ML19326B717

Reactor Containment Bldg Integrated Leakage Rate Test Rept

ML19326B717
Person / Time
Site:	Arkansas Nuclear
Issue date:	05/08/1978
From:	James Anderson ARKANSAS POWER & LIGHT CO.
To:
References
NUDOCS 8004170553
Download: ML19326B717 (147)

Text

..

i Arkansas Power and Light Company O

Arkansas Nuclear One Unit No. 1 Docket Number 50-313 REACTOR CONTAINMENT BUILDING INTEGRATED LEAKAGE RATE TEST REPORT May 8, 1978 O

Submitted to The United States Nuclear Regulatory Commission Pursuant to Facility Operating License No. DPR-51 f

i

' '1/I g Is DOCUMENT CONTAINS i

Preparation Directed by:

POOR QUALITY PAGES J. W. Anderson, Plant Manager p.

Arkansas Nuclear One 80041705 6'3 l

TABLE OF CONTENTS V'

I.

INTRODUCTION II.

TEST' SYNOPSIS III.

TEST DATA

SUMMARY

1 A.

Plant Information B.

Technical Data C.

Test Data Summary - Type A Test D.

Test Equipment and Instrumentation Selection Guide Formula - Type A Test E.

Informatior Retained at Jobsite F.

Leakage Rate Calculations and Data G.

Test Results - Type B&C APPENDIX A - BECHTEL ILRT COMPUTER PROGRAM I.

DESCRIPTION II.

EXPLANATION OF PROGRAM III.

COMPUTATIONS O

i

a I.

INI'ROIUCTICH The reactor contairant building Integrated Isakage Pato Test (ILRT) is performed to asrure that leakage through the prirnry reactor containmnt and systems and components penetrating primary containment shall not exceed the allowable lteakage rate value as cified in the Plant Technical Specifications or associated bases.

Actur.1 leakage is calculated from measured values of total absolute pressure, drybulb temperature and dewpoint r,emperature (water vapor pressure).

Formulas used are from ANSI N45.4, "Ieakage Rate Testing of Containment Structures for Nuclear Reactors" and ANSI N274 (Draft), " Primer / Containment System Iaakage Testing Requirements".

A twenty-four hour test was conducted. The test results met the acceptance criteria of ANSI N274 and 10CFR50, Appendix J, " Reactor Containment Iaakage Testing for Water Cooled Power Reactors".

The ILRT was conducted at reduced test pressum, Pt.

The results are reported herein in accordance with.10CFR50,' Appendix J.

II. TEST SYNOPSIS A successful periodic containment integrated leakage rate test (IIRT) was conducted on the Arkansas Nuclear Cae, Unit 1 containment during the period of March 10, 1978 through March 12, 1978.

The IIRT was conducted at reduced test pressure (Pt=30 psig). The maximum allowable leakage rate (La) for the containment is 0.2% per day of contained air at a peak test pressure (Pa) of 59 psig.

At reduced test pressure (Pt) the maximum allowable leakage rate (Lt) is detemined by multiplying the ratio of the preoperational leakage rates times Ia. For the preoperational ILBT, Iam was 0.0815%/ day and Ltm was 0.0292%/ day.

f ' refore, Lt=Ia (LtWlam) = 0.2 (0.0292/0.0815 = 0.0717%/ day. To allow for possible

', Jerioration of the containment boundary between periodic ILRT's, the calculated leak-age rate cannot exceed 75% of the maximum allowable leakage rate value (per Appendix J to 10 CFR50, "Pri e y Reactor Containment Ieakage Testing for Water Cooled Power Reactors").

Therefore, the maximum operational leakage rate for the reduced pressure IIRT is 0.054%

per day. The calculated leakage rate for this ILRT at reduced test pressure was well within specification and is reported in Section III.

Two pipe penetrations through the containment building wall were not included in the scope of the ILRT:

(1) planc heating system water supply to the containment, and (2) return from the contain-ment. Both penetrations were local leak rate tested following completion of ILRT. Pasults of the local leak rate test of these penetrations are included in Section III.G of this test report.

During pressurization, leakage from the contairent into the north steam generator was noted.

A containment entry was made and the source of the leakage was discovered to be a loose olank on an emergency feedwater opening. The leakage was stopped and leak surveys detected no additional leaks.

The test was conducted for 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br />. A short duration test could not be conducted due to oscillations of the dewpoint temperature sensors which caused the calculated leakage rata 95% confidence limits to exceed the acceptance criteria for a sho"t duration ILRT.

y

s,.p

'\\j Following the ILRT a verification test was performed which confirmed proper overall integrated leakage rate measurement system operation and verified that leakage of a magnitude equivalent to the maximum

-allowable leakage rate can accurately be measured.

The_ leakage rate calculations are in accordance with the Total-Time Method as recommended by Appendix J to 10CFR50 as defined in ANSI N45.4-1972, " Leakage Rate Testing of Containment Structures for Nuclear Reactors", and the Mass-Point Method, using formulas from the 1978 draft standard of ANSI N274 "Contaiament System Leakage Testing Requirements".

III.

TEST DATA

SUMMARY

A.

Plant Information Owner:

Arkansas Power & Light Company Plant:

Arkansas Nuclear One, Unit 1 Location:

Russellville, Arkansas Type:

P%R Date Test Completed:

March 12, 1978

' b

\\-

B.

Technical Data 3

1.

Containment net free air volume 1,910,000 ft 2.

Design pressure 59 psig 3.

Calculated peak accident pressure 59 psig 4.

Reduced test pressure 30 ps'T 0

5.

Containment temperature limits for 60-120 F ILRT C.

Test Data --Type A Test 1.

Test method Absolute 1

2.

Data Analysis Technique Mass-Point and Leakage Rate Point (Total-Time) 3.

Test pressure 30 psig 4.

Maximum Allowable Leakage Rate 0.2%/ day (La) at peak test pressure 5.

Maximum Allowable Leakage Rate 0.0717%/ day (Lt) at reduced test pressure 2

if3

\\)

6.

75% of Lt 0.054%/ day 7.

Calculated Leakage Rate:

Leakage Rate Upper 95%

(%/ Day)

Confidence Limit a.

Mass point method 0.009 0.014 b.

Leakage rate point 0.012 0.069 method (total-time)

%/ day 8.

Verification Test - Imposed Leakage Rate (corrected for temperature and pressure at the flowmeter), Li 0.072 9.

Verification Test a.

Upper limit (Li + Lam + 0.25 La) i)

Mass point 0.099 11)

Total time 0.102 b.

Verification Test Measured Leakage Rate, Lvm

' (

i)

Mass point method 0.078 11)

Total time 0,080 c.

Lower Limit (Li + Lam - 0.25 La) i)

Mass point 0.063 ii)

Total time 0.066

10. Report Printouts Attached are the Report Printouts for the ILRT and the ILRT Verification test.

Printouts are provided for the Mass-Point and Leakage Rate Point (Total-Time) Analysis.

Information provided on Report Prinsouts includes: contain-ment average temperature and absolute air pressure for each data set; calculated leakage rate at the upper 95%

confidence limit; measured leakage rates; contained mass for each data set; and, regression line slope and intercept (mass-point).

D.

Test Equipment - Type A Test 1.

Pressure (1)

Texas Instruments Precision Pressure Gage a.

('N Model 145-02, Range C

\\_)

Bourdon Tube Type 2 3

.~

Range:

0-100 psie.

Accuracy:

+ 0.010% of reading Repeatability:

[ 0.0005% of full scale or + 0.0005 psia b.

Calibration date:

12/2/77 2.

Drybulb Temperature (18) a.

Leeds and Northrup Resistance Thermometer Model 177586, 100 ohm copper Range:

0-150 F Accuracy:

+ 0.5 F Repeatability:

{ 0.1 F b.

Calibration date:

12/21/77 3.

Dewpoint Temperature (6) a.

CTE Dewprobe Assembly, Model 6MA-2-hH Range:

30-13g F Accuracy:

+ 0.7 F b.

Calibration date:

12/20/77 4.

Data Acquisition System and Readout Leeds and Northrup Data Acquisition System Model LN-41400-1 Range:

0.15g F; 0-100.000 psia Resolution:

0.01 F3 0.001 psia Conformity:

+ 0.01 F + 0.001 psia 1

5.

Overall Instrumentation Selection Guideline (ISG) Value To determine the maximum uncertainty interval or re-a.

.peatability error band the following' Instrumentation Selection Guideline (ISG) formula is used:

2 (f) 2 + 2 ( p " )'

eP 2

2 i

4 ISG = + 100

+ 2(

)

where:

'ep absolute pressure measurement ~ error

=

/numberofsensors 4

D eP

=

water vapor pressure (dewpoint) measurement error y

/numberofsensors eT

=

absolute temperature measurement error

/numberofsensors b.

For Arkansas Nuclear One, Unit 1, the tacusurement re-peatability or accuracy errors for the sensors are as follows:

1) Texas Instrument Absolute Pressure Gauges (repeatability 1 0.0005% of full scale or 1 0.0005 psia

2) CTE Dewpoint Temgerature (Water Vapor Pressure) System (accuracy) 1 0.7 F

3) L&N Resistance Temperature Detector System (repeata-g bility) 1 0.1 F c.

Reduced Pressure ILRT

1) Containment conditions during the ILRT:

P

= 45.3 psia 0

P

= 0.18 psia (50 F dewpoint) y T

= 524.3 R 0.0005% (100 psia) ep

=

6

- 0.0005 psia

=+

= 0.7 F (0.007 psia / F) eP

= 0.002 psia S

=I

= + 0.0236 F eT h

~

t l= 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> n

2) Therefore:

ISG = 1 100 2(0.

)

+ 2(0 2)

+ 2(0 3}

5 3

24

{J')

ISG = 1 0.009%/ day

• From Steam Tables at a dewpoint temperature range of 49-51 F 5

,yy s_

6.

Drybulb and Dewpoint Temperature Sensor Locations a.

Dewpoint Temperature Elev.

Azimuth Distance from Volume Sensor (ft.)

(Deg.)

Center (ft).

Fraction 1

348 190 33 0.140 2

381 270 44 0.140 3

445 On stair to elev. mach. room 0.180 4

486 Catwalk 0.180 5

486 Catwalk 0.180 6

486 Catwalk 0.180 1.000 b.

Drybulb Temperature RTD 1

348 040 32 0.054 2

348 190 33 0.064 3

342 275 38 0.027 4

382 210 53 0.027 x

5 381 270 44 0.070

. t.

)

6 382 330 54 0.029 7

340 060 55 0.010 8

407 035 55 0.021 9

407 150 53 0.021 10 418 180 35 0.027 11 481 020 38 0.027 12 481 Catwalk 0.089 13 481 Catwalk 0.089 14 481 Catwalk 0.089 15 481 Catwalk 0.089 16 481 Catwalk 0.089 17 481 Catwalk 0.089 18 481 Catwalk 0.089 1.000 7.

Verification Flow Brooks Full-View High Accuracy Rotameter-Model 7702H02130 a.

Range:

0.05-10.8 scfm at 30 psig, 80 F Accuracy:

+1% of Full scale b.

Calibration'date:

1/13/78

( } E.

Information Retained at Jobsite The following information is retained by the owner.

~

6 m

v

1.-

Test Procedure

'Ihe working copy of test procedure that would includs signature sign-off of procedural steps.

6' N 2.

Integrated Isakage Rate Raw Data Data sheets showing raw data as recorded manually from data acquisition system.

3 Operating Instrument Status A listing of normal operating instrumentation used for the leakage rate test.(in procedure).-

4.

Systems Status -(at time of test)

A system line-up, showing required. valve positions and status of piping systems, i.e., " Valve open - line filled" or " System in nomal service",

etc. (in procedure).

5 Event Iog A continuous, sequential log of events.

6. ~ Instrumentation validation Documentation of instrunentation calibrations and standards.

7 Test Exceptions n(h A listing of all test exceptions including changes in containment system boundaries instituted by licensee to conclude successful testing (in procedure or log of events).

8.

containment Penetrations A listing of all containment penetrations, including the total number of like' penetrations, penetration size and function.

9 Incal'Imak Rate Tests

'Ihe procedure and all data that would verify conpletion of penetration and valve testing (B&C type testis).

F.

Iaakage Rate Calculations and Data

-See pages.8 through 139 which follow.

G.

Test Results - Type ~B and C PEETRATION PIPE MEASUIED NUMBER SIZE (IN.)

DESCRIPTION IEAKAGE

.P-48 3:

Heating' Supply (H O) 0 2

P-42

-3' Heating Peturn(H O)'

0-2 7'

si

-~

ARKANSAS UNIT 1 ILRT - 30 PSIG LEAKAGE RATE (WEIGHT PERCENT / DAY)

MASS POINT ANALYSIS jm()

TIME Arid DATE AT START OF TEST:

1400 0311 ELAPSED TIME:

24.00 HOURS TIME TEMP PRESSURE CTMT. AIR MASS LOSS TOT. AVG. NASS (R)

(PSIA)

MASS (LBM)

(LBM)

LOSS (LBM/HR) ic00 522.391 44.9696 443797 1415 522.411 44.9719 443803

-5.7

-22.8 1430 522.440 44.9737 443796 6.9 2.3 1445 522.468 44.9753 443788 8.0 12.2 1500 522.498 44.9755 443765 23.5 32.7 1515 522.516 44.9776 443770

-5.4 21.8 1530 522.539 44.9783 443758 12.6 26.6 1545 522.546 44.9802 443770

-12.8 15.5 1600 522.587 44.9852 443785

-14.5 6.3 1615 522.609 44.9867 443781 3.9 7.3 1630 522.629 44.9883 443780 1.2 7.1 1645 522.652 44.9917 443794

-14.0 1.3 1700 522.696 44.9933 443772 21.6 8.4 1715 522.735 44.9945" 443748 24.2 15.2 1

1730 522.749 44.9964 443758

-9.8 11.3 1745 522.773 44.9997 443770

-12.2 7.3 1800 522.807 45.0000 443744 25.9 13.3 1815 522.840 45.0029 443745

-0.6 12.4

(%0 fr 522.872 45.0038 443726 18.3 15.8

)

522.886 45.0075 443751

-24.6 9.8

. s/0 522.930 45.0098 443736 14.7 12.2 1915 522.961 45.0117 443729 7.6 13.1 1930 522.987 45.0143 443732

-3.6 11.8 1945 523.019 45.0175 443737

-4.4 10.6 2000 523.002 45.0218 443794

-56.8

0. 7 2015 523.096 45.0234 443730 64.0 10.9 2030 523.132 45.0258 443723 6.9 11.5 2045 523.164 45.0299 443736

-13.3 9.1 2100 523.179 45.0315 443739

-3.0 8.4 2115 523.233 45.0344 443722 17.2 10.4 2130 523.241 45.0362 443733

-11.0 8.6 2145 523.274 45.0401 443743

-10.4

7. 0 2200 523.324 45.0428 443727 15.8 8.8 2215 523.338 45.0447 443734

-6.9 7.7 2230 523.382 45.0453 443703 31.4 11.1 2245 523.416 45.0487 443707

-4.7 10.3 1

2300 523.435

.45.0495 443699 8.2 10.9 2315 523.456 45.0517 443703

-3.9 10.2 2330 523.502 45.0547 443694 9.4 10.9 2345 523.525 45.0570 443697

-3.2 10.3 0

523.547 45.0596 443704

-7.0 9.4 15 523.574 45.0612 443697 7.1 9.8 30 523.594 45.0615 443683 14.0 10.9 45 523.630 45.0647 443684

-1.0 10.6

/~'1 523.658 45.0689 443701

-17.6 8.7 j

523.689 45.0703 443689 12.5 9.7 130 523.718 45.0728 443689

-0.0 9.4 145 523.739

-45.0747 443690

-0.9 9.2 200 523.757 45.0767 443694

-4.4 8.6 215 523.775 45.0799 443710

-16.2 7.1 230 523.802 45.0824 443712-

-1.7 6.8 8

MASS POINT ANALYSIS 205 523.840 45.0838 443694 18.4 8.1 300 523.856 45.0871 443713

-18.9 6.5 315 523.837 45.0887 443702 10.5

?.2

,/ 7 523.906 45.0912 443711

-8,5 6.4 X j 523.941 45.0924 443693 17.8 7.6 400 523.953 45.0952 443710

-17.4 6.2 415 523.976 45.0974 443T12

-2.2 6.0 430 523.997 45.0976 443697 15.8 7.0 445 524.026 45.1006 443702

-5.0 6.5 500 524.051 45.1030 443704

-2.4 6.2 515 524.073 45.1032 443687 16.7 7.2 530 524.099 45.1071 443704

-16.4 6.0 545 524.096 45.1062 443697

'6. 3 6.4 600 524.152 45.1108 443695 J.2 6.4 615 524.167 45.1121 443695

-0.1 6.3 630 524.192 45.1144 443697

-1.5 6.1-649 524.213 45.1168 443703

-5.8 5.7 700 524.221 45.1182 443710

-7.0 5.2 715 524.244 45.1208 443716

-6.1 4.7 700 524.266 45.1214 443703 12.7 5.4 745 524.284 45.1240 443713

-10.3 4.7 800 524.314 45.1248 443696 17.5 5.6 815 524.325 45.1280 443718

-22.2 4.4 830 524.358 45.1279 443689 28.9 5.9 845 524.227 45.1270 443791

-102.0

0. 3 900 524.182 45.1214 443774 17.0 1.2 915 524.165 45.1186 443761 13.1 1.9 930 524.131 45.1168 443772

-11.1 1.3 524.139 45.1140 443738 34.3 3.0

)

524.122 45.1122 443734 3.3 3.2 5

524.100.

45.1120 443751

-16.7 2.3 1030 524.111 45.1129 443751 0.5 2.3 1045 524.104 45.1138 443765

-14.8 1.5 1100 524.096 45.1129 443763 2.1 1.6 1115 524.127 45.1136 443744 19.4 2.5 1130 524.118 45.1154 443769

-25.3 1.3 1145 524.129 45.1156 443762 7.3 1.6 1200 524.166 45.1162 443736 25.4 2.8 1215 524.183 45.1186 443746

-9.2 2.3 1230 524.188 45.1203 443758

-12.5 1.7 1245 524.198 45.1172 443719 38.9 3.4 1300 524.220 45.1200 443728

-8.9 3.0 1315 524.237 45.1201 ~

443715 13.4 3.6 1330 524.273 45.1228 443711 3.9 3.7 1345 524.291 45.1264 443731

-20.2 2.8 1400 524.297 45.1236 443698 32.6 4.1 1.910 FREE AIR VOLUME USED (MILLIONS OF CU. FT.) =

REGRESSION LIP 5 443749 INTERCEPT (LBM)

=

-1.6 SLOPE (LEM/HR)

=

0.072 IMUM ALLOWABLE LEAKAGE RATE

=

0.054

. OF MAXIMUM ALLOWABLE LEAKAGE PATE

=

=

0.009 E CALCULATED LEAKAGE RATE 0.009 i 0.005 THE CALC. LEAKAGE RATE AT 95% CONFIDENCE LEVEL

=

9

HNKANSHF UNil 1 ALR1 - JU FSib LEAKAGE RATE (WEIGHT PERCENT / DAY)

LASED ON TOTAL TIME CALCb_.'iTIONS TIME AND DATE AT START OF TESTS 1400 0311

'l

)

ELAPSED TIME:

24.00 HOURS V

TIME TEMP.

PRESSURE MEASURED (R)

(PSIA)

LEAKAGE RATE 1400 522.391 44.9696 1415 522.411 44.9719

-n;123 1430 522.440 44.9737 0.013 1445 522.468 44.9753 0.066 1500 522.498 44.9755.

