e+02 1. 851e-01 3. 951e-01 0.5  4.301e+09 7. 116e+01 1 .374e+02 1. 397e-01 2. 697e-01 0.6 1. 670e+09 3. 472e+01 6.255e+01 6. 77 6e-02 1. 221e-01 0.8  1.240e+09 3. 688e+01 5. 801e+01 7. 015e-02 1. 103e-01 1.0  4. 973e+08 1. 949e+01 2. 862e+01 3. 592e-02 5. 275e-02 1.5  4. 634e+08 2. 977e+01 3. 979e+01 5. 008e-02 6. 695e-02 2.0  6. 999e+07 6. 341e+00 8. 036e+00 9. 806e-03 1. 243e-02 3.0  8.785e-11 1.279e-17 1. 519e-17 1 .735e-20 2. 061e-20 4.0  6. 303e-11 1.274e-17 1. 462e-17 1 .57 6e-20 1. 808e-20 Totals 1.731e+10 2.999e+02 5.561e+02 5.722e-01 1.070e+00 Microshield Output 24 Hours MicroShield 8.03 NPPD (8.03-0000)
Date By Checked Filename Run Date Run Time Duration 5CRP5 24.MS5 June 16, 2011 11:56:53 AM 00:00:00 Project Info Case Title 5CR24 24 Description AST LOCA CREFS Filter        Shine 24h Geometry 8 - Cylinder Volume - End Shields Source Dimensions Height 47.963 cm (1 ft 6.9       in)
Radius 23.982 cm (9.4 in)
Dose Points A X Y Z
#1 0.0 cm (0 in)     1.le+3 cm   (37  ft 0.4 in)  0.0 cm (0  in)
Shields Shield N Dimension Material        Density Source 8.67e+04 cm3 Carbon       0.305 Air Gap      Air 0.00122 Source Input: Grouping Method        - Standard Indices Number of Groups: 25 Lower Energy Cutoff: 0.015 Photons < 0.015: Included Library: Grove 3
Nuclide Ci Bq pCi/cm Bq/cm3 Am-241 Ba-139 Ba-140 Br-82 4.6800e-004 1.7316e+007        5.4004e-003  1.9982e+002 Br-83 1.8700e-008 6.9190e+002        2.1579e-007  7.9841e-003 Br-84 1.9500e-029 7.2150e-019        2.2502e-028  8.3257e-024 Ce-141 Ce-143 Ce-144 Cm-242 Cm-244 Co-58 Co-60 Cs-134 Cs-136 Cs-137

Attachment L                                   NEDC 05-031 Microshield Files .MX5 First for 8 Time Points CCN 3C1
                          .txt for Output 8 Time Points                  Page L-25 of L-30 1-130 1-131 2.3700e-001 8.7690e+009 2.7348e+000 1.0119e+005 1-132 1.5000e-004 5.5500e+006 1.7309e-003 6.4044e+001 1-133 7.2700e-002 2.6899e+009 8.3891e-001 3.1040e+004 1-134 4.9900e-017 1.8463e-006 5.7581e-016 2.1305e-011 1-135 2.1600e-003 7.9920e+007 2.4925e-002 9.2223e+002 Kr-85 Kr-85m Kr-87 Kr-88 La-140 La-141 La-142 Mo-99 Nb-95 Nd-147 Np-239 Pr-143 Pu-238 Pu-239 Pu-240 Pu-241 Rb-86 Rh-105 Ru-103 Ru-105 Ru-106 Sb-127 Sb-129 Sr-89 Sr-90 Sr-91 Sr-92 Tc-99m Te-127 Te-127m Te-129 Te-129m Te-131m
.Te-132 Xe-133 Xe-135 Y-90 Y-91 Y-92 Y-93 Zr-95 Zr-97 Buildup: The material reference is Source Integration Parameters Radial 20 Circumferential 10 Y Direction (axial) 10 Results Energy (MeV) Activity (Photons/sec) Fluence Rate MeV/cm2 /sec No Buildup Fluence Rate MeV/cm2 /sec With Buildup Exposure Rate mR/hr No Buildup Exposure Rate mR/hr With Buildup
