ML20135D543
| ML20135D543 | |
| Person / Time | |
|---|---|
| Site: | Peach Bottom  |
| Issue date: | 06/11/1985 |
| From: | GENERAL PHYSICS CORP. |
| To: | |
| Shared Package | |
| ML20135D527 | List: |
| References | |
| GP-R-132147, NUDOCS 8509160092 | |
| Download: ML20135D543 (216) | |
Text
T 1
I O
PHILADELPHIA ELECTRIC COMPANY Peach Bottom Atomic Power Station Unit 2 Docket Number 50-277 REACTOR CONTAINMtNT BUILDING INTEGRATED LEAKAGE RATE TEST REPORT O
GP-R-132147 June 11,1985 Submitted to The United States Nuclear Regulatory Commission Pursuant to Facility Operating License No. DPR-44 GENERAL PHYSICS CORPORATION 8509160092 850910 PDR ADOCK 05000277:
P PDR; m
GP-R-132147 CENERAL PHYSICS CORPORATION TABLE OF CONTENTS I. INTRODUCTION II. TEST SYNOPSIS
!!I. TEST DATA
SUMMARY
A. Plant Information B. Technical Data C. Type A Test Results
! D. Type B and C Test Results E. Integrated Leakage Rate Measurement System F. Information Retained at Plant 4
IV. ANALYSIS AND INTERPRETATION
- V. APPENDICES A. Stabilization Summary Data B. ILRT Summary Data C. ILRT Plot-Temperature Versus Time D. ILRT Plot-Pressure Versus Time E. ILRT Plot-Air Mass Versus Time i
F. ILRT Plot-Total Time Calculated Leakage Rate Versus Time G. Failed Test Report H. Verification Flow Test Summary Data
- 3. DTBAT Summary Data Total Time Report and Summary of Measured Data K. Local Leakage Test Summaries L. Description of General Physics ILRT Computer Program O
i
GP-R-132147 GENERAL PHYSICS CORPORATION O
I. INTRODUCTION The Reactor Containment Building Integrated Leakage Rate, Type A, Test is performed to demonstrate that leakage through the primary reactor containment and systems and components penetrating primary containment does not exceed the allowable leakage rate specified in the Plant Technical Specifications.
- The purpose of this report is to provide information pertinent to the activities related to the preparation, test performance, and reporting of the Peach Bottom Atomic Power Station, Unit 2, Integrated Leakage Rate Test (ILRT).
The section of this report entitled Test Synopsis,Section II, presents the highlights of activities and events which occurred prior to and during the Test (ILRT).
Test Data Summary, Section Ill, contains data and resuits necessary to demonstrate containment atmosphere stabilization, acceptable leakage rate, and successful verification test. In addition, plots provided in Appendices D and E supply a visual history of containment atmospheric conditions beginning with the 3-hour test period and ending with the verification test.
1 Information in Section IV, Analysis and Interpretation, supp!!es some of the technical detail associated with the ILRT computer program and its associated t.
hardware as well as the instrumentation used during the ILRT.
O The successful periodic Type A and verification tests were performed according to the requirements of the Peach Bottom Atomic Power Station, Unit 2, Technical Specifications and 10CFR50, Appendix 3. The test method utilized is the Absolute Method described in ANSI /ANS 56.3-1981, " Containment System Leakage Testing Requirements." Leakage rate was calculated using fermulas from ANSI /ANS 56.3- ;
1981 (Mass Point) during the Type A and verification tests. Type A and verfication test duration were conducted according to the criteria of Peach Bottom Atomic Power Station, Unit 2, Plant Technical Specifications.
The test results are reported in accordance with the requirements of 10CFR50, i
Appendix 3,Section V.B.3.
O V
1 i
GP-R-132147 GENERAL PHYSICS CORPORATION n II. TEST SYNOPSIS U
Prior to containment pressurization on June 8,1985, and subsequent to completing the verification test on June 11,1985, Peach Bottom Atomic Power Station, Unit 2, site test and maintenance personnel were engaged in activities related to containment leakage. Containment leakage was identified through the Type B and C local leakage rate testing programs and reduced by repairs to those systems and containment components having excessive leakage. The results of the local leakage rate tests are given in Appendix M.
The following discussion highlights some of the activities mentioned above and presents some items that were essential to the successful and timely completion of the Type A test. These items have been presented in a chronological order and are considered to be some of the most significant activities encountered during test preparation and execution.
A. Pre-pressurization Activities Pre-pressurization activities included: Completing all Type B and Type C testing; Type A test procedure review; final ILRT instrumentation operability checks; final ILRT computer program modifications; and containment subvolume weighting factor calculation checks. A few of these items are discussed below to present pertinent information that impacted on Type A Test activities.
n Local leakage rate testing at Peach Bottom Atomic Power Station, Unit 2
() began several weeks prior to the start of the refueling outage. The results of this program are summarized in Appendix K, " Local Leakage Test Summaries."
The Type A test procedure review was conducted to ensure that all references to Plant Technical Specifications, 10CFR50, Appendix 3, ANSI /ANS 56.8-1981, and the FSAR were accurate and current. In addition to verifying that the procedure was in compliance with the appropriate guidelines, the valve line-up was reviewed to ensure that the containment systems were in as close to post-accident arrangement as possible.
Final ILRT instrumentation operability checks were performed to ensure that a!! Instrumentation was operating correctly. An in situ check, as specified in ANSI /ANS 56.3-1981, Section 4.2.3.1, was conducted to verify that all ILRT instrumentation was working correctly.
B. Containment Pressurization Containment pressurization started at 1810 hrs, on June 3,1985, at the rate of approximately 10 psi /hr. Four compressors were running at about 60 psig. The containment test pressure was reached at 0205 hrs. on June 9, 1985.
C. Containment Atmosphere Stabilization O
d At 0630 hrs on June 9,1985 all stabilization criteria as specified in ANSI /ANS 56.3-1981, section 5.3.1.6 were satisfied. However, at the end of the four hours containment temperature was still dropping due to low chilled 2
l GP-R-132147 GENERAL PHYSICS CORPORATION i
water temperature. At 1300 hrs. on June 9,1985 it was decided to increase chilled water temperature. This resulted in a " leveling off" and eventual slight upturn in the containment weighted average temperature. -
A packing leak on AO-2502B caused a failed test to be declared. The leak resulted in test pressure dropping below the required P a differential and a restart of the compressors for 1/2 hour. A second four hour stabilization was then imposed. The containment weighted average temperature experienced a .40 increase during the stabilization period of 2200 on June 9, to 0200 on June 10, 1985, but a!! temperature stabilization criteria were m et. Data was taken throughout the day of June 10th, while a source of in-leakage was identified and corrected.
The ILRT was restarted at 1545 hrs on June 10, 1985 and successfully completed at 2345 hrs on June 10, 1985. During the test period there was a slight increase in containment weighted average temperature.
During the entire three day period the sensor displays for drybulb temperature, dewpoint, and pressure were carefully monitored to verify correct sensor operabl!!ty. No sensors were removed from the data during this period.
D. First Test Period Subsequent to meeting the temperature stabilization criteria, leakage rate i
O analysis began at 0630 on June 9,1985, By 1100 on June 9,1985, the measured mass point and total time leakage rates had stabilized at approximately 0.70% wt./ day. A packing leak on torus vacuum re!!ef valve AO-2502B was identified as the major source of leakage, and an attempt was made to quantify the leakage. A putty dome was constructed around the valve's packing and a tygon tube with a rotameter attached was protruding from the dome. Due to the fact that the leak kept breaching the putty dome, only 1.8 CFM could be quantified. !
An investigation into the construction and testing of AO-2502B during this 1 period revealed that when tested under the local leak rate testing program it is tested in reverse direction, and the packing does not see test pressure.
9 r
Maintenance was performed to repair the packing leak on AO-2502B.
- Several smaller leakage paths were identified, their leakage quantified, and the valves repaired.
i Valve Tag No. Description Estimated Pre-Repair Leakage ;
5746 1"-130 Root valve for < 50 SCCM PT-4953
, 5726 3/4"-130 HV, Torus atm. < 50 SCCM Press. to test console 3
G P-R-132147 GENERAL PHYSICS CORPORATION
(~ Valve Tag No. Descriotion Estimated Pre-Repair
' Leakage 6413 1"-130 Common root to <50 SCCM PT-4952 and CAD analyzer i
5745 1"-130 Root valve to < 200 SCCM PT-4852 5875 1"-130 inner hand valve < 200 SCCM downstream of SV-4949A A failed test was declared at 1730 June 9,1985.
During the period when leaks were being identified and eventually repaired, the containment pressure had dropped below the requiredaP differential of 49.1 psig, necessitating a restart of the compcessors. Pressurization was commenced again at 2130 hrs on June 9,1985, and test pressure reached at 2200 hrs, June 9,1985. It was deemed conservative to impose another four l hour stabilitization period, and the stabilization criteria was met by 0200 hrs on June 10, 1985.
Early test data indicated an in-leakage problem which was eventually tracked down to a valve alignment problem which allowed condensate service leakage into the torus through the torus fill line. The valve alignment was corrected at 1530 on June 10, 1985 and the ILRT officially O restarted at 1545, June 10,1985.
E. Second Test Period (successfully ILRT) l The ILRT was restarted at 1545 on June 10, 1985, and as the containment had been at test pressure, since 2200 on June 9,1985, another stabilization period was not imposed. Raw sensor data had been recorded and graphed since the repressurization, and containment conditions were demonstrably stable.
The ILRT was successfully completed at 2345 hrs on June 10, 1985. The
- maximum allowable leakage rate (La ) for the primary containment is 0.5%
wt./ day of contained air mass at the peak test pressure of 49.1 psig. The measured leakage rate based on the mass point analysis technique was 0.01816% wt./ day with a mass point leakage reported at the 95% UCL of 0.0302% wt./ day.
As the Bechte! Topical Report BN-TOP-1, Rev. I criteria was used to determine the adequacy of the test duration, the Total Time analysis technique was run concurrently to the mass point analysis technique by the General Physics ILRT Data Management Computer Program. The Total Time results fo!!ow:
- The Trend Report indicated leakage was stabilizing at less than La*
g Actual leakage was recorded as 0.04409% wt./ day.
i V 4
!- GP-R-132147 GENERAL PHYSICS CORPORATION i
t
- The end of test Total Time leakage rate at the 95% confidence limit '
- O was iess than ta . at 0.i6082% .t/ day.
- The mean of the measured leak rates over the last five hours of the '
j test was less than La, at 0.03776% wt./ day.
i A successful verification flow test was conducted fo!!owing the ILRT. It i started at 0200 hrs on June 11, 1985, and completed at 0600 hrs on the same day. A leakage equivalent to L, (0.5% wt./ day) was imposed on the existing
- measured leakage of 0.01816% wt./ day. The measured composite leakage ,
- rate was 0.5198% wt./ day. !
4 The measured composite leakage rate was within 0.002% of the leakage I.
the ILRT (Lam), well within imposed the acceptable (L ) criteria plus the of 1measured leakage 25% L,(10125% wt. during / day).
- F. Drywell-to-Torus Bypass Area Test j Subsequent to the ILRT and the verification test, the Drywell-to-Torus .
i Bypass Area Test (DTBAT) was conducted. The test started at 2330 hrs on
- June 11,1985 and was successfully completed after I hour. The maximum
- acceptable bypass area, as delineated by the PBAPS Technical Specification t
, is equivalent to a 1.000 inch I.D. orifice or 0.785 square inch. The calculated
] bypass area is 0.1695 square Inch.
k
' ~
O .
i J
h j ,
l
)'
i +
i i 1 t 1
1 IO l
1 i i
I
GP-R-132147 GENERAL PHYSICS CORPORATION III. TEST DATA
SUMMARY
A. Plant Information Owner Philadelphia Electric Company Plant Peach Bottom Atomic Power Station, Unit 2 Location Delta, Pennsylvania Containment Type Meta! Vessel Suppression Pool NSSS Supplier, Type General Electric, BWR Date Test Completed June 11,1985 B. Technical Data
- 1. Nominal Containment 293,900 cu. f t.
Net Free Air Volume
- 2. Design Pressure, P 56 psig
- 3. Design Temperature, T 2810F
- 4. Calculated Peak 49.1 psig Accident Pressure, Pa
- 6. Calculated Peak 2830F Accident Temperature C. Test Results - Type A Test
- 1. Test Method Absolute
- 2. Data Analysis Technique Mass Point (per ANS!/ANS 56.8-1981)
- 3. Test Pressure 49.1 psig
- 4. Maximum Allowable 0.500 wt.%/ day Leakage Rate, La
- 5. 75% of L a 0.375 wt.%/ day
- 6. Integrated Leakage Rate Test Results Mass Point Analysis:
- a. Calculated Leakage Rate wt.%/ day from regression line, L am = 0.01816 O b. Upper 95% Confidence Limit = 0.0302 6
GP-R-132147 GENERAL PHYSICS CORPORATION i
l 7. Integrated Leakage Rate
{ Test Results Total Time Analysis l
{ a. Calculated Leakage Rate wt.%/ day from regression '
line, L am = 0.04409
- b. Upper 95% Confidence
{ Limit = 0.16082
- 8. Verification Test imposed 4.4 scfm
] Leakage Rate (0.5 wt.%/ day) 1 j 9. Verification Test Results 0.5198 (wt.%/ day)
! Mass Point Analysis
! Leakage Rate
- 10. Verification Test Limits -
i i
Mass Point Analysis Test Limits (wt.%/ day) i
- 1) Upper Limit (Lo+ Lam + 0.25 La) 0.643 I 2) Lower Limit 1
O (Lo+t am - 0.25 ta) 0.393
] 11. Report Printouts i The Report Printouts of the Type A and DTBAT verification test calculations are ,
- provided for the Mass Point Analysis (Appendices B through H). Stab!!!zation data are also provided (Appendix A).
- D. Test Results - Types B and C Tests i
Refer to Appendix K for a summary of local leakage rate test results since the last ILRT performed in 1980.
! E. Integrated Leakage Rate Measurement System i
- l. Absolute Pressure (one main plus one backup) !
l Range 0-100,000 counts !
Repeatability 0.001 psia i 1 Accuracy 0.015% F.S.
j Resolution 0.001 psia l Range 0-100 psia l Sensitivity 0.001 psia O
~
Texas immements mdei 1 5-02 P,ecisio P, esse,e inst,ument, Serial No. 2604 7
. - - ~ , - - . . - - - . - - . . . . . - . . . - - , - - , . - - - , - - .
GP-R-132147 GENERAL PHYSICS CORPORATION i
i Bourdon Capsule (Type 2) Serial No.10331 Calibration Date: April 16,1985 i Spare: Instrument Serial No. 2605 and Bourdon Capsule l Serial No.10330 i Calibration Date: April 24,1935
- 2. Drybulb Temperature (12 plus 6 spares) 4 Resistance Temperature Detectors - Omega Engineering 100 Ohm Platinum Resistance Temperature System, Model CAT-PR-13-2-100-1/4-51/2-E
) Accuracy: 00 15F 0 Repeatability: 1001 F Static Resistance: 100 ohms Sensitivity: <0.10F Readout - Fluke Digital Display, Cat. No. 2130A.
j Calibration Date: March 27,1985 j
- 3. Dewpoint Temperature (6 sensors)
Dewpoint Temperature Probes - General Eastern, Model 1200APS 1
1 Accuracy: +20F 4
Repeatability 0.10F Sensitivity: 4 0.50F
! Dew Cell assemb!!es (calibration date: April 2,1985)
S/N 1269 S/N 1275 S/N 1271 S/N 1277 S/N 1273 S/N 1279 c
4 Verification Flow (1 channel)
Flowmeter - Brooks hi-accuracy full view rotameter, Model ll10-08K2A1 A, Serial No. 8503H37762
~
Range: 0.95 - 9.7 scfm Accuracy: 31% Full Scale Calibration Date: May 3,1985
- 5. Overall Instrumentation Selection Guideline (ISG) Value (from ANSI /ANS-56.3-l?81 based on ILRT instrumentation and an eight hour minimum test . cation = 0.032
- 6. Drybulb and Dewpoint Temperature Sensor Volume Fractions - see Procedure retained at jobsite.
F. Information Retained at Plant j
O The fo!!owing information is available for review at the facility:
i l
- 3 4
i
GP-R-132147 GENERAL PHYSICS CORPORATION
- 1. Access control procedures that were established to limit ingress to containment during testing.
- 2. A listing of a!! containment penetrations, including the total number of like penetrations, penetration size, and function.
- 3. A listing of normal operating instrumentation used for the leakage rate test.
- 4. A system lineup (at time of test), showing required valve positions and status of piping systems.
- 5. A continuous, sequential log of events from initial survey of containment to restoration of all tested systems.
- 6. Documentation of instrumentation calibrations and standards. Included with documentation should be an error analysis of instrumentation.
I
- 7. Data to verify temperature stabilization criteria as established by test procedure (Appendix A).
- 8. The working copy of test procedure that would include signature sign-off of procedural steps.
- 9. The procedure and all data that would verify completion of penetrations and valve testing (B&C-type tests), including as-found
- O, leak rates, corrective action taken, and final leak rate.
- 10. Computer printouts of Integrated Leakage Rate Test Data and manual i computer data program accumulation (Appendices along w).ith summary description of B and L
!!. The Quality Assurance audit plan or check!!st that was used to monitor
- ILRT with proper sign-offs.
- 12. A listing of all test exceptions including changes in containment system boundaries instituted by license to conclude successful testing.
- 13. Description of sensor malfunctions, repairs, and methods used to redistribute volume fractions to operating instrumentation.
- 14. A review of confidence limits of test results with accompanying computer printouts where applicable.
- 15. Description of method of leakage rate verification of instrument measuring system (superimposed leakage), with calibration information on flowmeters along with calculations that were used to measure the verification leakage rate (Appendices I through K).
- 16. Plots presenting ILRT data obtained during the test (Appendices C through F).
O 17. The P&lDs of pertinent systems readily available.
9
n l
GP-R-132147 GENERAL PHYSICS CORPOR'ATION ,
R
. 1 q IV. ANALYSIS AND INTERPRETATION V .
Several corrections must be added to the calculated results of the Unit 2 ILRT.
A. Type B&C Penuties Several corrections must be added for valves / penetrations vhich'were not in their normal post-accident condition:
- 1. RBCC Water 20 SCCM
- 2. Chilled Water Valves 4076 SCCM
- 3. Shutdown Cooling Valves 20 SCCM
- 4. ILRT Test Valves = 20 SCCM Total = 4136, which equates to an addition '
of 0.0166% wt./ day B. Volume Change Corrections ,
- 1. Reactor Vessel / Torus Water Level During the test reactor vessel water level decreased and torus water level increased. The drep in reactor vessel level corresponded to the increase in torus water level, therefore, no correction was required for these level changes. ,
- 2. Sump Level Changes During the three days the containment was pressurized, the Drywell s.
Equipment Drain and Drywell Floor Drain sumps experienced level i' changes. .The total level change resulted* ln a decrease in the containmen:inet free volume equivalent to 775 sccm, which equates to an addition of 0.00311% wt./ day.
C. HCU Accumulator In-leakage Corrections Readings of HCU Accumulator pressures were recorded at the start of the test and the end of test. The result was an addition to he ILRT calculated leakage of 0.0017% wt./ day to account for HCU accumulator in-leakage.
D. Reported "As Lef t" ILRT Results The results of the Unit 2 ILRT to be reported including all corrections are:
- 1. Measured Leakage Rate at 95% UCL based on' ,
mass point analysis 0.0302% wt./ day
- 2. Final containment sump -
level corrections per Appendix Y of ST-12.5 0.003 1% wt./ day p
s
- 3. Correction for Reactor Vessel and Torus Level changes none required 10
GP-R-132147 GENERAL PHYSICS CORPORATION f
- 4. HCU Accumulator in-leakage corrections per Appendix P j", of ST-12.5 0.0017% wt./ day
- 5. Corrections for valves not in Accident Positions from Appendix L of ST-12.5 0.0166% wt./ day i
, 6. "As Lef c" leakage rate
. . (Total of items I through 5) 0.0516% wt./ day E. "As Found" Evaluation of the Containment Additions to the ILRT total to reflect the condition of the containment prior to valve replacements / repairs made during the Unit 2 refueling outage are i
necessary to accurately reflect how the containment would have performed j prior to these repairs / replacements. The listing below details all penetrations on which repairs were undertaken. A minimum pathway leakage analysis was performed to determine if any additions were necessary r to the "As Lef t" ILRT results to derive the "As Found" containment condition Leakages are is SCCM.
- 1. Penetration N-7B 3 MSIV SOB,86B i
- As found penetration leak rate 2839 As lef t penetration leak rate 59 Addition to ILRT total 2780
- 2. Penetration N-7D +3 Ll. MSIV SOD,86D
- As found penetration leak rate 1927 i
As left penetration leak rate 0 Addition to ILRT total 1927
- 3. Penetration N-8 *2 4
4 MO-2-74, MO-2-77
- , As found penetration leak rate 20 As lef t penetration leak rate 20 Addition to ILRT total 0
- 4. Penetration N-9B *l, 2 Feedwater Check Valves i
- - As found penetration leak rate 763 As lef t penetration leak rate 763
- Addition to ILRT total 0 O
s ,
-s b A
GP-R-132147 GENERAL PHYSICS CORPORATION O
- 5. Penetration N-14 *3
, As found penetration leak rate 651 As lef t penetration leak rate 0 Addition to ILRT total 651
- 6. Penetration N-18 *2 Drywell Ficor Drain Sumps As found penetration leak rate 1033 As lef t penetration leak rate 1418 Addition to ILRT total 0
- 7. Penetration N-25 *1 5 Legged Boundary & N2 Backup As found penetration leak rate 1010 As lef t penetration leak rate 270 Addition to ILRT total 740
- 8. Penetration N-26 AO-2506, AO-2507, AO-2509, AO-2510, SV-2671, SV-2973, SV-4966B, SV-8101 As found penetration leak rate 716 As lef t penetration leak rate 165 Addition to ILRT total 551
- 9. Penetration N-42 *2 Standby Liquid Control As found penetration leak rate 20 As lef t penetration leak rate 30 Addition to ILRT total 0
- 10. Penetration N-47 SV-8130A & Check Valve
. As found penetration leak rate 40 As lef t penetration leak rate 10 Addition to ILRT total 30
- 11. Penetration N-49C Drywell High Pressure to RPS PT-2-3-12D I
As found penetration leak rate 350 As lef t penetration leak rate 10 Addition to ILRT total 340 0
12
GP-R-132147 GENERAL PHYSICS CORPORATION
- 12. Penetration N-53 O MO-2201B As found penetration leak rate 1400 As left penetration leak rate 20 Addition to ILRT total 1380
- 13. Penetration N-54 MO-2200B As found penetration leak rate 4310 As lef t penetration leak rate 3402 Addition to ILRT total 908
- 14. Penetration N-55 MO-2200A As found penetration leak rate 6950 As left penetration leak rate 394 Addition to ILRT total 6556
- 15. Penetration N-56 MO-2201 A As found penetration leak rate 8170 As lef t penetration leak rate 260 0 ^edittoa to rt ar totei 791o
- 16. Penetration N-57 *3 AO-2-316, AO-2-317 As found penetration leak rate 450 As lef t penetration leak rate 0 Addition to ILRT total 450
- 17. Penetration S102B SV-8130A & Check Vlave As found penetration leak rate 795 As lef t penetration leak rate 35 Addition to ILRT total 760
- 18. Penetration N-205A *l, 2 AO-2502B As found penetration leak rate 412 As lef t penetration leak rate 1510 Addition to ILRT total 0
- 19. Penetration N-205B *2 AO-2502A As found penetration leak rate 10 As left penetration leak rate 20 Addition to ILRT total 0 13 L
GP-R-132147 GENERAL PHYSICS CORPORATION
- 20. Penetration N-214, N-217B HPCI Exhaust As found penetration leak rate 90 As left penetration leak rate 45 Addition to ILRT total 45
- 21. Penetration N-219 *2 Torus Purge Exhaust As found penetration leak rate 150 As lef t penetration leak rate 380 Addition to ILRT total 0
- 22. Penetration SDV +2 CV-2-32A, CV-2-35A As found penetration leak rate 115 As left penetration leak rate 115 Addition to ILRT total 0 23 Penetration SDV CV-2-32-B, CV-2-35B As found penetration leak rate 430 0 ^= ier* 9e=etretio# ie a rete Addition to ILRT total 17o 260 NOTES:
- l. No actual surveillance test was performed prior to valve repair /
replacement to provide an "as found" leakage for comparison.
The "as found" leakage value listed is a conservative estimate based on historical data of valve performance during previous local leak rate tests.
- 2. Valve repairs did not result in an improvement of penetration performance based on an analysis of minimum pathway leakages before and af ter repairs.
- 3. "As found" leakage value listed represents rotameter reading of test performed on a penetration where the valves are tested
- simultaneously, after only one valve in penetration has been repaired. "As found" is maximum leakage of unrepaired valve.
j "As lef t" conservatively assumes valve was repaired to zero j leakage, resulting in maximum addition to ILRT total.
Total addition to the ILRT as a result of repairs and adjustments was 25288 sccm which equates to an addition of .1015 % wt./ day.
7
)
14
GP-R-132147 GENERAL PHYSICS CORPORATION F. "As Found" Leakage Rate l O 1. "As Lef t" leakage rate (from D. 6. above) .0516 % wt./ day
- 2. Additions for Leakage Savings realized through valve repairs /
replacements prior to ILRT .1015 % wt./ day
- 3. "As Found" Containment Leakage Rate .1531 % wt./ day 4
a O
i s
I l
l l0 t
i i 15 l
L
GP-R-132147 GENERAL PHYSICS CORPORATION APPENDIX A STABILIZATION
SUMMARY
DATA t
f f
I i
f
+
i t
I l
i I
I e
i i
t 5
I d
i i
i f
i I
A-1 l-h
i
)
T LaJ O I l_ I, T
- t;' E t 4 C i-t EC CJ T T O M U f 4 .1' T O # > - 0 9 - 1 <Y t3 5 0 63
- ; 5. = 1 L l
) REDUCED TEST DATA 1 1
i l l
CC U T A l reliiN I CONTAINMENT CONTAINMENT LAFTIAL F-RE55URE CONTAINMENT WEIGHT OF PRESEURE WATER VAPOR TEMPERATURE AIR 3 TI* NTE (PSIA) (PSIR) ( F. ) ;LBM) i i
- i 230 eO9 64.Iceo O.318 533.49 94088 i
1 245 609 c4.1498 0.315 533.21 94971 300 eO9 64.I198 O.315 533.01 94962 1 315 600 e4.0968 O.314 532.85 94957
! 3?O 604 64.0739 0.313 532.74 94944 i 345 609 64.0528 0.312 532.64 94932 !
- 400 600 64.0338 0.312 532.52 v4926 '
415 609 64.0150 0.311 532.45 94913 430 o09 63.9988 O.310 532.32 94911 445 609 63.9818 0.309 532.29 94893 500 60o 63.9649 0.309 532.16 94892 {
! 515 609 53.9408 O.309 532.09 94082 :
530 609 63.9358 O.307 532.00 9487G 1
1 545 609 63.9189 U 307 531.95 94863
- 600 609 63.9U58 O.306 531.89 94856 !
i 615 609 63.8929 O. 306 531.85 94844 eIO cOi 63.3703 O.305 531.75 94G42 i
!9 4
I l 4 i
f f
I h
r I
t i
l 9 i
-b l
I
7.__-___.___..__-
t ,
i 1
e
! c t
!O i
i
\
s 4
1 i
. I i
, i
! . l I
I I
i
! RECORD NUMBER 1 DATE 609 TIME 230 ,
i l I t i INPUT CORFECTED VOL. FRACTION !
3 TE01 89.070 548.283 0.0603 :
! TE02 86.270 546.023 O . 06 0.:. l
{ TE03 64.550 524.490 0.0640 1 TE04 67.950 527.214 O.0640 {
TE05 66.240 525.892 0.0923 ,
l TEOo 64.950 524.836 O.0923 l i
TEO7 e5.290 524.993 0.0522 !
i TEOS $4.960 524.500 O.0522 !
i 1E09 59.430 519.098 O.0274 !
t l
TE10 79.220 538.451 O.1450 l tEli 18.740 5 !O . 4 e,6 0.1450 l TE12 I' 76.92? 538,251 0,1450 -l
. l
. EE01 56.400 0.2256 0.1206 1
EE02 57.::01 O.2263 O.1290 DE02 S7.t'40 0.2345 O.1946 CE04 58.200 O.2345 O.1!18 DEOS 76.300 O.4426 9.2175 CEOS 74.400 0.4199 0.2175 PI01 64204 64.199 PIO2 64189 64.189 AVG. TEMP. = 533.494 AVG. VAPCR PRESEUFE = .319 10TAL PRE 95URE = 64.1988 WEIGHT LF AIR = 94987.9 e 1 1
1 t.
e mme-ww--vy w-wwme_ _ m re e wee
- eerwem-em-r a w*me-e--*
i l9 I
i 1
I 1
i I
i i I 4
l RECORD NUMDER 2 DATE 609 TIME 245 l
- INPUT CORRECTED VOL. FRACTION i I
f i i TE01 89.e70 548.083 0.0603 :
- 1E02 86.060 546.614 0.0603 i TE03 e4.600 524.540 0.0640 '
i
! TE04 67.760 526.995 0.0640 i l 1EOS 6e.C60 525.712 0.0923 j
, TE06 9.950 524.786 O.0923 i I TEO7 e5.160 524.863 O.0522 l TEQS S4.o70 '.~ 2 4 . '.'.0 9 0.0522 l 1E07 59.490 519.15e 0.0274 :
TE10 78.590 S37.051 O.1450 1 i
- TEll 78.100 557.826 U.1450
1 T E.1 2 7 9. 39':- .
537.732 O.1450 (
i 4 l DE01 56. !MO 9.2248 O.1206 CE02 G/.000 0.2244 0.1290 It03 5'."00 O.232o O.154e l LEO 4 S.000 O.2323 O.1318 DE05 <:.I00 O.4396 0.2175 CEO6 74.000 0.4142 0.2175 i
i PIO1 64155 64.150 PIO2 64142 64.142 i
i t
k u j AVG. TEMP. = 533.206 AVO. V4POR PRESSURE = .3152 TOTAL PRESSURE = 64.14901 I WEIGHT OF AIR = 94970.6
- l O ,
i t
l
!t _ _ _ _ . . _ _ _ . _ . ..-_. _ ___ _ _ _ _ _ . - -
1 I
k O
I i
l i
r l
l 1
r I
r f
RECORD NUMEER 3 DATE 609 TIME 300 '
i INPUT CORRECTED VOL. FRACTION !
i 1
TE01 89.740 547.954 0.0603 TE02 86.310 546.063 0.0603 j 1E02 64.610 524.550 0.0640 i TE04 67.710 526.945 0.0640 l 1EOS 66.040 525.692 0.0923 l TE06 64.870 524.806 0.0923 l a
TEO7 65.100 524.803 0.0522 !
! TEOS 64.650 524.287 0.0522 TEO9 59.540 519.208 0.0274 TE10 78.220 537.492 0.1450 TE: 77.750 537.477- 0.1450
!E1. 78.050 537.092 0.1450 Dri'01 56.l.00 0.2248 O.1206
- c v- u- ,cw . o,2244 o,
- :e9 .
OE03 57.20' O.2321 0.1846 I DEv4- 3E.Ooo 0.2228 0.1318 DEO5 % . 2 <. '.; O.4411 0.2175 CEO6 73.800 0.4114 0.2175 PIO1 64125 64.120 PIU2 64116 64.116 AVG. TEMP. = 533.007 AVG. W;PCR FFiESSURE = .3148 TOTAL FPESSURE = 64.1198 WEIGHT CF AIR = 94962 4
e I
l I
1' l
1 l
1 a
4 1
!O i
4 i I
- l I
l 4
i .I 1 r i !
1 '
l RECORD MUMBER 4 DATE 609 TIME 315 l t -
5 .l INPUT COPREETED VOL. FRACTION ,
TE01 SS.f.70 547.884 O.0603 l 1
TE02 ed.360 546.113 O.0603 l .
1E03 e4.530 524.470 0.0640 TEO4 67.450 526.715 0.0640
}
TEOS 66.040 525.692 0.0923 I TEOd 64.770 524.706 O.OQ23 TEO7 65.050 524.793 O.0522 9 TEOS TEO9 64.55u S9.959 524.219 519.319 0.0522 O.0274
- l TE10 77.930 537.192 0.1450 !
TEll 77.430 537.157 O.1450 !
- TEl' 7?."3 ,527.112 0.1450 t
OEul 5$ ~100 O.2248 O.1206 I l
DEv2 5 , . 0 0 '-
O.2244 0,1290 DE03 57. 'M O.2321 O.1846 CEO4 50.000 0.2329 O.1518 DEOS 76 . 1_"> 0.4396 0.2175 ,.