0.177 1515 522.516 44.9776 0.118 1530 522.539 44.9783 0.144 1545 522.546 44.9802 0.084 1600 522.587 44.9852 0.034 1615 522.609 44.9867 0.040 1630 522.629 44.9883 0.038 1645 522.652 44.9917 0.007 1700-522.696 44.9933 0.045 1715 522.735 44.9942 0.082 1730 522.749 44.9964 0.061 1745 522.773 44.9997 0.040 1800 522.807 45.0000 0.072 1815 522.840 45.0029 0.067 1830 522.872 45.0038 0.085 1845 522.886 45.0075 0.053 (w

1900 522.930 45.0098 0.066

, (,)

1915 522.961 45.0117 0.071 1930 522.987 45.0143 0.064 1945 523.019 45.0175 0.057 2000 523.002 45.0218 0.004 2015 523.096 45.0234 0.059 2030 523.132 45.0258 0.062 2045 523.164 45.0299 0.049 2100 523.179 45.0315' O.045 2115 523.233 45.0344 0.056 2130 523.241 45.0362 0.047 2145 523.274 45.0401 0.030 2200 523.324 45.0428 0.047 2215 523.338 45.0447 0.041 2230 523.382 45.0453 0.060 2245 523.416 45.0487 0.056 2300 523.435 45.0495 0.059 2315 523.456 45.0517 0.055 2330 523.502 45.0547 0.059 2345 523.525 45.0570 0.056 0

523.547 45.0596 0.051 15 523.574 45.0612 0.053 30 523 594 45.0615 0.059 45 523.630 45.0647 0.057 100 523.658 45.0689 0.047 115 523.689 45.0703 0.052

/~'N 130 523.718 45.0728 0.051 l

(_,)

145 523.739 45.0747 0.050 200 523.757 45.0767 0.047 215 523.775 45.0799 0.038 230 523.802 45.0824 0.037 245 523.840 45.0838 0.'044 l

10

.s TOTAL TIME CALCULATIONS 300

'523.856 45.0871 0.035 315 523.887 45.0887 0.039 e's 330 523.906 45.0912 0.035

!' ')

345 523.941 45.0924 0.041 400 523.953 45.0952 0.034 415 523.976 45.0974 0.052 430 523.997 45.0976 0.038 445 524.026 45.1006 0.035 500 524.051 45.1030 0.034 515 524.073 45.1032 0.039 530 524.099 45.1071 0.033 545 524.096 45.1062 0.034 600 524.152 45.1108 0.035 615 524.167 45.1121 C.034 630 524.192 45.1144 0.033 645 524.213 45.1168 0.031 700 524.221 45.1182 0.028 715 524.244 45.1208 0.02A 730 524.266 45.1214

0. r -

745 524.284 45.1240

' 0. 6.

800 524.314 45.1248 0.031 815 524.325 45.1280 0.024 830 524.358 45.1279 0.032 845 524.227 45.1270 0.002 900 524.182 45.1214 0.007 915 524.165 45.1186 0.010 930 524.131 45.1168 0.007 945 524.139 45.1140 0.016

/;

1000 524.122 45.1122 0.017

(_,/

1015 524.100 45.1120 0.012 1030 524.111 45.1129 0.012 1045 524.104 45.1138 0.008 1100 524.096 45.1129 0.009 1115 524.127 45.1136 0.014 1130 524.118 45.1154 0.007 1145 524.129 45.1156 0.009

.1200 524.166 45.1162 0.015 1215 524.183 45.1186 0.013 1230 524.188 45.1203 0.009 1245 524.198 45.1172 0.019 1300 524.220 45.1200 0.016 1315 524.237 45.1201 0.019 1330 524.273 45.1228 0.020 1345 524.291 45.1264 0.015 1400 524.297 45.1236 0.022 l

MEAN OF MEASUPED LEAKAGE RATES 0.039

=

STD. DEVIATION OF MEASUPED LEAKAGE RATES

=,

0.032 MAXIMUM ALLOMABLE LEAKAGE RATE 0.072

=

l 75 % OF MAXIMUM ALLOWABLE LEAKAGE RATE 0.054

=

THE CALCULATED LEAKAGE RATE 0.012

=

CALC. LEAKAGE RATE AT 95% CONFIDENCE LEVEL 0.012 t 0.057

=

l 11

ARKANSAS IINIT 1 ILRT - 30 PSIG TREND REPORT o

LEAKAGE RATES (WEIGHT PERCENT / DAY) 1,N)

BASED ON TOTAL-TIME CALCULATIONS TIME AND DATE AT START OF TEST:

1400 0311 ELAPSED TIME:

24.00 HOURS NO. DATA ELAPSED MEAN MEASURED CALCULATED CHG IN CALC L/R UPPER 95*/.

PDINTS TINE LEAKAGE RATE LEAKAGE RATE FROM LAST POINT CONF LEVEL 10 2.25 0.061 0.109 0.350 11 2.50 0.059 0.~ 092

-0.017 0.318 12 2.75 0.054 0.070

-0.022 0.288 13 3.00 0.053 0.065

-0.005 0.268 14 3.25 0.056 0.071 0.006 0.261 15 3.50 0.056 0.071

-0.001 0.249 16 3.75 0.055 0.065

-0.006 0.d35 17 4.00 0.056 0.068 0.003 0.230 18 4.25 0.'057 0.069 0.001 0.223 19 4.50 0.058 0.073 0.005 0.222 20 4.75 0.058 0.071

-0.003 0.214 21 5.00 0.058 0.071 0.000 0.2'09 22 5.25 0.059 0.072 0.001 0.206 23 5.50 0.059 0.072

-0.000 0.201 24 5.75 0.059 0.070

-0.001 0.196 P5 6.00 0.057 0.061

-0.010 0.186 R$

6.25 0.057 0.061

-0.000 0.183 I

?

6.50 0.057

.0.061 0.000 0.180

\\w_5 6.75 0.057 0.060

-0.001 0.176 29 7.00 0.056 0.058

-0.002 0.172 30 7.25 0.056 0.058

-0.000 0.169 31 7.50 0.056 0.057

-0.001 0.166 32 7.75 0.055 0.054

-0.002 0.161 33 8.00 0.055 0.054

-0.001 0.156 34 8.25 0.055 0.052

-0.001 0.'155 35 8.50 0.055 0.053 0.001 0.154 36 8.-75 0.055 0.053 0.000 0.152 37 9.00 0.055 0.054 0.001 0.151 38 9.25 0.055 0.054 0.000 0.150 39 9.50 0.055 0.054 0.000 0.148 40 9.75 0.055 0.054 0.000 0.147 41 10.00 0.055 0.054

-0.000 0.145 42 10.25 0.055 0.054

-0.000 0.144 43 10.50 0.055 0.054 0.000 0.143 44 10.75 0.055 0.054 0.000 0.142 45 11.00 0.055 0.054

-0.001 0.140 46 11.25 0.055 0.054

-0.000 0.139 47 11.50 0.055 0.053

-0.000 0.138 48 11.75 0.055 0.053

-0.000 0.136 49 12.00 0.055 0.052

-0.001 0.135 50-12.25 0.054 0.051

-0.001 0.132 51-12.50 0.054 0.050

-0.001 0.130 e"9 12.75 0.054 0.049

-0.001 0.129 j

)

13.00 0.053 0.048

-0.001 0.127

('u4 13.25 0.053 0.047

-0.001 0.125 55 13.50 0.053 0.046

-0.001 0.123 12

TREND REPORT

";-?

nO V

56 13.75 0.053 0.046

-0.001 0.122 57 14.00 0.052 0.044

-0.001 0.120

~

58 14.25 0.052 0.043

-0.001 0.118 59 14.50 0.052 0.043

-0.001 0.117 60 14.75 0.051 0.042

-0.001 0.115 61 15.00 0.051 0.041

-0.001 0.114 62 15.25 0.051 0.041

-0.000 0.113 63 15.50 0.051 0.040

-0.001 0.111 64 15.75 0.050 0.039

-0.001 0.110 65 16.00 0.050 0.039

-0.001 0.109 66 16.25 0.050 0.038

-0.001 0.108 67 16.50 0.050 0.037

-0.001 0.106 68 16.75 0.049 0.037

-0.001 0.105 69 17.00 0.049 0.036

-0.001-0.104 70 17.25 0.049 0.035

-0.001 0.102 71 17.50

'O.048 0.034

-0.001 0.101 72 17.75 0.048 0.033

-0.001 0.100 73 18.00 0.048 0.033

-0.001 0.099 74 18.25 0.047 0.032

-0.001 0.097 75 18.50 0.047 0.031

-0.000 0.096 76 18.75 0.047 0.029

-0.002 0.094 7.7 19.00 0.046 0.028

-0.002 0.092 i(w/)

19.25 0.046 0.026

-0.001 0.091 19.50 0.045 0.025

-0.001 0.089' 80 19.75 0.045 0.024

-0.001 0.088 81 20.00 0.044 0.023

-0.001 0.086 82 20.25 -

0.044 0.022

' -0.001 0.085 83 20.50 0.044 0.021

-0.001 0.083 84 20.75 0.043 0.020

-0.001 0.082 85 21.00 0.043 0.019

-0.001 0.081 86 21.25 0.042 0.018

-0.001 0.079 87 21.50 0.042 0.017

-0.00-1 0.078 88 21.75 0.042 0.016

-0.001 0.077 89 22.00 0.041 0.016

-0.001 0.076 90 22.25 0.041 0.015

-0.001 0.075 91 22.50.

0.041 0.014

-0.001 0.073 92 22.75 0.040 0.014

-0.000 0.073 93 23.00 0.040 0.013

-0.000 0.072 94 23.25 0.040 0.013

-0.000 0.071 95 23.50 0.040 0.013

-0.000 0.071 96 23.75 0.039 0.012

-0.000 0.070 97 24.00 0.039 0.012

-0.000 0.069 THE CALCULATED LEAKAGE RATE

=

0.012 a

13

f

/

SUMMARY

DATA ARKANSAS UNIT 1 TEMP. STABILIZATION ALMAX* = 0*0>

UOL = 1910000.00 w

m TIME DATE TEMP PRESSURE 930 311 522.890 45.0020 945 311 522.612 44.9861 1000.311 522.484-44.9772 1015 311 522.443 44.9735 1045 311 522.262 44.9530 1100. 311 521.831 44~c21o 1115 311 521.645 44.5065 11.:.5. 311 521.899 44.9316 1145 311 522.009 44.93s1 1200 311 522.099 44.c467 1215 311 522.168 44~5 21 4

i 1830 -311 522.199 44.55b4 44".o96'44~5597 1245 311 522.239 1300 311 522.270 1315 311 522.326 44.o629 1330 311 522.348 44.?633 f

f m

14 e

e

t.

10 (N]

SUMMAPY OF MEASUPED DATA AT 1400 0311 TEMP 1=

523.830

< 64.28:'

TEMP 2=

521.424

( 61. 86:e TEMP 3=

521.589

( 62.02)

TEMP 4=

522.524

( 62.95)

TEMP 5=

522.380

( 62.78:'

TEMP 6=

523.225

(.63.64.)

TEMP 7=

525.031

( 65.44)

TEMP 8=

522.655

( 63.11!>

TEMP 9=

521.904

( 62.33)

TEMP 10 =

522.340

( 62.81)

TEMP 11 =

523.040

( 63.47.s TEMP 12 =

522.304

( 62. 70:e

. TEMP 13 =

521.974

( 62.39)

TEMP 14 =

522.000

( 62. 46:e

-TEMP 15 =

522.064

( 62.43)

TEMP 16 =

522.750

( 63.15:s TEMP 17 =

522.529

( 62.96:'

TEMP 18 =

522.455 62.87)

F'ES 1 =

45.178 (92677.)

g VPRS 1

0.190-( 51.74:s

=

i VPPS 2=

0.189

( 51.54:'

VPPS 3=

0.164

( 47.72:s VPPS-4=

0.243

( 58.59)

VPPS 5=

0.209

( 54.29)

VPPS 6=

0.247

( 58.88)

SUMMARY

OF COPPECTED DATA TIME = 1400' DATE = 0311 TEMPERATURE (DEGREES R.)

522.391

=

CORPECTED PRESSUPE (PSIA) 44.9696

=

15 4

a e-ww v-s,-

~

Ia 1

V

SUMMARY

OF MEAIURED DATA AT 1415 0311 TEMP 1=

523.881

< 64. 33)

TEMP 2=

521.474

< 61.91.)

TEMP 3 =- 521.589

< 62. 02'>

TEMP 4=

522.534

< 62.96)

TEMP 15 =

522.450

<-62.85s TEMP 6=

523.155

( 63.57)

TEMP 7=

524.931

< 65.343 TEMP S =- 522.775

( 63.23e TEMP 9=

521.934

< 62.36>

TEMP 10 =

522.350

( 62.82)

TEMP 11.=

523.060

< 63.49)

. TEMP 12 =

522.334

< 62.73s TEMP 13 =

522.024

( 62.44)

TEMP 14 521.990

< 62.45)

=

TEMP 15 =

522.054

< 62.42)

TEMP f6 =

522.810

< 63.21' TEMP 17 =

522.550

( 62.98>

TEMP 18 =

522.405

< 62.82.Y PRES 1=

45.179 (92680 >

)

VPPS 1=

0.189

( 51.65)

VPPI 2=

0.187

< 51.28's VPPS 3=

0.157

( 46.541 VPPS 4=

0.246

< 58.92:s VPP5 5=

0.209

< 54.263 l

VPRO 6=

0.248

< 59.02) 4 -

r SUMMAPY OF CORRECTED DATA TIME = 1415 DATE = 0311 TEMPEPATURE (DEGREES R.'>

=

522.411 COFPECTED PPES5UPE (PS I A:'

44.9719

=

s

. c 16

t

(

SUMMAPY OF MEASUPED DATA AT 1430 0311

~

TEMP 1 =

523.921

( 64. 37:e TEMP 2=

521.494

( 61.93)

TEMP 3=

521.649

( 62.083 TEMP 4=

-522.564

( 62.993 TEMP 5=

522.450

< 62.85

TEMP 6=

523.185

( 63.60)

TEMP 7=

525.011

( 65.42)

TEMP 8=-

522.905

( 63.36:s TEMP 9=

521.954

( 62.38)

TEMP 10 =

522.420

< 62.89s TEMP 11 =

523.080

< 63.51s TEMP'12 =

522.364

( 62.76:'

TEMP 13 =

522.035

( 62.45>

522.070

( 62.53

TEMP 14 =

TEMP 15 =

522.114

( 62.481 TEMP 16 =

522.750

( 63.15

TEMP 17 =

522.580

( 63.01:'

TEMP 18 =

522.435

( 62.85's PRE 5

-1 =

45.181 (92684.)

s(_

VPRS 1=

0.189

( 51.65)

VPRS 2=

0.187

( 51.24.s VPRS 3=

0.160

< 47.13)

VPPS 4.=

0.247

( 59.08:s VPPS 5=

0.209

( 54.22)

VPPS 6=

0.245

( 58.64.s

SUMMARY

OF CORRECTED DATA i

l TIME = 1430 DATE = 0311 522.440 TEMPEPATURE (DEGREES R.:s

=

44.9737 CORPECTED PPESSURE (PSI A:s

=

l-

' D) l

\\,_c l

l i

.17

)

h

'i]

IVMMARY OF MEACUPED DATA AT~ 1445 0311 TEMP 1 =

523.931

( 64.38:'

TEMP 2'=

521.514

( 61.95)

TEMP 3=

521.679

( 62.1D TEMP 4=

522.584

( 63. 0D

-TEMP 5=

522.430

( 62.83)

TEMP 6=

523.215

( 63.63.s TEMP 7=

525.071

( 65.48)

TEMP 8=

522.975

( 63.43' TEMP 9=

522.014

( 62.44s TEMP 10 =

522.440

( 62. 9 D TEMP 11 =

523.110

( 63.54s TEMP 12 =

522.394

( 62.79' TEMP 13 =

522.055

( 62.47s 522.070

( 62. 5 3:a TEMP 14 =

TEMP 15 =

522.104

( 62.47s TEMP 16 =

522.930

/ 63.33

TEMP 17 =

522.590

( 65.02s TEMF 18 =

522.435

( d 2. 85.s PFES 1

45.184 (92689.:s

=

0.189

( 51.60

VPPS 1 =

.VDP!

2=

0.185

( 51.04)

VPPC 3=

0.164

• 47.69s VPPI 4=

0.248

( 59.19)

YPPI 5=

0.210

< 54.36s VPP:

6=

0.245

( 58.67)

-SUMMAPY OF CDPRECTED DATA TIME = 1445

.DATE = 0311 TEMPEPATUPE (DEGPEES R.:s 522.468

=

COPPECTED'PPE!!UPE (PS I A's ' =

44.9753 l

I l

18

J

SUMMARY

OF' MEASURED DATA AT 1500 0311 TEMP 1=

523.961

( 64.41)

TEMP 2=

521.514

( 61.95)

TEMP 3=

521.749

( 62.18)

TEMP 4=

522.645

( 63. 07)

TEMP 5=

522.520

( 62.92)

TEMP 6=

523.255

( 63.67)

TEMP 7=

525.031

( 65.44)

TEMP 8=

522.845

( 63.30)

TEMP 9=

521.984

( 62.41)

TEMP 10 =

522.450

( 62.92)

TEMP 11 =

523.130

( 63.56)

TEMP 12 =

522.424

( 62.82)

TEMP 13 =

522.075

( 62.49)

TEMP 14 =

522.130

( 62.59)

TEMP 15 =

522.184

( 62.55)

TEMP 16 =

522.860

( 63.26)

TEMP 17 =

522.630

< 63.06)

TEMP 18'=

522.505

( 62.92)

(

PRES 1=

45.184 (92690.)

' VPRS 1 =

0.188

( 51.55)

VPRS 2=

0.185

( 50.97) j VPRS 3=

0.163

( 47.52)

VPRS 4=

0.247

( 59.03)

VPRS 5=

0.210

( 54.39)

VPRS 6=

0.250

( 59.17)

SLMMARY OF CORRECTED DATA TIME = 1500

.DATE = 0311 522.498 TEMPERATURE (DEGREES R.)

=

CORRECTED PRESSURE (PSIA > =

44.9755 1

)

R.,i 19 L

,O f

IUMMAPY OF MEASUPED DATA AT 1515 0311 TEMP 1=

523.981

( 64.43.)

TEMP 2=

521.564

( 62. 00>

TEMP 3=

521.769

( 62.20)

TEMP 4=

522.645

( 63.07)

TEMP 5=

522.520

( 62.92)

TEMP 6=

523.265

( 63.68)

TEMP 7 =- 525.121

( 65.53)

TEMP 8=

522.775

( 63.23)

TEMP 9=

522.024

( 62.45)

TEMP 10 =

522.470

( 62.94)

'l=

523.130 TEMF 63.56.'

l i

TEMP 12 =

522.424

( 62.82)

TEMP 13 =

522.115

' 62.53)

TEMP 14 522.080

( 62.54)

=

TEMP 15 =

522.174 i 62.54>

TEMP 16 =

522.940

( 63.34)

TEMP 17 =

522.653

( 6?. 08)

TEMP.18 =

522.555

( 62.97>

PRES 1 =

45.186 (92694.)

VPPS 1

O.188

( 51.533

=

VPPS 2=

0.184

( 50.90)

VPRI 3=

0.163

( 47.62)

VPPC 4=

0.247

( 59.07)

VPPI 3=

0.210

( 54.36)

VPPS 6=

0.248

( 59. 01'>

1 SUMMAPY OF C PRECTED DATA f

TIME = 1515 DATE = 0311 TEMPEPATURE (DEGREES P.>

522.516

=

COPPECTED PPE!'IURE (P!IA.

44.9776

=

s.

20

(O -

%J CUMMAPY OF MEA!UPED DATA AT 1530 03t1.

TEMP 1=

524.001

( 64.453 TEl1P. 2=

521.544

( 61.98)

TEMP 3=

521.819

( 62.25's TEl1P 4=

522.685

('63.11)

TEl1P 5=

522.550

( 62.95)

TEl1P 6=

523.285

( 63.70)

TEMP 7=

525.141

( 65. 55:e TEMP 8=

522.895

( 63.35)

TEl1P 9=

522.084

( 62.51:s TEMP 10 =

522.490

( 62.96 TEMP 11 =

523.160

( 63.59s TE11P 12 =

522.434

( 62.83.s TEMP 13 = ~522.115

( 62.53:'

TEMP 14 522.150 c 62.61)

=

TEMP 15 =

522.204

( 62.57)

TEMP 16 =

522.980

( 63.38)

TEMP 17 =

522.670

<: 63.10' TEMP 18 =

522.535

( 62.951 i

PREC

'l =

45.187 (92696..e I

VPP2 1=

0.189

( 51.63s VPP5 2 =.

0.185

( 50.97, VPPI 5=

0.167'

( 48.24.s VPP!' 4 =

0.247

('59.05)

VPPS 5=

0.'209

( 54.27)

VPP5 6=

0.246

( 58.74s OUMMARY OF COPPECTED DATA TIME = 1530 DATE = 0311 TEMPI >ATUPE (DEGREES P.)

522.539

=

COPPECTED PFESOUPE (PSIAi 44.9783

=

t 21

qG IUMMARY OF MEASUPED DATA AT 1545 0311 TEMP 1=

524.041

( 64.49)

TEMP 2=

521.624

( 62.06)

TEMP 3 =. 521.809

( 62.24)

TEMP 4=

522.695

( 63.12) l TEMP 5=

522.610

( 63.01) l TEMP 6=

523.275

(.63.69)

TEMP 7=

525.111

( 65.52)

TEMP 8=

522.735

( 63.19)

TEMP 9=

522.074

( 62.503 TEMP 10 =

522.520

( 62.994 TEMP 11 =

523.190

( 63.62.8 TEMP 12 =

522,444

( 62.84)

TEMP 13 =

522.095

( 62.51) 522.200

( 62.66)

TEMP 14 =

TEMP 15 =

522.264

( 62.63)

TEMP 16 =

522.790

( 63.19)

TEMP 17 =

522.660

( 63.097 TEMP 18 =

522.605

( 63.02i FPE!