                =-r ii'M,

Attachment L                                   NEDC 05-031 Microshield Files .MX5 First for 8 Time Points CCN 3C1
                             .txt for Output 8 Time Points                  Page L-26 of L-30 0.015 4.970e+07 6.200e-04 1.090e-03 5.318e-05 9.347e-05 0.03 4.296e+08 1.564e-01 6.859e-01 1.550e-03 6.798e-03 0.08 2.296e+08 3.829e-01 2.857e+00 6.059e-04 4.522e-03 0.1 1.241e+05 2.729e-04 1.692e-03 4.174e-07 2.588e-06 0.15 3.767e+04 1.370e-04 5.672e-04 2.256e-07 9.341e-07 0.2 2.520e+07 1.315e-01 4.303e-01 2.321e-04 7.594e-04 0.3 5.915e+08 5.144e+00 1.291e+01 9.757e-03 2.449e-02 0.4 7.137e+09 8.918e+01 1.904e+02 1.738e-01 3.709e-01 0.5 2.426e+09 4.013e+01 7.749e+01 7.878e-02 1.521e-01 0.6 7.202e+08 1.497e+01 2.698e+01 2.922e-02 5.265e-02 0.8 3.982e+08 1.184e+01 1.863e+01 2.253e-02 3.543e-02 1.0 1.043e+08 4.085e+00 5.999e+00 7.530e-03 1.106e-02 1.5 1.185e+08 7.612e+00 1.018e+01 1.281e-02 1.712e-02 2.0 8.996e+06 8.150e-01 1.033e+00 1.260e-03 1.597e-03 3.0 7.198e-20 1.048e-26 1.245e-26 1.421e-29 1.689e-29 4.0 5.164e-20 1.044e-26 1.198e-26 1.291e-29 1.482e-29 Totals 1.224e+10 1.745e+02 3.476e+02 3.381e-01 6.775e-01 Microshield Output 96 Hours MicroShield 8.03 NPPD (8.03-0000)
Date By Checked Filename Run Date Run Time Duration 5CRP5 24.MS5 June 16, 2011 11:59:14 AM 00:00:00 Project Info Case Title 5CR96 24 Description AST LOCA CREFS Filter      Shine 96h Geometry 8 - Cylinder Volume - End Shields Source Dimensions Height 47.963 cm (1 ft 6.9 in)
Radius 23.982 cm (9.4 in)
Dose Points AX Y Z
    #1 0.0 cm (0 in)   l.le+3 cm (37 ft 0.4 in)     0.0 cm (0  in)
Shields Shield N Dimension Material Density Source 8.67e+04 cm3 Carbon 0.305 Air Gap    Air 0.00122 Source Input: Grouping Method     - Standard Indices Number of Groups: 25 Lower Energy Cutoff: 0.015 Photons < 0.015: Included Library: Grove Nuclide Ci Bq pCi/cm3 Bq/cm3 Am-241 Ba-139 Ba-140 Br-82 1.1400e-004 4.2180e+006     1.3155e-003 4.8673e+001 Br-83 1.6000e-017 5.9200e-007      1.8463e-016 6.8313e-012 Br-84 2.4800e-070 9.1760e-060     2.8618e-069 1.0589e-064 Ce-141 Ce-143 Ce-144 Cm-242 Cm-244 Co-58 Co-60 Cs-134 W4V~  ~

Attachment L                                   NEDC 05-031 Microshield Files .MX5 First for 8 Time Points CCN 3CI