2E06 7~.800 O.4114 O.2175 l PIO1 64102 64.097 P102 64090 64.090 t r
h AVG. TEMP. = 532.845 t AVG. VAFOR PRESSURE.= .3145 '
TOTAL FEESSURE = 64.0968 WEIGHT OF AIR = 94957 :
l
[
G ;
1 I
t
~,,,n.~ ,,,,n. ---.,-,-,---,a-,. -- - - - . - ~ - - - ~ - - ':
1 I
i l
l i
i O ee f
r l-
! RECORD NUMBER 5 D4TE 609 TIME 330 t
i INPUT CORFECTED VOL. FRACTION TE01 88.470 547.685 0.0600 TE02 86.200 545.983 0.0603 TE03' e4.440 524.280 0.0640 TE04 67.660 526.895 0.0640 TE05 66.040 525.692 0.0923 TE06 64.810 524.746 0.0923 TEO7 c5.090 524.793 0.0522 O TCa3-TEO9 64.570 59.600 524.2C9 519.258 0.0522 0.0274 TE10 77.710 536.972 0.1450 TEli 77.200 536.927 0.1450 TE12 77.560 526.902 0.1450 DE01 56. P)O O.2248 0.1206 CE02 57.003 0.2244 0.1290 r
DE03 57.209 0.2321 0.1846-l CE04 57.'QOu O.2320 0.1310 l CEU5 76.10' O.4396 " 2175 l CEO6 73.400 0.4059 v.2175 l
1
'. PIO1 64079 64.074
- I PIO2 64068 64.068 l
l l AVG. TEMP. = 332.737
- l. *
. A'/G . VAFOR PRES $URE = .3131
- TOTAL PRESEURE. = 64.0738 WEIGHT OF AIR a 94944 l
. ?
r I i i L 1
l- j l
i !
[
, t 2
f i
(
j i
i i
i '
i 5
4 i RECORD NUMBER o DATE 609 TIME 345 i
INFUT CORRECTED VOL. FRACTION TE01 88.410 547.625 0.0603 '
t FE02 86.160 545.912' O.0603 l TE03 64.480 524.420 0.0640 TEO4 67.710 526.945 0.0640 TEOS 66.049 525.692 0.0923
! TE06 64.750 524.686 0.0923 i TEO7 65.040 524.744 0.0522 ,
t TEOS 64.570 524.209 0.0522 l i IEO9 59.669 519.329 0.0274 TE10 77.490 536.753 0.1450
~! E 11 76.990 536.717 0.1450 IE12 77.350 536.693 0.1450 DE01 56.300 0.2256 0.1206 CEv2 56.900 0.2235 0.1290 OEOZ 5 7. 20'T O.2321 0.1846 Liv 4 57.800 0.2312 0.131G DEOS 7o.'00 0.4382 0.2175 OE06 73. 2*>0 0.4031 0.2175 F101 64058 64.053 PIO2 64044 64.044
- AVG. TEMP. = 532.636
{ AVG. VnPOR PRESSURE = .3121
' TOTAL FHESSURE = 64.0523 4
i WEIGHT OF AIR = 94932.3 i
1 f
l 4
l l !
i 1
1O
(
r l
RECORD NUMBER 7 DATE 609 TIME 400 4
i I
l INPUT CCRRECTED VOL. FRACTION '
l l
TE01 98.330 547.545 0.0603 i TE02 U5.910 545.662 0.0603 '
I TEO3 64.360 524.300 0.0640 l
TE04 67.490 526.725 0.0640 i TEOS 66.020 525.673 0.0923 l TEOe 63.680 524.617 0.0923 !
O 1007 TEOO LEO 9 65.050 64.590 59.660 524.754 524.229 519..!29 0.0522 0.0522 0.0274 S
. IE10 77.f.20 536.593 0.1450 IE11 76.930 556.557 0.1450 l
, TE12 77.200 536.543 0.1450 !
, DE01 56.100 0.2248 0.1206 ,
U ~ )2 56.90 0.2233 0.1250 l DEO! 57.200 0.2321 0.1946 i LE94 58.100 0.2337 0.1318 f UE05 75.900 0.4367 0.2175 '
DEOt 73.100 0.4018 0.2175 l l
PIO1 64039 64.034 I PIO2 64025 64.025 l I
AVG. TEMP. = 532.518 !
AVG. VAPOR PRESSURE = .3117 i 1UTAL FRESSURE = 64.0338 '
WCIGHT CF AIR = 94925.6 !
I i
O ,
I l
_ . _ - _ . . _ _ _ . . - - . - . - ~ - - - - - . - - . - - - - - - - _ - - - . - - - - - - - -
t 1
i l
l 1
i e
i a
i i
l i
PECORD NUMBER 8 DATE 609 TIME 415 <
l INPUT CORRECTED VOL. FRACTION TE01 98.190 547.405 O.0603 l TE02 86.280 54e.033 0.0603 ;
TE03 64.340 524.230 0.0640 ;
TEO4 67.410 526.645 0.0640 !
TEOS 65.980 S25.633 0.0923 TEOs 64.680 52 4. ca l 7 0.0923 TEO7 65.020 t.24.724 O.0522 O
i TEU8 64.550 524.190 0.0522 I TEO9 5u.620 519.299 O.0274
- TE10 77.150 576.413 0,1450 1Eli 76.690 $30.418 0,1450 t i IE12 7.'.039 1
3 5 c, .171 O.1450 I l'
OE01 56.500 v.2248 O.1206 l es2 5 s . w. o. 2ns O.12eo l DEO! 57.1 V' ' O.2313 O.1846 )
DE04 $ 7. sc,a O.2:12 O.1:18 !
DEUS 75, m;O O.4353 0.2175 !
DEO6 73.Un9 0.4004 O.2175 i
PIO1 e4021 64.016 .
PlO2 64010 64.010 AVG. TEMP. = 532.448 '
AVG. Vf.POR PRESTUFE = .3106 ,
l 10TAL FRESSUFE = 64.0158 WEIGHT CF AIR = 94912.9 e
u
t ,
a >
4 1 i i !
- r i t 4
l 1
4 ,
e i f P t
i
. i i ,
i i
l l
L i
l
! RECORD NUMBER 9 DATE 609 TIME 430 !
i j INPUT CORRECTED VOL. FRACTION 4
i l 1 TE01 88.040 547.256 0.0603 i
! TEO2 85.630 545.381 0.0603 l' l TE03 64.340 524.280 0.0640 i
i TE04 67.290 526.525 0.0640 f TEOS 65.980 525.633 0.0923 ,
ILO6 64.630 524.567 0.0923
'E07 64.980 524.684 0.0577 l i 9 TEO9 TEO9 64.570 59.700 524.209 519.369 0.0522 0.0274 i
FE10 76.970 536.232 0.1450 76.540 '
TEli 535.268 0.1450 fE12 76.090 536.233 0.1450 DE01 N.: - W C.2248 O.1206 i LE02 So.300 0.2227 0.1230 ,
OFO3 5'?.100 0.2313 0.1846 CE04 57.760 0.2303 0.1318 l OEOS 75. NKr O.4338 0.2175 1 I DE06 73.000 0.4004 0.2175 j 1
PIO1 64004 63.999 !
l PIO2 63988 63.980 l AVG. TEMP. = 532.32 ,
AVG. VAPOR PRESSURE = .3101 i TOTAL PRESSURE = 63.9988 i WEIGHT CF AIR = 94911.1 i O l l
l l
i 1
.I sv-w,,------ -:_ ----n.n ---- _. - - _ - - - - ~ ~ - - - .
.-- ~ - -- -.-.. --- - .-.. _ .. .. --. _-
i i
I l
I le i
i 4
i i
j RECORD NUMEER 10 DATE 609 TIME 445 i
i INFUT CORRECTED VOL. FRACTION 4
! TE01 88.010 547.226 0.0603 l TE02 86.120 545.872 0.0603 <
l TE03 e4.410 524.350 0.0640 l
!, TE04 67.220 526.456 0.0640 I
! TEOS c5.979 525.623 0.0923 I l TEOe 64.570 524.507 0.0923' !
j 1607 e4.940 524.644 0.0522 -!
!EOS 64.t00 524.239 0.0522 TEO9 59.630 519.298 0.0274 l
, TE10 16.850 336.113 0.1450 ,
TEll 76.320 536.148 0.1450 l l TE12 7e'. 760 536.103 0.1450 1 DE91 56.200 0.2240 0.1206 )'
LE02 56. v O O.2227 0.1280 ff 03 5 7 , 00'.' O.2305 0.1846 i CE04 57.610 0.2295 0.1318 DEOS . 75./Ou O.4338 0.2175 DE06 72.000 0.3977 0.2175.
PIO1 63987 63.982 '
, PlU2 63972 63.972 l
i '
l
< AVG. TEMP. = 532.286 AVG. VAPOR PRES 5UPE = .3092
, TOTAL FRESSURE = 63.9818 l WEIGHT OF AIR = 94893.3 0
I l
i
l L
l L --
i I
I
! l l
I i
6 i
i l
{
- i i
RECORD NUMECR 11 DATE 609 TIME 500 INPUT CORRECTED VOL. FRACTION TE01 87.030 547.047 0.0603 l TE02 85.440 545.191 0.0603
- IE03 64.290 524.230 0.0640 TE04 67.350 526.585 0.0640 .
LEOS 65.920 525.573 0.0923 TEoS 64.510 524.447 0.0923
- TCO7 64.03C 524.504 0.0522 TEOS e4.559 524.1E9 0.0522 }
TEO9 59.580 519.248 0.0274 t FE10 76.720 535.963 0.1450 $
lE11 / 6. L'd o 536.000 0.1450 TE12 76.e10 535.953 0.1450 UE01 56.100 I 0.2232 0.120A
, CE92 St. Goo 0.2227 0.1290 !
l DE 03 57,000 0.2305 0.1946 {
EE04 57.400 0.2277 U 1319 '
DCO5 75.'09 0.4338 0.21/5 DEOs 72.00:) 0.3977 0.2175 PIO1 63970 63.965 PIO2 63954 63.954 l AVG. TEMP. = 532.156 AVG. VIJCR PRESSURE = .3089 TOTAL PREESURE = 63.9649 I I
t4ElGHT CF AIR = 94891.5 i 1 i-l O
a
-i-t f
,___ _ _ . _ _ _ _ . _ - _ _ _ _ _ _ _ _ _ _ _ _ - _ . . ~ . _ _ . _ . . . . _ _ . _ _ _ _ . _ . . -
I O
< \
l I
(
l l
i !
! l I l
! I i t I
i l
i RECORD MUMBER 12 DATE 609 TIME 515 l INPUT CORRECTED VOL. FRACTION l
TE01 87.730 546.947 0.0603 l l TEO2 85.670 545.421 0.0603 TE03 64.170 524.110 0.0640 i TE04 57.230 526.466 O.0640 i TEOS 65.c20 525.573 O.0923 l TEo6 64.470 524.407 O.0923 .
j TEO7 64.E59 524.554 0.0522 }
TE69 64.460 524.090 O.0522 'i FEO9 59.520 519.188 O.0274 TE10 76.310 535.873 0.1450 I TE11 7o.180 535.908 O.1450 j TE12 76.'"00 535,84i O.1450 i s
DE01 SA.!O' O.2232 0.1206 i i
DE_02 St.700 0.2220 0.1280 '
I Okv3 56.900 O.2297 O.1846 (
CE.*4 57.b90 0.2287 O.1318
~
OE05 T. ~ _ 40 0.4324 O.2175 DE06 72.700 O.3963 O.2175 P]O1 63955 63.950 P102 63940 63.940 l
1 AVG. TEMP. = 532.091 4 AVG. VAPOR FRESSURE = .3081 i TOTAL PRES 5URE- = 63.4498 !,
WEIGHT CF AIR = 94881.9 l
i
.l t
j s
a li l I;
!' - t j'
! I w _-
- s. _
. ~ . . _ . _ . , _ . _ - - _.
l I
i l
I O
i l
l I
i t
l RECORD NUME'ER 13 DATE 609 TIME 530 l i
t INPUT CORRECTED VOL. FRACTION
- l TE01 87.520 546.737 0.0603 !
1 TE02 95.330 545.081 O.0603
- TE03 e4.240 524.100 0.0640 l TEv4 67.100 526.336 0.0640 1EUS 65.400 525.553 O.0923 ,
! TE06 64.470 524.407 O.0923 !
! TEO7 64.010 524.$14 0.0522 .!
! TEOO e 4. EO U24.Geo O.0522 f 1EO9 59.b50 510.210 0.0274 )
TE10 7c . 51'.'.
b35.774 O.14SO F IEl1 76.o70 535.798 O.1450 1 1E12 76.:vo 535.734 O.145n t-I r I
', t>h 01 tie . 0 0 0 O.2224 v.1206 i i i SC02 E . v.Ki O.2212 O.1280 j DE03 56.900 0.2297 0.1045 .
t ci . ).1 . 5/.Seui O.2237 0,131a '
et- u .3 % , s .o v.4309 <>.217S DEv6 / .t . ',00 O . 3?5'^) O.2175 l'101 e3041 63.936 FIO2 63928 63.Y28 i
?
i AVG. TEMP. = 532.004 i AV6. VAPOR FFESSURE = .3073 I TO!PL FRESEUFE = 63.9358 WEIGHT OF 41R = 94877.8 l
l 4
e 1
(
i l
I 4
I l
9 t
I t
i l
l l
l i RECORD NUMBER 14 DATE 609 TIME 545 l l
i' INPUI CORRECTED VOL. FRACTION l TE01 97.570 546.787 0.0603 i TE02 85.460 545.211 O.0603 -l 1E03 64.OSU 524.000 O.0640' !
TE04 67.290 526.525 0.0640 !
TEUS 65.E20 525.473 O.0923 '
tee 6 64.400 524.337 O.0923 I
, LEO 7 64.780 524.485 0.0522 l TEOS e4 Sc0 5 23. 9 c) 9.0522 - '
i 1EO9 59.400 t19.158 0.0274 :
t
!E10 76.580 535.644 O.1450 i 1 t- 11 7 5 . ' N* 5!5.698 0.1450 l l t t . I' '6.200 535.S44 O.1450 (
t UE01 56.000 O.2224 0.1206 !
0E02 5. , . UK
- O.2212 O.1290 l DEv5 St.80:6 U.2289 0.1846 !
j riO4 5 400 0.2279 0.1218 l DEOS 70.40
- e.4295 O.2175 i DE06 72.t00 O.3950 0.2175 i
PIO1 63924 63.919 j PIO2 63912 63.912 +
l AVG. TEMP. = 531.947 '
AVG. VAPOR PFESSURE = .3067 TOTAL PRESEUPF = 63.9188 WEIGHT OF AIR = 94863.4 {
O
)
9
-.,,,,n-n-- - - - , - - - - - - , - - - , n ,. - -, .,--- - ---- -- --
_ _ _ _ _ _ _ _ _ . _ _ _ _ .__ ~ _ _ _ _ _ - _ - _ _ _ _ _ _ _ _ _ _ _ . _ _ _ _ _ _ _ _ _ _ _
l i G <
l l
i I i L t i I i 4
$ l I
i l
RECORD NUMBER 15 DATE 609 TIME 600 INFUT CORRECTED VOL. FRACTION I
TE01 87.430 546.648 0.0603 i TE02 85.550 545.301 O.0603 TE03 e4.120 524.060 0.0640 ,
'TE04 67.1&O 526.396 0.0640 i i TEOS 65. 7c,0 525.413 O.0923 '
i TE06 64.380 524.317 0.0923 l l TEO7 e,4.74o 524.445 O.0522 LEOS 64.340 b23. 9 ~79 0.0522
!EO9 59.460 519.128 0.0274 fE10 76.30-) 233.Se4 O.1450 1El1 75.070 535.599 0.1450 TE12 76.210 535.St4 0.1450 l)E01 E5. 'W O.2216 0 1206
._ i- 12 56.500 0.2204 O.1230 l OEO: 56. Pe O O.2299 O.184e CE04 57.100 0.2254 O.131G DEOS 75.400 0.4295 0.2175 t DEU6 72.500 O.3936 0.2175 l
P191 63911 63.906
, FIO2 63898 63.89G AVG. TEMP. = 531.889 I AVG. VAPOR P;cES5URE = .3059 >
TOTAL PRESSURE = 63.9058 i i
WEIGHT OF AIR = 94855.5 !
I t
O .
m
i l
j i
i i
i i
e l
l I
i l l
l 1
i l
RECORD NUMBER 16 DATE 609 TIME 615 INPUT CCRRECTED VOL. FRACTION l
f i TE01 87.430 546.648 O.0603 l TE02 85.270 545.021 0.0603 l' i TE03 64.150 524.090 0.0640 i
TE04 67.160 526.396 O.0640 TEOS 65.790 525.433 0.0923 [
TE06 64.!60 524.297 O.0923 (
IEO7 64.710 524.415 0.0522 I O IE09 1EO9 64.450 59.480 522.OS9 519.143 O.0522 0.0274 l:
TEIO 76.2T> 535.494 O.1450 l IE11 535.538
'S.010 0.1450 j fE12 70.1 T ':) 535.474 O.1450 OE01 55.903 0.2216 0.1206 CE< 0 5 t . 'f * ' O.2204 O.1280 DE03 56, tNu O.2289 O.1846 LE34 57.400 0.2270 O.1318 UEOS 75.._00 0.4280 0.2175 LE06 72.400 0.3923 0.2175 PIO1 c3998 63.893 FIO2 63684 63.884 ,
I AVG. TEMP. = 531.849 i AVG. VAPOR PFESSUFE = .3056 ;
TOTAL FFES9UPE = 63.8928 I WEIGHT OF AIR = 94843.8 h I
l i
i e
I I
i
O _.
l l
l
'f I
l RECORD NUMBER 17 DATE 609 TIME 630 !
l {
! INPUT CORRECTED VOL. FRACTION l 3
I i !
TE01 87.260 546.478 0.0603 ;
TE02 85.170 544.920 0.0603 l TEO3 64.000 523.940 0.0640 i TEO4 e6.910 526.146 0.0640 .
TEOS 65.710 525.363 0.0923 I TEO6 64.260 524.197 0.0923 l 5
TEO7 64.710 524.415 .i l
O TEOS TEO9 64.370 59.430 524.009 519.098 0.0522 0.0522 0.0274
) TE10 76.170 525.434 0.1450 !
! TEli 75.740 535.468 0.1450 I i
i TE12 76.049 535.284 0.1450 4
l DE01 55.00 0.2216 0.1206 09.'2 56,50v O.2204 O.1280 DFo!. t e . /O(: 0.2281 0.1846
';E u 4 57. 20'. O.227v o.1:13 l DEOS '/5.20v 0.4266 0.2175 j
'; EO S 72.400 0.3923 0.217% '
t i
FIO1 62885 63.880 1 P102 63871 63.871 !
a i l i !
I AVG. TEMP. = 531.754 AVG. VAPOP FRESSURE = .3051 TOTAL F R L S S U R'e = 63.8798 WEIGHT OF AIR = 94842.21 l t
O
.l l
I l
_a .
GP-R-132147 GENERAL PHYSICS CORPORATION 1
1 1
l l
APPENDIX B ILRT
SUMMARY
DATA h
r i
t I f l ,
I i
f 1
I i
e I
r i l ?
i i
I h
I i
b l
B-1 l
I
l l ,
l 1 'E A CI I DOTTOM UN1T I DJ O f LIRT 7 i O e_,. -- 1 t - 1. 9 8 5 00: 02: 19 :
I i
- E m.tEO TEST t%TA (
CCNTAINMENT CONTAINMENT CONTAIhMENT Pc,RTIAL PRE 55URE CONTAINMENT WE GHT OF PPESSURE tMTER VAF0F TEMcERA1URE HIR /
TIME DATE (PSIA) (PSIA) (R' (LEMi i
l 1515 610 63.9500 0.297 530.76 95159 i 1600 610 63.9603 0.293 530.78 95155 l
1615 610 63.9618 0.293 530.81 95152 l le30 610 e3.9e19 0.294 530.85 95144 l 1e45 610 63.9629 0.293 530.84 95148 !
1700 610 e3. % .39 0.294 530.82 95151
! 1715 610 63.9639 0.294 530.83 95149
( 1730 610 63.9638 0.294 530.83 95149 l 1745 610 63.9649 0.294 530.83 95150 l l 1800 c10 63.9c69 0.294 530.84 95152
! 1815 610 63.9e78 0.294 530.82 95158 t
1830 e10 63. % 98 O.295 530.84 95155 1845 610 63.9708 0.294 530.87 95152
{ 1900 610 63.9723 0.294 530.87 95156 4 1915 610 c3.9/58 O.295 530.88 95156 1 9.3 0 e10 e1.9799 0.297 530.94 95148 1945 610 e 3.98 58 0.297 530.96 95153 2000 c10 63.9579 v.297 530.98 95153
~2015 610 63.9919 0.297 531.01 95155 4 -'. 0 e10 e3.W94e 0.298 531.03 95154 9MS 610 :: 3. 9Y88 0.298 531.07 95154 2 'u 10 e10 es.V498 9.299 531.07 95153 2115 z10 64.0008 v.299 531.09 95153 l 21. .10 " <1. 0 h> .>.299 531.09 95153 2;45 11' : 4 . v "_ O.299 531.10 95147 f ,
i r; m e1O + 4 . < a _: .2 3 O.297 511.12 95149
.21_ .10 61. , "; 4 9 0.298 531.11 95154 2250 610 14. O M G O.299 531.11 9515; c 2 4 :. c.19 e4.003e v.209 531.tc 95143
- _.>o el
- - L4.On4e o.300 .;t.14 c514n
.315 610 $ 4. * '04 8 0.300 531.15 95144
- 2. > 610 , e, . 'W 8 0.300 511.16 95143 2345 610 64.0048 0.299 531.15 95145 1
O
I O
LEAK RATE CALCULATIONS FROM DATA POINT 56 TO 88 l l TIME 1545 .ON 610 TO 2 45 ON 610 l
! MASSPOINT CALCULATIONS j MEASURED LEAK RATE = 0.01816 l 957. UFFER CONFIDENCE LEA 1: RATE = 0.03020 ELOPE = -0.7198 in TEHEEP r = '95154.U O iOIAL Iint CALCULATIJ P l
I FhGkESSIUN LINE !
i L E$r P4 Tid = .04166 l 957. UPFER tur:FIDENCE - 0.16082 I I
SLOPE = -0.0354 ;
INTERCEPT = 0.24160 l LL A'. HuTE FFCI: 1345 CN 610 10 2345 ON 6'O = 0.04409 l ME4"! LLAVAGE %F FOP LAS T 5.00 HOL'RS = 0. 0377e l 1
t i
l l9 I
I l
1 l'
! '4 ,
i I
l e
i i
f i
I i
i t i.
4 i
i l
t~
4 RECORD NUMBER 56 DATE 610 . TIME 1545 I
INPUT CORRECTED VOL. FRACTION t TE01 88.790 548.004 0.0603 f TEO2 83.930 543.674 0.0603 l TE03 63.360 523.300 0.0640 :
TE04 e5.600 524.839 0.0640 I TE05 64.600 524.254 0.0923 TE06 63.040 522.979 0.0923 S TEO7 TEOS TEO9 63.370 62.850 58.120 523.079 522.486 517.782 0.0522 0.0522 0.0274
[
l i
i TE10 75.020 534.285 0.1450 ,
{ TE11 74.670 534.399 0.1450 '
TE12 74.900 534.245 0.1450 !
i l DE01 54.100 0.207o 0.1206
' l' DE02 54.600 0.2056 0.1280 LEO 3 55.100 0.2158 0.184o I DEv4 55.309 0.2112 0.1318 !
DEOS 74.500 0.4167 0.2175 i DEO6 71.700 0.3830 0.2175 ;
I PIO1 63966 63.961 PIO2 63944 63.944 lr AVG. TEMP. = 530.759 ,
l AVG. VAPOR PRESSURE = .293 j -
TOTAL PRESSURE = -63.9608 !
WEIGHT OF AIR = 95159
, 1
\'I l
I l
_.l 1
t
, l l
1 I
j RECORD NUMBER 57 DATE 610 TIME 1600 INPUT CORRECTED VOL. FRACTION TE01 88.700 547.914 0.0603
- TE02 84.330 544.079 0.0603 i
TE03 63.420 523.360 0.0640
) TE04 65.610 524.849 0.0640
- TEOS 64.580 524.234 0.0923 TE06 e3.070 523.008 0.0923
! TEO7 63.380 523.089 0.0522.
, TEOS 62.820 522.456 0.0522 j
TEO9 58.090 517.752 0.0274 TE10 75.030 534.295 0.1450 TEll 74.680 534.409 0.1450
.; TE12 74.890 534.235 0.1450 i
, DEvi 54.100 0.2076 0.1206 j DEG2 54.600 0.2058 0.1280 i
DE03 55.100 0.2158 0.1846 DEO4 55.400 0.2120 0.1318
- TEOS 74.500 0.4167 0.2175
- DE06 71.700 0.3930 0.2175 is PIO1 63966 63.961-PIO2 63944 63.944 AVG. TEMP. = 530.783 AVG. VAPOR PFESSURE = .2931 TOT #1 FRESSURE = 63.9608 l WEI$HT OF AIR = 95154.6 1
l I
\
~w,- w- ,-- -e-----w,----e ,- - - - -,,,,---,-rw- --,:v - +- - ~ ~ + - - - ~--,w--r , .,.-.,wa-a,-------~ws-~~.-om w_me-m~mw~ wen---
l l l l
' I i
I I
' i i
l t
i i
l 4
l l
l RECORD NUMBER 58 DATE 610 TIME 1615 t
! INPUT CORRECTED VOL. FRACTION i
TE01 88.700 547.914 0.0603 TE02 84.490 544.239 0.0603 i TEO3 63.380 523.320 0.0640 l TE04 65.650 524.889 0.0640 i TEOS 64.610 524.264 0.0923 f l TE06 63.070 523.008 0.0923 i j TEO7 63.430 523.139 0.0522 !
- TE03 62.870 522.506 0.0522 j TEO9 58.150 517.812 0.0274 j TE10 75.020 534.285 0.1450
) TEli 74.680 534.409 0.1450 j IE12 74.420 534.265 0.1450 i .
j DE01 54.100 0.2076 0.1206 -
l DE02 54.700 0.2065 0.1280 l OE03 55.200 0.2166 0.1846 DE04 55.000 0.2089 0.1318 l DEOS 74.500 0.4167 0.2175 i DE06 71.700 0.3830 0.2175 1
4 j PIO1 63967 63.962 -
PIO2 63945 63.945 t l l AVG. TEMP. = 530.805 j AVG. VAPOR PRESSURE = .2929 TOTAL PRESSURE = 63.9618 WEIGHT OF AIR = 95152.4
,G
_ _ _ - - . - . - - _ - - _ . - . . - . . - . - . - . - . . . . . ~ . - - . . ~ - - - - ~ - - - - - -
I 1
i O
l l
i 1
l l i
i P
l l
1 i
RECORD NUMBER 59 DATE 610 TIME 1630 r
INPUT CORRECTED VOL. FRACTION i TE01 88.720 547.934 0.0603 ,
k TEO2 85.120 544.870 O.0603 !
l TEO3 63.540 523.480 0.0640 ;
TEO4 65.650 524.889 0.0640 l 1 TE05 64.570 524.224 0.0923 i TEO6 63.090 523.028 0.0923 t l TEO7 63.370 523.079 O.0522 !
l TEOS 52.S60 522.496 0.0522 TEO9 58.200 517.862 0.0274 ;
TE10 75.000 534.265 O.1450 TEli 74.680 534.409 0.1450 }
j 1E12 74.C10 534,255 O.1450 s
DE01 54.100 O.2076 0.1206 l DE02 54.700 O.2065 O.1280 I j CE03 55.200 O.21os O.184o ,
l DE04 55. c2OO O.2135 O.1318 ;
DEOS 74.500 0.4167 0.2175
- DEOo e1.700 O.3830 0.2175 l ,
PIO1 63967 63.962 PIO2 63945 63.945 l l
AVG. TEMP. = 530.846 i
1 AVG. VAPOR PRESSURE = .2935 -
i TOTAL FRESEURE = 63.9618
! WEIGHT OF AIR = 95144.1 i
.i t
'I I
---,-,,,,,--,-.w,.m - - - ~ -., ,-,nn--- ,,---------------~nn.- ----.--,---r---~ -
~ ~ - - , - - - - - - - - - - - - - - - - - - - -
. . . . - . . - . - . - - . . - - - . - . - . . - - - - . - - . - - . - . . - ~ . . . - . - . _ - .
9 l
e i
i l
l 1
4 RECORD NUMBER 60 DATE 610 TIME 1645 INPUT CORRECTED VOL, FRACTION TE01 88.830 548.044 0.0603 TE02 84.970 544.720 0.0603 i TE03 63.410 523.350 0.0640 i j TE04 65.e10 524.849 0.0640 !
l TE05 64.610 524.264 0.0923 l i TE06 63.090 523.028 0.0923 ;
G TE07 TEv8 TE09 63.400 62.890 58.130 523.109 522.526 517.792 0.0522 0.0522 0.0274 TE10 74.940 534.255 O.1450
{ TE11 74.690 534.419 0.1450 l
TE12 74.o10 534.255 O.1450 i I
! DE01 54.200 0.2083 0.1206 DE02 54.700 0.2065 O.1289 l DEO 55.100 0.2158 0,184e j DEe4 55.300 0.2112 0.1318 DEOS 74.500 0.4167 0.2175 DEve 71. '00 0.3830 0.2175 PIO1 63968 63.963
.PIO2 63945 63.945 AVG. TEMP. = 530.838
, AVG. V4WJP PRESSUPE = .2932 l IOTAL PPESSURE = 63.9628 WEIGHT OF AIR = 95147.6
r i
9 4
)
i i l i
i j RECORD NUMBER 61 DATE 610 TIME 1700 l INPUT CORRECTED VOL. FRACTION TE01 88.710 547.924 0.0603 i TE02 84.830 544.580 0.0603 TE03 63.370 523.510 0.0640 TEO4 65.660 524.899 0.0640 1 TEO5 64.640 524.294 0.0923
! 1E06 63.090 523.028 0.0923 i
TEO7 63.420 523.129 0.0522
, TEU8 62.8e0 522.496 0.0522 1 TEO9 58.130 517.792 0.0274 l 1E10 74.990 534.255 0.1450 I TE11 74.690 534.419 0.1450 I lE12 74.910 534.255 0.1450 ,
DE01 54.200 0.2083 0.1206 DE02 54./00 0.2065 0.1280 DEO3 55.200 0.2166 0.1846 li DEU4 55.500 0.2127 0.1318 i DEOS 74.500 0.4167 0.2175
{ DEO6 71.709 0.3830 0.2175 I PIO1 63969 63.964 PIO2 63948 e3.948 AVG. TEMP. = 530.825 AVG. VAPOR PRESSURE = .2935 TOTAL PRESSURE = 63.9638 l WEIGHT OF AIR = 95150.9 i 9
u o
. .... - - - .. . - . . _ ~. - ... - .. __.-_ - .._ _ .-.. . - - - - - .-. . .-_ - _ _.
i l
1 i
j i
i l
l l
! I I
I l
i t
l ,
i l '
! RECORD NUMBER 62 DATE 610 TIME 1715 i
) INPUT CORRECTED VOL. FRACTION '
TE01 88.770 547.984 0.0603 I
] TE02 84.980 544.730 0.0603
} TE03 63.310 523.250 0.0640 j TE04 65.660 524.899 0.0640 -
j TEOS 64.640 524.294 0.0923
! TE06 63.100 523.038 0.0923 l TEO7 63.380 523.089 0.0522 TEO8 62.860 522.496 0.0522 TEO9 58.150 517.812 0.0274 lE10 74.980 534.245 0.1450
, TEli 74.700 534.429 0.1450 l l TE12 74.910 534.255 0.1450 DE01 54.200 0.2083 0.1206 DE02 54.000 0.2073 0.1280 DE03 55.200 0.2166 0.1846 :
DE04 55.500 0.2112 0.1318 DEOS 74.500 0.4167 0.2175 DEO6 71.800 0.3844 0.2175 ,
PIO1 63969 63.964-PIO2 63947 63.947 i
AVG. TEMP. = 530.833 ,
AVG. VAPOR PRES 5UPE = .2937 TOTAL PRESSURE = 63.9638 WEIGHT OF AIR = 95149.21 '
l l
. _ . _ _ _ _ _ _ . _ _ _ _ _ _ _ _ _ , . . _ . . b
i i
i i
1 1
4 i
J l
i e
i i
i l
! RECORD NUMBER 63 DATE 610 TIME 1730 i INPUT CORRECTED VOL. FRACTION l
l TE01 88.810 548.024 0.0603 TE02 84.750 544.500 0.0603 i TE03 e3.350 523.290 0.0640 .<
TE04 65.610 524.849 0.0640 l TEOS 64.620 524.274 0.0923 ;
TEO6 63.120 523.059 0.0923 !
l TEO7 63.430 523.139 0.0522 l TEOS 62.890 522.526 0.0522 ;
TEO9 58.240 517.902 0.0274 '
TE10 74.990 534.255 0.1450 TEli 74.680 534.409 0.1450 l
TE12 74.936 534.275 0.1450 EE01 54.200 0.2083 0.1206 :
DE02 54.800 0.2073 0.1280 I E>EO I b5.200 0.2166 0.1846 !