1 =

45.189 (92700.7 VFPO 1

0.189

( 51.67)

O

=

VPRI 2=

0.185

( 51.023 VPP7 3=

0.165

( 47.89)

VPPS 4 =

0.246

( 58.92)

VPP!

5=

0.209

( 54.26)

VPFI 6=

0.249

( 59.09)

SUMMARY

OF COPPECTED DATA TIME = 1545 DATE = 0311 522.546 TEMPEPATUPE (DEGPEE0 R.)

=

44.9802 COPPECTED PPESSUPE (PSIA)

=

i

\\).

22

l-

-4

! Gr'N j

\\,,)

4 SUMMAPY OF MERTUPED DATA AT 1600 0311

)

TEMP 1

524.071

( 64.52)

=

TEMP 2=

521.624

( 62.06' TEMP 3=

521.789

( 62.22)

TEMP 4=

522.715

( 63.14>

TEMP 5=

522.610

( 63.01)

TEMP 6=

523.355

( 63.77)

TEMP 7=

525.161

( 65.57)

TEMP S=

522.815

( 63.27>

TEMP 9=

522.104

( 62.53>

TEMP 10 =

522.540

( 63. 01)

TEMP 11 =

523.260

( 63.69)

TEM.' 12 =

522.485

( 62.88)

TEMP 13 =

522.165-( 62.58)

TEMP 14 =

522.200

( 62.66)

TEMP 15 =

522.254

( 62.627 TEMP 16'=

523.040

( 63.44e TEMP 17 =

522.700

( 63.13>

TEMP 18 =

522.575

( 62.994 PREI 1

45.192 (92706.>

=

VPPO 1 =

0.188

( 51.58)

VPPE 2=

0.185

( 50.96>

VPP!

3=

0.162

( 47.49

VPP!

4=

0.247

( 59.03)

VFPI 5=

0.208

( 54.12>

VPP5 6=

0.241

( 58.15)

SUMMAPY OF COPPECTED DATA TIME = 1600 DATE = 0311 TEMPERATUPE (DEGFEEE R.)

522.587

=

COPPECTED PPEOSURE (P3I Ai 44.9852

=

t 23

.r--

A w

/

\\/

v OUMMARY OF MEA!UPED DATA AT 1615 0311 TEMP 1=

524.151

( 64.60s TEMP 2=

521.664

( 62.10s TEMP 3=

521,889

( 62.32)

TEMP 4 =

522.735

( 63.16)

TEMP 5=

522.640

( 63.04.s TEMP 6=

523.375

( 63.79)

TEMP 7=

525.211

( 65.62>

TEMP 8=

522.965

( 63.42)

TEMP 9=

522.164

( 62.59:'

TEMP 10 =

522.580

( 63.05)

TEMF 11 =

523.250

( 63.68s TEMP 12 =

522.525

( 62.92.s TEMP 13 =

522.135

( 62.55:e TEMP 14 522.270

( 62. 7Fs

=

TEMP 15 =

522.224

( 62.59:s TEMD 16 =

523.030

( 63.43' TEMF 17 =

522.690

/ 63.12.s TEMP 18 =

522.585 r 63.00..

PPEI 1=

45.193 (92708.:s s

VPPS 1=

0.189

( 51.64.s VPPT 2=

0.185

( 51.02:s VPP5 3=

0.163 i 47.60's VPP5 4=

0.243

( 58.59:'

VPRI 5=

0.208

( 54.10s VPPI 6=

0.240

( 58.12.4 i

SUMMARY

OF COPPECTED DATA TIME = 1615 DATE = 0311 TEMFERATURE (DEGPEES R.)

522.609

=

COFPECTED PRESOURE (PSIA) 44.9867

=

l O

x 4

24

(

P

SUMMARY

OF MEASUPED DATA AT 1630 0311 TEMP 1=

524.091

( 64.54)

TEMP 2=

521.694

( 62.13)

TEMP 3=

521.959

( 62.39)

TEMP 4=

522.765

( 63.19:s TEMP 5=

522.640

( 63. 04.)

TEMP 6=

523.395

( 63. 81:e TEMP 7=

525.231

( 65.64)

TEMP S=

522.985

( 63.44s TEMP 9=

522.204

( 62.63s TEMP 10 =. 522.600

( 63.07)

TEMP 11 523.290

( 63.72)

=

TEMP 12 =

522.545

( 62.94)

TEMP 13 =

522.175

( 62.597 TEMP 14 =

522.310

( 62.77)

TEMP 15 =

522.264

( 62.63:s TEMP 1'6 =

522.980

( 63.38i TEMP 17 =

S22.720

( 63.151 TEMP 18 =

522.635

( 63.05)

FRE5 1

45.195 (92713.:s

=

\\

VPP5 1 =

0.189

( 51.60.'

VPPS 2=

0.165

( 50.95's VPPO 3=

0.166

( 48. 09)

VPRS 4=

0.244

( 58.73)

VPP3 5=

0.208

(: 54.16)

VPR5 6=

0.241

( 58.20) i OUMMAPY OF COPRECTED DATA TIi1E = 1630 DATE = 0311 TEMPERATUPE (DEGREES R.:s 522.629

=

1

~CDPPECTED PRESOUPE (PS I A's 44.9883

=

l uJ 25

O

\\-s/

SUMMARY

OF MEASURED DATA AT 1645 0311 TEMP 1=

524.121

( 64.57)

TEMP 2=

521.744

( 62.18)

TEMP 3=

521.929

( 62.36:s TEMP 4=

522.775

( 63. 20:e TEMP 5=

522.630

( 63.03)

TEMP 6=

523.405

( 63.82!s i

TEMP 7=

525.261

( 65.67:s TEMP 8=

523.075

~( 63.53:s TEMP 9=

522.214

( 62.64:s TEMP 10 =

522.620

( 63.09)

TEMP 11 =

523.300

( 63.73)

TEMP 12 =

522.555

( 62.95i TEMP 13 =

522.205

( 62.62.)

TEMP ~14 =

522.280

< 62.74:s TEMP 15 =

522.374

/ 62.743 TEMP 16 =

523.020

( 63.42)

TEMP-17 =

522.750

( 63.18:'

TEMP 18 =

522.625

( 63.04

45.197 (92717 >

PPE!

1

=

VPRO 1=

0.188

( 51.56)

VPP5

.2 =

0.185

( 51.08)

VPRI 3=

0.161

( 47.23)

VPPS 4=

0.243

( 58.55:s VPRI 5=

0.208

( 54.09's VPRI 6=

0.240

< 58.06:s

SUMMARY

OF CDPPECTED DATA TIME = 1645 DATE = 0311 522.652 TEMPEPATUPE (DEGREES R.)

=

CORPECTED PRESSURE (PSI A:s 44.9917

=

a l

f.

r 26 l.

y-AV SUMMAPY OF MEASURED DATA AT 1700 0311 TEMP 1=

524.221

( 64.67)

TEMP

'2 =

521.764

( 62.20:s TEMP 3=

521.979

( 62.41)

TEMP 4=

522.815

( 63. 24:.'

TEMP 5=

522.680

( ' 63. 08)

TEMP 6=

523.496

(.63. 91:s

• TEMP 7=

525.241

( 65.65)

TEMP 8=

523.065

( 63.52)

TEMP 9=

522.204

( 62.63:s TEMP 10 =

522.630

( 63.10.'

TEMP 11 =

523.360

( 6?.79)

TEMP 12 =

522.605

( 63.00's TEMP 13 =

522.235

( 62.65:s TEMP 14 =

522.270

( 62. 73:e TEMP 15 =

522.364

( 62.73)

TEMP 16 =

523.110

( 63.51)

TEMP 17 =

522.820

( 63.25:s TEMP 18 =

522.705

( 63.12)

PPE3 1 =

45.199 (92721.)

YPRS 1=

0.189

( 51.63

)

VPRS 2=

0.186

( 51.17:s VPRI 3=

0.160

< 47.16:s YPRS 4 =

0.242

( 58.50)

VPRS 5=

0.207

( 53.98)

VPRS 6=

0.242

< 58. 35:e SUMMAPY OF CDPRECTED DATA TIME = 1700 DATE = 0311 522.696 TEMPERATURE (DEGREES R.)

=

CORRECTED PRESSURE (PS I A:s 44.9933

=

n x_-

l

(-

i 27

9

)

O

SUMMARY

OF MEASUPED DATA AT 1715 0311 TEMP 1=

524.211

( 64.66)

TEMP 2=

521.784

( 62.22;'

TEMP 3=

522.079

( 62.51)

TEMP 4=

522.865

( 63.29>

TEMP 5=

522.740

( 63.14>

TEMP 6=

523.516

( 63.93)

TEMP 7=

525.281

( 65.69/

TEMP 8=

523.115

( 63.57)

TEMP 9=

522.244

( 62.67)

TEMP 10 =

522.680

( 63.15)

TEMP 11 =

523.390

( 6?.82)

TEMP 12 =

522.615

( 63. 01 >

TEMF 13 =

522.315

'l 62.73)

TEMP 14 =

522.330

( 62.?c' TEMP 15 =

522.384

( 62.75)

TEMP 16 =

523.180

< 63.58)

TEMP 17 =

522.840

< 63.273 s_-

TEMP 18 =

522.735

( 63.15) 45.201 (92724.)

PPES 1 =

VPRS 1=

0.190

( 51.82)

VPRS 2=

0.185

( 51.09)

VPPS 3=

0.161

< 47.30) 0.247

( 59.04)

VPRS 4 =

VPRS 5=

0.206

( 53.92)

VPRS 6=

0.240

( 58.04)

SUMMARY

OF CORRECTED DATA TIME = 1715 DATE = 0311 522.735 TEMPERATURE (DEGREES R.)

=

44.9942 CDPRECTED PRESSUPE (PSIA)

=

s s

~

28

c.

e O

SUMMARY

OF MEASURED DATA RT 1730 0311 i

TEMP 1=

524.291

( 64.74)

TEMP 2=

521.794

( 62.23)

TEMP 3=

522.049

( 62.48)

TEMP a4 =

522.90r

( 63.33) i TEMP 5=

522.770

( 63.17)

TEMP 6=

523.536

( 63.95)

TEMP 7=

525.331

( 65.74)

TEMP 8=

523.035

( 63.49)

TEMP 9=

522.234

( 62.66)

TEMP 10 =

522.710

( 63.18)

TEMP 11 =

523.420

( 63.85)

TEMP-12 =

522.645

( 63. 04)

TEMP 13 =

522.325

( 62.74)

TEMP 14 =

522.310

( 62.77)

TEMP 15 =

522.404

( 62.77)

TEMP 16 =

523.160

( 63.56)

TEMP 17 =

522.870

( 63.30)

TEMP 18 =

522.745

( 63.16)

PRES 1=

45.203 (92730.)

VPRS 1=

0.190

( 51.83)

VPRS 2=

0.188

( 51.48)

VPRS 3=

0.175

( 49.47)

YPRS 4=

0.237

( 57.92)

VPRS 5=

0.206

( 53.84)

VPRS 6=

0.038

( 57.88)

SUMMARY

OF CORRECTED DATR TIME = 1730 DATE = 0311 TEMPERATURE (DEGREES R.)

522.749-

=

4'4.9964 CORRECTED PRESSURE ~(PSI A)

=

O 29

b 4

SUMMARY

OF MERSURED DATA RT 1745 0311 TEMP 1=

524.271

< 64.72)

TEMP 2=

521.864

< 62.30)

TEMP 3=

522.069

< 62.50)

TEMP 4=

522.895

< 63.32)

TEMP 5=

522.780

< 63.18)

TEMP 6=

523.546

< 63.96)

TEMP 7=

525.421

< 65.83)

TEMP' 8=

522.955

( 63.41)

TEMP 9=

522.354

< 62.78)

TEMP 10 =

522.740

< 63.21)

TEMP 11 =

523.450

< 63.88)

TEMP 12 =

522.655

< 63.05)

TEMP 13 =

522.355

< 62.77)

TEMP 14 =

522.390

< 62.85)

TEMP 15 =

522.454

( 62.82)

TEMP 16 =

523.180

< 63.58)

TEMP 17 =

522.880

< 63.31)

TEMP 18 =

522.725

< 63.14)

PRES 1=

45.206 (92735.)

YPRS 1=

0.192

< 52.04)

YPRS 2=

0.188

< 51.51) 1 YPRS 3=

0.165

< 47.90)

VPRS 4=

0.243

< 58.62)

VPRS 5=

0.206

< 53.81)

VPRS 6=

0.236

< 57.64)

SUMMARY

OF CORRECTED DATA TIME = 1745 DATE = 0311 5d2.773 TEMPERATURE (DEGREES R.)

=

44.9997 CORRECTED PRESSURE (PSIA)

=

O l

30

e y3U

SUMMARY

OF MEASURED DATA RT 1800 0311 TEMP 1=

524.331

< 64.78)

TEMP 2=

521.874

< 62.31)

TEMP 3=

522.059

< 62.49)

TEMP 4=

522.925

< 63.35)

TEMP 5=

522.800

< 63.20)

TEMP 6=

523.636

< 64.05)

TEMP 7=

525.411

< 65.82)

TEMP 8=

523.185

( 63.64)

TEMP 9=

522.334

< 62.76)

TEMP 10 =

522.790

< 63.26)

TEMP 11 =

523.521

< 63.95)

TEMP 12 =

522.725

< 63.12)

TEMP 13 =

522.315

< 62.73)

TEMP 14 =

522.440

< 62.90)

TEMP f5 =

522.434

< 62.80)

TEMP 16 =

523.230

< 63.63)

TEMP 17 =

522.910

< 63.34)

TEMP 18 =

522.785

< 63.20)

PRES 1=

45.208 (92739.)

D

. VPRS 1=

0.191

( 51.97)'

VPRS 2

r-0.190

< 51.73)

VPRS 3=

0.178

< 49. 90)

VPRS 4=

0.235

< 57.67)

VPRS 5=

0.205

< 53.79)

VPRS 6=

0.240

< 58.07)

SUMMARY

OF CORRECTED DATA TIME = 1800 DATE = 0311 TEMPERATURE (DEGREES R.)

522.807

=

CORRECTED PRESSURE (PSIA) =

45.0000 31

O

SUMMARY

OF MEASURED DATA ST 1815 0311 TEMP 1=

524.381

< 64.83)

TEMP 2=

521.874

( 62.31)

TEMP 3=

522.129

< 62.56)

TEMP 4=

522.995

< 63.42)

TEMP 5=

522.840

< 63.24)

TEMP 6=

523.676

< 64.09)

TEMP 7=

525.451

< 65.86)

TEMP 8=

523.105

< 63.56)

TEMP 9=

522.314

( 62.7(

TEMP 10 =

522.780

< 63.2' TEMP 11 =

523.531

< 63.96)

TEMP 12 =

522.735

( 63.13)

TEMP 13 =

522.365

( 62.78)

TEMP 14 =

522.490

< 62.95)

TEMP 15 =

522.494

( 62.86)

TEMP 16 =

523.260

( 63.66)

TEMP 17 =

522.930

< 63.36)

TEMP 18 =

522.845

( 63.26)

()

PRES 1=

45.210 (92743.)

VPRS 1=

0.192

< 52.03)

VPRS 2=

0.189

( 51.65)

VPRS 3=

0.177

( 49.76)

VPRS 4=

0.233

( 57.38)

VPRS 5=

0.205

< 53.80)

VPRS 6=

0.238

( 57.83)

SUMMARY

OF CORRECTED DATA TIME = 1815 DATE = 0311,

=

522.840 TEMPERATURE (DEGREES R.)

45.0029 CORRECTED PRESSURE (PSIA)

=

0 32 s

o

.)

j

-\\

SUMMARY

OF MEASURED DATA AT 1830 0311 TEMP 1=

524.431

( 64.88)

TEMP 2=

U21.924

( 62.36)

TEMP 3=

522.129

( 62.56)

TEMP 4=

523.015

( 63.44)

TEMP 5=

522.900

( 63.30)

TEMP 6=

523.636

( 64. 05)

TEMP 7=

525.401

( 65.81)

TEMP 8=

523.295

( 63.75)

TEMP 9=

522.344

( 62.77)

TEMP 10 =

522.830

< 63.30)

TEMP 11 =

523.561

< 63.99)

TEMP 12 =

522.775

( 63.17)

TEMP 13 =

522.445

( 62.86)

TEMP 14 =

522.450

( 62.91)

TEMP 15 =

522.514

( 62.88)

TEMP 16 =

523.270

( 63.67)

TEMP 17 =

522.980

( 63.41)

TEMP 18 =

522.865

( 63.28)

PRES 1=

45.213 (92749.>

VPRS 1 =

0.192

( 52.05)

VPRS 2=

0.187

( 51.33)

VPRS 3=

0.171

( 48.87)

VPRS 4=

0.247

( 59.06)

VPRS 5=

0.206

( 53.89)

VPRS 6=

0.241

( 58.20)

SUMMARY

OF CORRECTED DATA TIME = 1830 DATE = 0311 TEMPERATURE (DEGREES R.)

522.872

=

CORRECTED PRESSURE (PSI A) 45.0038

=

bG 33

O

SUMMARY

OF MERSURED DATA RT 1845 0311 TEMP 1=

524.451

< 64.90)

TEMP 2=

521.954

< 62.39)

TEMP 3=

522.219

< 62.65)

TEMP 4=

523.055

(~63.48)

TEMP 5=

522.910

< 63.31)

TEMP 6=

523.726

< 64.14)

TEMP 7=

525.542

< 65.95)

TEMP 8=

523.205

( 63.66)

TEMP 9=

522.384

< 62.81)

TEMP 10 =

522.870

< 63.34)

TEMP 11 =

523.591

< 64. 02)

TEMP 12 =

522.775

( 63.17)

TEMP 13 =

522.385

( 62.80)

TEMP 14 =

522.460

< 62.92)

TEMP 15 =

522.554

< 62.92)

TEMP 16 =

523.270

< 63.67)

TEMP 17 =

523.010

< 63.44)

TEMP 18 =

522.865

< 63.28)

(

PRES 1=

45.215 (92753.)

VPRS 1=

0.191

< 52. 01)

VPRS 2=

0.185

( 51.48) 1 VPRS 3=

0.174

( 49.28)

VPRS 4=

0.239

< 58.11)

VPRS 5=

0.205

< 53.74)

VPRS 6=

0.238

< 57.82)

SUMMARY

OF CORRECTED DATA TIME = 1845 DATE = 0311 522.886 TEMPERATURE (DEGREES R.)

=

45.0075 CDRRECTED PRESSURE (PSIA) =

b) v 34 w-

,w-

---r-,--

w

O i

SUMMARY

OF MEASURED DATA AT 1900 0311 TEMP 1=

524.501

< 64.95)

TEMP 2=

521.974

( 62.41)

TEMP 3=

522.309

( 62.74)

TEMP 4=

523.045

< 63.47)

TEMP 5=

522.940

< 63.34) i

' TEMP 6=

523.716

< 64.13)

TEMP 7=

525.542

< 65.95)

TEMP 8=

523.355

< 63.81)

TEMP 9=

522.434

< 62.86)

TEMP 10 =

522.850

< 63.32)

TEMP 11 =

523.631

< 64.06)

TEMP 12 =

522.815

< 63.21)

TEMP 13 =

522.415

( 62.83)

TEMP 14 =

522.570

< 63.03)

TEMP 15 =

522.574

( 62.94)

TEMP'16'=

523.370

< 63.77)

TEMP 17 =

523.010

< 63.44) i

. TEMP 18 =

522.915

( 63.33) i PRES 1=

45.217 (92758.)

VPRS 1=

'O.'192

< 52. 04)

VPRS 2=

0.188

< 51.47)

YPRS 3=

0.175

( 49.46)

,VPRS 4=

0.238

< 58.07)

VPRS 5=

0.205

< 53.77)

VPRS

6. =

0.237' < 57.74) i i

l l

SUMMARY

OF CORRECTED DATA TIME = 1900 DATE = 0311 TEMPERATURE (DEGREES R.)

=

522.930 CORRECTED' PRESSURE (PSIA) =

45.0098 35

O V

SUMMARY

OF MEASURED DATA AT 1915 0311 TEMP 1=

524.501

< 64.95)

-TEMP 2=

522.014

< 62.45) 8 TEMP 3=

522.249

< 62.68)

TEMP 4=

523.085

( 63.51)

TEMP 5=

522.950

< 63.35)

TEMP 6=

523.746

< 64.16)

TEMP.-7 =

525.692

< 66.10)

TEMP 8=

523.495

< 63.95).

TEMP 9=

522.505

< 62.93)

TEMP 10 =

522.890

< 63.36)

TEMP 11 =

523.651

< 64.08)

TEMP 12 =

522.865 -< 63.26)

TEMP 13 =

522.455

< 62.87)

TEMP 14.=

522.580

< 63.04)

TEMP 15 =

522.594

( 62.96)

TEMP 16 =

523.380

< 63.78)

TEMP 17 =

523.060

< 63.49)

TEMP 18 =

522.955

( 63.37)

O PRES 1=

45.220 (92764.)