                        .txt for Output 8 Time Points                  Page L-27 of L-30 Cs-136 Cs-137 1-130 1-131 1.8300e-001 6.7710e+009 2.1117e+000 7.8133e+004 1-132 5.6700e-014 2.0979e-003 6.5428e-013 2.4208e-008 1-133 6.6000e-003 2.4420e+008 7.6160e-002 2.8179e+003 1-134 9.4400e-042 3.4928e-031 1.0893e-040 4.0305e-036 1-135 1.1400e-006 4.2180e+004 1.3155e-005 4.8673e-001 Kr-85 Kr-85m Kr-87 Kr-88 La-140 La-141 La-142 Mo-99 Nb-95 Nd-147 Np-239 Pr-143 Pu-238 Pu-239 Pu-240 Pu-241 Rb-86 Rh-105 Ru-103 Ru-105 Ru-106 Sb-127 Sb-129 Sr-89 Sr-90 Sr-91 Sr-92 Tc-99m Te-127 Te-127m Te-129 Te-129m Te-131m Te-132 Xe-133 Xe-135 Y-90 Y-91 Y-92 Y-93 Zr-95 Zr-97 Buildup: The material reference is Source Integration Parameters Radial 20 Circumferential 10 Y Direction (axial) 10 Results Energy (MeV) Activity (Photons/sec) Fluence Rate MeV/cm 2 /sec No Buildup Fluence Rate MeV/ cm 2 /sec With Buildup Exposure Rate mR/hr No Buildup Exposure Rate

Attachment L                                   NEDC 05-031 Microshield Files .MX5 First for 8 Time Points CCN 3Cl
                          .txt for Output 8 Time Points                  Page L-28 of L-30 mR/hr With Buildup 0.015 3.737e+07 4.662e-04 8.194e-04 3.998e-05 7.028e-05 0.03 3.218e+08 1.172e-01 5.138e-01 1.161e-03 5.092e-03 0.08 1.773e+08 2.956e-01 2.206e+00 4.678e-04 3.491e-03 0.1 3.022e+04 6.647e-05 4.121e-04 1.017e-07 6.305e-07 0.15 5.974e+03 2.172e-05 8.995e-05 3.577e-08 1.481e-07 0.2 1.803e+07 9.405e-02 3.078e-01 1.660e-04 5.432e-04 0.3 4.438e+08 3.859e+00 9.687e+00 7.321e-03 1.838e-02 0.4 5.497e+09 6.869e+01 1.466e+02 1.338e-01 2.857e-01 0.5 2.411e+08 3.989e+00 7.702e+00 7.830e-03 1.512e-02 0.6 5.154e+08 1.071e+01 1.931e+01 2.091e-02 3.768e-02 0.8 1.457e+08 4.332e+00 6.814e+00 8.241e-03 1.296e-02 1.0 7.113e+06 2.787e-01 4.093e-01 5.137e-04 7.544e-04 1.5 7.947e+06 5.105e-01 6.824e-01 8.589e-04 1.148e-03 2.0 9.420e+03 8.535e-04 1.082e-03 1.320e-06 1.673e-06 3.0 9.154e-61 1.332e-67 1.583e-67 1.808e-70 2.148e-70 4.0 6.567e-61 1.327e-67 1.523e-67 1.642e-70 1.884e-70 Totals 7.413e+09 9.288e+01 1.943e+02 1.814e-01 3.809e-01 Microshield Output 720 Hours MicroShield 8.03 NPPD (8.03-0000)
Date By Checked Filename Run Date Run Time Duration 5CRP5_24.MS5 June 16, 2011 1:10:26 PM 00:00:00 Project Info Case Title 5CR720 24 Description AST LOCA CREFS Filter Shine 720h Geometry 8 - Cylinder Volume - End Shields Source Dimensions Heignt 47.963 cm (1 ft 6.9 in)
Radius 23.982 cm (9.4 in)
Dose Points A X 'C Z
#1 0.0 cm (0 in)   l.le+3 cm (37 ft 0.4 in)      0.0 cm (0  in)