DE04 55.700 0.2143 0.1318 l DEOS 74.500 0.4167 0.2175 DE06 71.800 0.3844 0.2175 i PIO1 63969 63.964 i PIO2 63947 63.947 i AVG. TEMP. = 530.829 AVG. VAPOR PRESSURE = .2941 TurAL PRESSURE = 63.9638 WEIGHT OF AIR = 95149.3 0
. _ . . . . _ - . . ~ _ . . - _ . _ . . . - - - _ _ _ . _ _ _ . . . . _ _ _ _ - - - _ - _ _ _ . - _ _ _ _ _ _ _ - - _ _ _ . _ _ _ _ _ . - _
i f
f 1
L9 i
g i r i !
i i i !
l I
I I
I I l
I 4
RECORD NUMBER 64 DATE 610 TIME 1745 i
1 INPUT CORRECTED VOL. FRACTION
- i 1 TE01 88.870 548.083 O.0603 I
TEO2 84.720 544.470 0.0603 I TE03 63.370 523.31O O.0640 !
TE04 65.620 524.859 0.0640 l
! TE05 64.660 524.314 O.0923 !
l TE06 63.110 523.048 O.0923 f
! TEO7 63.420 523.129 0.0522 ;
1 TEOS 62.870 522.506 0.0522 i l
TEO9 58.200 517.862 O.0274 l
- TE10 74.9YO 534.255 0.1450 l j TE11 74.690 534.419 O.1450 i TE12 74.930 534.275 0.1450
, DE01 51._300 0.2091 O.1206
- DE02 54.800 v.2073 O.1280 DEO3 55.200 0.2166 0.184e 1
DE04 55. 50'> 0.2127 O.1318 l
DEO5 74.500 0.4167 0.2175 DE06 71.700 O.3830 0.2175 PIO1 63970 63.965 PIO2 63948 o3.948 AVG. TEMP. = 530.834 AVG. VAPOR PRESSURE = .2937 TOTAL PRESSURE = 63.9648 WEIGHT GF AIR = 95150.4 O
I l
i vm -,w-- . . _ _ .,n.-_._.,,,-__...~___n,-,-, . ..-r=~~~
RECORD NUMBFP' -
cc DATE 610 T I ME- 1800 INFUT CORRECTED iJOL. FRACTION TE01 ep- . 9 s- e>
TEO2 eg.590 5"4d',16"' , O.06v3 TE03 63.400 5,,' ";40.'
O. 603 TE04 65.660 v;4 899 O.0640 TEOS TE06 64.e70 ;;4
"~
0.0640 n.00
e_..
- i - ,O cm, a . c 4 - -
TEO7 6 O' . 4 'r..i g,-a.u_e
- 0. 0 c. ,
T E' '8 ec.910 c. ; 7,"mg ,, O.0522 FEO9 wo u- . , _, , ,
--- 46 0,05,, -
IElo 51' g g .
74,999 O 0274 fE11 74,70,- ," 3' 4 . ,5 5 g,345g TElz ,4,9}g q O,t459 U.1450 L'F'>1 '
4 . .,l . ,
DE9;
,--, ,- n g ,-
54 u c, . , O 1,,u
'A O l- bn.$hb
-' U.,Ibbb DE04 S 3 ,r.,,n
'- * [I [/ -h O, ten DEU5 y a ' c.,
O ,1,'-"'
, c, .
U.l'18 DEOe 7i,[gd '
U 4167
'-) 0. _,817 0,g[75 g . ~,1 ,, c-a PIO1 6397' PIO2 639c, . 67
~~
63.952 AVG. TEMP.
m,O.841 va HVb. V4POR PFESSURE = 0 IUTAL ppgggggg
- 6;9*'6 0.9668 WEIGHT OF AIR =
95152.4
9 '
l t
?
RECORD NUMBER 66 DATE 610 TIME 1815 l i
INPUT CORRECTED VOL. FRACTION ;
TE01 88.780 547.994 0.0603 j i
TEO2 84.130 543.878 0.0603 ;
! TE03 63.430 523.370 0.0640 t f TE04 65.780 525.018 0.0640 ,
l TEOS 64.690 524.344 0.0923 l l TEO6 63.110 523.048 0.0923 l 9 TEO7 TEO8 TEO9 63.420 62.870 58.240 523.129 522.506 517.902 0.0522 0.0522 0.0274 l
l l
TE10 74.900 534.255 0.1450 '
l TEli 74.720 534.449 0.1450 !
j TE12 74.930 534.275 0.1450 !
1 ,
l i
! .;E01 54.300 O.2091 O.1206 DE02
)
54.800 0.2073 0.1280 i DEO3 55.000 0.2173 0.1846 DE04 55.600 0.2135 0.1318 DEOS 74.500 0.4167 0.2175 DE06 71.600 0.3817 0.2175 PIO1 63973 62.968 PIO2 63954 6. 954 AVG. TEMP. = 530.816 l' AVG. V4POR PRESSURE = .2937 TOTAL PRESSURE = 63.9678 WEIGHT OF AIR = 95158.4 9 ,
l l
l l
l
'I I
= . . __ _ _ _
i l
f 9
i i
s RECORD NUMBER 67 DATE 610 TIME 1830 INPUT CORRECTED VOL, FRACTION
! TE01 89.010 548.223 0.0603 TE02 84.160 543.908 0.0603 TEO3 63.540 523.480 0.0640 TE04 65.630 524.869 0.0640 TEOS 64.710 524.364 0.0923
} TE06 63.120 523.058 0.0923 9 TEO7 LEOS TEO9 63.50n 62.930 53.270 523.209 522.566 0.0522 0.0522 517.933 0.0274
- TE10 75.010 534.275 0.1450 TEli 74.720 534.449 0.1450 TE12 74.940 534.285 0.1450 DE01 54.300 0.2091 0.1206 i DEU2 54.900 0.2080 0.1280 i DEO! 55.300 0.2173 0.184e
} DE04 55.700 0.2143 0.1318 DEO5 74.500 0.4167 0.2175 i DE06 71.400 0.3857 0.2175 l 1
PIO1 63975 63.970-PIO2 63955 63.955 l 4
AVG. TEMP. = 530.844 AVG. VAPOR PRESSUPE = .2947 i TOTAL PRESSURE = 63.9698 WEIGHT OF AIR =
95154.71 W
0 l
i 4
' - , - - ____wm
I P i
}
i
!9 t'
i I
l I
i i
1 1
! RECORD NUMBER 68 DATE 610 TIME 1845 i
INPUT CORRECTED VOL. FRACTION I i I TE01 88.920 548.133 O.0603 TEO2 84.530 544.279 0.0603 I TE03 63.440 523.380 0.0640 TE04 65.690 524.929 0.0640 i TEOS 64.760 524.414 0.0923 l I 1E06 63.130 523.068 0.0923 9 TE07 TEO8 TEO9 63.510 e2.920 53.290 523.219 522.556 517,953 O.0522 0.0522 O.0274 l
TE10 75.020 534.285 O.1450 TEli 74.730 534.459 0.1450 TE12 74.950 534,295 O.1450 i
l DE01 54.300 0.2091 O.1206 DE02 54 900 0.2080 0.1280 DE03 55.400 0.2181 O.1846 DE04 55.500 0.2127 O.1318 DEOS 74.500 0.4167 0.2175 DE06 71.800 0.3844 O.2175 PIO1 63976 63.971 PIO2 63956 63.956 AVG. TEMP. = 530.869 AVCs. V4PUR PEESEURE = .2944 IOTAL PRESSURE = 63.9708 WEIGHT OF AIR = 95152.3 i
9 !
1
t f
e 1
i l
i i
RECORD NUMBER 69 DATE 610 TIME 1900 INPUT CORRECTED VOL. FRACTION k TE01 88.890 548.103 0.0603
- TE02 84.360 544.109 0.0603 l TE03 63.420 523.360 0.0640 TE04 65.700 524.939 0.0640 TE05 64.780 524.434 0.0923 TE06 63.190 523.128 0.0923 9 TEO7 TEOS TEO9 63.490 e2.920 58.360 523.199 622.556 518.023 0.0522 0.0522 0.0274 j
lE10 75.000 534.265 0.1450 !
TE11 74./60 534.489 0.1450 '
TE12 74.9BO 534.295 0.1450 DE01 54.400 0.2099 0.1206 -
DE02 54.900 0.2080 0.1280 !
DEQ3 5',.400 0.2181 0.1846 '
DEO4 5'./00 0.2145 0.1318 DEOS 74.500 0.4167 0.2175 DE06 71.700 0.3830 0.2175 i PIO1 63978 63.973 I PIO2 63959 63.959
{
AVG. TEMP. = 530.866 AVG. VAPOR PRESSUPE = .2944 TOTAL PRESSURE = 63.9728 WElGHT OF AIR = 95155.8 O
I i
l.
l O ..
i i4 ,
j RECORD NUMBER 70 DATE 610 TIME ic15 '
INPUT CORRECTED VOL. FRACTION l TE01 98.790 548.004 0.0603 TE02 84.290 544.039 0.0603 j TE03 63.530 523.470 0.0640 TE04 65.720 524.959 0.0640 TE05 64.820 524.474 0.0923 ,
TEOes 63.240 523.178 0.0923 l TE07 63.560 523.268 0.0522 l O TEOS TE09 1E10 62.960 50.450 75.000 522.596 518.113 534.295 0.0522 0.0274 0.1450 l
l TEll 74.750 534.479 0.1450 TE12 74.060 534.305 0.1450 DE01 54.500 0.2106 0.1206 DE02 55.660 0.2088 0.1290 DE03 55.500 0.2188 0.1846 DE04 55.609 0.2135 v.1318 f DE05 74.500 0.4167 9.2175 I DE06 71.400 0.3857 0.2175 !
PIO1 63981 63.976 l PIO2 63962 63.962
- t 1 i i
, r AVG. TEMP. = 530.585 ;
AVG. VAFOR PRESSURE .2952 TOTAL PRESGURE = 63.9758 WEIGHT OF AIR = 95155.71 i
l O
5
1 i
i O
a i
I l
l l
i i
RECORD NUMBER 71 DATE 610 TIME 1930 l 1 . ;
INPUT CORRECTED VOL. FRACTION :
TE01 88.990 548.203 0.0603 TEO2 84.700 544.449 0.0603 TE03 63.450 523.390 0.0640 TE04 65.820 525.058
(
0.0640 l TEOS 64.890 524.544 0.0923 {
l TE06 63.270 523.208 0.0923 L 9 TEO7 TEO8 TEO9 63.630 63.060 58.450 523.338 522.696 518.113 0.0522 0.0522 0.0274 l
l TE10 75.030 534.295 0.1450 l l TEli 74.760 534.489 0.1450 ;
l TE12 74.070 534.315 'O.1450 -
1 i i
DE91 53.600 0.2114 0.1206 DE02 55.100 0.2095 0.1280 DE03 55.600 0.2196 0.1946 DE04 55.900 0.2158 0.1318 DEOS 74.eOO O.4181 0.2175 ,
DEU6 72.200 0.3896 0.2175 !
PIO1 63985 63.980 !
PIO2 63964 63.964 l l
AVG. TEMP. = 530.944 '
AVG. V9POR PRESEURE = .297 TOTAL PRESSURE = 63.9798 i WEIGHT OF AIR = 95148.4 0
l
l
! l
! l i
1, ,
i \
!O i
l i
l k
I 1
1 i
i RECORD NUMBER 72 DATE 610 TIME 1945 l INPUT CORRECTED VOL. FRACTION 1
TE01 88.910 548.123 0.0603 l TE02 84.440 544.189 0.0603 ,
TE03 63.640 523.580 0.0640 :
TE04 65.820 525.058 0.0640 i TEOS 64.920 524.574 0.0923 ?
t TE06 63.380 523.318 0.0923 9
L TEO7 63.630 523.338 0.0522 TEO8 63.080 522.716 0.0522 l TEO9 58.570 518.234 0.0274 j
} TE10 75.000 534.295 0.1450 l TEll 74.780 534.509 0.1450 f 1E12 4
! 74.970 534.315 0.1450 t i !
I l DE01 54.700 0.2121 0.120e DE02 55.200 0.2103 0.1280 DE03 55.700 0.2204 0.1846 ,
DE04 56.10u O.2174 0.1318
. DEOS 74.500 0.4167 0.2175 :
! DE06 72.000 0.3870 0.2175 L l
PIO1 63989 63.984' PIO2 63969 63.969 l
l t
AVG. TEMP. = 530.956 i AVG. VAPOR PRESSURE = .2966 f TOTAL PRESSURE = 63.9838 i WEIGHT OF AIR = 95152.8 i i
.I I
v.
P7'-M--- -
,w.- m-we.w-- ,- - - - -
h c .
t i
} I i
I
)
I l i
L i
i RECORD NUMBER 73 DATE 610 TIME 2000 i INPUT CORRECTED VOL. FRACTION i
TE01 88.880 s 548.093 0.060a ,
TE02 84.330 544.079 0.0603 i TE03 63.780 523.720 0.0640
! TE04 65.900 525.138 0.0640 I
i TEOS 64.990 524.644 0.0923 TE06 63.380 523.318 0.0923 l' *EO7 63.730 523.438 0.0522 IEO8 c3.170 522.806 0.0522 TEO9 58.690 518.354 0.0274 TE10 /5.030 534.295 0.1450
- TEll 74.760 534.509 0.1450 l
{ TE12 74.9/O 534.315 0.1450 l l
l DE01 54.800 0.2129 0.1206
! DE02 55.!OO O.2111 0.1220
! OE03 65.600 0.2211 0.1846 DE04 'b e .100 0.2171 0.1318
( DE05 74.500 0.4167 0.2175 l DE06 72.100 0.3883 0.2175 PIO1 63993 63.988 PIO2 63972 63.972 AVG. TEMP. = 530.981 AVG. VAPOR PPEGSURE = .2973 TOTAL PRESSURE = 63.9878 WEIGHT OF AIR = 95153.5 O
l
-- - - - - - - - . . - - - - . - _ . . . - - . . . - _ . ~ . -
, ~ .
l I
i O
i.
t 1
RECORD NUMBER 74 DATE 610 TIME 2015 INPUT CORRECTED VOL, FRACTION i TE01 98.970 548.183 0.0o03 i TE02 84.380 544.129
' 0.0603 TE03 63.870 523.810 0.0640 TE04 c5.940 525.178 0.0640
- TEOS 65.020 524.674 0.0923 TE06 63.460 523.397 0.0923 TEO7 63.760 523.468 0.0522 9 TEOB TEO9 TE10 63.190 58.680 75.020 522.826 518.344 534.285 0.0522 0.0274 0.1450 TE11 74.760 534.489 0.1450 TE12 74.980 5-34. 325 0.1450 DE01 54.900 0.2137 0.1206 DE02 55.40D 0.2118 0.1280 DE03 55.900 0.2219 0.1846 DE04 96.100 0.2174 0.1318
! CEOS l
74.600 0.4181 0.2175 DE06 71.800 0.3844 0.2175 PIO1 63997 63.992 i
PIO2 63977 63.977 l
AVG. TEMP. = 531.007 AVG. VAPOR PRES 5URE = .297 TOTAL PRESSURE = 63.9918 WEIGHT OF AIR = 95154.9 1
O l
- _ ~ _
~- - _ . _ - . . . - . - _ _ - . ~ _ - - - . _ . - . _ - _ _ . . - _ . , -
I f
4
\
9 -
r i
1, l
i
> i i l f
1 j FECORD NUMBER 75 DATE 610 TIME 2030 1
l INPUT CORRECTED VOL. FRACTION I
l TE01 88.900 548.113 0.0603 ,
TE02 84.570 544.319 0.0603 !
TE03 63.900 523.840 0.0640 !
TE04 e5.980 525.218 0.0640 '
TEOS 65.030 524.684 0.0923 -
- TE06 e3.490 523.427 0.0923
, TE07 63.830 523.53e O.0522 :
1 TEO8 63.230 522.866 0.0522 TE09 58.740 518.405 O.0274 TE10 75.020 534.285 O.1450 i TE11 74.770 534.499 0.1450 I ti l 2 74.9% 5 '.4 . 3 3 5 O.1450 i
1 I
t r j DF01 55.0% 0.2145 O.1206 !
i L'E02 55.500 U.2126 0.1230 t
< DE03 5.000 0.222/ 0.1846 LE04 Sc . i "> .r O.2166 0.1318 CESS 74.c00 0.4181 0.2175 l DE06 '"1.900 0.3857 0.2175 l
PIO1 64000 63.995 PIO2 63981 63.981 l
\
AVG. TEMP. = 531.033 !
AVG. VAFOR PRESSURE = .2976 l TO T AL. PRESSURE = 63.9948 !
WEIOflT OF AIR = 95154 i e
I
t ,
I l
i .
I t
I r
! h
?
l l
l 4
i RECORD NUMBER 76 DATE 610 TIME 2045 j INPUT CORRECTED VOL. FRACTION r
TE01 88.940 548.153 0.0603 i
TE02 84.580 544.329 0.0603 j TE03 63.920 523.860 0.0640 l TE04 66.020 525.258 0.0640 l TEOS 65.130 524.784 0.0923 TE06 63.520 523.457 0.0923 l TES7 63.8o0 523.567 0.0522 ,
O TEO8 63.290 522.927 0.0522 '
TEO9 58.810 518.475 0.0274 TE10 75.070 534.335 0.1450 TEli 74.789 534.509 0.145v TE12 74.990 534.335 0.1450 l
l DE01 55.000 0.2145 0.1206 l DE02 55.500 0.2126 0.1280 l DEO3 56.100 0.2234 0.1846 DE04 56.200 0.2182 0.1318 DEOS 74.600 0.4181 0.2175 DE06 71.800 0.3844 0.2175 PIO1 e4004 63.999 PIO2 63980 63.980 AVG. TEMP. a 531.067 AVG. VAPOR PRESSURE = .2976 TOTAL PRESSURE = 63.9988 WEIGHT OF AIR = 95153.71 0
._____m.__ . _ . . . _ _ _ _ _ _ _ _ _ _ _ . _ _ . _ . _ _ . _ _ _ . _ . _ _ . . _ _ __ _ _ _ _ _ _ __ - .. _ _ _ ____
1 i
c i
l l
f i
i 1 I
! l RECORD NUMBER 77 DATE 610 TIME 2100 INPUT CORRECTED VOL. FRACTION l TE01 89.080 548.293 0.0603 TE02 84.450 544.199 0.0603 TE03 63.840 523.780 0.0640 TE04 66.020 525.258 0.0640 '
TEOS 65.150 524.804. 0.0923
- TE06 63.5'IO 523.487 0.0923 i l TEO7 63.880 523.587 0.0522 I
TEO8 63.330 522.967 0.0522 I
TEO9 58.810 518.475 0.0274 ',
TE10 75.050 534.315 0.1450 TE11 74.800 534.529 0.1450 TE12 74.990 534.335 0.1450 DE01 55.100 0.2152 0.1206 l
DE02 55.o00 0.2134 0.1280 DE03 56.100 0.2234 0.1846 '
DE04 56.300 0.2190 0.1318 OEOS 74.600 0.4181 0.2175 h DE06 72.100 0.3883 0.2175 -
PIO1 64005 64.000 PIO2 63983 63.983- i AVG. TEMP. = 531.07 AVG. VAPOR PRESSUPE = .2988 l TOTAL PRESSURE = 63.9998 WEIGHT OF AIR = 95152.9 i i
e o
- 6
,. ._. - .---.- - -. _ _ _ . - -- . ~ . . . . - . - - . . . - - . - _ - . - - - _ _ _ _ _ _ _
f I
i I
i 1
O l
I i I f I l
l l
l
- RECORD NUMBER 78 DATE 610 TIME 2115 ;
i !
4 INPUT CORRECTED VOL. FRACTION l t
TE01 89.460 548.672 0.0603 TE02 84.290 544.039 0.0603 l TE03 63.910 523.850 0.0640 ;
TE04 66.000 525.238 0.0640 !
TEOS 65.190 524.844 0.0923 :
TE06 63.550 523.487 0.0923 l TEO7 e3.870 523.577 0.0522 -
t TEOB 63.290 522.927 0.0522 !
l 1 TEO9 58.850 518.515 0.0274 l TE10 75.060 534.325 0.1450 l TEli 74.800 534.529 0.1450 l lE12 74.490 534.335 0.1450 I I
i DE01 55.100 0.2152 0.1206 i DE02 55.500 0.2126 0.1200 I DE03 56.200 v.2242 0.1846 '
CE04 5 _ . 2U' ' O.2182 0.1318 r CEOS 74.600 0.4181 0.2175 i l DE06 71.700 0.3830 0.2175 !
l PIO1 e4006 64.001 i PIO2 63984 63.984 f AVG. TEMP.
= 521.09 !
AVG. VAPOR PRES 5URE = .2976 ,
TOTAL PRESSURE = 64.0008 ,
WEIGHT OF AIR = 95152.6 l 9
l
i i
t.
9 i- l l
l i
i >
l l- l
< \
l
[
i !
I
~
i l
1 RECORD NUMBER 79 DATE 610 TIME 2130 i i
INPUT CORRECTED VOL. FRACTION I
TE01 89.160 548.373 0.0603 !
TE02 84.270 544.019 0.0603 I 3
TE03 63.960 523.900 O.0640 i
! TE04 e6.010 525.248 0.0640
! TE05 65.170 524.824 0.0923 l l TE06 63.570 523.507 O.0923 '
} TEO7 o3.890 523.597 0.0522 l TEO8 63.330 522.967 0.0522 TEO9 58.840 518.505 0.0274 i-TE10 75.080 534.345 0.1450 i i
1 1 4.~ .
3 . 4 i.
DE01 55.100 O.2152 O.1206 i DE02 55.Soo O.2134 O.1290 !
l i
DEO3 Sc.100 0.2234 0.1846 -
t DFv4 Se. 00 O.2190 O.1318 '
GE95 74.600 O.4181 O.2175 I j.
DE06 72.100 0.3883 0.2170 i 1
PIO1 64006 64.001 ;
PIO2 63984 63.984 l I
AVG. TEMP. = 531.079 f AVG. VAPOR PFESSUPE = .2988 !
TOTAL PRESSURE = 64.0008 :
WEIGHT OF AIR = 95152.8 i
O
- w. - _ - - _ - - . . - , , , _ _ _ _ _ . - _ - - _ _ _ _ _ _ _ -
=. .
i l
t
,i !
l 1
I f I,
i t
1 i
i t
i 4
l RECORD NUMBER 80 DATE 610 TIME 2145
! INPUT CORRECTED VOL. FRACTION I
TE01 89.140 548.353 0.0603 TE02 84.420 544.169 0.0603 TEO3 64.060 524.000 0.0640 TE04 66.030 525.268 0.0640 TEOS 65.190 524.844 0.0923 TE06 63.590 523.527 0.0923 l TEO7 6'.000 523.637 0.0522 l 4
9 TEOS TEO9 TE10 67.360 58.810 75.070 522.997 519.475 534.335 0.0522 0.0274 0.1450 TEli 74.810 534.539 0.1450 TE12 74.990 534.335 0.1450 OE01 55.100 0.2152 0.1206 DEO2 55.eOO O.2134 0.1280 DE03 56.200 0.2242 0.1846 DE04 56.400 o.2198 O.1318 DEOS 74.600 0.4181 0.2175 DE06 72.000 v.38~70 0.2175 PIO1 64006 64.001 PIO2 63984 e3.984 AVG. TEMP. = 531.103 AVG. VAPOR PRES 5UPE = .2987 TOTAL PRESSURE = 64.0008 WEIGHT OF AIR = 95148.71 l
i f I
i t
} l i i
!O 1
i l
f i i i
1 4
I !
k I i
j RECORD NUMBER 81 DATE 610 TIME 2200 l4 INPUT CORRECTED VOL. FRACTION 1
1 i TE01 89.060 548.273 0.0603 l TE02 84.630 544.379 O.0603 i TEO3 63.960 523.900 C.0640
' TEO4 66.090 525.328 0.0640 ,
TEOS 65.170 524.824 0.0923 l i TE06 63.620 523.557 0.0923 8 TEO7 63.950 523.657 0.0522 TEO8 6T.350 522.987 O.0522 TEO9 58.900 518.565 O.0274 1E10 75.080 534.345 O.1450 TE11 74.830 534.559 G.1450 TE12 75.000 534.345 O.1450 I
t DE01 55.100 9.2152 O.1206 DE02 55.600 O.2134 O.1280 DE03 56.100 0.2234 O.1846 DE04 Se . 100 O.2198 0.1318 DEOS 74.600 0.4181 0.2175 DE06 72.000 O.3870 O.2175 F'IO1 64008 64.003 PIO2 63987 63.987 AVG. TEMP. = 531.118 AVG. VAPOR PRESSURE = .2986 TOTAL PRESSURE = 64.0028 WEIGHT GF AIR = 95149.21 l
l l
l l
l
r I
q l
9 . . .
1 l
l RECORD NUMBER 82 DATE 610 TIME 2215 INPUT CORRECTED VOL. FRACTION TE01 89.180 548.392 0.0603 TE02 84.310 544.059 0.0603 TE03 63.990 523.950 0.0640 ,
TE04 66.050 525.288 0.0640 I TEOS 65.200 524.854 0.0923 TE06 62.e40 523.577 0.0923 TEO7 63.980 523.687 0.0522 O TEOS TEO9 TE10 63.390 58.930 75.000 523.027 518.595 534.355 0.0522 0.0274 0.1450 TEll 74.810 534.539 0.1450 TE12 75.010 534.355 0.1450 DE01 55.100 0.2152 0.1206 l DE02 55.700 0.2141 0.1280 l DE03 56.200 0.2242 0.1846
! DEu4 56.500 0.2206 0.1318 DEOS 74.600 0.4181 0.2175 DE06 71.600 0.3817 . O.2175 PIO1 64010 64.005 PIO2 63999 63.989*
AVG. TEMP. = 531.114 AVG. VAPOR PRESSURE = .2978 TOTAL FRESSURE = 64.0048 WEIGHT OF AIR = 95154 O
- . - - ~ . - - - -
l l
l i
l O
i I
i t
i l
l l
t l
l l
RECORD NUMBER 83 DATE 610 TIME 2230 INPUT CORRECTED VOL. FRACTION TE01 89.140 548.353 0.0603 TE02 84,130 543.878 0.0603 !
TE03 64.100 524.040 0.0640 TE04 66.030 525.268 0.0640 TEOS 65.220 524.874 0.0923 ,
TE06 63.640 523.577 0.0923 (
TEO7 63.950 523.657 0.0522 l l
9 TEOS TEO9 TE10 63.430 58.950 75.090 523.067 518.646 534.355 0.0522 0.0274 0.1450
{ iE11 74.830 534.559 0.1450 ,
1E12 75.020 534.365 0.1450 !
[
l DE01 55.100 0.2152 0.1206 i D E'> 2 US. COO O.2134 0.1280 t DE;3 i t
56.200 0.2242 0.1e46 1 l DE04 56.400 0.219G O.1318 l DEOS 74.600 0.4181 0.2175 l DE06 72.100 0.3883 0.2175 f l
l I
PIO1 34009 64.004 I
PIO2 63987 63.987 AVG. TEMP. = 531.115 AVG. VAPOR PRESSURE = .299 TOTAL FPESSUFE = 64.0038 l WEIGHf OF AIR = 95150.6 l 1
l
.I t
i i
I 5
?
. _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ . _ _ _ _ _ _ _ _ _ _ _ . --m.__ _ _ _ _ _ . _ _ _ _ _ _ _ _ _ _ _ . . ___
I t
i
[
g x j
- s. s-(
s i,
)
o ;
l l
l l
l l
FECORD NUMBER 84 DATE 610 TIME 2245 INPUT CORRECTED , VOL. FRACTION l 1
' TE01 88.990 548.203 0.0603 TE02 84.890 544.640 0.0603 TE03 64.110 524.050 0.0640 1E04 66.100 525.328 0.0640 i
TE05 65.220 524.874 0.0923 l 1E05 63.o70 523.607' O.0923
, TE07 64.000 523.707 0.0522 TE08 63.420 523.057 0.0522 i TE09 58.950 518.616 0.0274 i 1E10 75.070 SJ4.335 O.1450 ,
'j TE11 74.810 534.539 0.1450 IE12 75.030 b34. 375 O.1450 0E01 55,200 0.2160 0.1206 .
DEv2 55.700 0.2141 0.1280
- DEUJ 56.200 0.2242 0.1 E'4 6 Dhu4 b.A.600 e.2214 0,1318 CEub /4.600 0.4181 0.2175 Dt.06 71.900 0.3857 0.2175 4
i FIO1 64009 .34.004 '
+
-t i PIO2 60988 63.988 ss ,
r AVG. TEMP.
= 331.156 AVG. VAPOR FRESSURE = .2909 TOTAL PRESSURE = 64.0938 WEIGHT OF AIR = 95140 4 i i
t 9 1 l
i i
6 i i i ..
x f., t
- - _ - - - . - - . . - - . - . . . . . - . . . . . - - . - - . . - _ . - - - - . - . - - . ~ -
1 1
i i
i 1
1
!O
{5^k, I
t l
)
1 g',
gc f, ;
1 ,
i 4
RECORD NUMEER 85 DATE 610 TIME 2300 INFUT CORRECTED VOL. FRACTION I f !
1 i
( TE01 89.120 548,333 0.0603 l TE02 l 84.620 544.369 0.0603 l TE03 64.040~ 523.980 0.0640 ;
- TE04 66.010 525.248 0.0640 l 65.240 '.
TEOS 524.893 0.0923 -
TEO6 -63.390 523.e27 0.0923
, TEO7 $4.050 523.757 0.0522 ,
TE08 6 3 . ^** O 523.027 0.0522 '
TEO9 50.910 518.575 0.0274 1E10 75.100 534.365 0. 450 TE11 74.800 d34.529 0.1450 ,
1E12 75. v.'O 5.4.365 0.1450 I
. DEO1 55.200 0.2160 0.1206 !
li dei ' 2 5. 70 3 0.2141 0.1280 l l
OE03 5 t,. 2 0 0 0.2242 0.1846 l C +. i..a \i.g .100 0.2198 0.1318 l CEOS 74.600 0.4181 0.2175 l DEU6 77.,200 ' O.3896 0.2175 ,
FIO1 64ulo 64.005 FIO2 63986 63.986 AVG. TEMP. = 531.143 l -
AVG. VAPUF PRESSURE = .2995 Till AL,.' FRESSURE = 64.0048 l
WIHHT OF AIR = 95146.4 9 <
]' .,
x s'
m - _ _ _ _ _ _. ____ _ _ _ _ _ _ _
d I
l O
i l
l 1
i :
i RECORD NUMBER 86 DATE 610 TIME 2315 INFUT CORRECTED VOL. FRACTION l
TE01 89.290 548.502 0.0603 TE02 84.370 544.119 0.0603 l TE03 64.070 524.010 0.0640 ,
TE04 66.070 525.308 0.0640 TE05 65.240 524.893 0.0923 TE06 e3.720 523.657 0.0923 J TE07 64.050 523.757 0.0522 O TE06 TE09 TE10 63.430 58.980 75.100 523.067 518.646 534.365 0.0522 0.0274 0.1450 TE11 74.820 534.549 0.1450 TE12 75.020 554.365 0.1450 i i
I DE01 55.200 0.2160 0.1206 j DE02 55.700 0.2141 0.1280 !
DE03 5s.200 0.2242 0.1846 I DE04 St.400 0.2198 0.1318
( DEU5 74.600 0.4181 0.2175 :
DE06 72.200 0.3896 0.2175 I P101 64010 64.005 l PIO2 63986 63.986 l i
AVG. TEMP. = 531.153 i AVG. VAPOR PRESSUPE = .2995 TOTAL FRESSURE = 64.0048 l WEIbHT OF AIR = 95144.5 l l
O
i O
1 l l i !
l l
1 i
i RECORD NUMBER 87 DATE 610 TIME 2330 INPUT CORRECTED VOL. FRACTION TE01 89.120 548.333 0.0603 i
TEO2 84.450 544.199 0.0603 I
TE03 64.090 524.030 0.0640
$ TEO4 66.130 525.368 0.0640 TEOS 65.260 524.913 0.0923 i TEO6 63.730 523.667 0.0923 l TEO7 64.040 523.747 0.0522 TEO8 63.430 523.067 0.0522 TEO9 58.980 518.646 0.0274 TE10 75.100 534.365 0.1450 TEli 74.830 534.559 0.1450
, TEl2 75.040 534.385 0.1450 i
l i DE01 5S.200 0.2160 0.1206 DE02 55.700 0.2141 0.1280 DEU3 5e.200 0.2242 0.1846 DEO4 56.600 0.2214 0.1316 DEOS 74.700 0.4195 0.2175 DE06 72.100 0.3883 0.2175 PIO1 64010 64.005 PIO2 63986 63.986-1 AVG. TEMP. = 531.159 l AVG. VAPOR PRESSURE = .2997 TOTAL PRESSURE = 64.0048 WEIGHT OF AIR = 95143 l
l O
l
.. . . . . _ . ~ . - - - . . - . .