VPRS.

1=

0.192

< 52.10)

VPRS 2=

0.190

,( 51.78)

VPRO 3=

0.177

< 49.77)

VPRS 4=

0.235

< 57.66)

VPRS 5=

0.205

( 53.70)

VPRS 6=

0.243

( 58.37)

SUMMARY

OF CORRECTED DATA TIME = 1915

)

DATE = 0311 522.961 TEMPERATURE (DEGREES R.)

=

45.011.7

.CDRvECTED PRESSURE (PSI A)

=

/

i s

1 l

36

v v.

s 1

SUMMARY

OF MEASURED DATA RT 1930 0311 TEMP 1=

524.541

< 64,99)

TEMP 2=

522.014

( 62.45)

TEMP 3=

S22.'279

( 62.71)

TEMP 4=

523.125

< 63.55)

TEMP 5=

522.960

< 63.36)

TEMP 6=

523.746

< 64.16)

TEMP 7=

525.532

< 65.94)

TEMP 8=

523.275

< 63.73)

TEMP 9=

522.525

< 62.95)

TEMP 10 =

522.920

( S3.39)

TEMP 11 =

523.691

< 64.12)

TEMP 12 =

522.895

( 63.29)'

TEMP 13 =

522.515

( 62.93)

TEMP 14 =

522.610

< 63. 07) 522.644

( 63. 01)

TEMP 15 O

TEMP 16 =

523.450

< 63.85)

TEMP 17 =

523.090

< 63.52)

TEMP 18 =

522.965

< 63.38X PPES 1=

45.223 (92770.)

VPRS 1=

0.192

< 52. 05)

VPRS 2=

0.189

< 51.60)

VPRS 3=

0.178

( 49.95)

YPRS 4=

0.237

< 57.87)

VPRS 5=

0.205

< 53.72)

VPRS 6=

0.242

< 58.36)

SUMMARY

OF CORRECTED DATA TIME = 1930 DATE = 0311 522.987 TEMPERATURE (DEGREES R.)

=

45.0143 CDRRECTED PRESSURE (PSIR)

=

(~N 37

G

SUMMARY

OF MEASURED DATA AT 1945 0311 TEMP 1=

524.571

< 65.02)

TEMP 2=

522.024

( 62.46)

TEMP 3=

522.299

( 62 73)

TEMP 4=

523.165

( 63.59)

TEMP 5=

523.000

( 63.40)

TEMP 6=

523.906

< 64.32)

TEMP 7=

525.652

( 66.06)

TEMP 8=

523.425

< 63.88)

TEMP 9=

522.575

( 63.00)

TEMP 10 =

522.920

( 63.39)

TEMP 11 =

523.721

< 64.15)

TEMP 1,2 =

522.915

( 63.31)

TEMP 13 =

522.505

( 62.92)

TEMP 14 =

522.650

< 63.11)

TEMP 15 =

522.674

< 63.04)

TEMP 16 =

523.500

< 63.90)

TEMP 17 =

523.090

< 63.52)

TEMP 18 =

523.005

< 63.42)

PRES 1=

45.225 (92775.)

l 1

VPRS 1=

0.192

< 52.09)

VPRS 2=

0.189

< 51.59)

VPRS 3=

0.175

( 49.43) 1 VPRS 4a 0.237

< 57.94)

VPRS 5=

0.205

( 53.73)

VPRS 6=

0.241

< 58.17)

SUMMARY

-OF CORRECTED DATA l

TIME = 1945 i

DATE = 0311 l

TEMPERATURE (DEGREES R.)

523.019

=

CORRECTED PRESSURE (PSIA) 45.0175

=

38

( f^^

SUMMARY

OF MEASURED DATA AT 2000 0311 TEMP 1 =

524.561

( 65. 01)

TEMP 2=

522.~094

< 62.53)

TEMP 3=

522.299

( 62.73)

TEMP 4=

523.195

< 63.62)

TEMP 5=

523.020

( 63.42)

TEMP 6=

523.906

( 64.32)

TEMP 7=

525.702

( 66.11)

TEMP 8=

523.485

( 63.94)

TEMP 9=

522.565

( 62.99)

TEMP 10'=

522.990

< 63.46)

TEMP 11 =

521.778

( 62.21)

TEMP 12 =

522.945

< 63.34)

TEMP 13 =

522.585

( 63.00)

TEMP 14 =

522.690

< 63.15)

TEMP 15 =

522.715

( 63. 08)

TEMP 16 =

523.500

< 63.90)

TEMP 17 =

523.170

( 63.60)

TEMP 18 =

523.025

( 63.44)

PRES 1 =

45.229-(92782.)

VPRS 1=

0.192

( 52.09)

' VPRS 2=

0.190

< 51.75)

VPRS 3=

0.175

( 49.43)

VPPS 4=

0.235

( 57.61)

VPRS 5=

0.205

( 53.68)

VPRS 6=

0.237

( 57.78)

SUMMARY

OF CORRECTED DATA TIME = 2000 DATE = 0311 TEMPERATURE (DEGREES R.)

523.002

=

CORRECTED PRESSURE (PSIA) 45.0218

=

DG 39

/\\

SUMMARY

OF MEASURED DATA AT 2015 0311 TEMP 1 =

524.621

( 65.07>

TEMP 2=

522.084

( 62.52)

TEMP 3=

522.319

( 62.75)

TEMP 4=

523.215

( 63.64)

TEMP 5=

523.090

( 63.49)

TEMP 6=

523.956

('64.37)

TEMP 7=

525.822

( 66.23)

TEMP 8=

523.525

( 63.98)

TEMP 9=

522.615

( 63.04)

TEMP 10 =

523.000

( 63.47)

TEMP 11 =

523.811

( 64.24)

TEMP 12 =

522.975

( 63.37)

TEMP 13 =

522.605

( 63.02>

TEMP 14 =

522.750

( 63.21)

TEMP 15 =

522.745

( 63.11)

TEMP 16 =

523.590

( 63.99)

TEMP 17 =

523.200

( 63.63)

TEMP 18 =

523.055

( 63.47)

PRES 1 =

45.231 (92788..)

()/

VPRS 1=

0.192

( 52.04) s_s VPRS 2=

0.190

('51.74)

VPRS 3=

0.179

( 50.11)

VPRS 4=

0.236

( 57.78)

VPRS 5=

0.205

( 53.71)

VPRS 6=

0.239

( 57.95)

SUMMARY

OF CURRECTED DATR TIME = 2015 DATE = 0311 TEMPERATURE (DEGREES R.)

523.096

=

CORRECTED PRESSURE (PSIR)

=

45.0234 i

s 40

'(

SUMMARY

OF MEASURED DATA AT 2030 0311 TEMP 1=

524.691

( 65.14)

TEMP 2=

522.144

( 62.58)

TEMP 3=

522.379

( 62.81>

TEMP 4=

523.255

( -63. 68)

TEMP 5=

U23.150

( C3.55)

TEMP 6=

524.016

( 64.43)

TEMP 7=

525.792

( 66.20)

TEMP 8=

523.565

( 64.02)

TEMP 9=

522.645

( 63.07)

TEMP 10 =

523.050

( 63.52)

TEMP 11 =

523.851

( 64.28>

TEMP 12 =

523.025

( 63.42>

TEMP 13 =

522.675

( 63.09)

TEMP 14 =

522.690

( 63.15>

TEMP 15 =

522.765

( 63.13)

TEMP 16 =

523.620

( 64.02>

TEMP 17 =

523.240

( 63.67)

TEMP 18 =

523.085

( 63.50)

PRES 1 =

45.234 (92793.)

,3 VPRS 1=

0.192

< 52.08)

VPRS 2=

0.189

( 51.60)

VPRS 3=

0.178

( 49.98)

VPRS 4=

0.235

( 57.60)

VPRS 5=

0.205

( 53.80)

VPRS 6=

0.242

( 58.25)

SUMMARY

OF CORRECTED DATA TIME = 2030 DATE = 0311 TEMPERATURE (DEGREES R.)

523.132

=

CORRECTED PRESSURE (PSIA) 45.0258

=

(~%

41

1 l

\\

SUMMARY

OF MEASURED DATA AT 2045 0311 i

YEMP 1=

524.751

< 65.20)

TEMP 2=

522.204

< 62.64)

TEMP 3=

522.429

< 62.86)

TEMP 4=

523.295

< 63.72)

TEMP 5=

523.150

< 63.55)

TEMP 6=

523.986

< 64.40)

TEMP 7=

525.802

< 66.21)

TEMP 8=

523.545

< 64.00)

TEMP 9=

522.675

( 63.10')

TEMP 10 =

523.100

< 63.57)

TEMP 11 =

523.871

< 64.30)

TEMP 12 =

523.065

< 63.46) fEMP 13 =

522.705

( 63.12) i TEMP 14 =

522.810

< 63.27) j TEMP 15 =

522.815

< 63.18)

TEMP 16 =

523.480

< 63.88)

TEMP 17 =

523.270

< 63.70)

TEMP 18 =

523.185

< 63.60)

PRES 1=

45.237 (92800.)

VPRS 1=

0.192

< 52.15)

VPRS 2=

0.190

< 51.77)

VPRS 3=

0.175

( 49.54)

VPRS 4=

0.235

( 57.61)

VPRS 5=

0.205

( 53.73)

VPRS 6=

0.240

< 58.02)

SUMMARY

OF CORRECTED DATA TIME = 2045 DATE = 0311 523.164 TEMPERATURE (DEGREES R.)

=

CORRECTED PRESSURE (PSIA) 45.0299

=

()

42 -

n (vI

SUMMARY

OF MEASURED DATA AT 2100 0311 TEMP 1=

524.751

( 65.20)

TEMP 2=

522.204

( 62.64)

TEMP 3=

522.479

( 62.91)

TEMP 4=

523.72<

< 63.75)

TEMP 5=

523.160

( 63.56)

TEMP 6=

524.086

( 64.50)

TEMP 7=

525,872

( 66.28)

TEMP 8=

523.515

( 63.97)

TEMP 9=

522.685

( 63.11)

TEMP 10 =

523.100

( 63.57)

TEMP 11 523.921

( 64.35)

=

TEMP 12 =

523.085 63.48)

TEMP 13 =

522.705

( 63.12>

TEMP'14.=

522.770

( 63.23)

TEMP 15 =

522.825

( 63.19)

~

TEMP 16 =

523.560

( 63.96)

TEMP 17 =

523.290

( 63.72)

TEMP 18 =

523.385

( 63.60)

PRES 1=

45.240 (92805.)

O VPRS 1 =

0.192

( 52. 03)

VPRS 2=

0.189

( 51.58)

VPRS 3=

0.177

( 49.73)

VPRS 4=

0.238

( 57.96)

VPRS 5=

0.205

( 53.79)

VPRS 6=

0.241

( 58.20)

SUMMARY

OF CORRECTED DATA TIME = 2100 DATE = 0311 TEMPERATURE (DEGREES R.)

523.179

=

CORRECTED PRESSURE (PSIA) 45.0315

=

1 t>

b' G

SUMMARY

OF MEASURED DATA AT 2115 0311 TEMP 1 =

524.771

< 65.22) i TEMP 2=

522.244

< 62.68) i TEMP 3=

522.469

( 62.90) l TEMP 4=

523.355

< 63.78)

TEMP 5=

523.190

< 63.59)

TEMP 6=

524.126

< 64.54)

TEMP 7=

525.932

< 66.34)

TEMP 8=

523.715

< 64.17)

TEMP 9=

522.765

< 63.19) t TEMP 10 =

523.160

< 63.63)

TEMP 11 =

523.951

( 64.38)

TEMP 12 =

523.115

< 63.51)

TEMP 13 =

522.755

( 63.17)

TEMP f4 =

522.820

< 63.28)

TEMP 15 =

522.935

( 63.30)

TEMP 16 =

523.681

< 64.08)

TEMP 17 =

523.330

< 63.76)

TEMP 18 =

523.205

< 63.62)

()

PRES 1 =

45.243 (92811.)

YPRS 1=

0.192

< 52.08)

VPRS 2=

0.188

( 51.51)

VPRS 3=

0.176

< 49.64)

VFRS 4=

0.236

< 57.82)

VPRS 5=

0.206

< 53.82)

VPRS 6=

0.243

< 58.37)

SUMMARY

OF CORRECTED DATA TIME = 2115 DATE = 0311 TEMPERATURE (DEGREES R.)

523.233

=

CORRECTED PRESSURE (PSIR) 45.0344

=

l l

(~h i

l i

44 9

-)

V

SUMMARY

OF MERSURED DATA AT 2130 0311 TEMP 1e '524.831

( 65.28)

TEMP 2=

522.284

( 62.72)

TEMP 3=

522.489

( 62.92)

TEMP 4=

523.385

( 63.81)

TEMP 5=

523.300

( 63.70)

TEMP 6=

524.096

( 64.51)

TEMP 7=

525.932

( 66.34)

TEMP 8=

523.745

( 64.20>

TEMP 9=

522.785

( 63.21)

TEMP 10 =

523.170

( 63.64)

TEMP 11 =

524.001

< 64.43>

TEMP 12 =

523.135

( 63.53)

TEMP 13 =

522.735

( 63.15)

TEMP 14 =

522.820

( 63.28)

TEMP 15 =

522.895

( 63.26)

TEMP 1'6 =

523.631

( 64. 03)

TEMP 17 =

523.350

( 63.78)

TEMP 18 =

523.185

( 63.60)

PRES 1=

45.245 (92816.)

m VPRS 1 =

0.192

( 52.09)

. VPRS 2=

0.190

< 51.68)

VPRS 3=

0.177

( 49.82>

VPRS 4=

0.237

( 57.88)

VPRS 5=

0.206

( 53.83)

VPRS 6=

0.243

( 58.c )

o

SUMMARY

OF CORRECTED DATA TIME = 2130 DATE = 0311 TEMPERATURE (DEGREES R.)

523.241

=

CORRECTED PRESSURE (PSIA) =

45.0362 v

.45.

/^

SUMMARY

OF MEASURED DATA AT 2145 0311

~

TEMP 1 =

524.851

< 65.30)

TEMP 2=

522.344

( 62.78)

TEMP 3w 522.509

( 62.94)

TEMP 4=

523.405

(.63.83)

TEMP 5=

523.270

( 63.67)

TEMP 6=

524.096

( 64.51)

TEMP 7=

525.972

( 66.38)

TEMP 8=

523.685

( 64.14)

TEMP 9=

522.795

( 63.22)

TEMP 10 =

523.200

( 63.67)

TEMP 11 =

524.021

( 64.45)

TEMP 12 =

523.175

( 63.57)

TEMP 13 =

522.755

( 63.17)

TEMP 14 =

522.910

( 63.37)

TEMP 15 =

522.915

( 63.28)

TEMP 16 =

523.711

( 64.11)

TEMP 17 =

523.390

( 63.82)

TEMP 18 =

523.215

( 63.63)

PRES 1=

45.248 (92822.)

VPRS 1 =

0.192

( 52.04)

VPRS 2=

0.188

( 51.38)

VPRS 3=

0.172

( 49.08)

VPRS 4=

0.240

( 58.25)

VPRS 5=

0.206

( 53.88)

VPRS 6=

0.241

( 58.23)

SUMMARY

DF CORRECTED DATA TIME = 2145 DATE = 0311

-TEMPERATURE (DEGREES R.)

523.274

=

CORRECTED PRESSURE (PSIA) =

45.0401 0

..46

n 1k U

SUMMAPY OF MEASURED DATA AT 2200 0311 TEMP 1= -524.891

< 65.34)

TEMP 2=

522.324

< 62.76)

TEMP 3=

522.620

< 63.05)

TEMP 4=

523.465

< 63.89)

TEMP 5=

523.300

(,63.70)

TEMP 6=

524.207

(. 64.62)

TEMP 7=

526.012

< 66.42)

TEMP 8=

523.665

< 64.12)

TEMP 9=

522.805

< 63.23)

TEMP 10 =

523.240

< 63.71)

TEMP 11 =

524.031

( 64.46)

TEMP 12 =

523.215

< 63.61)

TEMP 13 =

522.875

< 63.29)

TEMP 14 =

522.920

< 63.38)

TEMP 15 =

523.015

( 63.28)

TEMP 16 =

523.721

< 64.12)

TEMP 17 =

523.430

< 63.86)

TEMP 18 =

523.315

( 63.73)

PRES 1=

45.251 (92828.)

VPPS 1=

0.192

( 52.02)

VPRS 2=

0.188

< 51.42)

VPRS 3=

0.175

( 49.50)

VPRS 4=

0.238

< 58.01)

VPRS 5=

0.206

< 53.85)

VPRS 6=

0.242

( 58.27) l

SUMMARY

OF CORRECTED DATA TIME = 2200 DATE = 0311 523.324 TEMPERATURE (DEGREES R.)

=

l 45.0428 d

CORRECTED PRESSURE (PSIA)

=

o 47.

13 N)

SUMMARY

OF MEASUPED DATA AT 2215 0311

-TEMP 1=

524.921

( 65.37)

T!lMF 2=

522.344

< 62.78)

TEMP 3=

522.560

< 62.99)

TEMP 4=

523.485

< 63.91)

TEMP 5=

523.330

< 63.73)

TEMP 6=

524.247

( 64.66)

TEMP 7=

526.042

< 66.45)

TEMP 8=

523.585

< 64. 04)

(EMP 9=

522.855

< 63.28)

TEMP 10 =

523.260

< 63.73)

TEMP 11 =

524.061

< 64.49) i TEMP 12 =

523.245

( 63.64)

TEMP 1.3 =

522.865

< 63.28) 522.980

< 63.44)

TEMP 14 =

TEMP 15 =

523.005

< 63.37)

TEMP 16 =

523.691

( 64. 09)

TEMP 17 =

523.440

< 63.87)

TEMP 18 =

523.355

( 63.77) 45.253 (92832.)

PRES 1 =

VPRS 1=

0.192

( 52.02)

VPRS 2=

0.187

< 51.29)

VPPS 3=

0.173

( 49.23)

VPRS 4=

0.241

< 58.41)

VPRS 5=

0.206

( 53.83)

VPRS 6=

0.241

< 58.19)

SUMMARY

OF CORRECTED DATA TIME = 2215 DATE = 0311 523.338 TEMPERATURE (DEGREES R.)

=

45.0447 CORRECTED PRESSURE (PSIA)

=

~)

48

\\

f

SUMMARY

OF MEASURED DATA AT 2230 0311 TEMP 1=

524.921

< 65.37)

TEMP 2=

522.394

( 62.83)

TEMP 3=

522.519

< 62.95)

TEMP 4=

523.525

( 63.95)

TEMP 5=

523.380

< 63.78)

TEMP 6=

524.247

( 64.66)

TEMP 7=

526.112

< 66.52)

TEMP 8=

523.835

< 64.29)

TEMP 9=

522.865

< 63.29)

TEMP 10 =

523.270

< 63.74)

TEMP 11 =

524.091

< 64.52)

TEMP 12 =

523.245

< 63.64)

TEMP 13 =

522.885

< 63.30)

TEMP 14 =

523.060

( 63.52)

TEMP 15 =

523.035

< 63.40)

TEMP 16 =

523.801

< 64.20)

TEMP 17 =

523.510

( 63.94)

TEMP 18 =

523.375

< 63.79)

()

PRES 1 =

45.256 (92838.)

VPRS 1=

0.193

< 52.16)

VPRS 2=

0.188

< 51.40)

VPRS 3=

0.178

< 49.98)

VPRS 4=

0.240

< 58.26)

VPRS 5=

0.207

< 53.94)

VPRS 6=

0.248

< 58.98)

SUMMARY

OF CORRECTED DATA TIME = 2230 DATE = 0311 TEMPERATURE (DEGREES R.)

523.382

=

CORRECTED PRESSURE < PSIA) 45.0453

=

a 49

.w A

SUMMARY

OF MEASURED DATA AT 2245 0311 TEMP 1 =

524.961

( 65.41)

TEMP 2=

522.404

( 62.84)

TEMP 3=

522.670

( 63.10)

TEMP 4=

523.546

(.63.97)

TEMP 5=

523.450

( 63.85)

TEMP 6=

524.277

( 64.69)

TEMP 7=

526.082

( 66.49)

TEMP 8=

523.825

( 64.28)

TEMP 9=

522.915

( 63.34)

TEMP 10 =

523.330

( 63.80)

TEMP 11 =

524.151

( 64.58)

TEMP 12 =

523.305

( 63.70)

TEMP 13 =

522.935

( 63.35)

TEMP 14 =

523.020

( 63.48)

TEMP 15 =

523.065

( 63.43)

TEMP 16 =

523.881

( 64.28)

TEMP 17 =

523.530

( 63.96)

TEMP 18 =

523.365

( 63.78)

PRES 1 =

45.258 (92842.)

s,/

VPRS 1 =

0.193

( 52.20)

VPRS 2=

0.189

( 51.62)

VPRS 3=

0.173

( 49.12)

VPRS 4=

0.240

( 58.26)

VPRS 5=

0.207

( 53.95)

VPRS 6=

0.244

( 58.52)

SUMMARY

OF CORRECTED DATA TIME = 2245 DATE = 0311 TEMPERATURE (DEGkEES R.)