Shields Shield N Dimension Material Density Source 8.67e+04 cm3 Carbon 0.305 Air Cap    Air 0.00122 Source Input: Grouping Method -      Standard Indices Number of Groups: 25 Lower Energy Cutoff: 0.015 Photons < 0.015: Included Library: Grove                  3 Nuclide Ci Bq pCi/cm3 Bq/cm Am-241 Ba-13 9 Ba-140 Br-82 5.4300e-010    2.0091e+001 6.2659e-009 2.3184e-004 Br-83 4.0600e-096    1.5022e-085 4.6850e-095 1.7334e-090 Br-84 Ce-141 Ce-143 Ce-144 Cm-242 Cm-244 Co-58

Attachment L                                   NEDC 05-031 Microshield Files .MX5 First for 8 Time Points CCN 3C1
                        .txt for Output 8 Time Points                  Page L-29 of L-30 Co-60 Cs-134 Cs-136 Cs-137 1-130 1-131 1.9400e-002 7.1780e+008 2.2386e-001 8.2830e+003 1-132 1.2100e-095 4.4770e-085 1.3963e-094 5.1662e-090 1-133 6.1400e-012 2.2718e-001 7.0852e-011 2.6215e-006 1-134 5.0800e-256 1.8796e-245 5.8620e-255 2.1689e-250 1-135 4.3400e-035 1.6058e-024 5.0081e-034 1.8530e-029 Kr-85 Kr-85m Kr-87 Kr-88 La-140 La-141 La-142 Mo-99 Nb-95 Nd-147 Np-239 Pr-143 Pu-238 Pu-239 Pu-240 Pu-241 Rb-86 Rh-105 Ru-103 Ru-105 Ru-106 Sb-127 Sb-129 Sr-89 Sr-90 Sr-91 Sr-92 Tc-99m Te-127 Te-127m Te-129 Te-129m Te-131m Te-132 Xe-133 Xe-135 Y-90 Y-91 Y-92 Y-93 Zr-95 Zr-97 Buildup: The material reference is Source Integration Parameters Radial 20 Circumferential 10 Y Direction (axial) 10 Results Energy (MeV) Activity (Photons/sec) Fluence Rate 2
MeV/cm /sec No Buildup Fluence Rate MeV/cm2 /sec With Buildup Exposure Rate

Attachment L                                   NEDC 05-031 Microshield Files .MX5 First for 8 Time Points CCN 3C1
                          .txt for Output 8 Time Points                  Page L-30 of L-30 mR/hr No Buildup Exposure Rate mR/hr With Buildup 0.015 3.948e+06 4.925e-05 8.656e-05 4.224e-06 7.425e-06 0.03 3.398e+07 1.237e-02 5.425e-02 1.226e-04 5.376e-04 0.08 1.879e+07 3.134e-02 2.339e-01 4.960e-05 3.701e-04 0.1 1.439e-01 3.166e-10 1.963e-09 4.843e-13 3.003e-12 0.15 2.845e-02 1.035e-10 4.285e-10 1.704e-13 7.056e-13 0.2  1.901e+06 9. 918e-03 3. 246e-02 1.750e-05 5. 728e-05 0.3  4. 690e+07 4.078e-01 1 024e+00 7. 735e-04 1. 942e-03 0.4  5.826e+08 7. 280e+00 1. 554e+01 1. 418e-02 3. 028e-02 0.5  2. 588e+06 4.281e-02 8 .266e-02 8 403e-05 1. 623e-04 0.6 5. 369e+07 1. 116e+00 2. 011e+00 2 .179e-03 3. 925e-03 0.8   1.294e+07 3. 848e-01 6. 052e-01 7. 319e-04 1. 151e-03 1.0 5. 949e+00 2. 331e-07 3 423e-07 4 .297e-10 6. 310e-10 1.5 8. 913e+00 5.726e-07 7 654e-07 9. 634e-10 1.288e-09 2.0 2.27 6e-02 2. 062e-09 2 . 614e-09 3. 189e-12 4.042e-12 Totals 7.573e+08 9.285e+00 1.958e+01 1.815e-02 3.843e-02}}