- . - - . _ _ . ~ . - _ . . - . _ . _ _ - _ _ _ _
i i
i i
1 l
! l I I J
i l l l
! I 1 !
4 l
i i i r 3
RECORD NUMPER 88 DATE 610 TIME 2345 l
+
4 INPUT CORRECTED VOL. FRACTION
{
j TE01 89.050 548.263 0.0603 i TE02 84.240 543.988 0.0603 >
TEO3 64.100 524.040 0.0640
! TE04 c.>6 . 1 3 0 525.368 0.0640 i TEOS 65.270 524.923 0.0923 l
i TE06 e3.740 523.677 0.0923 T E O .7 - 64.070 523.777 0.0522
- TEOS 63.450 523.087 0.0522 l
{ TEO9 39.010 518.676 0.0274 i !E10 75.120 534.385 O.1450 I j TE11 74.840 534.56Y 0.1450
- TE12 75.050 534.395 O.1450 s i
i DE01 55.300 0.2168 0.1206 ,
i DEo2 55.00 0.2141 v.1280
! DE03 56.300 0.2250 0.184o l LE04 66.i.00 0.2206 0.1318 l DE05 74.600 0.4181 0.2175 ,
I DE06 71.900 0.3857 0.2175 ;
I R
! PIO1 e4010 64.005 l PIO2 63986 63.986 [
i I
f AVG. TEMP. = 531.154 j AVG. V4r 'UP Pf< ESSURE = .299 r r
l TOTAL PRESSURE = 64.0048 '
- WEIGHT OF AIR = 951?S O i i
5
- -a-- - s--
GP-R-132147 GENERAL PHYSICS CORPORATION APPENDIX C ILRT PLOT-TEMPERATURE VERSUS TIME i
9 i
i l
5 i
r i
! (
5 I
1 I
i h
i e
l C-1 i i
i b
l e
?
I t
I I
l l
t 531.2 -
i . . .
53, ., - . - - - ;
e e l
Mt.o -
t
.j CONTAIN44ENT , * ,
53o.9 - e e
O'
- e e
53o.7 - t i
i I I ! l l l l l 1585 1700 18o0 iseo 2 coo 2100 22co 230o 2345 -
i i
i
a _ , - , - . ._ _ -. - . . . _ _
GP-R-132147 GENERAL PHYSICS CORPORATION O
e l l
APPENDIX D ILRT PLOT-PRESSURE YERSUS TIME O
I l O 1
l D-1 1
( 1
._ , - - . . , m -
oma _ e -- , 4 -*-4 s- * ^ - + - - - - - - - - - - ^-----4 '
- J^^ - - --
. -A~
O 9
_A~
e I i
j 9
0
. _g 0
I e
- O
. _a :
9 O
O
. _g 0
0 0
. _g ,
I e i e
-I-f
. i i
e +
-R -
l, I e [
l >
l e i t
0 E e
e i i I i I 4 .
8 2 3 & R 2 i $ $ $ $$ i t
Ew \
I*s l E&
<w ' ,
>c r 5'
O i
-i t
i GP-R-132147 GENERAL PHYSICS CORPORATION APPENDIX E ILRT PLOT-AIR MASS VERSUS TIME l
i i
i I
l l
i l
t I
i i
t
[
' s I
E-1 i i
m a-van.__ ,---- .m - - , a4 se m- .
u a m,m-m,, - , , . A s- _ m 1 & aK,,-m_& _ _._a- a -4 m. sA m S 4- , aa- _h_.aJ, as e
. - g n
9 a
O I
N O
a O
i O
. _g
~
9 I
4 h
i
. _ s .
N O
I O
I g
O
'! i
. _ g 0
0 0
. _ g I em l
- l l e I
l l e - 8 i
1
- O I e l
- I I I I i l 3 8
R 8
8 8 R r
a l
l l
_ - _ _ 9-.,._ y., -. y m- ,=y-, .m. ,_ ---_,w .% - - . , - v. , - - - , m,-_, _ _ _ _ _ _ _ , _ _ _ _ . _ _ , _ _ _ _ _ . _ _ ,
GP-R-132147 GENERAL PHYSICS CORPORATION l I
I f
I
?
t APPENDIX F <
t i
ILRT PLOT TOTAL-TIME CALCULATED j LEAKAGE RATE VERSUS TIME l i
r
[
i
{
l t
I j
l l
l i F-1 l
1
.3 -
i .25 -
NOTE:1
.2 -
o
.15 -
1
.1 -
e
< .05 -
- l l
%/ DAY 0.0 e
- e
.05 - e * * , , e o *
- e e , e e e * * *
.1 -
~~I I I I I I l l l j
1545 1700 1800 1900 2000 2100 2200 2300 2345 l
.2 -
i 25 -
i
.3 -
NOTE:1 THE COMPUTER PROGRAM REOUIRES AT LEAST 4 LEAKAGE DATA POINTS TO PRODUCE A REPRESENTATIVE TOTAL. TIME LEAKAGE.
s
.,a ___a- .- 2-__ A -a ---a_- . e-_. 4 o a - a GP-R-132147 GENERAL PHYSICS CORPORATION f
APPENDIX G FAILED TEST REPORT t
l l
i
{
l l
I l
l A-G !
l
_ . _ . . ~ .
i 1
i r
! P E A bl-t Et O ) ~ T O M t.J N 1 T TNO _t. L R 'l
! 0 6 - 0 9 -- t 9 G t", 1 7 :: 31: 5 17* -
REDUCED TEST DATA f'
i MNTAINMEN1 CONT 41NMENT CONTAIf1 MENT %ET I AL HMSSUFE iONTAIN%Uf H [OHT OF PPEREi.;RE WATER VAPOR TENFEE A f d?E AIR i
.I TIME 'DATE (F5IA) (PS!A) (R) (L8M) ,
l 4
s - - - - - -- .--.----- - - - . - - - . - - - - - - - - - - - - - - - - - - - -------- -
1 620 609 63.8798 0.305 531.75 94842 )
l 645 609 63.C058 O.304 531.68 94835 <
1 I 700 609 63.8538 0.303 531.e4 94825 l 4
- 715 609 63.8398 0.303 531.55 94821 .
j 730 609 6!.8288 0.303 531.52 94811 l l 745 609 63.81e8 0.302 531.46 94805 =
, 800 609 e3.eO6e 0.303 531.41 94799 i 815 609 65.7948 O.301 531.37 94789 !
I i 830 609 63.7938 v. 301 531.31 94783 1 l
1 2 845 609 63.7728 O.301 531.27 94'774 :
t i 900 609 e3.7632 O.301 531.25 94765 l i 915 609 63.7528 0.Jul 531.16 947e4 l j 900 609 e3. 74a 0.301 531.14 94753 l 1 945 609 63.7337 O.300 531.07 94754 i 609 63.72?7 0.300 531.07 94740 I
! 1000 J'
1015 c.09 6I.'137 i'.299 531.02 94733 !
1030 607 ej. 70' O.299 530.95 94735 !
i 14 5 609 6 c . 6 9 4 ~~ U.294 530.94 94720 -
i O10.> c. 0 9 e3.ee4 ~ o.298 530.88 94717 I
- l. 11ta toy t3.e'M v.298 $30.84 94711 ;
i 1130 509 53.6657 O.298 530.82 94700 7 114Y- a c c- c 6557 6.2c; 530.75 94698 l '
- 12C0 eU~ e3. c 43 0.247 b30.75 9 h80 !
l 1215 609 eT.6347 0.246 530.eG 946G0 !
12 m DM ec.e241 0.246 STO.59 9468' ,
1246 009 d. s . e l 3 7 0.245 sX.Se 94673 l
' 13 , 60, t .540i *
.298 5 0.77 94e73 ;
I 1eiJ eO? :3. $ ;O e.249 =Jv.'9 94ec0 !i i 133n evV 63.035< 0.299 530.75 94o51 l 13W rO9 '
'. . c 1 4 7 9.2c4 530.73 R4638 l
! 1400 609 63.eU5/ O.299 530.e5 94640 j 14 .:. 5 609 63.5977 v.297 530.61 94636 !
I 1430 609 63.5917 0.277 530.60 94630 l i
l 1445 609 63.5867 0.296 530.57 c4630 ;
1500 009 e3.5847 0.296 500.5e 94627 ;
1 1515 609 63. 0237 0.296 5?O.59 94621 i i
1530 609 63.5 0 - U.295 530.51 94636 1545 609 63.b627 O.299 5:!O.52 94634 I I Ic00 609 63.5827 0.294 530.50 94638 1$15 607 63.SS?7 O.294 530.47 94643 1630 609 63.5E27 0.294 530.51 94e37 1 t.4 5 609 A'.5827 O.294 ; 3' '. 4 0 o4e43
'00 601 63.5E2^ 0.293 s3U.47 ?4644 4715 609 63.583/ .297 530.49 94:,43 1730 609 e3.59:- O.292 530.50 94642 t
_ __ _ _ . _ _ _ _ _ . _ _ _ . . . . _ _ . _ _ _ . _ . _ _ . _ . . . _ . . . _ - . . . _ _ _ . . _ = . . . . _ . . . _ - - _ _ . - _ . _ _ _
l 1
i l
l 9 I 1
i i 1 I
i i l i I
! 1 1 -
i i
4 l 1
i <
i l
I LEAK RATE CALCULATIONS
)
l i i
! FROM DATA POINT 1 TO 45 8 l- TIME 630 CN 609 TO 1730 ON 609 l MASSFOINT CALCULATIONS MEASURED LEAK RATE = 0.51069 ,
95% UPPER CONFIDENCE LEAK RATE = 0.55080 I SLOPE = %-20.1759 INTERCEPT 9 = 94816.6 TOTAL TIME CALCULATIONS REGFESSION LINE l LLAl'. RATE = 0.53611 G57. UHPER CONFIDENCE = 0.63074 SLOPE = -0.0257 INTERCEPf = 0.S183:
LERK R4TE FROM 630 ON 609 TO 1730 ON 600 = 0.46001
- MEAN LEAKAGE RATE FOR LAS r 5.00 HOURS = 0. m.N 3 4 i l t
l l
l 1
i I
1 I
O ..
I i
i t
f I >
l I t
RECORD NUMBER 1 DATE 609 TIME 630 l l
INFUT CORRECTED VOL. FRACTION l l
TE01 87.260 546.478 0.0603 i TE02 85.170 544.920 0.0603 !
TE03 64.000 523.940 O.0640 l TE04 66.910 526.146 O.0640 l TE05 65.710 525.363 0.0923 i TEOs 34.260 524.197 O.0923 j l
TEO7 e4.710 524.415 0.0522 G
r TEOS 64.370 524.009 9.0522 (
TEO9 59.430 519.098 O.0274 l TE10 76.170 535.434 O.1450 1El1 75.740 535.468 O.1450 !
iE12 76.040 535.384 0.1450 !
l utG1 55.909 0.2216 0.1206 ,
CE92 S$.500 0.2004 O.1280 '
DEv3 S.700 0,22e1 0.1e46 DE04 57.!OO O.2270 O.1319 DEOS 75.200 0.4266 0.2175 CE06 72.4v0 0.3923 0.2175 PIO1 63885 63.eeO PIU2 63871 63.871 AVG. TEMP. = 531.754 AVG. VAPOR PRESSURE = .3051 TOTAL PRESSURE = 63.8798 WEIGHT OF AIR = 94842.21 0
I t
I t
l l l ?
l e i t ;
i l '}
i s
4 ;
! I i !
A i i i
t k
i i '
RECORD NUMBER 2 DATE 609 TIME 645 .
I If4PUT CORRECTED VOL. FRACTION 1
i i
TE01 S7.180 546.399 0.0603 -
1 TEO2 85.100 544.850 0.0603 (
l 1E03 e3.900 523.840 0.064O l TE04 67.060 526.296 0.0640 1 TEOS 65.620 525.273 0.0923 TEO6 64.200 524.137 0.0923 l
! 1EO7 64.630 524.335 O.0522 i TEoG 64.26.0 523.899 0.0522 -
1 1E09 59.410 519.078 O.0274 j TE10 76.070 535,3!4 0.1450 l 1ti11 75.6eO 535.288 0,1450 ,
l TE12 75.950 535.294 O.1450 !
CE01 5'i. ' O n O.2216 O.1206 f
! DE02 56.400 9.2106 O.1280 l .
OE03 06,tOO O.2273 O.1846 i
cE04 57.O O.2262 0.1:18 i D605 75.':o 0.4266 0.2175 ll CE06 72.200 O.3G96 O.2175 1
4
' i l PIO1 e3871 63.666 P102 63858 63.858 AVG. TEMP. = 531.684 AVG. VAPOR PRES 5URE = .3041 l IUTAL PRESEURE = 63.8658 I
WElGHT CF AIR = 94835 l
\
I l
O l
l
_._._,,.__..-_-_m-m,.,-.,~,._ ,,,.wr, -
- . . . . . - - . . . . . .. - - . - - . . - . . . - . - . . - - . - . - - - . . - . _ . _ - . ~ . --..-.-
i f
i l
e f
I 1
I I
I !
i
! RECORD NUMBER 3 DATE 609 TIME 700 i,
j INPUT CORRECTED VOL. FRACTION i TE01 87.050 546.269 0.0603 i TE02 84.980 544.730 O.0603 l TE03 63.960 523.900 0.0640 l TE04 67.190 526.426 0.0640 1
! TEOS 65.650 525.303 0.0923 !
4 I
TE06 64.190 524.127 0.0923 ,
i
- TEO7 64.580 524.285 0.05 "
TEOS 64.180 523.818 O.0522 f TEO9 5-1.360 S19.027 O.0274 ;
TE10 76.010 555.274 0.1450 !
TEli 75.aOO 535.320 0.1450 !
TE12 75.860 535.204 O.1450 l
, i i i l DE01 55.80'* O.2208 0.1206 -l DtiO2 56.4nn O.2196 O.1250 'l l 5t.eOO
- DEvi. O.2273 O.184c l
LEO 4 57.20' O.2262 0.1318
! DLOS 75.10,, r..4252 O.2175 j CEO6 72.100 0.3653 O.2175 t
I.
I PIO1 63859 63.854 PIO2 63845 63.645 AVG. TEMP. = 531.645 i AVG. VAPOP PEESSURE = .3034 l TOTAL PRESSUPE = 63.8538 i
WEIGHf OF AIP = 94825.21 l
i F
O l
._ . _ _ _ _ . ~ _ _ , _ _ . _ _ . . _ _ .
1 l
i f
I i
(
a O
4 e
i l
l I
RECORD NUMBER 4 DATE 609 TIME 715 l i
i i
INPUT CORPECTED VOL. FRACTION i
TE01 87.030 546.249 O.0603 !
TE02 84.6SO 544.409 0.0603 :
TE03- 63.920 523.C60 0.0640 [
TEO4 c7.020 525.256 0.064n P
, tee 5 65.539 525,183 O.0923 ;
j G TE06 3 c;o,<
TEOS a4.120 vc 4 . u.m, 54.170 ca 524.057 e ,4 . u. a c-522.809 0.0923 v . U c, _s e O.0522 l'
l i
TEO9 5 9 . + 0 .~19.057 O.0274 i fE10 75.989 535.144 O.1450 l 1E11 x .53t 53".:.258 O.1450 ;
TE12 76.790 535.134 O.1450 ?
I l
Iso; tb. o> 0.2200 O.120s !
l DE02 5 e. . O O o.21SS 0.1280 :
r OE03 t 5. ' +-
O.226e o.1946 t l OE04 57. L'Ot ' O.2262 O.1318 !
L;EOS 7% 1 '.":> 0.4252 0.2175 DE06 72.200 0.3896 0.2175 :
PIO1 63945 63.840 i Plo2 63833 63.e33 i
i I
r AUG. TEMF. = 531.554 l AVG. VAFOR PRESSL:RE = .3034 f 6
TOTAL FRESSURE = 63.8398 l WEIGHT CF AIR = 94820.5 I r
r I
O i t
P
- . - . . _ - ~ _ - -- -
O l
l l !
l i
r
[
k i
i I
j RECORD f4 UMBER 5 DATE 609 TIME 730
. i n :
I t
, INPUf CORRECTED VOL. FRACTION r
< f TC01 86.930 346 149 O.0603 IE02 84.870 544.620 0.0603 fEOJ 63.790 522. 730 O.0640 1EO4 6c.970 526.200 O.0640 1EOS e5.S30 e 2 5 . 1 6'. O.0923 a O
1E06 e4.080 S24.017 O.0923 3 1 E')/ 64.51o E24.21b ' O . 05.2.~ [
TEOs 64.190 523. B;'3 O 0522 i it v9 59 J.19 518.977 O.0274 f TE19 75. d50' 535.I14 O.1450
,e.l f r . 4.x. .c , , ,
..,....c. -
.-i . .
c; L, . 4i4 e n_.
TE12 S.720 525.064 O.1450 l l
UE01 55. "uv C.2200 1206 !
j . ~ 6)? Se.300 -).21P9 o.1290 j t DE C :,6.000 e.22te 0.1046 l I DEO4 57. lor -o.2254 o.1 is r i
- DEUS ?$.100 O.4252 0.2175 !
l OE06' 72.100 0. 38Ei. -O.2175 !
i !
l P101 63834 63.029 l l F102 63823 e3.023 -l l .
1 !
i l A'/G . TE:' . = 531.519 l f A'/G. VAF OR P PESE.;UF E = .303 -j i
TOTAL FRESEUF.E = 63.8288 h, WEIGHf CF# GIR = 94811 lh h7 I:
II V
1__ ,
I 1
4, - i l' .. t 4
I i
t i
I i
r I
RECORD NUMPER e DATE 609 TIME 745 l l
l INPUT CORRECTED VOL. FRACTION l
! TE01 86.800 546.020 0.0603 l TE02 84.560 544.309 0.0603 i TE03 63.G10 523.750 0.0640 TE04 e6.900 526.21e 0.0640 TE00 65.510 525.163 0.0923 TEUS 64.110 $24.047 0.0923 9 TE07 TE0S
!Eo?
64.4So 64.160 SY.320
'324.156 523.798 518.98'7 0.0522 0.0522 0.0274 i
TE10 75.760 535.024 0.1450 TEli IS.42r 555.148 0.1450 TE12 75.660 535.094 0.1450 SE.01 35. mv o.2200 0.1206 l I
DE02 Se.200 0.2180 0.12'30 1 I
i 0E03 be.409 0.2258 0.1846 CE M '5/.000 0.224S O.1318 DEOS 73. +. 09 0.4238 0.2175 DEo 72.000 0.3879 0.2175 PIO1 63822 e3.817 FIO2 63809 63.EO9 AVG. TEMF. = 531.461 AVG. VA"OR PE55URE = .3021 TO TAL W'LSSURE = 63.8168 WEIGHT OF AIR = 94804.9 O
e I
l t
U_ _._, ,m.
= _ _ _ _ . _ . . . - - . _ - - - _
i l
l
- G _.
i l
i '
I l
l t i i !
I i
l RECORD NUMBER 7 DATE 609 TIME 800 i I
I J INFUT CORRECTED VOL. FRACTION j t
l TE01 8e.930 546.149 O.0603 i
TE02 84.520 544.269 O.0603 TE03 e3.700 523.640 O.0640- !
TE04 66.940 526.076 0.0640 :
TE05 c5.450 525.100 0.0923 l TE05 64.000 523.907 O.0923 (
i TEO7 e4.450 524.156 O.0522 !
I '
TEoS e4.100 523.738 0.0599 r i t- 09 59.250 518.917 0.0274 TE10 73.700 534.964 0.1450 l 1E11 75.See 535.089 0.1450 L l E12 73.629 534.964 0.1450 I i
l LN0 2 56,330 O.2180 O.1230 n
NO3 56. eu O.2258 0.1846 r vE04 5 '.' .100 l i
O.2254 O.1Z10 i I
LEOS 5.c'io 0.4228 O.2175 '
j OEOS 72.200 O.3896 O.2175 I
PIO1 63812 63.807 PIO2 63900 63.800 j l
AVG. TEMP. = 531.406 _
AVG. '/APOR FRESSURE = .3026 l TOTAL PRESSURE = 63.8068 ,
w
' EIGHT CF AIR = 94798.8 i
n 1
[
t 9
m
( 'h n
am-- m r r m . ~v e- w w e . , . - -- -,e--,mm,.--- - - - -h
( - .- -_.-
l l
)
O I
i i
r i
t i \
l j RECORD NUMBER 8 DATE 609 TIME 815 INFUT CORRECTED VOL. FRACTION l t
j TE01 86.670 545.890 0.0603 l TE02 84.680 544.429 0.0603 I 1
f 1E03 63.740 523.600 0.0640 1E04 e6.870 526.106 0.0640 !
i TEOS 65.400 525.053 0.0923 i 1E?6 63.950 523.e87 0.0923 4 IEO7 64.370 524.076 0 0522 : l TEOS 64.030 523.668 0.0522 l t
IEU9 59.270 518.937 0.0274 f
, TE10_ 75.670 534.934 0.1450 -l l TL11 75. JJ.O 535.059 0.1450 l
IE12 75.L50 534.895 0.1450 DE01 5 5 . '. O*.
- U.2184 0.1206 CEO2 3d.100 0.2172 0.1290 s DEO3 56 A09 0.2258 0.184e !
CEO4 56. 'O >0 '.223G 0.1319 DE05 /4.400- 0.4223 0.0175 ,
CEO6 72 000 0.3870 0.2175 $
l P101 63800 63.795 !
PIO2 63786 63.786 I i
AVG. TEMP. = 531.37 4VG. W4FOR FRESSURE = .3013 TOTAL FELSSURE = 63.7948 ,
WEIGHT OF AIR = 94789.4 i l
t W
l
- i t,
- 1 i >
' ~l
-. - - . , ~ . - - - . . . . - . - . - . . _ - - - . - - . - . . - _ . . _ . . . . . . - . . . . - . - ---
l i
I j 1 i l i i i l l l t
l I i
i i RECORD NUMBER 9 DATE 609 TIME B30 !
l I l l INFUT CORPECTED VOL. FRACTION 'l I
l l TE01 86.600 545.820 0.0603 i
4 TE02 84.510 544.259 0.0603 i l- TE03 63.580 523.520 O.0640 l TE04 66.930 526.le6 0.0640 i TEOS 65.360 525.013 O.0920 l TEOa 63.940 523.877 O.0923 !
TEO7 64.3o0 524.066 0.0522 l 9
TEOS 6l'.990 523.628 O.0597 5 fE09 59. 'h3 518.867 O.0274 j IE10 75.6: -
534.874 0.1450 IE11 /5.280 535.009 O.1450 I
+
f TE12 75. Mo 534.935 O.1450 i.
?
. q l OE01 55.500 O.2184 O.1206 l
( DE02 $6.100 O.2172 O.1280 .I
! OE03 56.100 0.2250 O.1846 L DEO1 Se.900 e.2238 6.1318 DEOS 74,400 9.4223 0.2175 ,
DE06 72.10') O.38a3 O.2175 I l
PIO1 63789 63.784 '
P102 63776 63.776 i AVG. TEMP. = 531.315
- AVG. VAFOR FRES9URE = .3015 TOTAL FRESSURE = 63.7038 WEIGHT OF 41R = 947G2.5 i
O I
l I
I l
e , swww w e e-m-.w ,*m mv~wm m ms - - , ~ - - -
l' l
I l
l i
O 1
1 l
I I
l
! i i !
RECORD NUMBER 10 DATE 609 TIME 845
! INPUT CORRECTED VOL. FRACTION i
l TE01 86.440 545.661 0.0603 (
i TE02 84.430 544.179 0.Oe03 !
i 1
TE03 63.700 523.640 0.064O TE04 66.910 526.146 0.0640 i
! TEOS e5.220 524.933 0.0923 f l TE' e - 65.910 523.847 O.0923 "
r i I E v .' 64.310 524.016 0.0522 i I TEOS 63.980 523.618 0.0522 :
1EO9 59.170 $18.836 0.0274 l TE10 75.56v 534.824 O.1450 t i
fell 75.22v 534.949 0.1450 ;
TE12 75.440 534.765 0.145v
- l DE91 5';. COO o.2176 O.1206 DE02 t6.10v O.217? O.1280 DEv3 56.Sv0 O.2250 0.1846 ,
I.E M 5$.900 0,2238 v.131e $
t ute5 74. coo O.4223 0.2175 l DE06 72.100 O.3883 O.2175 ,
t PIO1 e37/8 63.773 '
t F102 63765 63.765 :
r i
AVG. TEMP. = 531.27 t r
AVG. VAPOR PPESSURE = .3014 i TOTAL PRESSUHE = 63.7728 !
WEIGHT CF A1H = 94774.3 l
l t
- I i
i i
_ _ _ _ _ _ . _ ...-. _. _ _ _ _ - - ~ - --- _ _ _ _ _ _ _ . _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ . _ _ _ _ .
I l-l 3
I l
t l
l i
l 1
l i I
i r
- RECORD NUMBER 11 DATE 609 TIME 900 i
INFUT CORRECTED VOL. FRACTICN ;
TE01 86.490 545.711 0.0603 TE02 84.460 544.209 O.0603 !
TE03 63.570 523.510 0.0640 !
TEO4 6o.920 526.156 0.0640 l
, TEOS e5.290 524.943 0.0923
- I TEO6 65.900 523.837 !
O.0423 O LEO 7 TEv8 1EO9 64.290 63.950 59.14 '>
523.996 523.588 518.806 0.0522 O.0522 O.0274 t
TE10 75.520 534.785 O.1450 '.
1E11 75. ISO 534.909 O.1450 I r
TE12 75.40v 534.745 O.1450 !
l
[ DE01 55.400 O.21'76 O.1206
2602 50.009 0.2154 0.1280 I DE03 55.290 O.2242 O.1946 !
OE04 5t. 7O O.2222 O.1318 I DE95 74.900 0.4223 0.2175 l DEOc 72.200 O.3G96 0.2175 l l
PIO1 63769- 63.764 l PIO2 63757 63.757 -
AVG. TEMP. = 531.246 l AVG. VAPOR PFESSURE = .3012 t I
TUTAL PRLS5URE = 63.7638 l WEIEHl' UF AIR = 94765.3 '
I t
O '
i
- w. _ .,_ _ - - _ _ . . - - _ - - _ _ - - _
l 1
i l t t
} I 4 i l .
i !'
i f
r l
i i
i
~RECORO NUMBER 12 DATE 609 TIME 915 i INFUT CORRECTED VOL. FRACTION l
TE01 86.380 545.601 0.0603 i TE02 84.070 543.818 0.0603 !
l TE03 63.560 523.500 0.0640 l TE04 66.850 526.086 0.0640 (
TEOS 65.180 524.834 0.0923 TE06 o3.810 523.747 0.0923 p
'IEO7 64.260 $23.966 0.0522 G
I TEO8 63.840 523.47G O.0522 TE09 59.140 518.806 0.0274 L TE10 75.470 534.735 0.1450 I I
TEli 75.13" 534.959 0.1450 >
TE12 75.3co 534.705 0.1450 i
1 Dt01 55.400 0.2176 0.1206 i EE02 $6.000 0.2164 0.1280 e fCO3 56.Too 0.2242 0.1846 DE04 56.800 9.2250 0.1318 DEO5 74.90'. O.4223 0.2175 ;
DE06 72.200 0.3893 0.2175 l
PIO1 63758 63.753 PIO2 63746 63.746 AVG. TEMP. = 551.165 AVG. VAPOR PRESSURE = .301 TOTAL FRESSURE = 63.7528 WEIGHT OF AIR = 94763.71 1
O l
l i
r
s, .
s <..
I ? l i 1\
~
, , s. N l \ ,
I-t i
i.
l J.
== V s s ,I
, I l l 1
4 I
I i :
1 s,
I t i
i RECORD NUMBER 13 DATE 609 TIME 930 ;
I
^ ~
- INPUT CORRECTED VOL. FRACTION !
i .
4 t)
! TE01 86.340 345.561 0.0603 ,,
TE02 84.420 544,169 0.0603 .N TE03 63.430 523.370 0.0640 'i
')
TE04 66.780 526.017 0.0640 s'
- - TEOS 65.120 524.774 0.0923 N 1 TEO6 e3.830 523.767 O.0923 9,l TEO/ 64.200 523.996 O.0522 'I O
, n -
TEOS 63.820 523.458 0.0522 ;3 i 1EO9 59.020 518,686 0.0274 i' TE10 '5.440 534.705 '
O.1450 l Fell 75.100 534.029 O.1450 i i
~I E 12 75.'19 554.635 O.1450 !
i UE01 55.*00 o.216S 0.1206 I DE02 5 6 . W ~. O.28.57 O.1290 ?
l UEO! 5 6 . 2*." i O.2242 0.1846 '
E DE04 % ,h'. O.222; O.1318 ;
!.it. 95 14. EX 0 U.4209 O.2175 -[
DEoS 72.209 O.3896 O.2175 l t
l P101 c3748 63.743 FIU2 63738 63.730 !
l i
AVG. TEMP. = 531.14..:. -
AVG. VAPOR PRESSURE = .3007 l TOTAL PRESSUFE = 63.7428 i NElGHT OF AIR = 04753 l t
l e
4 t t
[
--. . . _ _ . . . - - - - - - . . . _ _ - - . - _ - . - . . - - - . . . ~ _ . . - . . - . . - .
c
> r + \-
1 i
l .i i
l i
(,
,s+
, s 4
8 i
)I l
l 1
1 4
l.
RECOFC f.UMDER 14 DATE 609 TIME 945 h
INPUT CORRECTED VOL. FRACTION I s
! ,ffE01 e6.270- 545.491 0.0603 I
TE02 83.940 543.55e 0.0603 1
FEO3 o3.430 523.270 0.0640 r TE04 6o.74v 525.977 0.0o40
~N05 t 65.v70 524.724 O.0923
, ,3 . .-., 3 . . ,> c. n.. c
- 1 .. . p. 7 o. . o. c.a _.
I W' 7 cA.170 523.876 0.0522 fEAS 6_*. 780 521.4: U U.0522 1Ev0 59.I1" 518.776 0.0274 TE10 75.420 534. 6t35 O.1450 1E11 /5. c;5o 531./79 0.1450 :
TE12 /5.280 534.625 O.1450 !
I DE91 S S. 20'r O.CleO 0,1205 Ra2 55. %e 0.2157 0.1290 DE C 'I 56.109 O.2234 O.194e EEO4 56.?&* 0.2222 0.1 ~.19 OEO5 74.C00 o.4209 O.2175 '
DEO6 /2.000 O.3870 '*
.2175 P101 63739 63.734 P102 63725 63.725 i
i AuG. TEMP. r- 531.069 AVG. VAFUP PHES$UPE = .2999 1CfAL FRE5iJPE = 63.7337 ,
WEIGHT CF AIR = 94/54 !
V I
O -
I li 1
. - . . - , - . - - . . . ~ . . . _ ,_ --.-- -.___._. _ . . .
. _ - - . - - . - _ ~ ._. - ._..-.--....-._ -.-. -_.. - .-..-.-.. - _ _ -
e i
O t
i I'
l
! i l
1 <
1 e
1 .
t i
- l RECORD NUMBER 15 DATE 609 TIME 1000 L i
l INPUT CORRECTED VOL. FRACTION i 1
f i TE01 86.310 545.531 0.0603 l TE02 '84.070 543.818 0.0603 '
, TE03 63.450 523.390 0.0640 i
TE04 66.780 526.017 0.0640 l TEOS 65.060 524.714 0.0923
- TE06 63.710 523.647 0.0923 i i
TEO7 64.150 523.857 0.0522 l TEOS 63.840 523.479 0.0522 ;
! TE09 59.000 518.666 0.0274 ;
l TE10 75.370 534.635 O.1450 '
j TEli 75.020 534.749 0.1450 i TE12 75.220 534.565 O.1450 1 ;
1
) DE01 55.200 <+ 2150
. 0.1206
) DE02 55.800 0.2147 0.12SO I DE0! b6.900 0.2227 0.1846 I
, CEv4 56.700 0.2222 0.1318 ,
i 4
DEOS 74.30 - O.4209 0.2175 >
] DEOS 72.000 0,3870 C.2175 l l
PIO1 63724 63.724 i PIO2 63716 63.716 l AVG. TEMP. = 531.068 * !
AVG. VAPOR FRES5URE = .2997 i TOTAL PRESEUPE = 63.7237 l 1 WEIGHT CF AIR = 94739.6 -
I
-l 4
i a
d i
i
i i
I, i
i t
1
! l 5
1 RECORD NUMBER 16 DATE 609 TIME 1015 I.
I 4
INPUT CORRECTED VOL. FRACTION j TE01 86.240 545.461 0.0603 ,
- TE02 84.230 543.979 0.0603 l TEO3 63.350 523.290 O.0640 l Itio4 66.640 525.877 0.0640
IEOS 65.030 524.684 O.0923 !