523.416

=

CORRECTED PRESSURE (PSIA) 45.0487

=

i l

I l

l J

50

SUMMARY

OF MEASURED LATA AT 2300 0311 TEMP 1=

525.001

< 65.45)

TEMP 2=

522.394

< 62.83)

TEMP 3=

522.710

< 63.14)

TEMP 4=

523.586

< 64. 01)

TEMP 5=

523.470

< 63.87)

TEMP 6=

524.317

< 64.73)

TEMP 7=

526.122

< 66.53)

TEMP 8=

523.835

( 64.29>

TEMP 9=

522.965

< 63.39)

TEMP 10 =

523.360

< 63.83)

TEMP 11 524.141

< 64.57)

=

TEMP 12 =

523.325

( 63.72)

TEMP 13 =

522.935

< 63.35)

TEMP 14 =

523.110

< 63.57)

TEMP 15 =

523.065

( 63.43)

TEMP 16 =

523.871

< 64.27)

TEMP 17 =

523.530

< 63.96)

TENP 18 =

523.385

< 63.80)

(

)

PRES 1=

45.260 (92848.)

YPRS

.1 =

0.193

( 52.23)

VPRS 2=

0.187

< 51.27)

VPPS 3=

0.172

< 49.05)

VPRS 4=

0.247

< 59.09)

VPPS 5=

0.208

< 54.13)

VPRO 6=

0.249

< 59.11)

SUMMARY

OF CORRECTED DATA TIME = 2300 DATE = 0311 TEMPERATUPE (DEGREES R.)

523.435

=

CORRECTED PRESSUPE (PSIA > =

45.0495 a

51'

(a')

SUMMARY

OF MEASURED DATA AT 2315 0311 TEMP 1

525.051

< 65.50)

=

TEMP 2=

522.465

< 62.90)

TEMP 3=

522.660

< 63.09)

TEMP 4=

523.576

< 64.00)

TEMP 5=

523.480

( 63.88)

TEMP 6=

524.337

( 64.75)

TEMP 7=

526.112

< 66.52)

TEMP 8=

523.755

( 64.21)

TEMP 9=

523.025

( 63.45)

TEMP 10 =

523.360

< 63.83)

TEMP 11 =

524.181

< 64.61) i TEMP 12 =

523.375

( 63.77)

TEMP 13 =

522.965

< 63.38)

TEMP 14 =

523.100

< 63.56)

TEMP 15 =

523.145

( 63.51)

TEMP 16 =

523.791

< 64.19)

TEMP-17 =

523.540

< 63.97)

TEMP 18 =

523.465

< 63.88)

PRES 1=

45.263 (92853.)

/~')

VPPS 1=

0.192

( 5c.13)

\\s /

VPRS 2=

0.186 51 22)-

VPRS 3=

0.172 49.00)

VPRS 4=

0.248 59.17)

VPRS 5=

0.209

< 54.20)

VPRS 6=

0.250

< 59.24)

SUMMARY

OF CORRECTED DATA TIME = 2315 DATE = 0311 TEMPERATURE (DEGREES R.)

523.456

=

CORRECTED PRESSURE (PSIA) 45.0517

=

S2

O

SUMMARY

OF ME'ASURED DATA AT 2330 0311 TEMP 1=

525.071

< 65.52)

TEMP 2=

522.495

( 62.93)

TEMP 3=

522.740

( 63.17)

TEMP 4=

523.616

( 64.04)

TEMP 5=

523.520

(

.92)

TEMP 6=

524.417

(

83)

TEMP 7=

526.152

( 66.56)

TEMP 8=

523.875

( 64.33)

TEMP 9=

523.025

( 63.45)

TEMP 10 =

523.400

( 63.87)

TEMP 11 =

524.241

( 64.67)

TEMP 12 =

523.405

( 63.80)

TEMP 13 =

523.005

( 63.42)

TEMP 14 =

523.170

( 63.63)

TEMP 15 =

523.165

( 63.53)

TEMP 16 =

523.911

( 64.31)

TEMP 17 =

523.580

( 64. 01)

(~'

TEMP 18 =

523.465

( 63.88)

U}

PRES 1=

45.265 (92858.)

VPRS 1=

0.192

( 52.12)

VPRS 2=

0.189

( 51.53)

VPRS 3=

0.174

( 49.38)

VPRS 4=

0.245

( 58.82)

VPRS 5=

0.207

( 54.06)

VPRS 6=

0.247

( 58.89)

SUMMARY

OF CDPRECTED DATA TIME = 2330 DATE = 0311 1

523.502 TEMPERATURE (DEGREES R.)

=

45.0547 CORRECTED PRESSURE (PSI A)

=

Jsm

- (~ >

I 53

if.

SUMMARY

OF MEASURED DATA AT 2345 0311 TEMP 1=

525.051

( 65.50)

TEMP 2=

522.535

( 62.97)

TEMP 3=

522.790

( 63.22)'

TEMP 4=

523.686

( 64.11)

TEMP 5=

523.520

( 63.92)

TEMP 6=

524.437

( 64.85)

TEMP 7=

526.162

< 66.57)

TEMP 8=

323.985

( 64.44)

TEMP 9=

523.055

( 63.48)

TEMP 10 =

523.420

< 63.89)

TEMP 11 =

524.251

( 64.68)

TEMP 12 =

523.415

( 63.81)

TEMP 13 =

523.055

( 63.47)

TEMP 14 =

523.100

< 63.56)

TEMP 15 =

C23.205

( 63.57)

TEMP 16 =

Sc"<. 981

< 64.38)

TEMP 17 =

523.'31

( 64.06)

"S TEMP 18 =

523.470

( 63.89)

(d g

PRES 1=

45.268 (92863.)

VPRS 1=

0.192

< 52.08)

VPRS 2=

0.187

( 51.29)

VPRS 3=

0.172

( 48.99)

VPRS 4=

0.246

( 58.89)

VPRS 5=

0.208

( 54.16)

VPRS 6=

0.250

( 59.25)

SUMMARY

OF CORRECTED DATA TIME = 2345 DATE = 0311 TEMPERATURE (DEGREES R.) =

523.525 CORRECTED PRESSURE (PSIA)

=

45.0570

~N (G

54 e

e

.r-we

t

SUMMARY

OF MEASUPED DATA AT 0 0312 TEMP 1=

525.091

< 65.54)

TEMP 2=

522.555

( ' 62. 99)

TEMP 3=

522.760

< 63.19)

TEMP 4=

523.676

( 64.10)

TEMP 5=

523.550

< 63.95)

' TEMP 6=

524.417

< 64.83)

TEMP 7=

526.132

< 66.54)

TEMP 8=

524.055

< 64.51)

TEMP 9=

523.095

( 63.52>

TEMP 10 =

583.430

< 63.90)

TEMP 11 =

524.282

< 64.71)

TEMP 12 =

523.425

< 63.82)

TEMP 13 =

523.075

< 63.49)

TEMP 14 =

523.150

< 63.61)

TEMP 15 =

523.215

< 63.58)

TEMP 16 =

523.991

< 64.39)

TEMP 17 =

523.631

< 64. 06)

~'s TEMP 18 =

523.545

< 63.96)

(U PRES 1=

45.270 (92868.)

VPRS 1 =

0.193

< 52.20)

VPRS 2=

0.185

< 51.07)

VPRS 3=

0.172

< 49.08)

VPRS 4=

0.245

< 58.87)

VPRS 5=

0.209

< 54'.24)

VPRS 6=

0.249

< 59.07)

SUMMARY

OF CCPRECTED DATA TIME =

0 DATE = 0312 T2MPERATURE (DEGREES R.) =

523.547 CORRECTED PRESSURE (PSIA) 45.0596

=

p

.O 55

O 8

EUMMARY OF MEASURED DATA AT 15 0312 525.091

( 65.54)

TEMP 1 =

TEMP 2=

522.575

< 63.01)

TEMP 3=

522.770

( 63.20)

TEMP 4=

523.716

( 64.14)

TEMP 5=

523,610

( 64.01)

TEMP 6=

524.427

( 64.84)

TEMP 7=

526.242

( 66.65)

TEMP 8=

523.975

( 64.43)

TEMP 9=

523.125

( 63.55)

TEMP 10 =

523.490

( 63.96)

TEMP 11 =

524.292

< 64.72)

TEMP 12 =

523.445

( 63.84)

TEMP 13 =

523.105

( 63.52)

TEMP 14 =

523.190

( 63.65)

TEMP 15 =

523.265

( 63.63)

TEMP 16 =

524.021

( 64.42)

TEMP 17 =

523.641

( 64. 07)

TEMP 18 =

523.565

( 63.98)

PRES 1=

45.272 (92872.)

0.193

( 52.24)

VPRS 1 =

VPRS 2=

0.185

( 51.06)

VPRS 3=

0.174

( 49.33)

VPRS 4=

0.246

( 58.95)

VPRS 5=

0.209

( 54.29)

VPRS 6=

0.248

( 58.97)

SUMMARY

OF CORRECTED DATA TIME =

15 DATE = 0312 523.574 TEMPERATURE (DEGREES R.)

=

45.0612 CORRECTED PRESSURE (PSIA)

=

O l

56 l

SUMMARY

OF MEASURED DATA AT 30 0312 TEMP 1=

525.141

< 65.59)

TEMP 2=

522.585

< 63.02)

TEMP 3=

522.870

< 63.30)

TEMP 4=

523.726

( 64.15)

TEMP 5=

523.600

< 64.00)

TEMP 6=

524.537

( 64.95)

TEMP 7=

526.202

( 66.61)

-TEMP 8=

523.995

( 64.45)

TEMP 9=

523.145

< 63.57)

TEMP 10 =

523.510

< 63.98)

TEMP 11 =

524.322

< 64.75)

TEMP 12 =

523.495

< 63.89)

TEMP 13 =

523.135

< 63.55)

TEMP 14 =

523.210

< 63.67)

TEMP 15 =

523.285

( 63.65)

TEMP 16 =

523.881

( 64.28)

TEMP 17 =

523.731

< 64.16)

TEMP 18 =

523.595

< 64. 01)

O\\

PRES 1=

45.275 (92877.)

VPRS 1=

0.192

< 52.12)

VPPS 2=

0.185

( 51. 07)

VPRS 3=

0.182

< 50.55) 0.246

( 58.97)

VPPS 4 =

VPRS 5=

0.210

< 54.40)

VPRS 6=

0.251

( 59.32) 1

SUMMARY

OF CORRECTED DATA TIME =

30 DATE = 0312 TEMPERATURE (DEGREES R.)

523.594

=

CORRECTED PRESSURE (PSIA) 45.0615

=

V 57

's

+b

SUMMARY

OF MEASURED DATA AT 45 0312

~

TEMP 1=

525.131

< 65.58)

TEMP 2=

522.615

( 63.05)

TEMP 3=

C22.880

< $3.31)

TEMP 4=

523.796

< 64.22)

TEMP-5=

523.670

< 64.07)

TEMP 6=

524.357

< 64.97)

TEMP 7=

526.232

< 66.66)

TEMP 8=

523.965

( 64.42)

TEMP 9=

523.155

( 63.58)

TEMP 10 =

523.540

< 64. 01) 524.340

< 64.77)

TEMP 11 =

TEMP 12 =

523.525

( 63.92)

TEMP 13 =

523.145

< 63.56)

TEMP 14 =

523.250

< 63.71)

TEMP 15 =

523.295

< 63.66)

TEMP 16 =

524.011

< 64.41)

TEMP 17 =

523.761

< 64.19)

TEMP 18 =

523.635

< 64.05)

(

45.277 (95882.)

PRES 1

=

VPRS 1 =

0.192

< 52.14)

VPRS 2=

0.185

< 51.09)

VPRS 3=

0.180

< 50.19)

VPRS 4=

0.247

( 59.03)

VPRS 5=

0.210

< 54.38)

VPRS 6=

0.249

< 59.09)

SUMMARY

OF CORRECTED DATA TIME =

45 DATE = 0312 TEMPERATURE < DEGREES R.)

523.630

=

CORRECTED PRESSURE (PSIA) 45.0647

=

(_

58

.(N

\\

~

SUMMARY

OF MEASURED DATA AT 100 0312 TEMP 1=

525.201

( 65.65)

TEMP 2=

522.655

( 63.09)

TEMP 3=

522.850

( 63.28)

TEMP 4=

523.816

( 64.24)

TEMP 5=

523.630

( 64. 03)

TEMP 6=

524.527

( 64.94)

TEMP 7=

526.212

( 66.62)

TEMP 8=

524.025

( 64.48)

TEMP 9=

523.195

( 63.62)

TEMP 10 =

523.550

( 64.02)

TEMP 11 =

524.362

< 64.79)

TEMP 12 =

523.535

( 63.93)

TEMP 13 =

523.225

( 63.64)

TEMP 14 =

523.330

( 63.79)

TEMP 15 =

523.335

( 63.70)

TEMP 16 =

524.071

( 64.47)

TEMP 17 =

523.761

( 64.19)

TEMP 18 =

523.625

( 64.04)

~

. PRES 1=

45.279 (92887.)

VPRS 1=

0.192

( 52.02)

VPRS 2=

0.184

( 50.92)

VPRS 3=

0.172

( 49.00)

VPRS 4=

0.247

( 59.02)

VPRS 5=

0.210

( 54.33)

VPRS 6=

0.249

( 59.07)

I l

l

SUMMARY

OF CORRECTED DATA l

TIME =

100 DATE = 0312 523.658 TEMPERATURE (DEGREES R.)

=

45.0689 CORRECTED. PRESSURE (PSIA)

=

fh G

59

(-,)

~

~

SUMMARY

OF MEASURED DATA AT 115 0312 TEMP 1=

525.221

< 65.67)

TEMP 2=

522.745

< 63.18)

TEMP 3=

522.990

( 63.42)

TEMP 4=

523.826

( 64.25)

TEMP 5=

523.670

( 64. 07)

TEMP 6=

524.557

( 64.97)

TEMP 7=

526.302

< 66.71)

TEMP 8=

524.075

( 64.53)

TEMP 9=

523.225

( 63.65)

TEMP 10 =

523.600

< 64. 07)

TEMP 11 =

524.412

( 64.84)

TEMP 12 =

523.565

< 63.96)

TEMP f3=

523.215

< 63.63)

TEMP 14 =

523.280

( 63.74)

TEMP 15 =

523.355

( 63.72)

TEMP 16 =

524.111

< 64.51>

TEMP 17 =

523.811

( 64.24)

TEMP 18 =

523.665

< 64.08)

PRES 1=

45.282 (92892.)

VPRS 1=

0.193

( 52.18)

YPRS 2=

0.186

( 51.11)

VPRS 3=

0.176

( 49.60)

VPRS 4=

0.246

( 58.90)

VPRS 5=

0.210

< 54.36)

VPRS 6=

0.249

( 59.13)

SUMMARY

OF CORRECTED DATA TIME =

115 DATE = 0312 TEMPERATURE (DEGREES R.) =

523.689 CORRECTED PRESSURE (PSIA) 45.0?03

=

60

SUMMARY

OF MEASURED DATA AT 130 0312 TEMP 1=

525.231

( 65.68)

TEMP 2=

522.735

( 63.17)

TEMP 3=

523.030

( 63.46)

TEMP 4=

523.906

( ~ 64. 33)

TEMP 5=

523.710

( 64.11)

TEMP 6=

524.637

< 65.05)

TEMP 7=

526.322

/ 66.73)

TEMP 8=

523.985

( 64.44)

TEMP 9=

523.255

( 63.68)

TEMP 10 =

523.62C

( 64.09)

TEMP 11 =

524.422

( 64.85)

TEMP 12 =

523.615

( 64. 01)

TEMP 13 =

523.225

( 63.64)

TEMP 14 =

523.370

< 63.83)

TEMP 15 =

523.425

( 63.79)

TEMP 16 =

524.031

< 64.43)

TEMP 17 =

523.861

( 64.29)

TEMP 18 =

523.715

( 64.13)

(}

PRES 1=

45.284 (92897.)

VPRS 1=

0.191

( 52.00) 4 VPRS 2=

0.185

( 50.96)

VPRS 3=

0.173

( 49.16)

VPRS 4=

0.249

( 59.31)

VPRS 5=

0.210

( 54.44)

VPRS 6=

0.249

( 59.11)

SUMMARY

OF CORRECTED DATR TIME =

130 DATE = 0312 TEMPERATURE (DEGREES R.)

523.718

=

CORRECTED PRESSURE (PSIA)

=

45.0728

.. 61..

j

1 I

SUMMARY

OF MEASURED DATA AT 145 0312 TEMP 1=

525.221

< 65.67)

TEMP 2=

522.795

(~ 63. 23)

TEMP 3=

522.980

< 63.41)

TEMP 4=

523.916

-( 64.34)

TEMP 5=

523.780

< 64.18)

TEMP 6=

524.607

( 65. 02)

TEMP 7=

526.342

< 66.75) l TEMP 8=

523.945

( 64.40)

TEMP 9=

523.255

( 63.68)

TEMP 10 =

523.630

( 64.10) l TEMP 11 =

524.452

( 64.88) f TEMP 12 =

523.625

( 64. 02)

TEMP 13 =

523.265

( 63.68) l TEMP 14 =

523.400

( 63.86)

TEMP 15 =

523.415

( 63.78)

TEMP 16 =

524.101

( 64.50)

TEMP 17 =

523.871

( 64.30)

TEMP 18 =

523.725

( 64.14)

PRES 1=

45.287 (92902.)

VPRS 1=

0.192

( 52.06)

VPRS 2=

0.185

( 51.09)

VPRS 3=

0.174

( 49.35)

VPRS 4=

0.248

( 59.19)

VPR$

5=

0.210

( 54.41)

VPRS 6=

0.251

< 59.35)

SUMMARY

OF CORRECTED DATA TIME =

145 DATE = 0312 TEMPERATURE (DEGREES R.) =

523.739 CORRECTED PRESSURE (PSIA) 45.0747

=

('~/)

s_

i 62

)

T fJ

SUMMARY

OF MEASURED DATA RT 200 0312 TEMP 1=

525.291

< 65.74)

TEMP 2=

522.735

( 63.17)

TEMP 3=

523.010

< 63.44)

TEMP 4=

523.926

( 64.35)

TEMP 5=

523.770

< 64.17)

TEMP 6=

524.567

( 64.98)

TEMP 7=

526.372

( 66.78)

TEMP 8=

524.175

< 64.63)

TEMP 9=

523.285

< 63.71)

TEMP 10 =

523.680

< 64.15)

TEMP 11 =

524.472

< 64.90)

TEMP 12 =

523.655

( 64.05)

TEMP 13 =

523.265

( 63.68)

TEMP 14 =

523.360

< 63.82)

TEMP 15 =

523.425

< 63.79)

TEMP 16 =

524.161

< 64.56)

TEMP 17 =

523.881

< 64.31)

TEMP 18 =

523.785

< 64.20)

()

45.289 (92906.)

PRES 1 =

VPRS 1=

0.193

< 52.21)

VPRS 2=

0.185

( 51.06)

VPRS 3=

0.178

( 49.91)

VPRS 4=

0.247

< 59.06)

VPRS 5=

0.210

< 54.43)

VPRS 6=

0.248

< 58.94)

SUMMARY

OF CORRECTED DATR TIME =

200 DATE = 0312 TEMPERATURE'(DEGREES R.)

523.757

=

45.0767 CORRECTED PRESSURE (PSIA)

=

i

(~~'\\

U l

l 63 I

O

SUMMARY

OF MEASURED DATA RT 215 0312 TEMP 1=

525.321

( 65.77) lL TEMP 2=

522.775

( 63.21)

TEMP 3=

523.040

( 63.47)

TEMP 4=

523.936

( 64.36)

TEMP 5=

523.810

( 64.21)

TEMP 6=

524.587

( 65.00)

TEMP 7=

526.362

( 66.77)

TEMP 8=

524.305

( 64.76)

TEMP 9=

523.325

( 63.75)

TEMP 10 =

S23.660

( 64.13)

TEMP 11 =

524.482

( 64.91)

TEMP 12 =

523.705

( 64.10)

TEMP 13 =

523.265

( 63.68)

TEMP 14 =

523.400

( 63.86)

TEMP 15 =

523.425

( 63.79)

TEMP 16 =

524.111

( 64.51)

TEMP 17 =

523.901

( 64.33)

TEMP 18 =

523.785

( 64.20)

(

PRES 1=

45.290 (92909.)