I TEOc 63.640 523.577 0.0923 l j TEO7 64.070 523,777 0,05 t
4 TE08 6.? . 6 e O 523.317 O.0522 IEO9 58.970 519.636 O.0274 I TE10 7 5 . 1.4 0 534.605 O.1450 ,
TE11 74. 9 7C 534.699 0.1450 I j iE12 7S.210 534.555 O.1450 ;
i i
. l?E 31 55.200 O.2160 0.1206 L602 35.700 O.2141 O.1290 DE03 56.ovo 0.2227 O.1846 l l DEO4 52. eN O.2214 O.1318 '
{ dei.5 74.800 O.4209 U.2175 CEO6 72.000 O.3870 0,2175 PiO1 63719 63.714 '
PIO2 63705 63.705
- AVG. TEMP. = 531.023
! AVG. VAFOR PRESSURE = .2995 5
FOTAL FRE05URE = 63.7137 J. WEIGHT OF AIR = 94735.1 l
4 I
1 O
i i
i I
-- r.-,--.~--%en.---w--.-mw .--.-,--vn.--_.m- ____. ~ .w-w - ---...---....,.w-.
. . - . _ . . . ~ . - . - _. _
4-1 1
i f I h
O ,
i !
i.
1
[
1 I
1 1
4 4
i i
RECORD NUMBER 17 DATE 609 TIME 1030 ,
i i l, INFUT CORRECTED VOL. FRACTION :
i 1 !
TE01 86.040 545.262 0.0603 i TE02 .83.840 543.598 0.0603 i TE03 63.390 523.330 O.0640 l TE04 66.500 525.737 9.Oe40 l i TE05 e4.970 524.624 0.0923 l j TEOn $3.530 523.467 0.0923 l l TEO7 64.060 523.767 0.0522 I i TEve 53.650 527.2137 O.0522 l 'l E 0 9 59.Y O S18.575 O.0274 f l m10 /5.J20 534.585 O.1450
, TE11 74.950 534.679 0.1450 I iE12 7N 170 534.S15 l
O.1450 i
j Deio t SS. l e ? O.2152 O.1206 l t 4 32 5'i . J e > 0.214i O.1290 l UE 9I 55. 90'.) 0.2219 0.1946 l
i O'i O4 56.e90 0.2214 0.1310
! DEOS 74.?vo 0.4195 0.2175 i
EE06 71.900 O.3857 O.2175 s
t l PIO1 63711 c3.706
! PIO2 63697 63.697 i
l l
1 i AVG. TEMP. = 530.95
- i. AVG. VAPOR PRESSURE = .2906 l 1UTFL PFEE90FE = 63.7057 l WEIGHT CF AIR = 94735.4 .
I a
O
-,-,--w.v,v,~.~,mc--,,,m,-- -_ __ . _ _ _ _ _ _ _ _ _ - _ _ _ _ - _ _ _ - - _ ~ , - - - -
l_
5 i
i t
t 0
t t
RECORD NUMBER 18 DATE 609 TIME 1045 INPUT CORFECTED VOL. FRACTION TE01 95.990 545.212 0.0603 TE02 84.140 543.8G9 0.Oe03 4
4
-TE03 63.200 523.140 O.0640 TE04 66.640 525.877 0.0640 IEOS 64.900 524.554 0.0923 TEOS 63.340 5 2.2 . 4 7 7 O.0923 l fEO7 i e4.v4v ., SJ5.747 0.0522 I
! TEUS e3.610 $23.247 O.0522 i TEO9 Sb.910 S18.575 0.0274 TE10 75.290 534.bt3 0,1450 TEll 74.92v 5J4.649 O.1450
?E12 75.1 % 534.49"- O.1450 DE01 5% :'m 0.2152 O.1206 DCo2 55 / O . 5:141 0,1;30 S t.03 ti. O.2219 v .184 c, E04 5c.2, O 7103 4.*:10
.n.<,.- r ;4- -
.,. 4 1 c.,.c.... ,,
i DE06 72.10' O.3883 o.21/5 j F'101 e2100 63.695
, PIO2 63687 63.687 !
i, l
- AVG.-TEMP. = 530.941 AVG. VAPOR PPEBSURE = .2989 TurAL Fre;gubE = 63.6947 I'
WElliH't 6M A1H = 44720 i
i e 'w-, ww cew-~ e ,v,wo w nmr.w.---,-- - - - . , - - . .
- . ~ . _ _ _ . . ._
l l.
i l
le . . .
l l
l i
+
r i
i P
l i
t 19 DATE TIME 1100 '
RECORD NUMBER 609 t
INPUT CORRECTED VOL, FRACTION !
l TE01 85.960 545.182 0.0603
! TE02 83.590 543. 3 r/ 0.0603 TE03 e3.240 523,180 0.0640 TE04 66.eCo 525.857 0.0640 fEOS 64.860 524.$14 0.0923 TEOo $3.450 527.:97 0.0923 }
IEO7 63. WO '-;22.657 0.0522 '
9 TE08 1Ev9 fE10 63.600 58.E70 75.290 523.237 618.535 534.555 0.0522 0.0274 O.1450 i
l
! !E11 '/4.690 5~;4.elo 0.1450 t l l ~1 E 12 75.120 534.465 O.1450 .
l i
j DEOi t S. O'.k O.2145 O.1206 l i_.g_ n.- ~, c_u. .v,,,
, .. n . _, ,.. y. c., . , n r o 3
UE 03 53,Pv0 ').2211 0,1846 L v_ 94 56.200 U . 219' ' ')
.1 '.18 _l Ot-sya :/ 4 - 00 t.419b U . 417t, I LE06 '72. Ove.) O.3879 0.2175 _!
PIO1 6359v 63.685
, PIO2 63e79 63.e79 ,
l !
d j AVG. TEMF' . = 53v.EB2 i AV6. VnPOP FEE 9SURE = . ."/ E 3 10 is',L FRL _nUF h = S 3. 6&l 7 l WElGHf UF 41P = 9471o.1 I I
f E'
I I t O !
i
. l l
l
1 1
I' l 1- 1 3
l l
e i
i l
i i
1 RECORD NUMBER 20 DATE 609 TIME 1115 I
I i
INPUT CORRECTED VOL. FRACTION f i ;
- TE01 85.900 545.122 0.0603
} TE02 83.850 543.598 0.Oe03 ;
f TE03 63.170 523.110 O.0640 l l
8 7E04 66.380 525.617 0.0640 i t
TEub 64.800 524.454 0.0923 i TEOo 63.430 523.367 0.0923 l TEO; 6 3 .'33 0 523.637 O.0522 O TEOB iEO9 TEIO 63.510 t8.800 75.253 523.147 518.4e5 534.515 0.0522 O.0274 1.1450
~t 1211 74.660 tf4.589 O.1450 TE12 7E.OMa 5 34. 4'I5 O.1450 :
D'- 01 54.90C O.2137 O.1206 8 DEv2 55.500 O.2125 O.1259 I DL 03 55. /'.4 0.2204 O.184c OC04 56. 200 0.21e2 0,1219 f
OE05 va. s, e . <,1 yt .:.2175 !
CEO6 71.900 9.3857 O.2175 i
1
, F101 63681 62.676 PIO2 63668 63.668 l l
l AVG. TEMP. = 53v.842 i AVG. VFOR rYEESLFE = .2975 ;
10TAL PRL35L";E = 63.6757 i WEIGHf CF AIR = 94711.4 ;
I f
I i I f
l l
l t
I
- ..-..-.. - . - . . - . ~ . - - . _ - - . .-- .-- - ~
a 1-f l
(. '
i I i i i
i i
i r
i I
t t
l RECORD NUMBER 21 DATE 609 TIME 1130 l
4
} INPUT CORRECTED VOL. FRACTION '
i
?
TE01 85.600 545.023 0.0603 TEO2 83.960 543.708 0.0603 1 1E03 63.120 525.060 0.0640 l TE04- 66.380 525.617 0.0640 t I
TEOS $4.780 524.434 0.0923 !
TEOe 63.360 523.298 O.0923 l f 1EO7 63.G80 523.587 O.0522 !
TEOS 61.530 523.167' O.0522 !
1EO9 58.770 518.455 0.0274 i iE10 75.240 534.505 O.1450 :
TE11 74.S30 534.359 O.1450 TE12 75.040 534.385 O.1450 t
, i i
l- '
DE01 54.900 O.2137 O.1206 DE'12 55.500 O.2126 0.1280 DE03 55,700 O.2204 O.1846 CE04 5 . 400 0.2199 0.1310 OEOS 7 4 . / M' O.4195 O.2175 LE06 72.000 O.3870 O.2175 .
PIO1 63671 63.666 F102 63660 63.660 j 1
AVG. TEMP. = 530.818 l AVG. VAPCR FFE55URE == .298 i T3TAL FREaEURE = 63.6657 '
WEIGHT CF AIR = 94700 0
i i
5 f
i i
f.
I i
1 O -
i r.
i i
1 i
u RECORD NUMBER 22 DATE 609 TIME 1145 I
j INFUT CORRECTED VOL. FRACTION i I d
l TE01 85.780 545.003 0.0603 ;
TE02~ 83.500 543.247 O.0603 ,
l 1E03 63.050 $22.990 0.0640 '
TE04 66.370 $25.607 O.0640 lE05 64.680 524.T34 0.0923 TEO6 62.360 52Z.299 O.0923
, TEO7 63. F.20 522.528 O.0522 O TE08 1 t-09 TE1 ')
e7.490 50.710 75.20) 523.12' 518.375 534.465 O.0522 O.0274 O.1450 l
l' r
1Ei1 74.803 534.529 O.1450 l TE12 75.01-) 524.155 O.1450 i
'A >1 *:i4 . E U'.; ).2129 O.1206 f n,-;,2 Sf_. 41 0 O.2119 O.1269 !
i DLO! 55.600 O.2196 O.le46 :
t 2E04 56.30) O. ;90 O.131A '
CEv.5 '2.c r ..'. 4 1 G 1 0.21S l OE06 72.000 O.3870 O . c' 17 5 l l PIO1 63661 63.656 l l F102 63650 e3.659 i-i 1 I 1 l l AVG. TEMP. = 530.752 [
A'/3. V4 FOP FFEC5UPE = .2973 i 10 TF.L F R C 3 5'* $ E a 63.6557 I l
WEIGHT OF AIN = 94697.8 l
l i
L 9 '
t
~
I
!~
l I
!O i
i-I i-(
RECORO NUMEER 23 DATE 609 TIME 1200 i
4 i
Ir4PUT CORRECTED VOL. FRACTION 1
4 TE01 H5.700 544,923 0.0603 TE02 83.940 543.688 0.0603 COI 63.040 522.'+80 0.0640
- fE04 66.2?O 525.507 O.0640 i
4 TEOS t4.660 524.314 0.0923 TE06 63.290 52;.228 0.0923 i TEO7 63.700 523.4E8 0.0522 l l
G TEOS 1LO9 d 2. 34-)
SG . 6 9 5 22. 9 7 l' D18.!54 O.0522 0.0274 l
iE10 75.210 534.475 O.1450 l iE11 74.79' 534.509 0.1450 l 1 $-~ I2 5.O:0 534.365 O.1450 i
t E:31 54.3O O.2121 O.1206
- .' E 02 5s.'~0 0.2111 0.1230 DEO! 5',,5J0 0.2190 0 1846 f.;E04 5ea. !OG v ., 217 4 6.15la DEO5 74.e00 0.41e1 O.2175 j DEOS /2.000 0.3870 O.2175 l-1 P101 63648 63.643 P102 63639 63.639 AVG. TEMP. = 530.748 N/G. '.%FCR PFES9URE = .2968
' f 0 fAL FPt.L?UPE = 63.6427 WEll3HT CF AIR = 94679.9 iO l
l i
i
I.
i.
I I . . .
1 l
l i
i i i !
i e I i
! I i
i I f.
I RECORD MUM 6ER 24 OATE 609 TIME 1215. I f
i t
INPUT CORRECTED VOL, FRACTION .I TE01 95.690 544.913 0.0603 l
-TE02 83.500 '54T.247 0.0603 !
I TEO3 62.950 522.890 0.0640 l l
TE04 66.130 525.3e8 0.0640 '
l TEOS 64.600 524.254 0.0923.
! TEO6 63.290 52 3. c'18 O.0923 -
' i TEO7 63.720 523.42S 0.0522 .
t iEva 65. 9 522.9e O.0522 l TEv9 58.55e 512.214 0.0274 [
P 1E10 '75.190 534.455 O.1450 -l 1El1 74.17e 5T4.499 O.1450 I fE12 7a.000' 534.'.35 O.1450 !
t Oh'01 '14 c;UO O.2114 0.1206 DEC2 55,200 O.2103 O.1280 OCO7 b5.400 0.2181 0.1946 .
DE04 I 56.10 - 0.2174 O.1013 l OE05 7 -1 . c 0 .
- O.4191 O.21?S !
l DE06 72.v00 0. ~I070 O.2175 PIU1 63640 63.635 PIO2 63600 63.630 f i
1 AVG. TEMP. = S30.684 AVG. VAFOR FRESEURE = .2964 TOTAL PRESSURE = 63.6347 WEIGHT LF AIR = 94600 I
i i
l
. _ = -=_ _. .-.
M 6
4 j
RECORD NUMBER 25 DATE 609 TIME 1230 INPUT CORRECTED VOL. FRACTION TE01 85.500 544.724 0.0603 TE02 83.090 542.G36 0.0603 TE03 62.830 522.770 0.0640 TE04 e6.020 525.258 0.0640
- TEOS 64.500 524.154 0.0923 4 TE06 63.160 523.098 0.0923 TEO7 63.670 523.378 0.0522 TEO8 63.300 $22.937 0.0522 TEO9 58.520 518.184 0.0274 lE10 75.150 534.415 0.1450 TE11 74.750 534.479 0.1450 l
t lE12 74.030 534.305 0.1450 DE01 54.500 0.2106 0.1206 l DE02 55.100 0.2095 0.1280 DE03 55.400 0.2181 0.1846 i DE04 55.800 0.2151 0.1318 DEOS 74.600 0.4181 0.2175 DE06 71.900 0.3857 0.2175 i
l PIO1 63630 63.625 PIO2 63623 63.623 l
AVG. TEMP. = 530.595 ,
AVG. VAPOR PRESSURE = .2956 i TOTAL PRESSURE = 63.6247
, WEIGHT OF AIR = 94682.1 i
i i
4 G
)
RECORD NUMBER 26 DATE 609 TIME 1245 INPUT CORRECTED VOL. FRACTION TE01 85.490 544.714 0.0603 TE02 83.020 542.766 0.0603 TE03 62.780 522.720 0.0640 TE04 e6.010 525.248 0.0640
. TEOS 64.410 524.065 0.0923 TEO6 63.140 523.078 0.0923 TEO7 63.610 523.318 0.0522 TEOS 63.270 522.907 0.0522 TEO9 58.420 518.083 0.0274 TE10 75.120 534.385 0.1450 TE11 74.720 534.449 0.1450 TE12 74.440 534.285 0.1450 DE01 54.500 0.2106 0.1206 DE02 55.000 0.2088 0.1280 DE03 55.000 0.2173 0.1846 DE04 55.900 0.2158 0.1318 DEOS 74.500 0.4167 0.2175 DE06 71.900 0.3857. O.2175 PIO1 63619 63.614 PIO2 63613 e3.613 .
AVG. TEMP. = 530.557 AVG. VAPOR PRESSURE = .2952 TOTAL PRESSURE = 63.6137 WEIGHT OF AIR = 94673.1 i 0 I
m_ _ . - - - . . _. ___ _ _ _ . _ _
$ l l
i i
I i
l I 1 i
l i
i l l
l 1
l I i i RECORD NUMBER 27 DATE 609 TIME 1300 1
i INPUT CORRECTED VOL. FRACTION j i
TE01 85.600 544.823 0.0603 j TE02 83.570 543.317 0.0603 l TEOS 63.680 523.620 0.0640 {
TE04 66.200 525.438 0.0640 ,
' TE05 64.610 524.264 0.0923 TE06 63.490 523.427 0.0923 TE07 63.800 523.508 0.0522 l TEO8 e3.370 523.007 0.0522 r
, TEvo 50.220 518.887 0.0274 ,
l TE10 75.180 534.445 0.1450 !
I TEli 74.760 534.489 0.1450 l 1E12 741,960 534.305 0.1450 l DE01 55.400 0.2176 0.1206 I l
! DE02 55.400 0.2118 0.1280 l DEOS 55.700 0.2204 0.1846
( DE04 56.700 0.2222 0.1318
! DE05 74.500 0.4167 0.2175 i
l DE06 71.800 0.3844 0.2175 ,
1 l PIO1 65646 63.641
[ PIO2 63658 63.638 !
! AVG. TEMP. = 530.772 '
l AVG. VAPOR PRESSURE e .2975 i TOTAL PRESSURE = 63.6407 l WEIGHT OF AIR = 94671.6 l l I
1
. . . ~ . ~ , _ - _ _ . _ w
_.___m.m.____.. _ _ . _ _ . - _ _ . . . . - _ . _ _ _ _ _ _ _ _ . . _ _ _ _ _ _ _ _ _ _ . _ _ . _ _ _ , . _ _ . - _ _
l t b !
i t i
l i l
! L i L k
l t
i 5
I
, t i
I f I r t
i l RECORD NUMBER 28 DATE 609 TIME 1315 l INPUT CORRECTED VOL. FRACTION !
t TE01 85.690 544.913 0.0603 L TE02 83.090 542.836 0.0603 $
TE03 63.580 523.520 0.0640 TE04 e6.390 525.627 0.0640 S TEOS TEOS TEO7 64.860 63.540 63.950 524.514 523.477 523.657 0.0923 0.0923 0.0522 i
)
TEOU 6J. 570 523.207 0.0522 TEO9 59.010 518.977 0.0274 TE10 75.140 534.405 0.1450
, TE11 74.730 534.459 0.1450 TE12 74.930 534.275 0.145')
DE01 55.600 0.2192 0.1206 DE02 55.900 0.2157 0.1280 CE03 56.300 0.2250 0.1846 DE04 56.700 0.2222 0.1318 DE05 74.500 0.4167 0.2175 DE06 71.900 0.3857 0.2175 PIO1 63642 63.637 PIO2 63633 63.633 AVG. TEMP. = 530.788 AVG. VAPOR PPEESURE = .2994 TOTAL PRESSURE = 63.6367 WEIGHT OF AIR = 94660.1 O
I 1
i i
i l-
!O l
l h
I I
l >
l i
I i RECORD NUMBER 29 DATE 609 TIME 1330 INPUT CORRECTED VOL. FRACTION TE01 85.510 544.733 0.0603
} TE02 83.170 542.916 0.0603
! TE03 63.540 523.480 0.0640 ,
l TE04 e6.360 525.597 0.0640 -
TE05 64.780 524.434 0.0923 TE06 63.460 523.397 0.0923 ,
TE07 63.920 523.627 0.0522 l 1EOS 63.590 523.227 0.0522 TE09 59.130 518.796 0.0274 l lE10 75.120 534.305 0.1450 l l
TE11 74.690 534.419 0.1450 :
TE12 74.910 534.255 0.1450
[
DE01 55.400 0.0176 0.1202 I
CE02 55.900 0.2157 0.1280 DE03 56.200 0.2242 0.1846 i DEo4 56."00 0.2238 0.1318 DEOS 74.500 0.4167 0.2175 DE06 71.900 0.3857 0.2175 PIO1 63631 63.626 l PIO2 63629 63.c29 AVG. TEMP. = 530.745 AVG. VAPOR PRESSURE = .2993 TOTAL FRESSURE = 63.6257 WEIGHf CF AIR = 94651.3 O
. - . . - ~ _ _ . - - -- . . _ _ _ ..,. .- __ .- . . - . . .
]
l 9 -
I i
RECORD NUMBER 30 DATE 609 TIME 1345 i INPUT CORRECTED VOL. FRACTION l TE01 85.510 544.733 0.0603 l TE02 83.180 542.926 0.0603 l TE03 63.620 523.560 0.0640 TE04 66.400 525.637 0.0640 TE05 64.710 524.364 0.0923 TE06 63.410 523.347 0.0923
! TE07 63.950 523.558 0.0522 l TEOS e3.430 523.067 0.0522 l TE09 59.080 518.746 0.0274
- TE10 75.130 534.395 0.1450 j TEli 74.680 534.409 0.1450 lE12 74.920 534.265 0.1450 DE01 55.300 0.2168 0.1206 l DE02 55.800 0.2149 0.1280 l DE03 56.100 0.2234 0.1846 DEU4 56.000 0.2230 0.1318 i DE05 74.500 0.4167 0.2175 DE06 71.900 0.3857 0.2175 I
PIO1 63620 63.615
- PIO2 63613 63.613 i
L l i l AVG. TEMP. = 530.731 l AVG. VAPOP PRESSURE =
.2988 TO TAL FPESSURE = 63.6147 l WEIGHT OF AIR = 94638.21 l
I RECORD NUMBER 31 DATE 609 TIME 1400 INPUT CORRECTED VOL. FRACTION TE01 85.410 544.634 0.0603 TE02 83.050 542.796 0.0603 TE03 63.180 523.120 0.0640 TE04 66.300 525.537 0.0640 N TE05 64.650 524.304 0.0923 k,) TE06 63.290 523.228 0.0923 TE07 63.800 523.508 0.0522 TEOS 63.380 '523.017 0.0522 TE09 58.900 518.565 0.0274 TElo 75.110 534.375 0.1450 TEli 74.670 534.399 0.1450 TE12 74.890 534.235 0.1450 DE01 55.000 0.2145 0.1206 DE02 55.700 0.2141 0.1280 DE03 55.900 0.2219 0.1846 DE04 56.400 0.2198 0.1318 DE05 74.500 0.4167 0.2175
, DE06 72.200 0.3896. O.2175 I
PIO1 63611 63.606 PIO2 63605 63.605 AVG. TEMP. = 530.647 AVG. VAPOR PRESSURE = .2986 TOTAL PRESSURE = 63.6057 WEIGHT OF AIR = 94640
4 O
l 4
1 1
RECORD NUMBER 32 DATE 609 TIME 1415 INPUT CORRECTED VOL. FRACTION TE01 85.500 544.724 0.0603 TE02 82.920 542.666 0.0603
, TE03 63.220 523.160 0.0640 TE04 66.170 525.408 0.0640 TEOS 64.560 524.214 0.0923
@ TEOs 63.240 523.178 0.0923 TEO7 63.730 523.438 0.0522 TEOS 63.320 522.957 0.0522 TE09 58.780 518.445 0.0274 TE10 75.100 534.365 0.1450
- TE11 74.670 534.399 0.1450 TE12 74.880 534.225 0.1450 1 DE01 54.900 0.2137 0.1206
, DE02 55.600 0.2134 0.1280 DE03 55.800 0.2211 0.1846 DEO4 56.200 0.2182 0.1318 DEOS 74.500 0.4167 0.2175
- DE06 71.900 0.3057 0.2175 PIO1 63603 63.598 i PIO2 63597 63.597 AVG. TEMP. = 530.613
- AVG. VAPOR PRESSURE = .2972 TOTAL PRESSURE = 63.5977 WElGHT OF AIR = 94636.21 lO 4
l i
. _ . . _ _ . . _ _ _ _ _ _ _ _ . . - _ . _ . _ . _ _ _ _ _ _ . . _ _~_ __ . _ _ - _ _ _ _ . - _ _ . _ _ ._. _. . __ .
1 i
1 i
i i-l i
i i
i i
- RECORD NUMBER 33 DATE 609 TIME 1430 INPUT CORRECTED VOL. FRACTION i
l TE01 85.290 544.514 0.0603
! TE02 83.090 542.836 0.0603 1 TE03 63.230 523.170 0.0640 l TE04 e6.290 525.527 0.0640
! TEOS 64.500 524.154 0.0923 TE06 63.210 523.148 0.0923
- TE07 63.690 523.398 0.0522 l TE08 63.330 522.967 0.0522 j TE09 58.680 518.344 0.0274 i TE10 75.100 534.365 0.1450 l TE11 74.640 534.369 0.1450 4
TE12 74.870 534.215 0.1450
)
DE01 54.800 0.2129 0.1206 DE02 55.409 0.2118 0.1280 DE03 55.700 0.2204 0.1846 DE04 5e.200 0.2182 0.1318 DE05 74.500 0.4167 0.2175 DE06 71.900 0.3857 0.2175 PIO1 63597 63.592 PIO2 63590 63.590 l AVG. TEMP. = 530.6 i AVG. VAPOR PRESSURE = .2967 TOTAL PRESSURE = 63.5917 ,
WEIGHT OF AIR = 94630.1 s
i "l
1 i
. . . . . ~ _ - . . - . - - . . - . . . . . - . - - . - . . . - . - - _ . - - - . _ . . - . _ . -
i l
l l
l l
l l
I i
i RECORD NUMBER 34 DATE 609 TIME 1445 j INPUT CORRECTED VOL. FRACTION TE01 85.460 544.684 0.0603 TE02 83.270 543.017 0.0603 '
TE03 63.020 522.960 0.0640 TE04 e6.080 525.318 0.0640 TEOS 64.450 524.104 0.0923
! @ TE06 63.090 523.028 523.338 0.0923 0.0522 TE07 63.630 TEO8 63.230 522.866 0.0522 TEO9 58.610 518.274 0.0274 TE10 75.070 534.335 0.1450 TE11 74.650 534.379 0.1450 TE12 74.870 534.215 0.1450 -
DE01 54.700 0.2121 0.1206 DE02 bb.400 0.2118 0.1280 l DE03 55.500 0.2188 0.1846 DE04 56.100 0.2174 0.1318 i DEOS 74.500 0.4167 0.2175 l DE06 71.900 0.3857 0.2175 PIO1 63592 63.587 PIO2 63584 63.584 l AVG. TEMP. = 530.566 t AVG. VAPOR PRESSURE = .2963 TOTAL PRESSURE = 63.5867 WEIGHT OF AIR = 94629.5 t
1
! i
l v
RECORD NUMBER 35 DATE 609 TIME 1500 INPUT CORRECTED VOL. FRACTION TE01 85.440 544.664 0.0603 TE02 83.220 542.966 0.0603 TE03 63.190 523.130 0.0640 TE04 66.150 525.388 0.0640 TEOS 64.410 524.065 0.0923
(~'/)
, N_ TE06 63.110 523.048 0.0923 TE07 63.580 523.288 0.0522 TE08 63.230 522.866 0.0522 TEO9 58.540 518.204 0.0274 TE10 75.080 534.345 0.1450 TE11 74.630 534.359 0.1450 TE12 74.840 534.185 0.1450 DE01 54.700 0.2121 0.1206 DE02 55.200 0.2103 0.1280 DE03 55.500 0.2188 0.1846 DE04 56.000 0.2166 0.1318 DEOS 74.500 0.4167 0.2175 DE06 71.900 0.3857 0.2175 l
- PIO1 63590 63.585 j PIO2 63583 63.583 1
AVG. TEMP. = 530.565 AVG. VAPOR PRESSURE = .296 TOTAL PRESSURE = 63.5847 WEIGHT OF AIR = 94627.21 a
b
i i
i O ..
I I
I l i
, i i
j '
l RECORD NUMBER 36 DATE 609 TIME 1515 1
INPUT CORRECTED VOL. FRACTION TE01 85.650 544.873 0.0603 i TE02 83.790 543.538 0.0603 l TE03 63.270 523.210 0.0640 i
9 TE04 TE05 TE06 66.160 64.320 63.OTO 525.418 523.975 0.0640 0.0923 522.968 0.0923 ;
TEO7 63.550 523.258 0.0522 l 1EO8 63.140 522.776 0.0522 [
I TEO9 58.450 518.113 0.0274 TE10 75.080 534.345 O.1450 TE11 74.620 534.349 0.1450 TE12 74.840 534.185 O.1450 ,
DE01 54.500 0.2106 0.1206 {
DE02 55.100 0.2095 O.1280 DE03 55.400 0.2181 0.1846 j DE04 56.000 0.2166 0.1318 l' DEOS 74.500 0.4167 0.2175 DE06 71.900 0.3857 0.2175 PIO1 63589 63.584 FI02 63582 63.582 l
AVG. TEMP. = 530.593 AVG. VAPUR PPESSURE = .2955 TOTAL PRESSURE = 63.5837 WEIGH f OF ,'i1R = 94621.3 9
l l
b
\
, h,'
i' )!
c, '
f [O
'C s
RECORD NUMBER 37 DATE 609 TIME 1530 j INPUT CORRECTED VOL. FRACTION TE01 85.580 544.803 0.0603 TE02 83.100 542.846 0.0603 TE03 63.050 522.990 0.0640 TE04 66.080 525.318 0.0640 TEOS 64.300 523.955 0.0923 TEO6 63.010 522.948 0.0923 TEO7 63.520 523.229 0.0522 TEOS 63.100 522.736 0.0522 TEO9 58.520 518.184 0.0274 TE10 75.070 534.335 0.1450 TEli 74.570 534.299 0.1450 TE12 74.840 534.185 0.1450 DE01 54.400 0.2099 0.1206 DE02 55.000 0.2088 0.1280 DE03 55.300 0.21734 0.1846 DE04 55.900 0.2158 0.1318 DEOS 74.400 0.4153 0.2175 DE06 71.800 0.3844' O.2175 PIO1 63588 63.583 PIO2 63579 63.579 E
I AVG. TEMP. = 530.512 AVG. VAPOR PRESSURE = .2945 TOTAL PRESSURE = 63.5827 WEIGHT OF AIR = 94635.71 b
i
- ~P-- T --m--ww-- - yeww- -- wr--m-.---,----,---.--,-w-----w
-- ---- e
1 i
4 i
i 4
i e
1 l
t i
i RECORD NUMBER 38 DATE 609 TIME 1545
! INPUT CORRECTED VOL. FRACTION j TE01 85.700 544.923 0.0603 i TE02 83.550 543.297 0.0603 j TE03 63.110 523.050 0.0640 TE04 66.030 525.268 0.0640 TE05 64.210 523.865 0.0923 TE06 62.920 522.858 0.0923 TEO7 63.470 523.179 0.0522 TEO8 63.060 522.696 0.0522 l TEO9 58.370 518.033 0.0274 i TE10 75.050 534.015 0.1450 j TEli 74.600 5J.4.329 0.1450 TE12 74.810 534.155 0.1450 l
DE01 54.400 0.2099 0.1206 ,
l i DE02 55.000 0.2088 0.1280 l DE03 55.200 0.2166 0.1846 ,
DE04 55.700 0.2143 0.1318
, DEOS 74.500 0.4167 0.2175 !
l DE06 71.900 0.3957 0.2175 6
PIO1 63588 63.583 i PIO2 63580 63.580 l
l l
, AVG. TEMP. = 530.519 l AVG. VAPOR PRESSURE = .2948 TOTAL PRESSURE = 63.5827 WEIGHT OF AIR = 94634.1 0 ,
1 l
,---,n.--, - - , , - - - - . . - - , . , , . . - - - - , . --.,n.
e
)
i l
I l9 4
I i
i I
i
} RECORD NUMBER 39 DATE 609 TIME 1600 t
i j INPUT CORRECTED VOL. FRACTION i
. TE01 85.800 545.023 0.0603 I TE02 83.240 542.987 0.0603
! TE03 63.100 523.040 0.0640 I TE04 66.070 525.308 0.0640 l TEOS 64.250 523.905 0.0923
- TE06 62.920 522.858 0.0923 TEO7 e3.460 523.169 0.0522
! TE08 63.029 522.656 0.0522
{ TE09 58.330 517.993 v.0274
! TE10 75.030 534.295 0.1450 l TEll 74.600 534.329 0.1450
- TE12 74.800 534.145 0.1450 '
DE01 54.300 0.2091 0.1206 DE02 54.o00 0.2080 0.1280 DE03 55.200 0.2166 0.1846 DE04 55.700 0.2143 0.1318 DEOS 74.400 0.4153 0.2175 ,
DE06 71.700 0.3830 0.2175 k PIO1 63588 63.583 l PIO2 63581 63.581 l I f i AVG. TEMD. = 530.504 i AVG. VAPOR FRESSURE = .2937 i i TOTAL PRESSURE = 63.5827 l l WEIGHT OF AIR = 94638,4 i I
i I
e i <
f .e j !
-._.._.._m. . - . , - , . . ,. - _m._-.-_....,_._-~_ _ _ _ _ . _ .- - ~ _
..___._._..m_m.__ .. - . _ . . _ . _ _ _ _ _ _ _ _ _. _ _ _ - . . _ _ _ _ _ _ _ _ _ . . _ _ _ . . . _ _ _ _ _ _ _ , _
1 l
i I
i 1
I i
1 e
a l
I i
l t
l 1
I I
i l
t i
i i
l RECORD NUMBER 40 DATE 609 TIME 1615
- INPUT CORRECTED VOL. FRACTION l
- TE01 85.880 545.102 0.0603 l TE02 83.380 543.127 0.0603 i
TE03 62.880 522.820 0.0640 TEO4 65.830 525.068 0.0640 9 TEOS IE06 TE07 64.200 62.900 e3.410 523.955 522.838 523.119 0.0923 0.0923 0.0522 l
! LEOS 63.010 522.646 0.0522 !
I TEO9 58.2oO 317.953 0.0274 l TE10 7 5. 0 L'u 534.285 0.1450 TEli 74.580 534.309 0.1450 lE12 /4.7v0 534.135 0.1450 ;
DE01 54.200 0.2083 0.1206 l DE02 54.800 0.2073 0.1280 DE03 S5.100 0.2158 0.1846 DE04 r.S. BOO O.2127 0.1318 DEOS 74.400 0.4153 0.2175 DE06 72.100 0.3883 0.2175 PIO1 63588 63.583 !
PIO2 63580 63.580 l AVG. TEMP. = 530.471 AVG. VAPOR PRESSURE = .2943 TOTAL PRESSURE = 63.5827 ;
WEIGHT OF AIR = 94643.3 i
9 l
I
4 l
Ill> i i
i I
i i t i
4 :
i i
i i
i i 1
l
! RECORD NUMBER 41 DATE 609 TIME 1630 t
INPUT CORREClED VOL. FRACTION TE01 85.980 545.202 0.0603 !
} TE02 83.830 543.578 0.0603 i TE03 62.910 522.850 0.0640 i TE04 66.000 525.238 0.0640 !
j TEOS 64.160 523.815 0.0923
( TEO6 62.890 522.828 0.0923 l TEO7 63.350 523.08G O.0522 i i TEO8 63.020 522.656 0.0522 l TEO9 58.290 517.053 0.0274 TE10 75.030 $34.295 0.1450 TEll 74.560 534.289 0.1450 TE12 74.780 534.125 0.1450 <
l DEO! 54.200 0.2083 0.1206 DE02 54.800 0.2073 0.1280 DE03 55.100 0.2158 0.1846 DEU4 55.600 0.2135 0.1318 c DEOS 74.400 0.4153 0.2175
, DE06 72.000 0.3870 0.2175 PIO1 63588 63.583 l PIO2 63581 63.581 1
- AVG. TEMP. = 530.509 i
AVG. VAPOR PPESSURE = .2941 l
TOTAL PRESSURE = 63.5827 WEIGHT OF AIR = 94636.9 O
a i
1 i
ll I
f l
4 i
l J !
L i'
RECORD NUMBER 42 DATE 609 TIME 1645 INPUT CORRECTED VOL. FRACTION t
TE01 86.000 545.222 0.0603 i
! TE02 83.470 543.217 0.0603 TEo3 62.940 522.880 0.0640 TE04 eS.950 525.188 0.0640 )
l TEOS 64.140 523.795 0.0923 i TE06 62.890 522.828 0.0923 l TEO7 63.380 523.089 0.0522 l TEOS 62.920 522.556 0.0522 TEO9 58.270 517.933 0.0274 i I t j TE10 75.020 534.285 0.1450 ;
l TEli 74.560 534.289 0.1450 '
j TE12 74.780 534.125 0.1450 i .
l DE01 54.200 0.2083 0.1206 l DE02 54.800 0.2073 0.1280 DE03 55.000 0.2151 0.1846 l DE04 55.700 0.2143 0.1318 l l DEO5 74.400 0.4153 0.2175 DE06 71.800 0.3844' O.2175 l I
4 i ;
i PIO1 63588 63.583 l
PIO2 63582 63.582 i f l
! AVG. TEMP. = 530.478
( AVG. VAPOR PRESSURE = '.2935 l TOTAL PRESSURE
{ = 63.5827 WEIGHT UF AIR = 94643.3 O
t t
i
+
!e i
i i
i l I
i i RECORD NUMBER 43 DATE .309 TIME 1700 l
i 1
j INPUT CORRECTED VOL. FRACTION l TE01 86.330 545.551 0.0603 l TE02 83.530 543.277 0.0603 '
TE03 62.690 522.630 0.0640 TE04 e5.9e9 525.198 0.0640 :
TEU5 64.140 523.795 0.0923 TEve 62.850 522.788 0.0923 l 1 TE07 63.330 523.039 0.0522 i TEOS 62.910 522.546 0.0522
, TEO9 5e.270 517.e33 0.0274 l TE10 75.000 534.265 0.1450
' TEli 74.540 534.269 0.1450 TE12 74.760 534.125 0.1450 DE01 D4.200 0.2083 0.1206 DE02 S4.euv O.2073 0.1280 i DE03 55.000 0.2151 0.1846 I f DE04 M5.500 0.2127 0.1318 l DEOS 74.400 0.4153 0.2175 DE06 71.800 0.3844 0.2175 PIO1 63588 63.$83 PIO2 e3582 63.582 l
I I
AVG. TEMP. = 530.473 AVG. VAPOR PRESSURE = .2933 TOTAL PRESSURE = 63.5827 WEIGHT OF AIR = 94644.4 0
I I
i i
i
\O f
i l
i '
l 1
i i
i i
i ,
! RECOPD NUMBER 44 DATE 609 TIME 1715 INPUI CORRECTED VOL. FRACTION
- TE01 86.260 545.481 0.0603 TE02 83.890 543.638 O.0603 TEO3 62.970 522.910 0.0640
- TE04 c5.849 525.078 0.0640 i TEOS 64.110 523.765 O.0923 TEOo c2.830 $22.768 '
O.0923 TEO7 t,3.330 ,
523.039 0.0522 1E08 e 2. 9N9 522.526 O.0522
- TEO9 58.230 517.892 O.0274 !
l TE10 7t.000 $34.265 O.1450 ,
i TEli /4.530 534.259 O.1450 l l 1E12 74.780 534.125 O.1450 l t l DE01 54.200 0.2083 O.120e DE02 54.700 0.2065 O.1280 DE03 55.000 O.2151 0.1846
! DE04 55. BOO O.2127 O.1318 l
DEOS 74.400 0.4153 0.2175 DE06 71.800 0.3844 0.2175 PIO1 63589 63.584
, PIO2 63583 63.583 AVG. TEMP. = 530.493 AVG. VAPOR PRESSUFE = .2932 TOTAL FRESSURE = 63.5837 WEIGHT OF AIR n 94642.6 O
I I i
i i
l' i;
G 1
1 l
}
4 RECORD NUMBER 45 DATE 609 TIME 1730 i
INPUT CORRECTED VOL. FRACTION ;
i i
f TE01 86.240 545.461 0.0603 l 1 TE02 83.870 543.618 0.0603 TE03 el. 070 523.010 0.0640 l 0.0640 l
l 9 TE04 TEOS TEOe 65.c40 64.100 e2.820 525.228 523.;55 522.758 0.0923 0.0923 i
j l TEO7 63.000 523.009 0.0522 i TEOS 62.860 522.496 0.0522
! TEO9 50.229 517.882 0.0274 i
- TE10 75.010 534.275 0.1450 .
} TE11 74.520 534.249 0.1450 l I TE12 74./80 534.125 0.1450 l l
DE01 54.100 0.2076 0.120e !
i DE02 64.700 0.2065 0.1290 !
l DE03 55.000 0.2151 0.184e (
l DE04 55.400 0.2120 0.1318 {
DEOS 74.400 0.4153 0.2175 DE06 71.600 0.3817 0.2175 i PIO1 63589 63.584 PIO2 63583 63.583 ;
f l
l AVG. TEMP. = 530.501 AVG. VAPOR PRESSURE - .2925 TOTAL FRESSURE = 63.5837 i t
WEIGHT OF AIR = 94642.21 i i
I
i GP-R-132147 GENERAL PHYSICS CORPORATION l
O l
l l
l l
l APPENDIX H YERIFICATION FLOW TEST
SUMMARY
DATA O
l i
i l
l l
l
!O I
I H-1
_ - _ _ . _ - - _ _ - - _ _ _ . - - _ . _ _ . - _ _ . . _ _ _ _ _ . . _ . - _ _ _ - ~ . _ _ . _ _ . .
l l
c l '
i '
l l
l I; E (A C H EtO T T O M UN1T TWO I L.R T 06-11-19135 06= 1 f. = ~~2 2 l F E C'!CED T E S T Dr.~l A CONTAINMErlT ' CO!1 T A I NMEN T !
CONTAINMEr61 PAPfIAL FFESSURE CONTAINMENI WEIGHT OF f
,. PR ESE UR t- WATER VAFOR TEMf-ERATUht AIR l
! TIME DATE (PSIA) (PSIA) (R) (LBM) !
100 611 64,0088 0.299 531.21 95140 115 611 64.0038 v.301 531.19 95134 130 611 64.0008 0.301 531.20 95127 145 611 63.9988 0.300 531.25 95116 200 611 63.9oS8 O.301 531.22 95118 215 611 e3.4918 0.300 531.24 95109 230 611 63.9899 0.001 531.23 95106
- 245 611 o3.4868 O.301 b31.25 95097 i 300 611 63.G829 0.301 531.27 95088
! 315 611 e3.9798 0.301 531.23 95092 l 330 611 63.9779 0.301 531.20 45093 I
343 611 e1.9779 O.302 531.28 95072 4 f ".- 611 63.9700 0.301 531.25 95074 41S ell 6~.4578 O.301 531.23 95074 430 611 e3.9e58 0.001 531.26 95064 445 ell .5.96:8 v.301 531.27 95059 ,
500 ell 63.9593 0.302 531.2U 95051 l J
9 5ii O 14i 611
$11 c11 e7.v5S8
~
5..?E19
$3.4486 o 361
- h. 302 0,301 531.29 531.26 b;1.29 95044 95042 950 s l
l i eA ei1 e?.94bd s i . 301 531.23 95040 l
l l
l I
I
- 1 11 i
O 9
I
I O
l LEAE RATE CALCULATIONS FROM DATA POINT 5 TO 21 J TIME 200 ON 611 TO 600 ON 611 l 9
MASSPOINT CALCULATIONS MEASURED LEAM RATE = 0.519G9 l 95% UPPER CONFIDENCE LEAK RATE = 0.55882 l SLCFE = 7.-20.6040 INTERCEPT <= 95115.1 l TOTAL 1IME CALCULATIONE REGRESE10N LINE ,
LE A!- PATE = 0.48620 '
95'? IJPPER COr!FIDENCE = 0.70764
$ LOPE a -0.0545 l INTERCEPT = 0.7v414 i L E At. RATE FFOM 200 CN 611 TO 600 Ofl 611 = 0.49137 )
. DAN LEfrAGE PsTE FOR LAST 4.00 HOURS n 0.58941 f
l-
\
O t
I i
i I
t l
RECORD NUMBER 1 DATE 611 TIME 100 INPUT CORRECTED VOL, FRACTION TE01 89.110 540.320 0.0e03 TE02 04.540 544.289 0.0603 TEU3 64.100 S24.040 0.6640 TE04 e6.290 S;:5.527 0.0640 i TEOS on.400 S25.OS3 O.0923 i G TEO6 TEO7 TEUG 63.620 64.160 63.54n S73.797 522.067 523.177 0.0923 O.0522 C.0522 l'
TEO9 59.140 510.066 O.0274 l Ttio 7S.100 5';4.263 o.1450 j TEll 7 4. f37.o S ; 4 . *,,5 9 o.1450 1E12 75. O';t e $ 3 4 . ~.95 o.145o DEV1 S N 300 0. 216*ci O.1206
0,2137
{L02 , t,.>9 v ' 1.'Fjo DEO So.40u O.2:58 0.164o DE04 56.500 O.2200 c.1 18 DE95 ' 4 . 7. K) O.4193 n.217$
LLUo 71.800 O.2044 9.217G
, PIO1 64014 64.009 i PIO2 63991 63.991 AVG. TENP. = 5.'.1.214 AVG. VAPOR FFESSUPE := .299 l u l AL I-HES'3Uf:C = 64.0009 WElbHT OF Alk a 95139.71 i
O .
l
I O
1 l
RECCRD t! UMBER 2 DATE 611 TIME 115 l ItJPUT COPPECTED VOL. FRACTION TE01 09.140 548.353 0.0603 TE02 94.0S0 543.G2O O.0603 TE03 64.170 524.110 0.0640 LEO 4 e6.220 525.458 0.0640 TEOS 65.360 525.013 0.0923 O TE06 TEO7 63.849 64.170 523.777 523.076 0.0923 0.0522 TE08 e!.S60 523.197 0.0522 l TE99 S*.17" 519.836 0.0274 TE10 75.120 f 5'4.395 0.1450 TE11 74.849 534.569 0.1450 ,
TE12 75.059 534.395 0.1450 i OE91 55.400 0.2176 0.1206 0E02 i6.4;09 O.2164 0, l 'J89 DE03 56.400 0.'2250 0.1646 DCO4 E6.600 0.2214 0.1018 DE SS 74.700 0.4193 0.2175
! DE06 72.Ovo 0.0896 0.0175 PIC1 64009 c4.004 l PIO2 63908 63.988 ,
AVO. TEMP, a 531.195 AVG. VAPOR PPESSURE a .3008 ,
TOTAL FFESSUPE a 64.0030 blEIGHT OF AIR = 95133.6 1
I l ,
i
I i
O l
1 i i
i i
I I
i RECORD NUMBEN 3 DATE 611 TIME 130 1
INPUT CORRECTED VOL. FRACTION TE01 89.030 548.243 0.0603 TE02 84.290 544.039 0.0603 TE03 64.170 524.110 0.0640 l TE04 6t.260 525.490 0.0640 1E05 65.390 525.043 0.0923 9 TE06 TE07 15-0 8 53.bO' 64.150 63.t4" S 2 ~"
523.857
.787 0.0923 0.0522 523.177 C.0522 TE09 59.120 518.786 O.0274 1C10 75.1 0 S54.385 0.1450 TE11 74.040 534.569 0.1450 1E12 7 5 . 0 9.> 5 4.405 0.1450 DE01 t5.400 0.2176 0.1206 Lt.02
~
Lt.904 0.2157 0.1280 (
DEv3 56.400 C.2250 0.1846 DC04 E6.000 0.2230 0.1318 LEOS 74.'709 0.4195 0.2175 DE06 72.000 0.3896 0.2175 PIO1 64006 64.001 ,
PIO2 60986 63.9G6 '
i AVG. TEMP. = 531.200 AVG. VAPOP FRESSUPE = .3009 TOTAL FFE5SUF(C = 64.0008 l WElGH! OF AIR = 95127.4 O ,
i i
,. ~.- .
(
l l
l l
l O
l l
l l
l l
RECORD NUMEER 4 DATE 611 TIME 145 INPUT CORRECTED VOL. FRACTION TE01 89.270 548.482 0.0603 l TE02 94.730 G44.480 0,0603 8 i
TE03 64.250 524.190 0.0640 '
TE04 66.240 525.478 0.0640 TEOS 65.380 525.033 0.0923 TEOS 67.010 523.797 0.0922
{ TE07 64.190 520.896 0.0522 TEO8 63.550 523.10/ 0.0522 TEO9 59.150 518.016 0.0274 l TE10 75.140 534.405 O.1450 TE11 74."40 534.569 0.1450
'E12 75.050 534.395 ^ 0.1450 DE01 55.400 0.2176 9.1206 DEo2 St.000 0.2164 0.1289 DEO* St.409 0.2250 6.1846 IrEv4 S e., . /00 0.2222 0.1310 CEOS 74.709 O.4195 O.2175 DE06 72,000 0.0070. O.2175 PIO1 64004 63.999 PICO 63993 63.903 AVG. TEMP. = 531.253 !
AVG. VAPOR PRESCURE = .3003 [
TUTAL FRES$URE = 63.998G l WLIHHi CF AIR = 95116.4 l
[
L
l __
l I
t O
P I
i
{
f t
r l
RECORD NUMEER S DATE 611 TIME 200 1hPUT CORREC1ED VOL. FRACTION TE01 89.120 540.333 0.0e03 TE02 04.290 544.O'39 O.0603 TE03 64.200 524.140 0.0o40 TE04 66.270 525.507 0.0640 1 TEOS 65.400 525.053 0.0923 9 TEOd TEo/
TEv0 63.060 64.190 63.SGO 523.797 523.096 523.217 0.0923 O.OS22 0.0522 TE04 59.140 518.006 0.0274 1E10 75,129 S34.305 O.1450 TEli 74.040 534.5ev A.1450 TE12 ^/ *J . * > b o 534,395 O.1450 Ct01 55.S00 0.2194 O.120e EE02 S6.000 0.2164 O.1200 DEO; US.400 0.2258 O. I t3 4 6 DE04 56.700 O.2222 0,1318 CEO't 74./00 O.4195 O.2175 DEve 7.2. l';9 0.0833 9.2175 PIO1 64001 60.496 PIO2 63900 6 3. *>G0 AVG. TEMP. e 531.216
(-iVO . VAPUR PFECEURL = .3007 10Tf.L PPESSURE = 63.9959 We'! BHT OF (i!R r 95117.9 O
l l
I EECORD NUMBER 6 DATE 611 TIME 215 INPUT CORRECTED VOL. FRACTION TE01 99.236 548.442 6.0603 TEGO 84.300 544.129 0.0603 l TE0T 64.210 524.150 0.0640 1E04 6o.300 525.537 0.0640 TEOS 65.400 525.073 0.0923 9 T E '.'t2 TEO' c.7.030 64.190 523.817 52'..E96 0,0923 0.0522 1EOS 63.609 523.237 0.0522 TE99 59.210 510.077 0.0274 TE10 ~75.120 534.305 O.1456 '
TEI1 74.049 534.569 0.1450 2 1Fi2 / ' .E . t ' t o 534.385 O.1450 i
CEO1 St. 48)" U.217e O.1206 LO '.l 56.009 O.2164 U . t i:00 DEU* 56.500 0.2266 v.tU46
['E U 4 S6 700 0.2222 0.1 '1D CEud /4.609 O.4161 0.2175 DE06 72.000 0.3870 0.2175 PIO1 63947 63.992 FIO2 63976 63.975 nVG. T Erik. = 501.23e AVG. VAPOR PREGSURE a .3002 TOTAL FFE52UPE = 63.7910 WEIGHT Or n!R 'e 95109.21 0
i O
l
\
l l
6 l
i RECORD f UMBER 7 DATE c11 TIME 230 INPUT CORRECTED VOL. FRACTION TE01 tW.160 S49.373 0.0603 TE02 84.380 544.129 0.0603 i TEO7 e4.246 ' 4.100 0.0640 TE04 66.290 525.527 0.0640 TEOb 65.1v0 5;5.053 O.0923 TEco n3.919 623.847 0.0923 i
(
9 1E07 TEOS T E.'.N e4.220 e'.*jto 50.16 '
"23.926
$2!.19/
516.047 0.0522 0,0522 0.0274 TE10 7 '-i .1 :0 534.365 O.1450 TEI1 74.U49 ",'4.569 o.1459 TE 12 /$.obu t '.,4 . 3 9 S 0.14So I Etil tt,48"+ 0.217S e i.1 :06 DF.02 So i 99 O.2164 en.1280 D ti >., : % . 's . . v.22gA . i;.1946 ,
DEv4 51, e u a s 0.2248 o.t~10 t DEY3 '4.?ou v . 419'S o.2175 l DEJA 7 ~. . < ' 0 9 v.20/0 i+.217%
PIO1 63995 63.990 PIO2 6'976 63.976 AVG. T Frit ' . a S31.234 4','U . V4F UF? F HC'. SUR E ^ .3003 l uinL F fit- SSUfiti = 63.9890 WEICHI CF AIR n 95105.6 ,
1 l
l 9
, _ . _ . __ _ _ _ __ _ _ _ _ .__ . - __ _ _ _ _ _ _ = = -
4 I
O r
t I
l RECORD tr'MPER 8 DATE 611 TIME 245 INPU.T .
CORRECTED VOL. FRACTION TE01 e9.2OO 54a.412 0.060:
TE02 84.400 544.'.69 0.0603 1E03 64.270 524.170 O.064O TE04 66.290 525.527 0.064O TE05 c,5.430 52S.002 0.0923 TE06 63.870 523.80/ O.0923 O IL97 IEUS 64.J39 6 !.'. 600 523.936 52?.2S/
0.0522 Q.0522 IEO9 S *V . 'J I i S19,877 Q.0274 TE10 75.140 534.4us O.1450 TEt1 74.E70 534.599 0.1450 TE12 6.OF) 5!4.425 O.1450 J LCc1 to.500 v.2104 O.120e j DE02 St.100 0.2172 O.1200 i
Da r '. L ' . LO
- O. 22 'a6 .la46 OE04 50.700 o.2222 O.1010 '
DEO3 /4.~00 0.4195 0.2175 j CE06 72.100 O.7083 O.2175 PIO1 63992 63.407 PIO2 63969 63.968 AVG. TEMP. = S01.254
- VG . V(WOf< F'RE 5SUEE e .2Q09 TOIAL Ff<LSUUPE = 63.4860 WEICHT OF AIR e 95097.4 O
t _ l 1
1 l
\
l e
l l \
l l
l l
d FECORD NUMBER 9 DATE 611 TIME 300
) INFUT CORRECTED VOL, FRACTION a
- l TE01 89.250 548,462 0.0603 TE02 84.630 544.379 0.0603 TE03 64.310 524.250 0.0640 TEv4 66.24u 525.473 O.0640 1E05 65.430 525.083 0.0923 9 TEO6 TEO7 TEOS
- 63. 90' >
e4.240 63,e10 523.637 523.Y46 523,247 O.0923 0.0522 O.0522 i
TEO9 'i 4 . .= ~* 519.807 v.0274 TE10 75.140 5 4.403 l 0.1430 :
fE11 a S50 E74.579 0,10 ;> l TE12 75.070 534.415 0.14.;v DE01 E t . M/0 0.2184 O.1206 U.02 '" e : O 0,21/2 O.1230 L6n3 i+.'w 0.22e6 O.1946 OE 34
- e . '7 4 a
- 9.2222 O.1310 !
DEO* 74.700 0.4195 v.2175 l DEOS 72.200 O. 3tive v.2175 PIO1 63988 63.983 PIO2 63967- 63.96/
AVG. 1 ! IMP.
- 531.27 HVG. VHFOR F RESSURE = .3012 TOTAL FRES5URE = 63.9828 WElGHT GF Alk = 95088.1 0
E P
r l
l l
1 O
I i 1
i t
i 1
I RECORD NUMBER 10 DATE 611 TIME 315 l INPUT CORRECTED VOL. FRACTION TE01 89.160 548,373 O.0603 TE02 84.180 543.928 O.0603 TE03 64.140 524.130 O.0640 TE04 e6.270 525,468 O.0640 TEOS o'5. 4 t.") 525.053 O.0923 1 l
TE06 ol.920 523.857 O.0923 i T -c i o, e 4 . _" " n-
" ' ' ._.o. 's v+- O.c."s'". I p
f TE00 e '. . c. 4 0 523.277 0.0522 !
j TEO9 U4 O c; 518.887 0.0274 !
iEle 7S. I N 534.3R5 O.1450 iEli 74.OSO 034.589 0.1450 fE12 75.Oev 534.405 n .14 54>
L E /1 i 5. o ni O.2184 O..;O6 L DE02 S$.100 O.2172 n.1280 CEO3 Ut.500 t5.2266 O.1846 DE04 '
, .760 0.2222 O.1318 DEOS 74.'00 0.4195 O.2175 CEOe 72.000 O.2670 n.2175 i
i PIO1 63985 63.980 i
i PIO2 63967 63.967 '
l '
I i
AVG. TEttp . = 531,229 l
6VG. VAFOR PRES $UhE = .3Q07
- IOTAL PF.E95URE = 63.9798 I,
tJEIGHT OF AIR = 95091. f3 O
h e
_ _ _ _ __ __. .- . _ _ _ _ _ _ - = _ _ = - - = _ - -
r I
i i
G .
f t
l HECORD NUMDER 11 DATE 611 TIME 330 INPUT CORRECTED VOL. FRACTION {
t TE01 89.150 548.363 0.0603 TE02 H3.640 S43.307 O.OoO3 TEO3 64.260 524.200 0.0640 TE04 66.240 525.478 0.0640 TEOS 65.440 525.093 0.0923 TEOe e3.930 *23.967 0.0923 TE07 64.250 523.956 0.0522 IE.8 e?.elo 523.24/ O.Ob22 I LEO 9 'W.160 51".826 0.0274 l.
TE10 /5.1 'O 534.395 O.1450 t
- i. TE!1 74.Sc0 534.Su9 0,1450 ('
l TE12 15.670 534.41", O.1450 i f
i DEul 55.St'O O.2184 O.1206 L.E U L t . 2 O( > 0.2112 0,120')
DE05 St.' 20 0.2266 0.1846 DE04 Mo./w 0.2222 0,1318 l DEOS 74.700 v.4195 4'.2175 CEGO 72.100 O. !O% 0.2175 PIO1 63983 63.478 PIO2 63959 63.95Y AVG. TEMP. = 531.204 ,
AVt3. W.POR PHEbsuRh = .3012 i i
101AL FPESSUHE = 63.9770 i WEIGHT OF AIR = 95092.5 l O
i O . . .
RECORD NUMBER 12 DATE 611 TIME 345 1NPUT CORRECTED VOL. FRACTION l
TE01 89.190 549.402 O.0603 TE02 84.460 544.209 0. goo 3 TE03 64.360 524.300 O.0640 TE04 eo.280 525.517 0.0640 TEOS 65.470 525.123 0.0923 TE0e 9 TCo?
TEOS 63.940 e4.260 63.660 523.877 S23.966 523.297 0.0923 O.0522 9.0522 1EO7 59.2Eu U18.947 O.0274 TElo 75.140 534.405 O.1450 lE11 ' 4 . L- w 534.589 0.1450 TE12 75.UG9 534.425 O.1450 L6 o 1 55. '_ vo 0.2184 O.1206 0*>2 St.100 9.2172 0,1236 fJt' C %.500 O.2266 O.1346 CE04 56.700 O.2222 O.1218 DEOS 74.700 0.4195 0.217G DE06 72.400 0,3923 O.2175 l
PIO1 63979 63.974 l PIO2 63959 63.959 l 1 s fVG. fEMP. = 531.2'70 AVli . VAPOR PRESSUFh 2 .3010 TurAL PhLSSURE = 63.9730 WEIGHT CF AIR = 95072.4 i
O ,
I I l
1 l
l l
1
- m_
l-I 1
O 1
l FECORD NUMBER 13 DATE 611 TIME 400 INPUT CORFECTED VOL. FRACTION TE01 89.170 54s.ge; 0.0603 TE04 84.140 543.988 0.0603 TEOS 64.200 524.240 0.0640 l TE04 e6.230 525.4ee o.oe40 j TEOS eb. 4 20 525.143 O.0923 i TE06 6?. 9'.O 523.es7 o,092; :
TEO7 o4. 'Je 1 G IE0H TE99
$3. 66t, t,.210 523.966 52; 297 Sjo.977 0.0522 o,0322 o,o774 TE10 75.149 5 34. 4 0 y., o,3430 l TEll 74. C 'O S;4.5vg o,3450 i TE12 7:,.<,/o $34.415 O.1450 Ut: 01 55.huO o.21e4 o,t29e DE02 b6.iW O.2172 c.1289 ICO3 St..ev9 o.2273 0,t846 DE04 St./9^ o.2222 o,t:tg ;
DUM 74 >
40 v.4193 o,23f3 D E';' 5 72, von o,;d7U 'i.2175 l
PIO1 63976 63.971 1 PIO2 63953 63.953 AVG. TEMP. = S31.251 .
AVts. VDPOR H<EShURE w .1900 TOT 6L FHESSUPE u e3.9700 WElGHT OF 4IR n 9b074.21 0
I l
o
i O '
l i
l i l r ,
i RECChD NUMBER 14 DATE 611 TIME 415 INPUT CORRECTED VOL. FRACTION TE01 89.140 548.353 0.0603 ,
TE02 .85.740 543.498 0.0603 TE03 64.3e0 524.300 0.0640 TE04 en.270 525.507 0.0640 TEOS 6S.470 525.123 Q.0923 9 TE06 TE07 TE00 63.940 64.289 o ! . 6 7 8.*
523.877 527.906 523.307 0.0923 0.0522 0.0522 TE09 59.220 518.087 0.0274 TE10 75.140 534.405 0.1450 l
, TE11 74.0e0 534.589 0.1450 TE12 75.U60 534.405 0.1450 DE01 53.500 0.2184 0.120e-rE02 % .100 c.2172 v.1290 DE03 be.500 0.226o 0.164e LE04 56.000 0.2230 0.1318 EE05 74.700 0.419S 0.2175 DE06 72.000 0.3070 0.2175 PIO1 63973 63.968 FIO2 63953 e3.953 l
. I AVG TEt1P. = 531.227
,AVO. VAPOR PRES $URE = .3000 TOTAt. FPE550RE = 63.9678 WEIGHT OF AIR = 95074 0 .
O 1
I l
l FECORD fJUMEER 15 DATE 611 TIME 430 l
If 4PUT CORRECTED VOL. FRACTION TE01 89.390 548.602 0.0603 .
TE02 83.980 543.720 0.0603 l TE03 64.4c0 524.400 0.064O TE04 c.6.309 525.617 0.0640 TEOS $b.460 525.I13 0.0923 TEv6 t ' . 75.0 523.1657 0.092J G TEO7 10 . t!
-TEU9 64./60 e3.600 5 9 . J" '
52_,.966 523.237 519.867 0.0522 O.0522 0.0274 TE10 7S.149 534.405 0.1450 l TEll 74.HSO 534.579 0.1450 1 c.12 75. t ' / 0 5:4.415 O.1450 t+io t St.500 O.2184 O.120e 11 0' * . + . 5c09 0.2164 U. L L%O :
i CEU3 '5 + . */n i O.2273 2.184o t OEv4 1 S t. 4 00 O.2238 O.1 10 }
den $ 74. Tuo 0.4195 0.2175 )
DEOS 92. 00 9.3895 0.2175 i i
PIC1 63971 63.966 PIO2 63949 63.949
l AVG. TEMP. = 531.262 AW. 'nw th FFES3URE = .3015 TufAL F1*E3&JPE = 63.9e,50 Wtil HH1 OF 41H = 95063.71 0 '
. . = - . _ .-. __ -.__ . _ _ - - _ . . _ _ _ _ _ - _ _ _ _
r i
l O j
'i
\ \
l I I i l
1 FECORD NUMBER 16 DATE 611 TIME 445 INPUT CORRECTED VOL. FRACTION TE01 89.250 548.462 0.0603
, TE02 '84.200 543.943 0.0603 TE03 64.'00 524.240 0.0640 rE04 63.340 525.577 0.0640 TEOS 65.490 525.143 0.0@23 1
TEO6 63.960 523.897 0.0923 O TE07 T t:OO dd.290 63.630 523.996 523.267 0.0522 0.0522 j
l l
TEO9 59.210 518.077 0.0274 5 1E10 75.170 534,395 O.1450 TE11 74.889 534.609 0.1450 j 1E12 75.v70 534.415 O.1450 i l
DE01 SL.500 0.2184 0.1206 DR' * 100 0.2172 o.1290 D F. 0 ' So. Soo 0.2273 o.194e j DEU4 56.700- O.2222 O.t319 DEOS 74.700 0.4195 O.2175 DE06 12 . ' ." M O.3B/0 O.J17b FIO1 63969 63.963 PIO2 63943 63.943 l d
P /G. TEMP. = 531.26/
AVG. VAiUP PRESSUFG = .3008 TOTAL FRESEURE = 63.9628 WEIGHT OF AIR = 9'5069.4 l*
I l
O l
l ;
l !
I !
l FECORD NUMBER 17 DATE 611 TIME 500 1
INPUT CORRECTED VOL. FRACTION l l
TE01 89.160 549.173 0.0603 ;
TE02 84.4bo 544.199 0.0603 l TE03 64.280 524.220 O.0640 l 1E04 e6.329 525.557 0.0640 -
TEO5 6S.490 525.143 0.0923 TE06 9 FEO7 TEO8 e3.920 64.280 e3.e40 523.057 523.YS6 523.277 0.0923 0.9522 0.0522 TEo9 59.250 519.917 0.0274 TElo 75.Ido 524.415 O.1450 TE11 74.9 9) 534. LOW 0.1450 TE1" ~"
nuo 534.425 O.1450 DE91 SS. BOO O.21811 0.120o DEv2 55.100 0.2172 0,1280 DEOJ 56.500 0.226d 0.1946 DE04 56.000 O.2230 O.1318 .
DEOS 7 4. ~00 0.4193 0.2175 DE.v 5 72.300 0.1910 0.2175 PIO1 63964 63.959 PIO2 67941 63.941 AVG. TEMP. = 531.276 A'/G . VA6OR PhESSUhE = .3016 TOTAL FRESSURE = 63.9580 WEIGHT OF AIR = 95050.6 i
)
O
._ _ . - . _ _ ---- -=. _ .