YPRS 1=

0.192

/ 52.025 YPRS 2=

0.184

( 50.88)

VPRS 3=

0.177

( 49.78)

VPRS 4=

0.237

( 57.87)

YFRS 5=

0.211

( 54.50)

YPRS 6=

0.250

( 59.23)

SUMMARY

OF CORRECTED DATA TIME =

215 DATE = 0312 TEMPERATURE (DEGREES R.)

523.775

=

CORRECTED PRESSURE (PSIA) 45.0799

=

O O

. -6 4 -

SUMMARY

OF MEASURED DATA AT 230 0312 TEMP 1=

525.301

( 65.75)

TEMP 2=

522.825

( 63.26)

TEMP 3=

523.040

< 63.47)

TEMP 4=

523.956

( 64.38)

TEMP 5=

523.810

( 64.21)

TEMP 6=

524.717

( 65.13)

TEMP 7=

526.572

< 66.78)

TEMP 8=

524.155

( 64.61)

TEMP 9=

523.365

( 63.79)

TEMP 10 =

523.740

( 64.21)

TEMP 11 =

524.522

( 64.95)

TEMP 12 =

523.685

( 64.08)

TEMF 13 =

523.315

( 63.73)

TEMP 1.4 =

523.400

( 63.86)

TEMP 15 =

523.455

( 63.82)

TEMP 16 =

524.311

( 64.71)

TEMP 17 =

523.921

< 64.35)

TEMP 18 =

523.725

( 64.14)

PRES 1=

45.292 (92913.)

O VPRS 1=

0.191

( 51.99)'

VPRS 2=

0.184

( 50.91)

VPRS 3=

0.174

( 49.27)

VPRS 4=

0.239

( 58.12)

VPRS 5=

0.211

< 54.50)

VPRS 6=

0.249

( 59.05)

SUMMARY

OF CORRECTED DATR TIME =

230 DATE = 0312 523.802 TEMPERATURE (DEGREES R.)

=

45.0824 CORRECTED PRESSURE (PSIA)

=

OO l

l 65

I t'3

'O

SUMMARY

OF MEASURED DATA AT 245 0312 TEMP 1 =

525.301

( 65.75)

TEMP 2=

522.855

( 63.29)

TEMP 3=

523.110

( 63.54)

TEMP 4=

523.986

( 64.41)

TEMP 5=

523.891

( 64.29)

TEMP 6=

524.727

( 65.14)

TEMP 7=

526.382

( 66.79)

TEMP 8=

524.185

( 64.64)

TEMP 9=

523.395

( 63.82)

TEMP 10 =

523.710

( 64.18)

TEMP 11 =

524.532

( 64.96)

TEMP 12 =

523.735

( 64.13)

TEMP 13 =

523.375

( 63.79)

TEMP I4 =

523.440

( 63.90)

TEMP 15 =

523.485

( 63.85)

TEMP 16 =

524.311

( 64.71)

TEMP-17 =

523.951

< 64,38)

TEMP 18 =

523.815

( 64.23)

PPES 1=

45.294 (92918.)

VPRS 1 =

0.193

( 52.18)

VPRS 2=

0.185

( 50.98)

VPRS 3=

0.177

( 49.74)

VPRS 4=

0.238

( 57.96)

VPRS 5=

0.211

( 54.50)

VPRS 6=

0.251

( 59.31)

SUMMARY

OF CORRECTED DATA TIME =

245 DATE = 0312 TEMPERATURE (DEGREES R.)

523.840

=

CORRECTED PRESSURE (PSIA) =

45.0838'

()

66

~~

m

i(fD m,/

SUMMARY

OF MEASURED DATA AT 300 0312 TEMP 1,=

525.351

( 65.80)

TEMP 2=

522.855

( 63.29)

TEMP 3=

523.020

( 63.45)

TEMP 4=

524.006

( 64.434 TEMP 5=

523.891

( 64.29)

TEMP 6=

524.767

( 65.18)

TEMP 7=

526.402

( 66.81)

TEMP 8=

524.315

( 64.77)

TEMP 9=

523.445

( 63.87)

TEMP 10 =

523.750

( 64.22)

TEMP 11 =

524.552

( 64.98)

TEMP 12 =

523.766

( 64.16)

TEMP 13 =

523.405

( 63.82)

TEMP 14 =

523.400

( 63.86)

TEMP 15 =

523.515

( 63.88)

TEMP 16 =

524.281

( 64.68)

/"')

TEMP 17 =

523.971

( 64.40)

\\s,/

TEMP 18 =

523.875

( 64.29) 45.297 (92923.)

PRES 1 =

VPRS 1=

0.192

( 52.04)

VPRS 2=

0.183

( 50.77)

VPRS 3=

0.176

( 49.55)

VPRS 4=

0.237

( 57.91)

VPRS 5=

0.211

( 54.53)

VPRS 6=

0.250

( 59.16)

SUMMARY

OF CORRECTED DATA TIME =

300 DATE = 0312 523.856 TEMPERATURE (DEGREES R.)

=

45.0871 CORRECTED PRESSURE (PSIA)

=

'v(

67

N

)

SUMMARY

OF MEASURED DATA AT 315 0312 1

TEMP 1=

525.411

< 65.86)

TEMP 2=

522.825

( 63.26)

TEMP 3=

523.110

< 63.54)

TEMP 4=

524.066

( 64.49)

TEMP 5=

523.901

< 64.30)

TEMP 6=

524.727

( 65.14)

TEMP 7=

526.442

( 66.85)

TEMP 8=

524.255

< 64.71)

TEMP 9=

523.415

( 63.84) 1 TEMP 10 =

523.790

( 64.26)

TEMP 11 =

524.582

< 65. 01)

TEMP 12 =

523.776

( 64.17)

TEMP 13 =

523.425

( 63.84) 523.500

( 63.96)

TE".I 14

=

TEMP 15 =

523.555

( 63.92)

TEMP 16 =

524.321

( 64.72)

TEMP 17 u 524.021

< 64.45)

TEMP 18 =

523.905

( 64.32)

O, PRES 1=

45.299 (92927.)

VPRS 1=

0.190

( 51.82)

VPRS 2=

0.183

( 50.76)

VPRS 3 =.

0.176

( 49.67)

VPRS 4=

0.238

( 58.04)

VPRS 5=

0.211

< 54.52)

VPRS 6=

0.251

( 59.30)

SUMMARY

OF CORRECTED DATA TIME =

315 i

DATE = 0312 523.887 TEMPERATURE-(DEGREES R.)

=

1 I

CORRECTED PRESSURE (PSIR) =

45.0887

(~h

\\

l

~- >

)

.68

o

.j'D,

SUMMARY

OF MEASURED DATA AT 330 0312 525.391

( 65.84)

TEMP 1 =

TEMP 2=

522.905

( 63.34)

TEMP 3=

523.200

( 63.63)

TEMP 4=

524.046

( 64.47)

TEMP 5=

523.951

( 64.35)

TEMP 6=

524.787

( 65.20)

TEMP 7=

526.472

( 66.88)

TEMD 8=

524.265

( 64.72)

TEMP 9=

523.445

( 63.87)

TEMP 10 =

523.820

( 64.29)

TEMP 11 =

524.612

< 65.04)

TEMP 12 =

523.826

( 64.22)

TEMP 13 =

523.415

( 63.83)

TEMP 14 =' 523.530

( 63.99)

TEMP 15 =

523.585

( 63.95)

TEMP 16 =

524.321

( 64.72)

TEMP 17 =

524.021

< 64.45)

TEMP 18 =

523.855

( 64.27) 45.301 (92931.)

PRES 1 =

VPRS 1=

0.190

< 51.75)

VPRS 2=

0.182

( 50.55)

VPRS 3=

0.171

< 48.78)

VPRS 4=

0.244

( 58.72)

VPRS 5=

0.211

( 54.52)

VPRS 6=

0.249

( 59.06)

SUMMARY

OF CORRECTED DATA TIME =

330 DATE = 0312 523.906 TEMPERATURE (DEGREES R.)

=

CURRECTED PRESSURE (PSIA)~ =

45.0912 C) v 69

~

/'%

(U

SUMMARY

OF MEASURED DATA AT 345 0312 TEMP 1=

525.452

< 65.90)

TEMP 2=

522.905

<.63.34)

TEMP 3=

523.190

< 63.62)

TEMP 4=

524.086

< 64.51)

TEMP 5=

523.991

< 64.39)

TEMP 6=

524.898

< 65.31)

TEMP 7=

526.462

< 66.87)

TEMP 8=

524.465

< 64.92)

TEMP 9=

523.475

< 63.90)

TEMP 10 =

523.840

< 64.31)

TEMP 11 =

524.622

< 65. 05)

TEMP 12 =

523.806

< 64.20)

TEMP 13 =

523.455

< 63.87)

TEMP 14 =

523.610

< 64. 07)

TEMP 15 =

523.616

< 63.98)

TEMP 16 =

524.331

< 64.73)

TEMP 17 =

524.041

< 64.47)

TEMP 18 =

523.915

( 64.33)

PRES 1=

45.303 (92936.)

VPRS 1=

0.191

< 51.99)

VPRS 2=

0.183

< 50.79)

VPRS 3=

0.175

( 49.52)

VPRS 4=

0.240

< 58.21)

VPRS 5=

0.211

< 54.53)

VPRS 6=

0.253

< 59.51)

SUMMARY

OF CORRECTED DATA TIME =

345 DATE = 0312 TEMPERATURE (DEGREES R.)

523.941

=

CORRECTED PRESSURE (PSIA) 45.0924

=

O l

70

-.t

t-

/

SUMMARY

OF MEASURED DATA AT 400 0312 TEMP 1=

525.512

< 65.96)

TEMP 2=

522.945

( 63.38)

TEMP 3=

523.200

(,63.63)

TEMP 4=

524.106

( 64.53)

TEMP

_5 =

523.961

< 64.36)

TEMP 6=

524.868

< 65.28)

TEMP 7=

526.462

< 66.87)

TEMP 8=

524.385

( 64.84)

TEMP

9. =

523.505

( 63.93)

TEMP 10 =

523.860

< 64.33)

TEMP 11 =

524.642

< 65.07)

TEMP 12 =

523.866

( 64.26)

TEMP 13 =

523.425

( 63.84)

TEMP 14 =

523.600

< 64.06)

TEMP 15 =

523.626

( 63.99)

TEMP 16 =

524.381

( 64.78)

TEMP 17 =

524.071

< 64.50)

TEMP 18 =

523.905

< 64.32) r~'

PRES 1=

45.305 (92941.)

0.193

< 52.23)

VPRS 1 =

VPRS 2=

0.184

( 50.94)

VPRS 3=

0.177

< 49.76)

VPRS 4=

0.237

< 57.90)

VPRS 5=

0.211

< 54.49)

VPRS 6=

0.250

( 59.17)

SUMMARY

OF CORRECTED DATA TIME =

400 DATE = 0312 526.953 TEMPERATURE (DEGREES R.)

=

CORRECTED PRESSUPE (P'S I A) 45.0952

=

.a l

71 1

]

/~N.

s

SUMMARY

OF MEASURED DATA AT 415 0312 525.492

< 65.94)

TEMP 1 =

TEMP 2=

522.975

< 63.41)

TEMP 3=

523.180

( 63.61)

TEMP 4=

524.106

< 64.53)

TEMP 5=

523.991

< 64.393 TEMP 6=

524.878

< 65.29)

TEMP 7=

526.512

< 66.92)

TEMP 8=

524.355

< 64.81)

TEMP 9=

523.595

( 64. 02)

TEMP 10 =

523.880

< 64.35) 524.682

< 65.11)

TEMP 11

=

TEMP 12 =

523.896

< 64.29)

TEMP 13 =

523.515

( 63.93)

TEMP 14 =

523.620

< 64.08)

TEMP 15 =

523.646

( 64. 01)

TEMP 16 =

524.341

< 64.74)

TEMP 17 =

524.081

< 64.51)

TEMP 18 =

523.965

( 64.38)

{.(

PRES 1=

45.308 (92946.)

VPRS 1=

0.193

( 52.17)

VPRS 2=

0.185

( 50.99)

VPRS 3=

0.176

( 49.67)

VPRS 4=

O.239

< 58.09)

VPRS 5=

0.211

< 54.46)

VPRS 6=

0.250

< 59.20)

SUMMAPY OF CORRECTED DATr.

TIME =

415 DATE = 0312 TEMPERATURE ~ < DEGREES R.)

523.976

=

CORRECTED PREsauRE (PSIA) 45.0974

=

O o

72

.e

!O

'V

SUMMARY

OF MEASURED DATA AT. 430 0312 TEMP 1=

525.532

< 65.98)

TEMP 2=

523.005

< 63.44)

TEMP 3=

523.240

< 63.67)

TEMP 4=

524.156

< 64.58)

TEMP-5=

524.021

< 64.42)

TEMP 6=

524.888

< 65.30)

TEMP 7=

526.562

< 66.97)

TEMP 8=

524.425

( 64.88)

TEMP 9=

523.605

< 64.03)

TEMP 10 =

523.920

< 64.39)

TEMP 11 =

524.692

< 65.12)

TEMP 12 =

523.886

< 64.28)

TEMP 13 =

523.485

< 63.90)

TEMP 14 =

523.620- ( 64. 08)

TEMP 15 =

523.656

( 64.02)

TEMo 16 =

524.451

< 64.85)

TEMP 17 =

524.071

< 64.50)

O TEMP 18 =

523.975

< 64.39) t PRES 1=

45.309 (92948.)

YPRS 1=

0.193

< 52.19)

VPRS 2=

0.185

< 51.00)

VPRS 3=

0.176

< 49.65)

VPRS 4=

0.239

< 58.12)

VPRS 5=

0.211

< 54.51)

VPRS 6 =-

0.254

< 59.65)

SUMMARY

OF CORRECTED DATA TIME =

430 DATE = 0312 TEPPERATURE (DEGREES R.)

523.997

=

CORRECTED PRES $UDE (PSIA) 45.u976

=

h 73

Y O-b

SUMMARY

OF MEASURED DATA AT 445 0312 TEMP 1=

525.522

( 65.97)

TEMP 2=

522.945

( 63.38)

TEMP 3=

523.300

( 63.73)

TEMP 4=

524.176

( 64.60)

TEMP 5=

524.041

( 64.44)

TEMP 6=

524.898

( 65.31)

TEMP 7=

526.552

( 66.96)

TEMP 8=

524.435

( 64.89)

TEMP 9=

523.625

( 64.05)

TEMP 10 =

523.950

( 64.42)

TEMP 11 =

524.682

( 65.11)

TEMP 12 =

523.936

( 64.33)

TEMP 13 =

523.585

( 64.00)

TEMP 14 =

523.700

< 64.16)

TEMP 15 =

523.716

( 64.08)'

TEMP 16 =

524.471

( 64.87)

TEMP 17 =

$24.091

< 64.52)

TEMP 18 =

523.975

( 64.39;)

PRES 1 =

45.311 (92953.)

VPRS 1=

0.191

< 52. 01)

VPRS 2=

0.184

( 50.87) i VPRS 3=

0.176

( 49.67)

VPRS 4=

0.237

( 57.92)

VPRS 5=

0.211

( 54.53)

VPRS 6=

0.253

( 59.59) 4

SUMMARY

OF CDRRECTED DATA TIME =

445 DATE = 0312 TEMPERPTURE (DEGREES R.)

524.026

=

CORRECTED PRESSURE (PSIA) 45.1006

=

O l

\\

l 74

' ~ ' ~ "

(O

\\,1

SUMMARY

OF MEASURED DATA AT 500 0312 TEMP 1=

525.592

( 66.04)

TEMF 2=

523.065

( 63.50)

TEMP 3=

523.320

< 63.75)

TEMP 4=

524.176

( 64.60)

TEMP 5=-

524.041

( 64.44)

TEMP 6=

524.868

( 65.28)

TEMP 7=

526.562

( 66.97)

TEMP 8=

524.385

( 64.84) u TEMP 9=

523.625

( 64.05)

TEMP 10 =

523.980

< 64.45)

TEMP 11 =

524.752

( 65.18)

TEMP 12 =

523.986

( 64.38)

TEMP 13 =

523.655

( 64. 07) i TEMP 14 =

523.620

( 64.08) i TEMP 15 =

523.716

( 64.08)

TEMP 16 =

5e4.451

( 64.85)

TEMP 17 =

524.i31

( 64.56)

TEMP 18 =

524.045

( 64.46) r't PRES 1=

45.313 (92957.)

YPRS 1=

0.191

< 52.00)

VPRS 2=

0.184

( 50.91) 1 VPRS 3=

0.175

( 49.54)

VPRS 4=

0.237

( 57.90)

VPRS 5=

0.211

( 54.49)

VPRS 6=

0.252

( 59.44)

SUMMARY

OF CORRECTED DATA TIME =

500 DATE = 0312 524.051 TEMPERATURE (DEGREES R.)

=

45.1030 CORRECTED PRESSURE (PSIA)

=

N s--)

75 3

SUMMARY

OF MEASURED DATA AT 515 0312 TEMP 1=

525.572

< 66.02)

TEMP 2=

523.045

< 63.48)

TEf1P 3=

523.340

< 63.77)

TEMP 4=

524.246

< 64.67)

TEMP 5=

524.081

< 64.48)

TEMP 6=

524.968

< 65.38)

TEMP 7=

526.642

< 67. 05)

TEMP 8=

524.505

< 64.96)

TEMP 9=

523.645

< 64.07)

TEMP 10 =

523.990

( 64.46)

TEMP 11 =

524.782

< 65.21)

TEMP 12 =

523.966

( 64.36)

TEMP 13 =

523.585

< 64.00)

TEMP 14 =

523.690

< 64.15)

TEMP 15 =

523.746

< 64.11)

TEMP 16 =

524.511

< 64.91)

TEMP 17 =

524.211

< 64.64)

TEMP 18 =

524.025

< 64.44)

\\,)

PRES 1=

45.316 (92962.)

YPRS 1 =

0.192

< 52.07)

VPPS 2=

0.184

< 50.81)

VPRS 3=

0.176

< 49.64)

VPRS 4=

0.245

< 58.86)

VPRS 5=

0.212

< 54.60)

VPRS 6=

0.255

< 59. 76)

SUMMARY

OF CORRECTED DATA TIME =

515 DATE = 0312 TEMPERATURE (DEGREES R.)

524.073

=

CORRECTED PRESSURE (PSIA) 45.1032

=

Ov 76

i (~%

t, SOMMARY OF MEASURED DATA AT 530 0312 525.592

( 66.04)

TEMP 1 =

TEMP-2=

523.065

( 63.50)

TEMP 3=

523.350

( 63.78)

TEMP 4=

524.276

( 64.70)

TEMP 5=

524.121

( 64.52)

TEMP 6=

524.988

( 65.40)

TEMP 7=

526.682

( 67.09)

TEMP 8=

524.445

( 64.90)

TEMP 9=

523.655

( 64. 08)

TEMP in =

524.020

( 64.49)

TEMP 11 =

524.792

< 65.22)

TEMP 12 =

524.006

( 64.40)

TEMP 13 =

523.645

( 64.06)

TEMP 14 =

523.720

< 64.18)

TEMP 15 =

523.766

( 64.13)

TEMP 16 =

524.501

( 64.90)

TEMP 17 =

524.231

( 64.66)

-}

TEMP 18 =

524.075

( 64.49) g_j PRES 1=

45.318 (92966.)

VPRS 1=

0.193

( 52.24)

VPRS 2=

0.186

( 51.11)

VPRS 3=

0.177

( 49.84)

VPRS 4=

0.235

( 57.69)

VPRS 5=

0.211

( 54.49)

VPRS 6=

0.251

( 59.32)

SUMMARY

OF CORRECTED DATA TIME =

530 DATE = 0312 524.099 TEMPERATURE (DEGREES R.)

=

CORRECTED PRESSURE (PSIA) =

45.1071 (a~h 77

• Ii*

~ _

..y---

1 % s'

SUMMARY

OF MEASURED DATA AT 545 0312 TEMP 1=

525.602

< 66.05)

TEMP 2=

523.055

( 63.49)

TEMP 3=

523.320

< 63.75)

TEMP 4=

524.256

( 64.68)

TEMP 5=

524.131

< 64.53)

TEMP 6=

525.008-( 65.42)

TEMP 7=

526.622

< 67.03)

TEMP 8=

524.445

( 64.90)

TEMP 9=

523.685

< 64.11)

TEMP 10 =

524.030

< 64.50)

TEMP 11 =

524.782

< 65.21)

TEMP 12 =

523.996

< 64.39)

TEMP 13 =

523.685

< 64,10)

TEMP 14 =

523.670

< 64.13)

TEMP 15 =

523.776

< 64.14)

TEMP 16 =

524.461

< 64.86)

TEMP 17 =

524.221

< 64.65)

TEMP 18 =

524.105

< 64.52)

PRES 1=

45.318 (92966.)