.- _ _ ---- .-~ -
i l
l r
O .
l l
P RECORD NUMBER 18 DATE 611 TIME 515 i
INPUT CORRECTED VOL, FRACTION I TE01 89.100 548.313 0.0603 1E02 84.e40 544.389 0.0603 t TEO3 64.200 524.140 0.0640 l rE04 e 6. 5 29 525.757 0.064O TEOS e5.470 525.123 O.0923 9 TE06 TE97 iEOS 63.950 e4.270-e 'a . e 79 523.887 523.97o 522 307 O.0923 0.0522 0.0522 TEO9 59.190 518.857 O.0274 l TE10 75. 30 524.295 O.1450 1 TEli 74.07v 534.599 O.1450 l
TE!2 ~'S . 0 9' ' 574.425 O.1450 DtiO ! b5.600 O.2192 O.1206-DEo" "*
1
- k' O.2172 O.1290 DE'J! 5 t . MO O.2256 0.1846 DEO4 G6.~00 O.2222 O.1318 DEOS 74.700 0.4195 0.2175 DE06 72.200 O.3896 O.2175 PIO1 63961 63.956 PIO2 63937 63.437 AVG. TEMP. = b 1.208 l AVG. VAPUR PPESSURE = .3013 }
TOTAL PPESSUPE = 61.9550 i r
WEIGHT UF AIR = 95044.5 '
O
i I
O :
l l
i l
RECORD NUMBER 19 DATE 611 TIME 530 l
INPUT CORRECTED VOL. FRACTION !
TE01 89.250 540.462 0.0600 TE02 83.050 543.598 0.0603 TE03 64.450 524.390 0.0640 TE04 66.450 525.eG7 0.0640 TEOS 65.460 525.113 0.0923 TE06 63.970 523.907 0.0923 9 TE07 1E08 TEO9 64.290 eC.z?O
- 59. '30 523.996 523.307 518.897 0.0522 0.0522 0.0274 TElv 75.160 534.405 O.1450 TE11 74.870 534.599 0.1450 TE12 75.v70 "'4.415 0.1450 DE01 5'5.500 0.2184 0.1206
!' DE02 Se.100 0.2172 0.1280 CE03 56.600 0.2273 0.1846 DE04 5 6. 9 0<.- 0.2230 0.1318 EEOS 74.700 0.4195 0.2175 DEOS 2. '00 0.3910 0.2175 FIO1 63957 63.052 PIO2 63934 63.934 AVG. TEMP. e 531.263 AVG. VAPOR PRES 5UPE = .3018 f0TAL GRESSURE = 63.9518 WEIGHT OF AIR = 95042.21 0
.I
. _ _ _ . . . _ __.__ ._. - _. _._. - .._ ___ =_.=. _ .- _
I' I
i
(
i RECORD NUMBER 20 DATE 611 TIME 545 INPUT CORRECTED VOL. FRACTION 4
l TE01 09.140 548.333 0.0603 TE02 84.720 544.470 0.0603 l
TE03 64.260 524.200 0.0640 TE04 66.420 525.657 0.0640 TEOS 65.480 525.133 0.0923 TE06 63.0S0 SL3.G87 0.0923 I O TEO7 TE08 TEU9 64.270 33.620 S23.976 523.257 0.0522 0.0522 57..'29 518.607 0.0274 ,
TE10 75.150 534.415 0.1450 {
TEli 74.850 534.579 -
0.1450 l TF1' 7S.000 534.425 0.1450 !
L LE01 55.'509 0.2184 0.1205 PEO2 56.100 U.2172 0.1280 l
- UE95 Se.500 9.2266 0.1046 I l D604 Se.700 v.2222 0.131G I Dh05 74.700 0.419% 0.2175 l l DE06 72.'200 0.3896 0.217S 4 l l
PIQ1 63954 63.949 l PIO2 63930 63.900 !
. t AVG. TEMP. e 531.291 AVG. VAPOR PRESSURE = .3012 TOTAL PPESSURE = 63.9488 I WEIGHT OF AIR = 95003.5 i
O 1
l-. . . _ . _ _ _ _ _
I i
l9
(
i a
i l
1 i
i 1
}
I l
1 1 1
s ,
i
{' RECORD NUMBER 21 DATE 611 TIME 600 i i !
INPUT CCRRECTED VOL, FRACTION l l
TE01 89.240 548.452 0.0603 !
TE02 83.b30 543.277 0.060c. l TE03 64.300 524.240 0.0640 l i
TE04 66.350 525.587 0.0640 '
- TEOS 65.470 525.123 0.0923 TEOe 63.950 523.887 0,0923 9 TE07 TEOS TE09 64.710 A3.Sco 59.2c0 524.016 523.297 518.927 0.0522 0.0522 0.0274 TE10 75.140 534.405 0.1450 TE11 74.860 574.599 0.1450 TE12 5.080 534.425 0,1450 OE01 55. 50t > 0.2184 9.1206-DE02 56,100 0.2172 0.1280 ;
DE00 56.ev0 0.2273 0.1846 i DE04 56,800 0.2230 0,1318 j DEOS 74.7v0 0.4195 O.2175 1 DE06 72.200 0.3896 0.2175 PIO1 63951 63.946 PIO2 63927 63.927 I l
AVG. TEMP. = 531.228 l AVG. VAPOR PRESEUFC = .3015 '
TOTAL PRESSURE = 63.9458 WEIGHT OF AIR = 95040 i
i i
e
. . ._ __._. _ _ _ . . _ - _ _ _ . _ _ _ _ . _ _ _ _ . - . _ _ . . _ _ _ . _ _ . . . _ _ _ _ _ . _ _ _ . = _ . . _ _ --
GP-R-132147 GENERAL PHYSICS CORPORATION 3
I 1
! l 4 l i ;
4 :
i i
i
\
APPENDIX 3 I
1 DTBAT
SUMMARY
DATA TOTAL TIME REPORT AND !
i
SUMMARY
OF MEASURED DATA 8 1 i
}
k lh ,
I I i t t t
f 1 i
- r
! E I
I i
l i
i i
i l
i :
i I I
j.
I l J-l l i 1 :
l O
l f
1 '
i
{
(
l BYPASS AREA CALCULATIONS l
FROM DATA POINT 2 TO 14 -
TIME 2330 ON eli TO 30 ON 611 8
BYPASS AREA CALCULATIONS I BYPASS AREA = 0.16954 I 95% UFPER CONFIDENCE = 0.23930 f SLOPE = 0.0824 INTERCEPT = 0.08716 ;
BYFASS AREA FROM 2330 ON 611 TO 30 ON 611 = 0.15721 i MEAN AREA FOR LAST 13 DATA F'OINTS = 0.13178 !
i
! l L
i i
- l l !
i I
l I
-l I
_ _ _ . _ ..a_ _ _ -. . - - - - - -- .-------.l
. _ _ . ~ _ - - . _ .. . - -. _ _ - .- , _ -
l l
l l
l
,t 4
i 1
i P E A CI-I BOTTOM UNIT 2 BYFASS TEST TOTAL TIME ANALYSIS ALMAK = 0.785 VOLUME = 127700 COD = 0.600 TIME 2330 ON 611 TO 30 ON 612 ME DRpTMP DRYFRS DRYVAP TORTMP TORPRS TORVAP AREA
. 39
- 523.121 16.2180 O.140 532.085 14.8004 O.374 0.0000 2335 523.289 1c 2170 0.141 532.358 14.8203 O.384 O.0405 2340 $23.448 16.2170 0.142 532.585 14.8373 0.388 0.0821 1 2345 523.531 16.2170 O.142 532.721 14.8632 0.392 O.1688
! 2350 52'. 529 1n.2150 0.138 532.824 14.8682 0.394 O.1245 2:55 523.564 16.2090 O.137 G32.944 14.8832 O.396 O.1375 0 523.eOS 16.2050 0.135 533.008 14.8932 0.397 0.135G i
4 5 523.586 1A.2010 O.131 533.074 14.9052 O.399 O.1378 l 10 523.643 le.19.'O o.128 -33.131 1 14.91ei O.400 O.1394 15 523.666 16.1870 O.126 533.201 14.C321 O.402 O.1502 20 523.736 1 .1800 o.124 533.251 14.c431 O.402 O.1520 i
l 25 523.727 lo.1740 O.123 533.294 14.9551 O.403 v.1555 30 523.746 16.1680 O.121 533.344 14.9670 O.404 O.1572 l
CALCULATED BYPASS AREA = 0.1695 957. UCL BYPASS AREA = 0,2393 l MEAN OF THE MEAEURED BYPASS AREAS = 0.1318 i ,
i i
i
_ _ . . _ _ . , _ , . _ _ _ . _ - _ , , __,_,.,__,,,..,,._-,___,__..-._._,...._.-y __._._7 . , . , _ _ _ _ _
l f
i i
l i t
t i
i I l l (
i >
l I
4 RECORD NUMEER 1 DATE 611 TIME 2325 INPUT CORRECTED VOL. FRACTION TE01 88.180 547.395 0.0603 TE02 82.530 542.275 0.0603 TE03 56.770 516.722 0.0640 l I TE04 62.170 521.416 0.0640 )
TEOS 57.930 517.592 0.0923 !
TE06 57.980 517.921 0.0923 7EO7 56.250 515.967 0.0522 i TEOB 54.820 514.443 0.0522 i TE99 47.540 507.157 0.0274 1E10 72.200 531.465 0.1450 1 TEli 71.760 531.491 0.1450 t 1Et2 /2.190 531.538 0.1450 !
DE01 39.300 0.1192 0.1206 '
DE02 51.000 0.1803 O. 280 DE03 40.900 0.1239 0..d46 DE04 42.800 0.1313 0.1318 DE9S 71.700 0.3791 0.2175 DE06 70.700 0.3702 0.2175 i
PIO1 16228 16.223 j PIO2 15780 15.765 i AVG. TEMP. = 522.8481 531.499 AVG. VAPOR PRESSURE = .1372 .3746 TO TAL PRESSURE = 16.223 15.7654 WEIGHT OC AIR = 10604.4 1
i I
I i
O i
i l
1 i
i i
{
l RECORD NUMEER 2 DATE 611 TIME 2300 l
INPUT CORRECTED VOL. FRACTION TE01 88.540 547.754 0.0603 j TE02 83.150 542.896 0.0603 j f TE03 56.540 516.492 0.0640 }
TEo4 62.520 521.765 0.0640 !
! TEOS 58.220 517.882 0.0923 l
[ TE06 58.210 518.151 0.0923 i l TE)7 So.560 516.270 0.0522 l
! TEO8 55.080 514.703 0.0522 l TEO9 47.090 507.508 0.0274 lE10 72.840 532.107 0.1450 f TEli 72.370 532.101 0.1450 J 1E12 72.790 532.047 0.1450 i DE01 34.800 0.1206 0.1206 j l OE02 51.700 0.1851 0.1220 i
- DE03 41.500 0.1270 0.1846 l 1 DEO4 4T.2OO O.1334 0.1318 l DEOS 71.900 0.3817 0.2175 DE06 70.400 0.3664 0.2175
, PIO1 16223 16.218
( PIO2 14815 14. GOO l
AVG. TEMP. = 523.121 532.085 I AVG. VAPOR PRESSURE = .1403 .374 TOTAL PRESSURE = 16.218 14.8004 WEIGHT OF AIR = 10593.6 l
l l
1
[
l . .-.
l l
l l
l l
i i
l i l l l I I 4
! l
! l RECORD NUMBER 3 DATE 611 TIME 2335 I t
!'; INPUT CORRECTED VOL. FRACTION l 1
4 TE01 89.550 547.764 O.0603 L l TE02 83.5!0 543.277 0.0603 TE03 56.980 516.931 0.0640 ,
TE04 62.710 521.955 0.0640 l TEO5 58.360 519.022 O.0923 i
9 TEO6 TEO7 TEO8 53.350 56.540
$18.291 516.350 0.0923 0.0522 l
! 5 5. *.)S O S14.703 0.0522 f TEO9 47.'?40 507.558 0.0274 l TE10 '3.130 532.397 O.1450 l TE11 72.630 532.361 O.1450 !
TE12 2.970 S32.317 0.1450 l l DE01 30.300 O.1206 O.1206 i lev 2 b2.300 0.1872 O.1280 l DE03 41.800 0.12e5 0.1e46 l i
DE04 43.300 O.1334 6.1318 !
DE05 72.200 O.3856 0.2175 l DEO6 71.700 0.3830 0.2175
- PIO1 16222 16.217
! PIO2 14835 14.820 i i .
l AVG. TEt:P. = 523.289 532.358 '
AVG. VAPOR FRESSURE = .1414 .3e43 TOTAL PRESSURE = 16.217 14.8203 WEIGHT OF AIR = 10588.8 l
O T
t e
e e
e
- - - - ,-, ,...-w.w-m--.www-__
n- . . . _ _ _ . _ - - . -
t i
l 1
t 4
i J
] l I
i i
l i
f I
RECORD NUMBER 4 DATE 611 TIME 2340 INPUT CORRECTED VOL. FRACTION TE01 89.030 548.243 0.0603 7E02 8_3.640 543.387 0.0603 TE03 57.210 517.160 0.0640 i TE04 62.790 522.034 0.0640 I TE05 58.450 519.112 0.0023 O 1EU6 TEo7 59.439 5e.700 518.371 516.506 0.0923 0.0522
(
l TEUS SS. ISO 514.003 0.0522 i TEO9 40.140 507.759 0.0274 iE10 71. 3 7t 532.637 0.1450 TEli 72.810 532.540 0.1450 i 1 'IE!2 '3.270 532.577 0.1450 !
l t DE01 30,800 O.1206 O.1206
[Ea2 S1.00v 0.1865 O.1200 DE93 42.100 0.1301 0.184o DEo4 43.500 0.1350 0.1318 j DEOS 72.500 0.3e95 0.2175 r i
DE06 72.000 0.2870 0.2175 l (
i PIO1 16222 16.217 I
PIO2 14852 14.807 l l l AVG. TEMP. = 523.448 532.585
' AVG. VAPOR FRESSURE = .142 .3883 TOTAL PFES$URE = 16.217 14.8373 WEIGHT OF AIR = 10565.2 O
.-~ .. - ___ . _ - - - _ _ - - . - _ - - _ .
i I l
i I
I t l
k i FECORD NUMBER 5 DATE 611 TIME 2345 INPUT CORRECTED VOL. FRACTION ,
i TE01 84.150 548.3e3 0.0603 I TE02 83.530 543.277 0.0603 i TE03 57.280 517.230 0.0640 !
TEO4 62.880 522.124 0.0640 !
O TEOS TEOo 58.560 58.t00 518.222 518.541 0.0923 0.0923 TEO7 56.820 51e.530 0.0522 TEO8 55.350 514.973 0.0522
! TEO9 48.14v 507.759 0.0274 TE10 73.500 532.767 0.1450 TEli 72.920 532.650 0.1450 1 TE12 73.400 532.747 0.1450 i DE01 So.eOO O.1196 0.120e DEO') '41. Moo 0.1858 0.1280 DE03 42.200 0.1397 0.1946 DE94 43.400 0.1345 0.1!10 DEO5 72.800 0.3935 0.2175 DE06 72.200 0.3096* O.2175 PIO1 16222 16.217 PIO2 14878 14.863 AVS. TEMP. = 523.531 532.721 AVG. VAPOR PRESSURE = .1417 .3916 TOTAL PRESSURE = 16.217 14.8632 WElGHT OF AIR = 10583.7 0
i I
i i
l i
i i
l 2 ..
I 1 ,
1 l
i i i i
! i i
I RECORD NUMBER 6 DATE 611 TIME 2350 l
INPUT CORRECTED VOL, FRACTION i t l I
f TE01 89.350 548.562 0.0603 !
I TE02 93.850 543.598 0.0603 !
TE03 57.270 517.220 0.0640 i TE04 62.200 521.446 0.0640 i l
9 TEOS TEo6 TE07 58.5i0 59.660 56.870 518.222 518.600 516.588 O.0923 0.0923 0.0522 l r
- TEOS 55.400 515.023 0.0522 l '
} TEO7 49.17ii 507.789 0.0274 d
1E10 3 . c 2 O 532.88e 0.1450 1El1 72.020 532.750 0.1450 ,
TE12 '7.490 532.837 O.1450 !
l t
DE01 30.400 6,1187 O.1206 DEO2 47.EOo 0.1723 o.1280 ;
DEOS 42,200 O.1307 o.1846 i DE04 4'. 300 O.1339 O.1318 l DEOS 73.000 0.3962 0.2175 DE06 72.400 0.3923 0.2175 PIO1 16220 16.215 PIO2 14883 14.868 AVG. TEMP. = 623.529 532.824 j AVG. VAPOR PPESSURE = .1383 .3942 l
. TOTAL PRESEURE = 16.215 14.8682 I 1
WEIGHT CF AIR = 10584.6 O
1 O
1 l
l l
I
! RECCRD NUMBER 7 DATE 611 TIME 2355
?
e INPUT CORRECTED VOL. FRACTION TE01 89.200 548.512 0.0603 TE02 84.120 543.878 0.0600 TE03 57.360 517.009 0.0640 ,
TE04 61.680 521.126 0.0640 '
TEOS 58.620 518.282 0.0923 O IEvo TE07 58.810 56.920 518.750 516.c38 0.0923 0.0522
- TEOS 55.310 514.933 0.0522 TEO9 48.290 507.010 0.0274 TE10 73.720 S32.905 0.1450 TEli 73.120 532.650 0.1450 IE12 73.650 532.996 0.1450 DE01 39.100 0.1172- 0.1206 OE02 49.100 0.1678 0.1280 CE03 42.100 0.1301 0.1846 DEO4 47.200 0.1334 0.1318 l CEOS 73.200 0.3988 0.2175 DE06 72.400 0.3923 0.2175 PIO1 16214 16.209 PIO2 14898 14.883 AVG. TEMP. = 523.5641 532.944 AVG. VAPOR PRESSURE = .1367 .3956 TOTAL FFESSURE = 16.209 14.8832 WEIGHT OF AIR = 10581 lO
l l
f l !
l i
! t I
t RECORD NUMBER 8 DATE 612 TIME O j INPUT CORRECTED VOL. FRACTION TE01 89.540 548.751 0.0603 TE02 84.230 543.978 0.0603 TE03 5/.320 517.270 0.0640 TE04 61.880 521.126 0.0640
'EOS 58.640 518.201 0.0923 l IE06 58.680 51L'.320 0.0923 TE97 56.970 516.668 0.0522 TEO8 55.2e0 514.803 0.0522 TEO9 48.230 507.850 0.0274 l TE10 7 3. 7'30 533.056 0.1450 TEli 73.170 532.900 0.1450 TE12 73.720 533.066 0.1450
- DE01 38.800 0.1159 0.1206 UEO2 48._U9 0.1622 U.1280 DE03 41.900 0.1291 0.1946 D E O '. 43.000 0.1324 0.1318 DEOS 73.300 0.4002 0.2175 DE06 72.500 0.3936 0.2175 PIO1 16210 16.205 PIO2 14908 14.89:3 -
l i
j AVG. TEMP. = 523.608 533.008 I
AVG. VAFOR PFESSURE = .1345 .3969 TOTAL PPES$URE = 16.205 14.8932 WEIGH 1 OF AIR = 10578.9 l l
lllI !
i
O RECORD NUMBER 9 DATE 612 TIME 5 l
INPUT CORRECTED VOL. FRACTION TE01 89.230 548.442 0.0603 TE02 84.290 544.039 0.0603 l, TE03 57.310 517.260 0.0640 i
TEC4 tl.750 520.997 0.0640 f TEOS 58.680 518.341 0.0923 TE06 58.Y10 518.850 0.0923 i TEu7 56.950 516.6o8 0.0522 TEUU 55.390 515.013 0.0522 TEO9 49.200 507.819 0.0274
, lE10 7?.040 553.106 0.1450 l TEli 73.240 532.970 0.1450 '
161L ~/ ~, . 600 533.146 0.1450 DE01 3d.eOO O.1150 0.120e ,
DE02 4o.5ov O.1520 0.1280 1 DEO3 41.700 0.1280 0.1846 l UE04 42.300 0.1313 0.1318 DEOS 73.500 0.4029 0.2175 DE06 72.600 0.3950 0.2175 PIO1 16206 16.201 PIO2 14920 14.905 AVG. IEMP. = 523.586 533.074 AVG. VHPOR PPESSUPE = .1315 .3989 !
TOTAL PFESSUPE = 16.201 14.9052 WFIGHT Of- AIR = 10578.8 O
t i
i l
!9 l
l l
i t
e l
l r
, RECORD NUMBER 10 DATE 612 TIME 10 l INPUT CORRECTED VOL. FRACTION TE01 89.430 548.642 0.0603 TE02 j 84.560 544.309 0.0603 ,
TE03 5'.430 517.379 0.0640 '
S TE04 TE05 TE06 61.680 58.630 58.980 520.927 518.292 518.920 0.0640 0.0923 0.0923
! TE07 5e.970 516.688 0.0522 l
TEOB 55.350 514.973 0.0522 TE09 48.210 507.829 0.0274 TE10 73.690 533.156 0.1450 TEli 7:.310 533.040 0.1450 TE12 /3.650 533.196 0.1450 DE01 30.J00 0.1137 0.1206 l DE02 45.u00 0.1435 0.1290 DE0' 41.500 0.1270 0.1846 DEv4 42.400 0.1293 0.1310 DEOS 73.600 0.4043. 0.2175 j j DE06 72.700 0.3963 0.2175 i I l
[ PIO1 16198 16.193 PIO2 14931 14.916 AVG. TEMP. = 523.643 533.131 AVG. VAPOR PRESSURE = .1284 .4003 I
TOTAL PPE55Uf(E = 16.193 14.9161 WEIGHT OF AIR = 10574.3 O
l l
{O l
l i
l i
i l
l RECORD NUMEER 11 DATE 612 TIME 15 l i
INPUT CORRECTED VOL. FRACTION !
TE01 89.620 548.e31 0.0o03 TE02 84.390 544.139 0.0603 TE03 57.480 517.429 0.0640 TE04 61.e90 520.937 0.0640 l TEOS 53.oSO $18.311 0.0923 l l
IE06 S9.020 518.960 0.0923 l TEO7 56.970 516.688 0.0522
[ TEOS 55.400 515.023 0.0522
' TEO9 4d.210 507.829 0.0274 TE10 '73.959 b33.226 O.1450 !
TEli 73.370 533.100 0.1450
~l E 1 2 7t.4?O 5'3.276 0.1450 l
( Dh91 30.000 0.1123 0.1206 l Dh02 44.000 0.1381 0.1280 i DE03 41.100 0.1249 0.184e i l DE04 41.C90 0.1267 0.1310 DEOS 73.800 0.4070 0.2175 DE06 72.700 0.3963 0.2175 PIO1 16192 16.187 PIO2 14947 14.932 i F
I l AVG. TEMP. = 523.6661 533.201 i AVG. VAPOR PRESSURE = .1256 .4017 i TOTAL FRESSURE = 16.187 14.9321 l WEIGHT OF AIR = 10571.7 l oI
l i
r j
O ..
I=
1 l
l l
l l.
i
{
FECORD NUMBER 12 DATE 612 TIME 20 t INPUT CORRECTED VOL. FRACTION TE01 80.740 548.951 O.0603 TEO2 64.420 544.169 O.0603 TE03 57.580 517.529 O.0640 TE04 el.780 521.026 0.0640 TE05 58.690 516.351 O.0923 TEC6 5G.oeO e19.020 0.0923 l rE07 57.~040 516.75G O.0522 !
TEOS E5.SCO 515.144 0.0522 TEO9 48.190 507.799 G.0274 l j
1E10 74.*~ 533.296 0.1450 i TEli 77.436 533.160 0.1450 IE12 7'.E50 533.296 v.1450 DE01 T/,900 O.I119 O.1206 i DEC' 43.-ov U.1370 O.1280 !
DE03 40.900 O.1239 O.1946 DE04 41.200 0.1233 O.1310 DEO5 '~.900 O.4064 0.2175 DEO6 72.700 0.3963 O.2175 i PIO1 16185 16.180 l PIO2 14950 14.943 i AVG. IEMP. = 523.7361 533,251 l AVG. VAPOR PHES5URE = .1242 .4024 TOTAL PFESSURE = 16.18 14.9431 WEIGHT OF AIR = 10566.7 0
7 l
I I
i l
l l
a I
l f
I l
l l
r 1 '
i l
l RECORD NUMBER 13 , DATE 612 TIME 25 INPUT CORRECTED VOL. FRACTION TE01 -89.690 548.901 0.0603 TE02 84.420 544.169 0.0603 TE03 57.550 517.499 0.0640
, TE04 $1.710 520.957 0.Oe40 TEOS 58.c90 518.351 0.0923 )
9 TE06 TEO7 TEOS 59.000 57.080 55.520 519.030 516.798 515.144 0.0923 0.0522 0.0522 TEO9 48.230 507.850 0.0274 TE10 74.070 533.336 0.1450 j TEli 73.480 533.210 0.1450 l 1E12 73.'90 533.336 0.1450 DE01 37.800 0.1114 0.1206 LE02 43.200 0.1344 0.1280 CE03 40.600 0.1223 0.1846 DE04 40.900 0.1218 0.1318 DE05 74.000 0.4090 0.2175 DE06 72.700 0.3963 0.2175 r
PIO1 16179 16.174 PIO2 14970 14.955 i
AVG. T Ef1P. = 523.727 533.294 AVG. VAPOR FRESSURE = .1226 .403 TOTAL PRESSURE = 16.174 14.9551
, WEIGHT OF AIR = 10563.9 l
O
1 l
i 1
l l
i :
i i !
RECORD NUMBER 14 DATE 612 TIME 30 i i
INPUT CORRECTED VOL. FRACTION l !
i j TE01 89.850 549.060 0.0603 l TE02 84.560 544.309 0.0603 TE03 57.500 517.449 0.0640 TE04 61.680 520.927 0.0640 t TEO5 58.720 518.381 0.0923 {
9 TE06 TEO7 TEOS 59.090 57.040 55.450 519.030 516.808 515.074 0.0923 0.0522 0.0522 I
l TEO9 48.150 507.769 0.0274 f TE10 74.110 533.376 0.1450 l TEli 73.559 533.280 0.1450 I TE12 74.030 533.376 0.1450 !
I i l DE01 37.700 0.1110 0.120e t i DE02 42.800 0.1318 0.1280
( DE03 40.300 0.1208 0.1946 DE04 40.700 0.1209 0.1318 CE05 74.100 0.4111 0.2175 '
. DE06 72.800 0.3977 0.2175 l
l PIO1 16173 16.168 ,
PIO2 14982 14.967 l AVG. TEMP. = 523.746 533.344 AVG. VAPOR PRESSURE = .1212 .4044 )
TOTAL PFES5URE = 16.168 14.967 WEIGHT OF AIR = 10560.5 j
I l
- t
GP-R-132147 GENERAL PHYSICS CORPORATION O
APPENDIX K LOCAL LEAKAGE RATE TEST SUMMARIES i
l l
O '
l l
K-1
APPENDIX K PEACH BOTTOM UNIT 2 TYPE B TEST
SUMMARY
l h P N'T SYSTEM OR DESCRIPTION R EM AR KS L E PEN T TAL Drvwell Head 7/,1/An 10 10 6/17/82 10t10 6/1/85 10 10 10 FPV stabili-er 8/8/B0 10 10 As serblies (A thru H) 3/25/82 25!10 11/9/83 80110 4/6/85 205 50 205
~
N-1 Ecuip-a-+ Access Hatch 6/1o/97 10 10 11/25/83 20 10 6/5/95 10+10 10 N-2 Personnel Airlock B/15/80 4060 4E0 B/15/80 416 50 6/24/81 731 50 8/26/81 991 50 9/?1/91 771 50 11/30/81 426 cn 1/21/92 Gross 1/25/82 360 50 6/29/82 10801450 8/13/82 122 10 9/12/82 566 50 10/27/82 462 50 12/19/82 1559 450 1/30/83 820 50 3/21/83 3118!450 3/28/83 Cross 3/30/83 520 50 S/10/85 978 50
APPENDIX K PEACH BOTTOM UNIT 2 TYPE B TEST
SUMMARY
P T SYSTEM OR DESCRIPTION L PEN TOTAL REMARKS E N-2 Fersennel Airlock 1'/1/A7 530t50 cont'd 2/3/84 542 50 2/26/84 1.313t450 7 /11/ A s 1,143!450 Airlock "O* Ring 5/17/81 20!10 6/3/82 20t10 11/7/83 30!10 6/18/85 10t10 1153 N-4 Head Access 6/5/82 10110 4/5/95 10 10 10 N-6 CRD Hatch 8/3/80 10t10 8/22/81 20t10 6/20/82 10t10 12/12/82 10!10 11/30/83 10210 2/22/84 10t10 6/27/95 10 10 7/6/85 10 10 10 N-7A Main Steam Line *1-total for N-7A,7B 3/8/82 25 10 Bellows 7c.7n.9A and 9B is 2/19/82 40110 recorted under N-7A 5/18/85 480 50 480 N-7B Main Steam Line *1 l Bellows l
APPENDIX K PEACH BOTTOM UNIT 2 TYPE B TEST
SUMMARY
P T SYSTEM OR DESCRIPTION REM AR KS L K E PEN T TAL W-7C Main Steam Line *1 Bellows M-7D Main Steam Line *1 Bellows N-9A Feedwater Line *1 Pe11cws N-99 Feedwater Line *1 Bellcws N-11 HFCI Steam Line *2-total for N-11, 3/8/82 240150 Bellows 12,13A,&l6A is 5/18/85 340!50 i reported under N-ll 340 N-12 RHR Suction Line *2 Bellows N-13A RHR Suction Line *2 l Bellows l
s N-13B RHR Injection Line *3-total for N-13B, 3/8/82 2$t10 Bellows 14,16B,and 17 is 2/13/84 25 10 j reported under N-13B 2/19/84 20 10 1
i 5/17/95 30 10 30 N-14 RWCU Suction Line *3 Bellows
I APPENDIX K PEACH BOTTOM UNIT 2 l TYPE B TEST
SUMMARY
l P T SYSTEM OR DESCRIPTION T L R EM AR KS E PEN T TAL N-16A Core Sorav Bellows *2 N-16B Core Soray Bellows *3 N-17 Head Sprav Bellows *3 N-25 AO-2505,2519,2520 6/9/82 10 10 6/5/95 20 10 20 M-26 AO-2507,2506 2/10/82 20!10 1/30/84 20 10 6/4/85 30 10 30 N-35A-G Tip Penetration 3/10/82 10t10 "O" Rincs 3/8/84 10t10 3/23/85 10 10 10 M-100A Electrical *4-total for N-100A, 1/28/82 34110 100C,104A,104B,1040, 1/24/84 10t10 104D,105A,105B,106A, 4/6/85 10t10 106B,107 & 220 is reported under N-1001, 10 M-100C Electrical *4
APPENDIX K PEACH BOTTOM UNIT 2 TYPE B TEST
SUMMARY
P 'T SYSTEM OR DESCRIPTION REM AR KS L A E PEN T TAL N-100D Electrical *5-total for N-100D, gf17/go io 10 100E,101C,101D,101E, 1/28/82 110 10 103B,104B,104F,1043, 1/28,82 30210 104H,105C,105D,106C, 1/26/94 10t10 106D is reported 4/6/85 20!10 under N-100D 20 N-100E Electrical *5 N-101A Electrical *6-total for N-101A, 1/27/82 40t10 101B,101F is under 1/24/84 61 10 N-101A 4/6/85 45 10 45 M-101B Electrical *6 N-101C Electrical *5 W-101D Electrical *5 N-101E Electrical *5 l
l
APPENDlX K PEACH BOTTOM UNIT 2 TYPE B TEST
SUMMARY
PEN'T TEST NO SYSTEM OR DESCRIPTION R EM AR KS LEAKAGE PEN'T TOTAL DATE SCC / MIN SCC / MIN N-101F Electrical *6 N-103B Electricul *5 W-lO4A Electrical *4 W-104E Electrical *4 N-lO4C Electrical *4 W-104D Electrical 4 1
I APPENDIX K PEACH BOTTOM UNIT 2 TYPE B TEST
SUMMARY
l P T SYSTEM OR DESCRIPTION L A E REMARKS PEN T TAL M-104E Electrical *5 N-104F Electrical *5 N-104G Electrical *5 N-104H Electrical *5 N-105A Electrical *4 N-105B Electrical *4
{
APPENDIX K PEACH BOTTOM UNIT 2 TYPE B TEST
SUMMARY
P E N'T TEST LEAKAGE PEN'T TOTAL NO SYSTEM OR DESCRIPTION REMARKS DATE SCC / MIN SCC / MIN N-105C Electrical *5 N-105D Electrical *5 N-lC6A Electrical *4 N-106B Electrical *4 E-106C Electrical *5 N-106D Electrical *5 i
APPENDlX K PEACH BOTTOM UNIT 2 TYPE B TEST
SUMMARY
P T L SYSTEM OR DESCRIPTION REM AR KS E PEN T TAL W-107 Electrical *4 W-150 Test Nozzle Double 3/8/82 10!10 "O" Ring 2/13/84 10 10 5/31/85 10 10 10 N-200A Torus Manway NE 6/3/82 10 10 6/23/82 10t10 6/8/85 10 10 6/28/85 10!10 10
'-200B Torus Manway SW 5/21/81 10 10 8/22/81 10 10 6/12/82 12 10 10/25/8? 10t10 12/12/82 10 10 7/25/83 10!10 2/24/84 10t10 5/21/85 10 10 10 l
N-201A Torus Vent Bellows *7-total for N-201A& 1/?4/A? 41 +1 n l 201 Bis reported under 1/26/84 41 in N-201A 4/5/85 10 10 10 l
l
-?O1A *menn Vent Bellows *7
APPENDlX K PE ACH BOTTOM UNIT 2 TYPE B TEST
SUMMARY
P T SYSTEM OR DESCRIPTION LA PEN T TAL REMARKS E N-201C Torus Vent Bellows *8-total for N-201C 1/28/82 20 10
& N-201D is reported 1/26/84 10 10 under N-201C 4/05/85 10210 10 N-201D Torus Vent Bellows *8 N-201-E Torus Vent Bellows *9-total for N-201E 1/28/82 20t10
& N-201F is reported 1/25/84 10 10 under N-201E 4/5/85 10 10 10 N-201F Torus Vent Bellows *9
~
l N-201G Torus Vent Bellows *10-total for N-201G 1/28/82 20 10
& N201H is rep:irted 1/27/84 10t10 under N .11G 4/5/85 10!10 10 N-201H Torus Vent Bellows *10 l
l 1
N-205A AO-2502E 5/19/82 100t10 1
6/17/85 20 10 20
APPENDlX K i
PEACH BOTTOM UNIT 2 '
TYPE B TEST
SUMMARY
j 1
1 P T SYSTEM OR DESCRIPTION l
REM AR KS L E PEN T TAL I N-205B AO-2502A O-rings 4/15/82 20 10 6/7/85 30110 AO-2521A & 2521B 5/26/82 20 10 0-rings 6/9/82 20 10 6/6/85 20 10 50 B-206A,B Torus Leve1 Instrument 3/4/82 110 10 6/18/82 220 50 LT-8027A only 12/16/82 203 50 6/4/85 661 50 6/5/85 490!50 490 N-213A Torus Ccnstruction 5/8/82 10t10 Drain 5/11/82 10 10 5/21/85 10110 10 N-213B T6rGi Construction 5/8/82 10t10 Drain 5/21/85 10t10 10 1
l
APPENDIX K PEACH BOTTOM UNIT 2 TYPE B TEST
SUMMARY
P 'T LA SYSTEM OR DESCRIPTION REMARKS E PEN TOTAL N-219 AO-2511 & 2512 0-rings 2/03/82 20:20 1/30/84 20 10 AO-2512 Only 6/17/85 10!10 AO-2511 Only 6/08/85 20110 30 W-220 Electrical *4
\
l l
I l l l l l
AOPENDIX K PEACH JOTTOM UNIT 2 TYPE CTEST
SUMMARY
l PE N'T REMARgq TEST LEAKAGE NO SYSTEM OR DESCRIPTION PEN'T TOTAL DATE SCC / MIN SCC / MIN NOTE: All leak rates are reported using the format specified in Ansi /An s 56.8-1981, which requires that a leakage rate deviation be speci fied.
Total leakacer 50,043 11978 sec/ min N-7A MSIV 80A and 86A 80A 2/20/82 4786 450 86A 2/20/82 3552 450 80A 2/18/84 1025t450 86A 2/18/84 6952 450 Total Boundary 2/20/84 1100 450 Total Boundary 3/31/84 1010 450 1010 N-7B MSIV 80B and 86B POB 2/20/82 Gross 86B 2/20/82 5137!450 86B 3/2/82 Gross 86B 3/3/82 8865!450 86B 4/5/82 20!10 80B 4/14/82 91891450 86B 4/19/82 20110 80B 4/24/82 Gross 80B 5/6/82 20110 80B 2/18/84 28391450 86B 2/18/84 50631450 Total Boundary 4/13/85 222150 Total Boundary 4/15/85 118t50 118 l
l
APPENDlX K PEACH BOTTOM UNIT 2 TYPE C TEST
SUMMARY
P N'T L PEN TOTAL SYSTEM OR DESCRIPTION REMARKS E lN-7C MSIV 80C and 86C 80C 2/20/82 Gross l 86C 2/20/82 42781450 86C 3/3/82 198 50 80C 3/15/82 Gross 80C 3/17/82 Gross 86C 3/24/82 675250 80C 4/02/82 1689t450 _
86C 2/18/84 760 50 80C 2/18/84 58!10 Total Boundary 4/2/85 1843t450 1843 1
k
APPENDlX K PEACH BOTTOM UNIT 2 TYPE C TEST
SUMMARY
P T SYSTEM OR OESCRIPTION R EM AR KS L E PEN TOTAL N-7D MSIV 80D and 86D 80D 2/20/82 Gross 86D 2/20/82 888250 86D 3/01/82 1625 450 80D 4/14/82 39732450 80D 2/18/84 28481450 86D 2/18/84 1140 450 Total Boundary 3/30/85 O/S Total Boundary 4/15/85 19272450 1927 M-8 Main Steam Line Drain MO-74 5/18/82 O/S
~
MO-77 5/26/82 2100t450 MO-74 5/30/82 O/S I L Mo-74 5/31/82 o/S MO-74 6/02/82 O/S 6/20/82 20t10 Mo-74 11/07/83 O/S MO-74 11/08/83 O/S MO-77 11/19/83 20t10 11/21/83 100t10 MO-74 5/15/85 12632450 Mo-77 5/15/85 10 10 1263 l
l t
APPENDlX K PEACH BOTTOM UNIT 2 TYPE C TEST
SUMMARY
l P T SYSTEM OR DESCRIPTION REMARKS E PEN TO AL L{A N-9A Feedwater Check 28A 3/12/82 780150 2/19/84 762t50 3/14/85 1504 450 MO-6-29A, MO-6-38A, MO-23-19, Feed Check 3/13/82 1500!450 96A Mest leakage 2/19/84 29031450 through 96A 3/14/85 934t50 MO-23-19 Only 5/13/85 10t10 HPCI Purp Discharce 2/25/82 Gross 6/05/82 20t10 3/23/85 651 1504 N-9B Feedwater Check 28B 3/15/82 380150 2/19/84 63182450 2/26/84 3462!450 Preliminary Test 2/16/85 12852450 MO-6-28B 2/26/85 34622450 l
APPENDIX K PEACH BOTTOM UNIT 2 TYPE C TEST
SUMMARY
P T R EM AR KS S LA E PEN TOTAL SYSTEM OR DESCRIPTION MO-C-38B, MO-13-21, MO-12 A8, Feedwater MO-12-68 6/01/81 40210 Check 96B 3/22/82 5000 450 3/28/82 4700:450 4/13/82 66502450 5/18/82 390250 96B 8/04/83 990150 3/14/85 763150 PCIC Pump Discharge 2/24/82 Gross 5/26/82 624!50 5/17/85 504 50 3462 M-10 ROIC Stea- Surply l3/04/82 2000t450 Test Tap l5/26/82 8900 450 MD-13-15 l6/05/82 4976!450 6/10/82 56t10 I Mo-13-15 o/s 5/18/85 o/s l MO-13-15 Leaks 6/12/85 5513t450 6/14/85 20110 20 N-11 HPCI Steam Supply MO-13-15 & 16 2/25/82 155210 Test Tap 2/25/82 435 50 4/21/82 225tSO 5/20/82 200 50 5/20/85 30 10 30
APPENDIX K PEACH BOTTOM UNIT 2 TYPE C TEST
SUMMARY
P T SYSTEM OR DESCRIPTION REMARKS E PEN TOTAL L{A N-12 Shutdown Cooling 3/17/82 192210 5/03/82 20210 6/14/84 226!50 3/26/85 60t10 4/24/85 20110 6/21/85 588150 588 N-13A LPCI Injection M0-10-25B, MO-10-154B 2/17/82 431150 SV-4222 3/13/84 478!50 4/09/85 2141!450 4/25/85 10552450 MO-10-25B 3/20/80 20t10 l 7/10/80 10110 l3/23/82 52001450 3/30/82 42002450 5/12/82 10110 10/30/83 12012450 5/01/84 9000t450 3/28/85 55110 1055 1
APPENDlX K PEACH BOTTOM UNIT 2 TYPE C TEST
SUMMARY
PE? SYSTEM OR DESCRIPTION LA REM ARKS E PEN TOTAL N-13B LPCI Injection MO-10-25A, MO-10-154A 2/15/82 438250 SV-4221 3/28/85 761250 MO-10-25A 3/01/82 282!50 10/30/83 14012450 4/14/85 290250 Mo-10-134A & sv-4221 sv-4221 7/18/81 20t10 6/19/82 1705!450 761 l
I I
l l
\
l I
i t
APPENDlX K PEACH BOTTOM UNIT 2 TYPE C TEST
SUMMARY
P T SYSTEM OR DESCHIPTION LA REMARKS E PEN TOTAL W-14 RWCU Suction 5/31/82 238250 MO-12-18 only 6/23/82 150110 MD-12-18 was 6/26/84 Gross leaking valve 3/18/85 651150 651 W-16A Core Spray Injection 2/22/82 180110 10/27/83 4105 450 12/05/84 2002t450 MO-14-12B only 3/02/85 46t10 MD-14-11B only 3/09/85 21452450
~
MO-19-12B only 7/05/85 10110 2145 W-16B Core Spray Inlection 2/21/82 614 50 10/26/83 481t50 2/06/85 20110 MO-14-12A only 3/07/85 180110 MO-14-12A only 6/21/85 201150 201 N-17 Head spray 3/01/82 20110 11/04/83 30872450 7/11/84 80t10 5/16/85 647150 647
APPENDlX K PEACH BOTTOM UNIT 2 TYPE C TEST
SUMMARY
P T SYSTEM OR OESCRIPflON REMARKS E PEN TOTAL LkA N-18 Drywell Ficor Drain 2/26/82 4500 450 Sump 4/28/82 390tSO 10/30/83 20:10 12/29/84 Gross AO-20-83 Leaks 1/27/85 Gross 2/08/85 27361450 2736 M-19 Drvwell Equipr.ent 3/02/82 20110 Drain Su p 10/31/83 21772450 12/29/84 1843!450 1843 W-21 service Air 6/13/82 40t10 9/10/82 26t10 9/11/82 31210 31 N-22 In s t ruren t Ne AO-2969A 3/02/82 80t10 5/17/82 65t10 12/30/84 90210 Check VLV 3/02/82 3000t450 5/17/82 25t10 12/30/84 50210 90
l l
I APPENDIX K l PEACH BOTTOM UNIT 2 TYPE C TEST
SUMMARY
P T LA SYSTEM OR DESCRIPTION R EM AR KS E PEN TOTAL W-23,24 RPCCW to/from Drywell 7/18/80 441250 5/08/82 395t50 1/30/85 40210 40 W-25 Drvwell Purge Supply 10/28/80 10110 10/31/80 392250 2/11/81 30001450 2/17/81 16292450 5/28/82 Gross 6/01/82 Gross 6/08/82 470t450 6/03/85 Gross 6/07/85 729t50 6/07/85 260t50 AO-2523, (2) Check 2/16/82 3721t450 Valves 4/21/82 10001450 2/13/84 1202t450 6/05/85 2613!450 6/24/85 2243t450 6/28/85 Gross 6/30/85 564t50 824
APPEN^lX K PEACH BOTTOM UNIT 2 TYPE C TEST
SUMMARY
P T SYSTEM OR DESCRIPTION REMARKS E PEN TO AL L{A N-26 Drywell Purge Exhaust 10/31/80 20t10 AO-2506, Ao-2507 2/05/81 Gross 2/05/81 291150 5/18/81 100t10 6/10/81 86110 2/10/82 20:10 2/09/84 91210 11/02/84 651250 6/03/85 Off Scale 6/03/85 85t10 AO-2509, 2510, 4235 AC-2509, 2510, 4235 SV-8106 SV8100 3/03/82 35:10 2/21/84 25 10 6/03/85 75110 PCAC 1 2/02/82 35!10 11/08/83 130210 1/30/84 10110 1/03/85 20!10 PCAO 2 2/02/82 35210 11/08/83 130t10 1/30/P4 10110 1/03/85 20t10
'B' CAD Analyzer SV-436CB 10/22/80 10110 Isolation Valvos 2/09/82 25210 2/06/04 20210 1/03/85 10t10 l
APPENDlX K PEACH BOTTOM UNIT 2 TYPE C TEST
SUMMARY
PQT SYSTEM OR DESCRIPTION REMARKS L E PEN T TAL SV-9101 10/22/80 10 10 2/09/82 25 10 2/06/C4 20t10 1/03/85 20210 200 N-32C ILRT Test Valves 2/10/82 10210 2/09/84 10210 3/25/85 10!10 10 M-32D ILRT Test Valves 2/10/82 18210 2/09/84 10110 3/25/85 10 10 10 N-35F Tip Purge 3/23/85 50210 50
APPENDlX K PEACH BOTTOM UNIT 2 TYPE C TEST
SUMMARY
P T SYSTEM OR DESCRIPTION LA REMARKS E PEN TOTAL M-39A Centainment Spray 2/17/82 1981t450 11/26/83 3989t450 5/09/85 27091450 CAD Injection Check Valve only 8/27/80 35!10 c"-49489, 4949B SV-4948B Only 2/04/82 20:10 Check Valve SV-4949B Only 2/04/82 20110 Check Valve only 2/04/82 3600!450 Check Valve Cnly 4/19/82 390150 SV-4948B Only 2/01/84 20:10 SV-4949B Only 2/01/84 20110 Check Valve Only 2/01/84 265t50 Check Valve Only 4/30/85 32t10
~
Check Valve only 5/02/85 20!10 SV-4948B only 5/16/85 20 10 SV-4949B Only 5/16/85 20110 Check Valve only 5/16/85 20t10 2729
l APPENDIX K PEACH BOTTOM UNIT 2 TYPE C TEST
SUMMARY
P T SYSTEM OR DESCRIPTION L REM AR KS E PEN TOTAL N-39B Centainment Spray 2/15/82 5714t450 3/10/82 175t10 MO-10-31B Only 11/23/83 1812t450 2/11/84 10642450 3/31/85 460250 -
CAD Iniection Check Valve Only 8/28/80 61281450 SV-4948A, 4949A SV-4948A Only 2/02/82 85t10 Check Valve SV-4949A only 2/02/82 20!10 Check Valve Only 2/02/82 40001450 Check Valve Only 4/19/82 1200 450 Check Valve only 5/10/82 80110 SV-4948A Only 2/01/84 25!10
~
SV-4949A Only 2/01/84 10!10 Check Valve Only 2/01/84 25t10 l l Check Valve Only 5/02/85 20110 SV-4949A Only 5/16/85 30t10 Check Valve only 5/16/85 30 10 SV-4949A Only 5/16/85 30110 490 W-41 Recirc Sample 3/10/82 20t10 10/30/83 20:10 2/09/85 20 10 20
APPENDIX K PEACH BOTTOM UNIT 2 TYPE C TEST
SUMMARY
P E N'T SYSTEM OR DESCRIPTION REMARKS TEST LEAKAGE PENT TOTAL NO DATE SCC / MIN SCC / MIN N-42 Standbv Licuid X-14A. B. 4/30/92 20 10 Centrol 11 /21/93 ?O+1n 4/10/95 30 10 Check Valve 4/29/82 20!10 11/20/93 20t10 4/09/85 20t10
'30 W-47 ADS Backup N2 Supply Check Valve Oniv 6/09/82 10 10 SV-81309 Oniv 6/09/92 60t10 SV-9130B Oniv 6/13/92 10 10 Check Valve Oniv 1/02/95 195 10 SV-9130D On!" 1/02/A5 115+10 SV-91309 Oniv 5/07/95 c 511 450 Check Valve only 5/07/85 40!10 Check Valve Only 5/20/85 3012t450 CV-8130B Only 5/28/85 90t10 Check Valve Only 5/28/85 10 10 90 N-51A FCAC Sample SV-2671E 2/01/82 10 10 1/30/84 10t10 4/14/85 20t10 SV-2978E 2/01/82 10t10 1/30/84 10t10 3/26/84 10t10 4/14/85 20t20 20
APPENDlX K PEACH BOTTOM UNIT 2 TYPE C TEST
SUMMARY
i l
l P T SYSTEM OR CESCRIPTION REMARKS LA E PEN T TAL N-51B PCAC Sample SV-2671D 2/01/82 18:10 11/17/82 20 10 3/21/85 20210 SV-2978D 2/01/82 18110 5/10/82 10110 3/26/84 10110 3/21/85 20!10 20 N-51C F?.C Sample SV-2978C 1/30/81 Gross 2/04/81 20110 8/20/81 2C110 2/01/82 1C110 6/15/83 10t10 1/03/85 20!10 SV-2671C 2/01/82 105110 2/04/82 10110 6/21/83 25210 1/03/85 611150 6/17/85 20t10
'C' CAD Analyzer 2/11/82 10t10 Isolation Valves 6/18/82 10t10 4/29/85 390150 410
1 l
APPENDlX K '
PEACH BOTTOM UNIT 2 TYPE C TEST
SUMMARY
1 P T l SYSTEM OR DESCRIPTION REMARKS E PEN TOTAL '
LA[A W-51D PCAC Sample Return Check Valve 2/05/82 570150 1/30/84 300!50 Total Penetration 12/26/84 674t50 SV-2980 2/04/82 Gross 2/05/82 10:10 5/10/82 10!10 1/30/84 10110 674 N-52F Instrument Ny AO-2969B 3/31/80 20t10 3/02/82 10210 5/17/82 45 10 12/30/84 20 10 Check Valve 3/02/82 10110 5/17/82 20t10 12/30/84 20210 20 N-53 Drvaell Chilled Water MO-2201B 7/20/80 145t10 5/06/82 120t10 12/30/84 1400!450 3/07/85 20210 3/19/85 20t10 20
1 I
1 APPENDlX K PEACH BOTTOM UNIT 2 TYPE C TEST
SUMMARY
P T SYSTEM OR DESCRIPTION L REMARKS E PEN TOTAL N-54 Drywell Chilled Water MO-2200B 7/20/80 828150 5/07/82 26111450 12/20/84 43102450 3/19/85 34022450 3402 N-55 Drywell Chilled Water Mo-2200A 7/22/80 1406t450 5/07/82 32110 12/03/84 69502450 3/19/85 394150 394 M-56 Dr'/well Chilled Water 7/22/80 3832!450 5/06/82 Gross 5/22/82 3108t450 12/30/84 8170t450 3/07/85 o/s 3/19/85 260150 260 N-57 Main Steam Sample 4/30/80 55110 3/16/82 20210 1/29/84 480250 3/13/85 11112450 4/08/85 450250 450
l APPENDlX K PEACH BOTTOM UNIT 2 TYPE C TEST
SUMMARY
P T SYSTEM OR DESCRIPTION LA REMARKS E PEN TOTAL N-102B ADS Backup N2 Check Valve 6/09/82 45210 1/02/85 o/S 5/06/85 280!50 5/07/85 85210 SV-8130A 6/09/82 10 6/13/82 30 1/02/85 o/s 5/06/85 o/s 5/07/85 25210 85 N-203 PCAC Srple SV-2671B 2/01/82 40t10 1/30/84 10t10 12/27/84 20t10 3/27/85 20!10 SV-2978B 6/29/81 20t10 2/01/82 20210 6/15/83 65t10 1/30/84 10110 12/27/84 20210 3/27/85 20t10
'D' CAD Analyzer 2/16/82 20t10 Isolation Valves 6/22/82 20210 5/03/85 300!50 320
APPENDIX K PEACH BOTTOM UNIT 2 TYPE C TEST
SUMMARY
P T SYSTEM OR OESCRIPTION REMARKS LA E PEN TOTAL i N-205A Torus Vacuum Breaker 5/19/82 10 10 7/14/82 10110 4/26/85 1511 450 1511 N-205B Torus vacuun Breaker 4/15/82 20110 5/20/82 20 10 2/27/84 10t10 5/17/85 O/S 6/02/85 30110 30 N-210A, Tcrus Cooling 2/17/82 91210 211A 343 and 38B Only 11/16/83 3804t450 2/13/84 59222450 4/20/85 35941450
'B' CAD Injection SV-4950B 2/10/82 75t10 4/06/84 200150 5/15/85 50210 5/15/85 50210 Post-Accident Check 6/03/82 Gross Valve 6/09/82 160t10 2/06/84 200150 5/15/05 50!10 1
1
APPENDIX K l PEACH BOTTOM UNIT 2 TYPE C TEST
SUMMARY
P T SYSTEM OR DESCRIPTION REM AR KS LA E PEN TOTAL Check Valve 8/29/80 2940!450 10/23/80 >6000 450 11/07/80 14101450 3/23/81 374250 2/10/82 700!50 2/06/84 603t50 5/06/85 20210 5/15/85 45t10 SV-4951 2/12/82 75250 2/06/84 250t10 5/15/85 50 10 3694 N-210B, Torus cooling 2/15/82 3809 450 211B 11/17/83 41142450 34A and 38A Or.ly 2/11/84 4311!450 4/02/85 4877t450 4/04/85 68191450 4/23/85 1052t450 Test Tap Only 6/26/85 10 10
'A' CAD Injection SV-4950A 2/09/82 10110 2/06/84 20 10 5/14/85 56082450 6/03/85 85t10 SV-4951A 10/26/80 625250 2/09/82 10 10 2/06/84 20210 5/14/85 50001450 5/03/85 20110
APPENDlX K PEACH BOTTOM UNIT 2 TYPE C TEST
SUMMARY
P T SYSTEM OR DESCRIPTION R EM AR KS E PEN T TAL LhA Check Valve 8/29/80 Gross 10/23/80 635250 2/09/82 450250 2/06/84 423!50 5/07/85 20:10 1137 N-212 RCIC Exhaust 2/22/82 212:50 11/08/83 3055 450 12/04/84 220150 3/13/85 20210 7/11/85 1612t450 RCIC Exhaust Drain 2/23/82 20:10 11/08/83 112110 12/26/84 491 ISO 3/12/85 20110 Step Check 0-ring 2/22/82 10110 1/30/84 10t10 12/04/84 10110 3/12/85 10t10 1642 l
l
APPENDIX K PEACH BOTTOM UNIT 2 TYPE C TEST
SUMMARY
P T SYSTEM OR DESCRIPTION L REMARKS E PEN TOTAL W-214 HFCI Exhaust 2/23/82 Gross 5/04/82 Gross 5/14/82 Gross 5/20/82 Gross 5/27/82 333250 3/12/85 O/s 5/20/85 33272450 Test Tap = 3000 23-65 = 1766 6/04/85 47662450 Test Tap Only 6/08/85 35t10 HPCI Exhaust Drain 2/24/82 Gross 5/08/82 510150
~
3/12/85 O/S 5/18/85 360150 Stop Check 0-ring 2/23/82 10110 3/01/84 10:10 3/12/84 10110 2171 M-217B PCIC Exhaust Vacuum 2/11/82 31210 Relief 10/25/83 450250 1/18/05 60110 3/13/85 70210
APPENDIX K PE ACH BOTTOM UNIT 2 TYPE C TEST
SUMMARY
P T SYSTEM OR DESCRIPTION REMARKS L A E PEN T TAL HPCI Exhaust Vacuun 2/11/82 l'J 3 t10 Relief 10/25/83 20 10 1/18/85 90 10 3/13/85 45!10 6/3/85 31 10 101 218A Torus Instreront *: 2 A0-2969 5/18/82 205!50 Check Valve 5 /19 /p 3 115t10 Total Penetration 5/18/85 105 10 105 N-218B PCLC Sa rline SV-2671A 1/30/81 Gross 2/4/81 20t10 3/6/81 Gross 3/11/81 20t10 3/25/81 Gross 3/26/R1 Gross 3/30/81 20t10 8/5/81 20 10 8/6/81 20t10 2/1/82 20110 11/12/0; 20t10 10/30/83 20 10 2/2/84 l .
20t10 12/27/84 20210
APPENDIX K PEACH BOTTOM UNIT 2 TYPE C TEST
SUMMARY
P T L PEN OTAL SYSTEM OR DESCRIPTION R EM AR KS E SV-2978A 3/06/81 20 10 2/01/82 20t10 11/09/82 20210 5/18/83 20t10 2/02/84 20210 12/27/84 20t10 20 14-21RC ILRT Test Valves 2/10/82 18!10 2/09/84 10 10 3/25/85 10 10 10 N-219 PCAO Seple SV-2671F 2/03/82 10 10 1/30/84 10 10
! 4/14/85 O/S l5/04/85 O/S (5/29/85 59110 SV-2978F 3/27/80 10 10 2/03/82 10t10 7/09/02 10110 1/30/84 10110 4/14/85 20t10 5/04/85 O/S 5/06/85 90t10 Terus Purge Exhaust AO-2511, 2512 1/23/81 310t50 2/03/82 96 10 10/26/83 20t10 AO-2511 Leaks 6/07/85 O/S AO-2512 only 6/07/85 751150 6/08/85 880 50 6/24/85 140110
APPENDIX K PEACH BOTTOM UNIT 2 TYPE C TEST
SUMMARY
P T SYSTEM OR DESCRIPTION REM AR KS L E PEN TOTAL AO-2513, 2514 2/03/82 Gross 2/05/82 10110 10/26/83 220250 6/05/85 410 50
'A' CAD Analyzer SV-4960A 2/20/61 20210 Isolation Valves 2/10/82 30210 2/07/84 10t10 5/05/85 20 10 SV-4961A, 4966A 2/20/81 20:10 2/10/82 25210 2/07/84 20 10 5/05/85 20t10 710 N-221 RCIC Vacuum Pump 2/24/82 20:10 Discharge 1/30/84 10 10 12/04/84 20110 3/12/85 20!10 20
APPENDlX K PEACH BOTTOM UNIT 2 TYPE C TEST
SUMMARY
l P T SYSTEM OR DESCRIPTION L A E PEN T TAL R EM AR KS N-223 HPCI Exhaust Drain 2/23/82 95 10 2/21/84 183!10 5/21/85 1511 450 1511 N-225 Terus Water cienn-up 2/10/82 36 10 11/23/83 56 10 3/14/85 30 10 ROIC Pu o Suction 2/22/82 428!50 11/29/83 646t50 l
3/23/85 175 10 205 l
N-227 HPCI Suction 2/21/R7 1A4s+49n 4/19/82 2210 450 11/22/83 O/S 11/27/83 699 50 3/23/85 75t10 75
APPENDIX K PEACH BOTTOM UNIT 2 TYPE C TEST
SUMMARY
P T SYSTEM OR DESCRIPTION REM AR KS LA E PEN TOTAL l
l N-234 Post Accident 6/3/82 220!50 Sampling Return 5/30/85 20t10 20 RHR Sarole Lines AO-8098A 7/16/80 10,010 2/18/82 50 AO-8099A 7/16/80 1710 2/18/82 250 An-90cAn 7/16/80 1140 8/20/80 20 2/15/82 10 AO-80999 7/16/80 20 8/20/80 75 2/15/82 10
APPENDlX K PEACH BOTTOM UNIT 2 TYPE C TEST
SUMMARY
P T SYSTEM OR DESCRIPTION REMARKS L E PEN TO AL AO-8098C 7/16/80 Gross 2/18/82 240 Ao-8099C 7/16/80 5700 2/18/82 180 AO-8098D 7/16/80 1130 8/20/80 20 2/15/82 10 AO-8099D 7/16/80 3210 8/20/80 105 2/15/82 180 No penetrat ton leak rate required, t'Tese are not Appendix J Valves.
Sc. ram Discharge Volume CV-32A 5/18/82 870250 Vent and Drains 12/28/82 115 10 l
l
APPENDIX K PEACH BOTTOM UNIT 2 TYPE C TEST
SUMMARY
P T SYSTEM OR DESCRIPTION REMARKS L E PEN TO AL cv-35A 5/18/82 Cross 5/24/82 150 10 12/28/84 O/S 3/9/85 130 10 m -t'n 5/18/82 140 10
~
1/2/85 O/S 1/2/85 170210 CV-35B 5/18/82 90t10 1/2/85 430 50 CV-33 5/18/82 85t10 12/28/84 965t50 CV-36 5/18/82 145t10 12/28/84 222 50 1525
APPENDIX K PEACH BOTTOM UNIT 2 TYPE C TEST
SUMMARY
P T SYSTEM OR DESCRIPTION R EM AR KS L E PEN TO AL NOTE: All leak rates are reported using the format specified in Ansi /Ans 56 .8-1981, which requires that a leakage rate deviation be :ipecified .
Total leakage: 50,0431 1978 sec/ min
-, a - - w .1 -- A--
GP-R-132147 GENERAL PHYSICS CORPORATION O
APPENDIX L DESCRIPTION OF GENERAL PHYSICS ILRT COMPUTER PROGRAM t
{
I O
L-1
GP-R-132147 GENERAL PHYSICS CORPORATION m
(v\ ..
The General Physics computer program permitted the input of uncorrected sensor readings, i.e., temperature, pressure and dewpoint temperature, and corrected those values for individual sensor calibrations. Specifically, the sensor corrections at the calibration data points which most closely spanned the sensor readings were linearly interpolated to obtain a correction to the new data. The corrected Fahrenheit temperature sensor readings were changed to Rankine and the individual sensor was multiplied by the respective volume fraction to obtain a weighted average temperature (Figure 1). Corrected Dewpoint readings were converted to vapor pressures based upon a fourth order polynomial equation. The calculated vapor pressures were then multiplied by their respective volume fractions to obtain a weighted average vapor pressure (Figure i 2). Both Absolute Pressure sensors were calibration corrected, however, only pressure sensor #1 was used in the calculations with the other sensor remaining as backup (Figure l 3).
O Based upon formulas included in ANS/ ANSI 56.8 weighted average temperature, weighted average vapor pressure and absolute pressure were used to obtain the weight of the mass in containment at specific time intervals, and subsequently, the mass point leakage calculation. Based upon BN-TOP-1, the above data was used to determine the Tota! Time leakage and calculate the best-fit Total Time analysis. These results are shown in Appendices A, B, G & H of this report.
n t
a 6
L) b L-2
GP-R-132147 - GENERAL PHYSICS CORPORATION For:
Tref (i)j < Tmeas(i) < Tref (i)j+1 ,
a l I
l Temp (i) = 459.67 + Tmeas(i) + Tcorr(i)j ;
i
+ [ Tcorr(i)j+1 - Tcore(e)j ]
- Tmeas(i) - Tref (i)]
l Tref (i)j+1 - Tref (i)j ,
- l i
12 j T= { Temp (i)* Vol frc(i) l i=1 ;
a where: !
T = Weighted Avg Temperature Temp (i) = Ith Corrected Temperature j Tref (i)j = Jth Reference Temperature of Ith Sensor l Tcorr(i)j = Temperature Correction at 3th reference [
Temperature for Ith Sensor 5 b
Tmeas(i)- Ith Measured Temperature ,
Vol frc(i)- Volume Fraction of Ith Temperature sensor !
I i
i f
i !
I 4
l i
Figure 1 l
l
,r
- i i
i L-3 i f
r
.- ._ - - - .- -. .- . . - - . = . . - -
GP-R-132147 GENERAL PHYSICS CORPORATION O
For:
Dref(i)j < Dmeas(i) < Dref(i)j+1 Dew (i) = Dmeas(i) + [ Dcorr(i)j+1 - Dcorr(i))]
- Dmeas(i) - Dref(i)i
- _Dref(i)j +1 - Dref(i)j_
l Vapor (i) = .0392217 - 4.4727E-04* Dew (i) +
3
! 7.01595E-05* Dew2 (i) - 4.8118E-07* Dew (i)
+7.34597E-09' Dew"(i) 6 PV(i) = [ Vapor (i)* Vol Frac (i) i=1 i where:
O PV = Weighted Average Vapor Pressure
, Vapor (i)- Vapor Pressure of Ith Dewpoint Dew (i) = lth corrected Dewpoint Dmeas(i) = lth measured Dewpoint Dref(i)j = Jth Reference Temperature of Ith Dewpoint sensor i Dcorr(i)j = Temperature Correction at 3th Reference 1
i Temperature for Ith Dewpoint Sensor Vol Frc(i) = Volume Fraction of Ith Dewpoint Sensor i
i NOTE: Dref(i)j and Dcorr(i)j were corrected from Celsius to Fahrenheit prior to use in the above formulas.
4 l
l L-4
i
^
GP-R-132147 GENERAL PHYSICS CORPORATION i
t i !
l i
For: j Pref (i)j < Pmeas(i) < Pref (i)j+1 l l
t Press (i) = Pmeas(i) + (Pcorr(i)j+1 - Pcorr(i)]
- Pmeas(i) - Pref (i)j f Pref (i)j+1 - Pref (i)j t
P = Press (l) i I
t where:
i P = Absolute Pressure
+ Press (i) = Corrected Pressure of Ith Sensor l Pmeas(i) = Measured Pressure at Ith Sensor [
Pref (i)j = Jth Reference Pressure for Ith Pressure Sensor !
Pcorr(i)j = Pressure Correction at 3th Reference Pressure for Ith Pressure Sensor f i
i i
i !
I i
i i
t i
! I t
i I
l i I Figure 3 l l
i j L-5 a
- - , _ - . . . . _ . . - -