VPRS 1 =

0.193

< 52.21)

VPPS 2=

0.187

< 51.32) l-VPRS 3=

0.184

( 50.79)

VPRS 4=

0.231

< 57.22)

VPRS 5=

0.210

< 54.45)

VPRS 6=

0.253

( 59.50)

SUMMARY

OF CORRECTED DATA l

TIME =

545 i

DATE = 0312 i

l TEMPERATURE (DEGREES R.) =

524.096 CORRECTED PRESSURE (PSIA) 45.1062

=

O l

\\-)

78 Q

M w

e--

_y y

r-.--,

e

o

SUMMARY

OF MEASURED DATA AT 600 0312 TEMP 1=

.525.652

( 66.10)

TEMP 2=

523.125

( 63.56)

TEMP 3=

523.510

< 63.94)

TEMP 4=

524.316

( 64.74)

TEMP 5=

524.161

( 64.56)

TEMP 6=

525.048

( 65.46)

TEMP 7=

326.692

( 67.10)

TEMP 8=

524.445

( 64.90)

TEMP 9=

523.756

( 64.18)

TEMP 10 =

$24.080

( 64.55)

TEMP 11 =

524.832

( 65.26)

TEMP 12 =

524.066

( 64.46)

TEMP 13 =

523.695

( 64.11)

TEMP 14 =

523.770

( 64.23)

TEMP 15 =

523.806

( 64.17)

TEMP 16 =

524.561

( 64.96)

[

TEMP 17 =

524.261

( 64.69)

TEMP 18 =

524.135

( 64.55)

PRES 1 =

45.321 (92973.)

4 VPRS 1=

0.194

( 52.39)

VPRS 2=

0.186

( 51.20)

VPRS 3=

0.184

( 50.85)

VPRS 4=

0.224

( 56.34)

VPRS 5=

0.210

( 54.44)

VPRS 6=

0.253

( 59.49)

SUMMARY

OF CORRECTED DATA TIME =

600 DATE = 0312 TEMPERATURE (DEGREES R.)

524.152

=

CORRECTED PRESSURE (PSIA) 45.1108

=

O 79

• ~

~ ~-

f tL-

SUMMARY

OF MEASURED DATA AT 615 0312 TEMP 1 =

525.652

( 66.10)

TEMP 2=

523.135

( 63.57)

TEMP 3 =.

523.510

( 63.94)

TEMP 4=

524.326

( 64.75)

TEMP 5=

524.221

( 64.62)

TEMP 6=

525.078

( 65.49)

TEMP 7=

526.722

< 67.13)

TEMP 8=

524.585

( 65. 04)

TEMP 9=

523.776

( 64.20)

TEMP 10 =

524.100

( 64.57)

TEMP 11 =

524.862

( 65.29)

TEMP 12 =

524.046

( 64.44)

TEMP 13 =

523.685

( 64.10)

TEMP 14 =

523.770

( 64.23)

TEMP 15 =

523.826

( 64.19)

TEMP 16 =

524.601

( 65.00)

TEMP 17 =

524.271

( 64.70)

TEMP 18 =

524.135

( 64.55)

PRES 1=

45.321 (92974.)

VPRS 1 =

0.194

( 52.33)

VPRS 2=

0.187

( 51.26)

VPRS 3=

0.180

( 50.29)

YPRS 4=

0.225

( 56.46)

VPRS 5=

0.211

< 54.47)

VPRS 6=

0.251

( 59.31)

SUMMAPY OF CORRECTED DATA TIME =

615 DATE = 0312 TEMPERATURE (DEGREES R.)

524.167

=

I CORRECTED PRESSURE (PSIA) 45.1121

=

l l

l 80

a

SUMMARY

OF MEASURED DATA AT 630 0312 TEMP 1=

525.722 s 66.17)

TEMP 2=

523.175

( 63.61)

TEMP 3=

523.460

( 63.89)

TEMP 4=

524.326

( 64.75)

TEMP 5=

524.191

( 64.59)

TEMP 6=

525.068

( 65.48)

TEMP 7=

526.662

( 67.'07)

TEMP 8=

524.465

( 64.92)

TEMP 9=

523.846

( 64.27)

TEMP 10 =

524.120

< 64.59)

TEMP 11 =

524.892

( 65.32)

TEMP 12 =

524.106

( 64.50)

TEMP 13 =

523.765

( 64.18)

TEMP 14 =

523.800

( 64.26)

TEMP 15 =

523.906

( 64.27)

TEMP 16 =

524.581

( 64.98)

TEMP 17 =

524.271

( 64.70)

TEMP 18 =

524.166

( 64.58)

/)

v PRES 1=

45.325 (92981.)

VPRS 1=

0.194

( 52.35)

VPRS 2=

0.186

( 51.16)

VPRS 3=

0.177

( 49.84)

VPRS 4=

0.230

( 57. 09)

VPRS 5=

0.211

< 54.51)

VPRS 6=

0.255

( 59.74)

.l

SUMMARY

OF CORRECTED DATA TIME =

630 j

DATE = 0312 524.192 TEMPERATURE (DEGREES R.)

=

i 45.1144 CORRECTED PRESSURE (PSIA)

=

n/

81

-. -J.. /. -.

e

SUMMARY

OF MEASURED DATA AT 645 0312 525.672

< 66.12)

TEMP 1 =

TEMP 2=

523.175

(.63.61)

TEMP 3=

523.530

( 63.96)

TEMP 4=

524.386

( 64.81)

TEMP 5=

524.241

( 64.64)

TEMP 6=

525.068

( 65.48)

TEMP 7=

526.662

< 67.07)

TEMP 8=

524.635

( 65.09)

TEMP 9=

523.806

( 64.23)

TEMP 10 =

524.130

< 64.60)

TEMP 11 =

524.882

( 65.31)

TEMP 12 =

524.086

( 64.48)

TEMP 13 =

523.735

( 64.15)

TEMP 14 =

523.860

( 64.32)

TEMP 15 =

523.916

( 64.28)

TEMP 16 =

524.702

( 65.10)

TEMP 17 =

524.321

( 64.75)

TEMP 18 =

524.135

( 64.55)

\\/

PRES 1 =

45.327 (92985.)

VPRS 1=

0.194

( 52.32)

VPRS 2=

0.187

( 51.25)

VPRS 3=

0.180

( 50.15)

VPRS 4=

0.228

( 56.87)

VPRS 5=

0.211

< 54.47)

VPRS 6=

0.252

< 59.42)

SUMMARY

OF CORRECTED DATA TIME =

645 DATE = 0312 524.213 TEMPERATURE (DEGREES R.)

=

CORRECTED PRESSURE (PSIA) =

45.1168 (v

82

n I.

O

SUMMARY

OF MEASURED DATA AT 700 0312 TEMP 1=

525.742

( 66.19)

TEMP 2=

523.185

( 63.62)

TEMP 3=

523.490

( 63.92)

TEMP 4=

524.396

( 64.82)

TEMP 5=

524.271

( 64.67)

TEMP 6=

524.988

( 65.40)

TEMP 7=

526.692

< 67.10)

TEMP 8=

524.685

( 65.14)

TEMP 9=

523.826

( 64.25)

TEMP 10 =

524.160

( 64.63) 524.882

~( 65.31)

TEMP 11

=

TEMP 12 =

524.136

( 64.53)

TEMP 13 =

523.775

( 64.19)

TEMP 14 =

523.740

< 64.20)

TEMP 15 =

523.946

( 64.31)

TEMP 16 =

524.601

( 65.00)

TEMP 17 =

524.351

( 64.78)

TEMP 18 =

524.226

( 64.64>

(~N PRES 1 =

45.329 (92989.)

0.194

( 52.33)'

VPRS 1 =

VPRS 2=

0.187

( 51.24) i VPRS 3=

0.182

( 50.52) 0.226

( 56.53)

VPRS 4 =

VPRS 5=

0.211

< 54.53)

VPRS 6=

0.255

( 59.74) t

SUMMARY

OF CORRECTED DATA TIME =

700 DATE = 0312 524.221 TEMPERATURE (DEGREES R.)

=

CORRECTED PRESSURE (PSIA) =

45.1182

(~%

O 83 l

O

SUMMARY

OF MEASURED DATA AT 715 0312 TEMP 1=

525.752

< 66.20)

TEMP 2=

523.245

( 63.68)

TEMP 3=

523.470

< 63.90)

TEMP 4=

524.396

< 64.82)

TEMP 5=

524.281

< 64.68)

TEMP 6=

525.078

< 65.49)

TEMP 7=

526.742

< 67.15)

TEMP 8=

524.705

< 65.16)

TEMP 9=

523.856

< 64.28)

TEMP 10 =

524.160

< 64.63)

TEMP 11 =

524.922

< 65.35)

TEMP 12 =

524.146

( 64.54)

TEMP 13 =

523.835

( 64.25)

TEMP 14 =

523.850

< 64.31) 1 TEMP 15 =

523.976

( 64.34)

TEMP 16 =

524.551

< 64.95')

TEMP 17 =

524.361

< 64.79)

TEMP 18 =

524.206

< 64.62)

PRES 1=

45.330 (92992.)

VPRS 1=

0.193

< 52. 26)

VPRS 2=

0.186

< 51.21)

VPRS 3=

0.180

< 50.25)

VPRS 4=

0.226

< 56.52)

VPRS 5=

0.210

< 54.41)

VPRS 6=

0.251

< 59.36)

SUMMARY

OF CORRECTED DATA TIME =

715 DATE = 0312 TEMPERATURE (DEGPEES R.) -

524.244 45.1208 CORRECTED PRESSURE (PSIA)

=

s 84

h) w

SUMMARY

OF MEASURED DATA AT 730 0312 TEMP

) =

525.752

< 66.20)

TEMP 2=

523.205

< 63.64)

TEMP 3=

523.450

< 63.88)

TEMP 4=

524.416

< 64.84)

TEMP 5=

524.281

< 64.68)

TEMP 6=

525.108

< 65.52)

TEMP 7=

526.762

< 67.17)

TEMP 8=

524.575

( 65.03)

TEMP 9=

523.886

< 64.31)

TEMP 10 =

524.190

< 64.66)

TEMP 11 =

524.942

< 65.37)

TEMP 12 =

524.166

< 64.56)

TEMP 13 =

523.805

< 64.22)

TEMP 14 =

523.950

< 64.41)

TEMP 15 =

523.936

( 64.30)

TEMP 16 =

524.722

< 65.12)

TEMP 17 =

524.351

< 64.78)

TEMP 18 =

524.266

< 64.68)

-s PRES 1=

45.332 (92995.)

VPRS 1=

0.194

< 52.39)

VPRS 2=

0.186

( 51.23)

YPRS 3=

0.182

< 50.46)

VPRS 4=

0.228

< 56. 8 0)

VPRS 5=

0.211

< 54.47)

VPRS 6=

0.251

< 59.37)

SUMMARY

OF CORRECTED DATA TIME =

730 DATE = 0312 TEMPERATURE (DEGREES R.)

524.266

=

CORRECTED PRESSURE (PSIA) 45.1214

=

m) 85

I-t

SUMMARY

OF MEASURED DATA AT 745 0312 525.822

< 66.27)

TEMP 1 =

TEMP 2=

523.315

< 43. 75)

TEMP 3=

523.380

< 63.81)

TEMP 4=

524.447

< 64.87)

TEMP 5=

524.301

< 64.70)

TEMP 6=

525.158

< 65.57)

TEMP 7=

526.782

< 67.19)

TEMP 8=

524.675

< 65.13)

TEMP 9=

523.896

< 64.32)

TEMP 10 =

524.230

< 64.70) 524.952

< 65.38)

TEMP 11 =

TEMP 12 =

524.196

< 64.59)

TEMP 1'3 =

523.815

< 64.23)

TEMP 14 =

523.920

< 64.38)

TEMP 15 =

523.956

< 64.32)

TEMP 16 =

524.591

'< 64.99)

TEMP ~17 =

524.421

< 64.85)

TEMP 18 =

524.316

< 64.73)

PRES 1=

45.333 (92999.)

0.194

< 52. 30)

VPRS 1 =

VPRS 2=

0.187

< 51.27)

VPRS 3=

0.180

< 50.21)

VPRS 4=

0.227

< 56.69)

VPRS 5=

0.211

< 54.48)

VPRS 6=

0.250

< 59.23)

SUMMARY

OF CORRECTED DATA TIME =

745 DATE = 0312 i

TEMPERATURE (DEGREES R.)

524.284

=

CORRECTED PRESSURE (PSIA) =

45.1240 C

\\

1 i

i.

86 l

j

SUMMARY

OF MEASURED DATA AT 800 0312 TEMP 1=

525.782

( 66.23)

TEMP E=

523.315

( 63.75)

TEMP 3=

523.550

( 63.99)

TEMP 4=

524.457

( 64.88)

TEMP 5=

524.331

( 64.73)

TEMP 6=

525.188

( 65.60)

TEMP 7=

526.782

( 67.19)

TEMP 8=

524.585

( 65.04)

TEMP 9=

523.936

( 64.36)

TEMP 10 =

524.230

( 64.70)

TEMP 11 =

524.992

( 65.42)

TEMP 12 =

524.226

( 64.62)

TEMP 13 =

523.855

( 64.27)

TEMP 14 =

523.970

( 64.43)

TEMP 15 =

523.996

( 64.36)

TEMP 16 =

524.732

( 65.13)

TEMP 17 =

524.451

( 64.88)

TEMP 18 =

524.256

( 64.67)

PRES 1 =

45.335 (93002.)

VPRS 1 =

0.195

( 52.44)

VPRS 2=

0.187

( 51.27)

VPRS 3.=

0.184

( 50.82)

VPRS 4=

0.227

( 56.63)

VPRS 5=

0.210

( 54.43)

VPRS 6=

0.250

( 59.18)

SUMMARY

OF CORRECTED DATA TIME =

800 DATE = 0312 TEMPERATURE (DEGREES R.) =

524.314 CORRECTED PRESSURE (PSIA) =

45.1248

\\

i w

I

)

87

)

O

SUMMARY

OF MEASURED DATA AT 815 0312 TEMP 1=

525.812

< 66.26)

TEMP 2=

523.285

<-63.72)

TEMP 3=

523.560

( 63.99)

TEMP 4=

524.487

( 64.91)

TEMP 5=

524.371

( 64.77)

TEMP 6=

525.178

( 65.59)

TEMP 7=

526.792

( 67.20)

TEMP 8=

524.595

( 65.05)

TEMP 9=

523.936

( 64.36)

TEMP 10 =

524.250

< 64.72)

TEMP 11 =

525.012

< 65.44)

TEMP 12 =

524.256

( 64.65)

TEMP 13 =

523.855

( 64.27)

TEMP 14 =

524.000

< 64.46)

TEMP 15 =

523.996

( 64.36)

TEMP 16 =

524.682

( 65.08)

TEMP 17 =

524.441

( 64.87)

TEMP 18 =

524.326

( 64.74)

PRES 1=

45.336 (93005.)

VPRS 1=

0.194

( 52.40)

VPRS 2=

0.186

( 51.20)

VPRS 3=

0.178

( 49.97) i VPRS 4=

0.223

( 56.21)

VPRS 5=

0.209

( 54.31)

VPRS 6=

0.251

( 59.34)

SUMMARY

OF CORRECTED DATA TIME =

815 DATE = 0312 524.325 TEMPERATURE (DEGREES R.)

=

45.1280 CDRRECTED PRESSURE (PSIA)

=

L 88

OQ

SUMMARY

OF MEASURED DATA AT 830 0312 525.832

< 66.28)

TEMP 1 =

TEMP 2=

523.355

( 63.79)

TEMP 3=

523.631

( 64.06)

TEMP 4=

524.527

( 64.95)

TEMP 5=

524.371

( 64.77)

TEMP 6=

525.188

( 65.60)

TEMP 7=

526.822

< 67.23)

TEMP 8=

524.775

( 65.23)

TEMF 9=

523.956

( 64.38)

TEMP 10 =

524.310

( 64.78)

TEMP 11 =

525.002

( 65.43)

TEMP 12 =

524.256

( 64.65)

TEMP 13 =

523.895

( 64.31)

TEMP 14 =

523.990

( 64.45)

TEMP 15 =

524.016

( 64.38)

TEMP 16 =

524.802

( 65.20)

TEMP 17 =

524.431

( 64.86)

LO TEMP 18 =

524.376

( 64.79)

PRES 1 =

45.337 (93007.)

VPRS 1=

0.193

( 52.26)

VPRS 2=

0.185

( 51.07)

VPRS 3=

0.180

( 50.28)

VPRS 4=

0.228

( 56.79)

VPRS 5=

0.211

( 54.51)

VPRS 6=

0.250

< 59.23)

SUMMARY

OF CORRECTED DATA TIME =

830 DATE = 0312 524.358 l

TEMPERATURE (DEGREES R.)

=

45.1279 CORRECTED PRESSURE (PSIA)

=

O 89 n.

9

SUMMARY

OF MEASURED DATA AT 845 0312 525.762

( 66.21)

TEMP 1 =

TEMF 2=

523.155

( 63.59)

TEMP 3=

523.340

( 63.77)

TEMP 4=

524.447

( 64.87)

TEMP 5=

524.221

( 64.62)

TEMP 6=

525.088

( 65.50)

TEMP 7=

526.792

( 67.20)

TEMP 8=

524.565

( 65. 02)

TEMP 9=

523.866

( 64.29)

TEMP 10 =

524.220

( 64.69)

TEMP 11 =

524.912

( 65.34)

TEMP 12 =

524.146

( 64.54)

TEMP 13 =

523.875

( 64.29)

TEMF 14 =

523.870

( 64.33)

TEMF 15 =

523.856

( 64.22)

TEMF 16 =

524.631

( 65.03)

TEMP 17 =

524.261

( 64.69)

TEMF 18 =

524.226

( 64.64)

/

PRES 1 =

45.333 (92998.)

L}

VPRS 1=

0.195

( 52.54)

VPRS 2=

0.187

( 51.30)

VPRS 3=

0.184

( 50.87)

VPRS 4=

0.206

( 53.96)

VPRS 5=

0.209

( 54.27)

VPRS 6=

0.248

( 59.01)

SUMMARY

OF CORRECTED DATA TIME =

845 DATE = 0312 524.227 TEMPERATURE (DEGREES R.)

=

45.1270 CORRECTED PRESSURE (PSIA)

=

s_-

90 3--

o O

SUMMARY

OF MEASURED DATA AT 900 0312 TEMP

-1=

525.692

< 66.14)

TEMS 2=

523.145

( 63.58)

TEMP 3=

523.210

< 63.64)

TEMP 4=

524.497

< 64.92)

TEMP 5=

524.191

< 64.59)

TEMP 6=

525.088

< 65.50)

TEMP 7=

526.782

< 67.19)

TEMP 8=

524.255

( 64.71)

TEMP 9=

523.746

( 64.17)

TEMP 10 =

524.220

< 64.69)

TEMP 11 524.912

< 65.34)

=

TEMP 12 =

524.076

( 64.47)

TEMP 13 =

523.785

( 64.20)

TEMP 14 =

523.840

< 64.30)

TEMP 15 =

523.826

( 64.19)

TEMP 16 =

524.661

< 65.06)

TEMP 17 =

524.171

< 64.60)

TEMP 18 =

524.206

< 64.62)

()

PRES 1=

45.328 (92987.)

VPRS 1 =

0.194

( 52.36)

VPRS 2=

0.187

< 51.36)

VPRS 3=

0.183

( 50.70)

VPRS 4=

0.207

( 54.13)

VPRS 5=

0.209

< 54.27)

VPRS 6=

0.250

< 59.24)

SUMMARY

OF CDRRECTED DATA TIME =

900 DATE.= 0312 TEMPERATURE (DEGREES R.)

524.182

=

CDRRECTED PRESSURE (PSIA)

=

45.1214 91

'- -- a.-~--.

V

SUMMARY

OF MEASURED DATA AT 915 0312 TEMP 1=

525.752

( 66.20)

TEMP 2=

523.075

( 63.51)

TEMP 3=

523.260

( 63.69)

TEMP 4=

524.437

( 64.86)

TEMP 5=

524.191

(. 64.59)

TEMP 6=

525.008

( 65.42)

TEMP 7=

526.782

( 67.19)

TEMP 8=

524.335

( 64.79)

TEMP 9=

523.756

( 64.18)

TEMF 10 =

524.160

< 64.63)

TEMF 11 =

U24.902

< 65.33)

TEMP 12 =

524.056

( 64.45)

TEMP 13 =

523.755

( 64.17)

TEMP 14 =

523.780

( 64.24)

TEMP 15 =

523.816

( 64.18)

-TEMP 16 =

524.661

( 65.06)

TEMP 17 =

524.151

( 64.58)

TEMP 18 =

524.196

( 64.61) 45.325 (92921.)

PRES 1 =

0.195

( 52.50)

VPRS 1 =

O' VPRS 2=

0.187

( 51.32)

\\-

. VPRS 3=

0.186

( 51.09)

VPRS 4=

0.203

( 53.57)

VPRS 5=

0.209

( 54.28)

VPRS 6=

0.250

( 59.26)

SUMMARY

OF CORRECTED DATA TIME =

915 DATE = 0312 524.165 TEMPERATURE (DEGREES R.)

=

45.1186 CORRECTED PRESSURE (PSIA)

=

~

()

i 92 l

SUMMARY

OF MEASURED DATA AT 930 0312 TEMP 1=

525.712

< 66.16)

TEMP 2=

523.115

( 63.55)

TEMP 3=

523.310

< 63.74)

TEMP 4=

524.447

( 64.87)

TEMP 5=

524.131

< 64.53)

TEMP 6=

525.048

< 65.46)

TEMP 7=

526.672

< 67. 08)

TEMP 8=

524.305

< 64.76)

TEMP 9=

523.726

< 64.15)

TEMP 10 =

524.160

< 64.63)

• EMP 11 =

524.902

< 65.33) i TEMP 12 =

524.036

< 64.43)

TEMP 13 =

523.715

'< 64.13)

TEMP 14 = -523.720

< 64.18)

TEMP 15 =

523.766

< 64.13)

TEMP 16 =

524.541

< 64.94) t l

TEMP 17 =

524.111

( 64.54)

TEMP 18 =

524.186

< 64.60)

()

PRES 1=

45.323 (92978.)

VPRS 1=

0.194

( 52.37)

YPRS 2=

0.188

< 51.50)

VPRS 3=

0.189

< 51.48)

VPRS 4=

0.204

( 53.73)

VPRS 5=

0.209

< 54.22)

YPRS 6=

0.249

< 59.09)

SUMMARY

OF CDRRECTED DATA TIME =

930 DATE = 0312 TEMPERATURE (DEGREES R.)

=

524.131 45.1168 CORPECTED PRESSURE (PSIA)

=

l l

93

V O

SUMMARY

OF MEASURED DATA AT 945 0312 TEMP 1=

525.762

< 66.21)

TEMP 2=

523.085

(.63.52)

TEMP 3=

523.190

( 63.62)

TEMP 4=

524.396

( 64.82)

TEMP 5=

524.131

( 64.53)

TEMP 6=

524.988

( 65.40)

TEMP 7=

526.772

( 67.18)

TEMP 8=

524.345

( 64.80)

TEMP 9=

523.756

( 64.18)

TEMP 10 =

524.170

( 64.64)

TEMP 11 =

524.892

( 65.32)

TEMP 12 =

524.016

( 64.41)

TEMP 13 =

523.705

( 64.12)

TEMP 14 =

523.790

( 64.25)

TEMP 15 =

523.756

( 64.12)

TEMP 16 =

524.631

( 65,03)

TEMP 17 =

524.161

( 64.59)

TEMP 18 =

524.135

( 64.55)

PRES 1=

45.322 (92975.)

VPRS

-1 0.196

( 52.64)

=

VPRS 2=

0.187

( 51.36)

VPRS 3=

0.189

( 51.53)

VPRS 4=

0.206

( 53.96)

I VPRS 5=

0.209

( 54,31)

VPRS 6=

0.253

( 59.53)

SUMMARY

OF CORRECTED DATA TIME =

945 DATE = 0312 TEMPERATURE (DEGREES R.)

524.139

=

CORRECTED PRESSURE (PSIA) =

45.1140 O

94 l

O

SUMMARY

OF MEASURED DATA AT 1000 0312 TEMP-1=

525.742

( 66.19)

TEMP 2=

523.035

( 63.47)

TEMP 3=

523.230

( 63.66)

TEMP 4 =

524.376

( 64.80)

TEMP 5=

524.141

( 64.54)

TEMP 6=

524.988

( 65.40)

TEMP 7=

526.752

( 67.16)

TEMP 8=

524.185

( 64.64)

TEMP 9=

523.695

( 64.12)

TEMP 10 =

524.160

( 64.63)

TEMP 11 =

524.892

< 65.32)

TEMP 12 =

523.976

( 64.37)

TEMP 13 =

523.765

( 64.19)

TEMP 14 =

523.780

( 64.24)

TEMP 15 =

523.826

( 64.19)

TEMP 16 =

524.531

( 64.93)

TEMP 17 =

524.071

( 64.50)

TEMP 18 =

524.146

( 64.56)

PRES 1=

45.321 (92973.)

04 VPRS 1=

0.196

( 52.64)

VPRS 2=

0.188

( 51.42)

VPRS 3=

0.194

( 52.22)

VPRS 4=

0.206

( 54.08)

VPRS 5=

0.209

( 54.28)

VPRS 6=

0.252

( 59.39) l

SUMMARY

OF CORRECTED DATA TIME = 1000 DATE = 0312 TEMPERATURE (DEGREES R.)

524.122

=

CDRRECTED PRESSURE (PSIA) 45.1122

=

tu

.r 95

SUMMARY

OF MEASURED DATA AT 1015 0312 TEMP 1=

525.752

( 66.20)

TEMP 2=

523.055

( 63.49)

TEMP 3=

523.230

( 63.66)

TEMP 4=

524.266

( 64.69)

TEMP 5=

524.121

( 64.52)

TEMP 6=

525.018

( 65.43)

TEMP 7=

526.702

( 67.11)

TEMP 8=

524.135

( 64.59)

TEMP 9=

523.716

( 64.14)

TEMP 10 =

524.150

( 64.62)

TEMP 11 =

524.872

( 65.30)

TEMP 12 =

523.986

( 64.38)

TEMP 13 =

523.715

( 64.13)

TEMP 14 =

523.770

( 64.23)

TEMP 15 =

523.776

( 64.14)

TEMP 16 =

524.491

( 64.89)

TEMP 17 =

524.041

( 64.47)

TEMP 18 =

524.105

( 64.52)

PRES 1=

45.320 (92972.)

YPRS 1=

0.196

( 52.62)

VPRS 2=

0.188

( 51.47)

VPRS 3=

0.192

( 51.91)

VPRS 4=

0.205

( 53.93)

VPRS 5=

0.209

( 54.24)

VPRS 6=

0.253

( 59.57)

SUMMARY

OF CORRECTED DATA TIME = 1015 DATE = 0312 524.100 TEMPERATURE (DEGREES R.)

=

45.1120 CORRECTED PRESSURE (PSIA)

=

U 96

SUMMARY

OF MEASUPED DATA AT 1030 0312 525.702

< 66.15)

TEMP 1 =

TEMP 2=

523.065

( 63.50)

TEMP 3=

523.200

< 63.63)

TEMP 4=

524.366

( 64.79)

TEMP 5=

524.131

< 64.53)

TEMP 6=

525.008

< 65.42)

TEMP 7=

526.762

< 67.17)

TEMP 8=

524.365

( 64.82)

TEMP 9=

523.846

( 64.27)

TEMP 10 =

524.160

< 64.63)

TEMP 11 =

524.862

< 65.29)

TEMP 12 =

523.996

< 64.39)

TEMP 13 =

523.685

( 64.10)

TEMP 14 =

523.780

< 64.24)

TEMP 15 =

523.716

( 64.08)

TEMP 16 =

524.541

< 64.94)

TEMP 17 =

524.091

( 64.52)

TEMP 18 =

524.105

< 64.52)

)

PRES 1=

45.320 (92972.)

VPRS 1=

0.196

( 52.60)

VPRS 2=

0.187

( 51.37)

VPRS 3=

0.189

< 51.57) 0.207

( 54.09)

VPRS 4 =

VPPS 5=

0.209

( 54.32)

VPRS 6=

0.250

< 59.19)

SUMMARY

OF CURRECTED DATA TIME = 1030 DATE = 0312 524.111 TEMPERATURE (DEGREES R.)

=

45.1129 CORRECTED PRESSURE (PSI A)

=

0 97

^

O

SUMMARY

OF MEASURED DATA AT 1045 0312 TEMP 1=

525.702

< 66.15)

' TEMP 2=

523.045

( 63.48)

TEMP 3=

523.190

< 63.62)

TEMP 4=

524.326

( 64.75)

TEMP 5=

524.121

( 64.52)

TEMP 6=

524.988

( 65.40)

TEMP 7=

526.742

< 67.15)

TEMP 8=

524.155

( 64.61)

TEMP 9=

523.726

( 64.15)

TEMP 10 =

524.150

( 64.62)

TEMP 11 =

524.892

( 65.32)

TEMP 12 =

523.996

( 64.39)

TEMP 13 =

523.715

( 64.13)

TEMP 1'4 =

523.730

( 64.19)

TEMP 15 =

523.766

( 64.13)

TEMP 16 =

524.521

< 64.92)

TEMP 17 =

524.111

( 64.54)

TEMP 18 =

524.115

( 64.53)

()

PRES 1=

45.32.

(92972.)

VPRS 1=

0.195

( 52.49)

VPRS 2=

0.187

( 51.29)

VPRS 3=

0.188

( 51.44)

VPRS 4=

0.205

( 53.87)

VPRS 5=

0.209

( 54.30)

YPRS 6=

0.248

( 59.02)

SUMMARY

OF CORRECTED DATA TIME = 1045 DATE = 0312 TEMPERATURE (DEGREES R.)

524.104

=

CDRRECTED PRESSURE (PSIA) =

45.1138 A

98

O

SUMMARY

OF MEASURED PATA AT 1100 0312 TEMP 1=

525.732

( 66.18)

TEMP 2=

522.995

( 63.43)

TEMP 3=

523.210

( 63.64)

TEMP 4=

524.316

( 64.74)

TEMP 5=

524.101

( 64.50)

TEMP 6=

524.978

( 65.39)'

TEMP 7=

526.742

< 67.15)

TEMP 8=

524.285

( 64.74)

TEMP 9=

523.726

( 64.15)

TEMP 10 =

524.160

( 64.63)

TEMP 11 =

524.882

< 65.31)

TEMP 12 =

523.966

( 64.36)

TEMP 13 =

523.715

( 64.13)

TEMP 14 =

523.750

( 64.21)

TEMP 15 =

523.756

( 64.12)

TEMP 16 =

524.581

< 64.98)

TEMP 17 =

524.031

( 64.46)

TEMP 18 =

524.075

( 64.49)

. PRES 1=

45.320 (92972.)

VPRS 1=

0.195

( 52.49)

VPRS 2=

0.187

( 51.36)

VPRS 3=

0.189

( 51.59)

VPRS 4=

0.207

( 54.13)

VPRS 5=

0.210

( 54.33)

YPRS 6=

0.250

( 59.16)

SUMMARY

OF CORRECTED DATA TIME = 1100 DATE = 0312 TEMPERATURE: (DEGREES R.)

524.096

=

CORRECTED PRESSURE (PSIA) =

45.1129 b) v 99 4

O

SUMMARY

OF NEASURED D6.A AT 1115 0312 TEMP 1=

525.722

( 66.17)

TEMP 2=

523.025

(,63.46)

TEMP 3=

523.320

( 63.75)

TEMP 4=

524.376

( 64.80)

TEMP 5=

524.161

( 64.56)

TEMP 6=

525.078

( 65.49)

TEMP 7=

526.662

( 67.07)

TEMP 8=

524.255

( 64.71)

TEMP 9=

523.756

( 64.18)

TEMP 10 =

524.150

( 64.62)

TEMP 11 =

524.892

( 65.32)

TEMP 12 =

524.026

( 64.42)

TEMP 13 =

523.745

( 64.16)

TEMP 14 =

523.750

( 64.21)

TEMP 15 =

523.756

( 64.12)

TEMP 16 =

524.601

( 65.00)

TEMP 17 =

524.091

( 64.52)

TEMP 18 =

524.105

( 64.52)

()

PRES 1=

45.321 (92974.)

VPRS 1=

0.196

( 52.59)

VPRS 2=

0.188

( 51.41)

VPRS 3=

0.190

( 51.63)

VPRS 4=

0.209

( 54.36)

VPRS 5=

0.209

( 54.30)

VPRS 6=

0.249

( 59.06)

SUMMARY

OF CORRECTED DATA i

TIME = 1115 DATE = 0312 TEMPERATURE (DEGREES R.)

524.127

=

CORRECTED PRESSURE (PSIA) 45.1136

=

O 100

(

l

SUMMARY

OF MEASURED DATA AT 1130 0312 TEMP 1=

525.732

< 66.18)

TEMP 2=

523.085

( -63. 52)

TEMP 3=

523.280

( 63.71)

TEMP 4=

524.366

( 64.79)

TEMP 5=

524.131

( 64.53)

TEMP 6=

525.068

( 65.48)

TEMP 7=

526.782

( 67.19)

TEMP 8=

524.215

( 64.67)

TEMP 9=

523.716

( 64.14)

TEMP 10 =

524.130

( 64.60)

TEMP 11 =

524.902

( 65.33)

TEMP 12 =

524.026

( 64.42)

TEMP 13 =

523.735

( 64.15)

TEMP 14 =

523.780

( 64.24)

TEMo 15 =

523.746

( 64.11)

TEMP 16 =

524.531

( 64.93)

TEMP 17 =

524.101

( 64.53)

TEMP 18 =

524.055

( 64.47)

PRES 1=

45.322 (92976.)

VPRS 1=

0.195

( 52.54)

VPRS 2=

0.186

( 51.20) 1 v?RS 3=

0.188

( 51.33)

VPRS 4=

0.208

( 54.30)

VPRS 5=

0.209

( 54.32)

YPRS 6=

0.248

( 58.96) l

SUMMARY

OF CORRECTED DATA TIME = 1130 i

DATE = 0312 TEMPERATURE (DEGREES R.) =

524.118 CORRECTED PRESSURE (PSI A)

=

45.1154 I

s_s i

101

J

()

SUMMARY

OF MEASURED DATA AT 1145 0312

~

TEMP 1=

525.722

< 66.17)

TEMP 2=

523.085

( 63.52)

TEMP 3=

523.270

( 63.70)

TEMP 4=

524.356

( 64.78)

TEMP 5=

524.141

( 64.54)

TEMP 6=

$25.058

( 65.47)

TEMP 7=

526.772

( 67.18)

TEMP 8=

524.115

( 64.57)

TEMP 9=

523.776

( 64.20)

TEMP 10 =

524.210

( 64.68)

TEMP 11 =

524.912

< 65.34)

TEMP 12 =

523.996

( 64.39)

TEMP 13 =

523.765

( 64.10)

TEMP 14 =

523.800

( 64.26)

TEMP 15 =

523.796

( ( 4.16)

TEMP 16 =

524.541

< 64.94)

TEMP 17 =

524.111

( 64~54)

TEMP 18 =

524.085

( 64.50)

PRES 1=

45.323 (92977.)

VPRS 1=

0.195

( 52.48)

VPRS 2=

0.187

( 51.30)

VPRS 3=

0.188

( 51.38)

VPRS 4=

0.208

( 54.23)

VPRS 5=

0.210

( 54.36)

VPRS 6=

0.249

( 59.13)

SUMMARY

OF COR9ECTED DATA TIME = 1145 DATE = 0312 TEMPERATURE (DEGREES R.)

524.129

=

CORRECTED PRESSURE (PSI A) 45.1156

=

lO 102

O

SUMMARY

OF MERSURED DATA AT 1200 0312

~~

TEMP 1=

525.782

( 66.23)

TEMP 2=

523.105

( 63.54)

TEMP 3=

523.410

( 63.84)

TEMP 4=

524.396

( 64.82)

TEMP 5=

524.161

( 64.56)

TEMP 6=

525.048

( 65.46)

TEMP 7=

526.832

< 67.24)

TEMP 8=

524.245

( 64.70)

TEMP 9=

523.786

( 64.21)

TEMP 10 =

524.180

< 64.65)

TEMP 11 =

524.952

< 65.38)

TEMP 12 =

524.056

( 64.45)

TEMP 13 =

523.775-( 64.19)

TEMP 14 =

523.800

( 64.26)

TEMP 15 =

523.776

( 64.14)

TEMP 16 =

524.631

( 65.03)

TEMP 17 =

524.131

( 64.56)

TEMP 18 =

524.176

( 64.59)

PRES 1=

45.323 (92977.)

O VPRS 1=

0.195

( 52.46)

VPRS 2=

0.187

( 51.35)'

VPRS 3=

0.187

( 51.29)

VPRS 4=

0.205

( 53.91)

VPRS 5=

0.209

( 54.27)

VPRS 6=

0.249

( 59.13)

SUMMARY

OF CORRECTED DATA i

l TIME = 1200 DATE = 0312 TEMPERATURE (DEGREES R.)

524.166

=

CORRECTED PRESSURE (PSIA) 45.1162

=

i O

l 103

()

SUMMARY

OF MERSURED DATA AT 1215 0312 TEMP 1=

525.752

( 66.20)

TEMP 2=

5e1 155

( 63.59)

TEMP 3=

523.420

( 63.85)

TEMP 4=

524.477

( 64.90)

TEMP 5=

524.191

( 64.59)

TEMP 6=

525.168

( 65.58)

TEMP 7=

526.822

( 67.23)

TEMP 8=

524.415

( 64.87)

TEMP 9=

523.806

( 64.23)

TEMP 10 =

524.220

( 64.69)

TEMP 11 =

524.962

( 65.39)

TEMP 12 =

524.066

( 64.46)

TEMP 13 =

523.755

( 64.17)

TEMP 1'4 =

523.860

( 64.32)

TEMP 15 =

523.796

( 64.16)

TEMP 16 =

524.581

( 64.98)

TEMP 17 =

524.201

( 64.63)

TEMP 18 =

524.115

( 64.53)

(

PRES 1=

45.326 (92983.)

VPRS 1=

0.195

( 52.55)

VPRS 2=

0.186

( 51.18)

VPRS 3=

0.184

( 50.87)

VPRS 4=

0.209

( 54.46)

VPRS 5=

0.210

( 54.41)

VPRS 6=

0.250

( 59.23)

SUMMARY

OF CORRECTED DATA TIME = 1215 DATE = 0312

=

524.183 TEMPERATURE (DEGREES R.)

45.1186 CORRECTED PRESSURE (PSI A)

=

CN V

104

O SUMM6PY OF MEASURED DATA AT $230 0312 i

TEMP 1=

525.822

< 66.27) l TEMP 2=

523.165

( 63.60)

TEMP 3=

523.440

( 63.87)

TEMP 4=

524.517

( 64.94)

TEMP 5=

524.171

( 64.57)

TEMP 6=

525.138

( 65.55)

TEMP 7=

526.802

( 67.21)

TEMP 8=

524.255

( 64.71)

TEMP 9=

523.716

( 64.14)

TEMP 10 =

524.230

( 64.70)

TEMP 11 =

525.012

< 65.44)

TEMP 12 =

524.056

( 64.45)

TEMP 13 =

523.755

( 64.17)

TEMP 14 =

523.850

( 64.31)

TEMP 15 =

523.796

( 64.16)

TEMP 16 =

524.611

( 65. 01)

TEMP 17 a 524.181

< 64.61)

TEMP 18 =

524.186

( 64.60)

PRES 1=

45.327 (92986.)

.VPRS 1=

0.195

( 52.45)

VPRS 2=

0.187

( 51.30)

VPRS 3=

0.180

( 50.26)

VPRS 4=

0.212

( 54.79)

VPRS 5=

0.210

( 54.39)

VPRS 6=

0.250

< 59.24)

SUMMARY

OF CORRECTED DATR TIME = 1230 DATE = 0312 TEMPERATURE (DE6REES R.)

=

524.188 CORRECTED PRE'SSURE (PSIA) 45.1203

=

O 105

O

SUMMARY

OF MEASURED DATA AT 1245 0312 TEMP 1=

525.852

< 66.30)

TEMP 2=

523.155

( 63.59)

TEMP 3=

523.420

< 63.85)

TEMP 4=

524.517

(.64. 94)

TEMP 5=

524.211

( 64.61)

TEMP 6=

525.118

( 65.53)

TEMP 7=

526.872

( 67.28)

TEMP 8=

524.175

( 64.63)

TEMP 9=

523.816

( 64.24)

TEMP 10 =

524.240

< 64.71)

TEMP 11 =

524.982

< 65.41)

TEMP 12 =

524.086

( 64.48)

TEMP 13 =

523.845

( 64.26)

TEMP 14 =

523.790

( 64.25)

TEMP 15 =

523.796

( 64.16)

TEMP 16 =

524.551

( 64.95)

TEMP 17 =

524.221

( 64.65)

TEMP 18 =

524.216

( 64.63)

PRES 1=

45.328 (92987.)

g-U VPRS 1=

0.196

( 52.65)

YPRS 2=

0.187

( 51.36)

YPRS 3=

0.182

< 50.59)

VPRS 4=

0.226

( 56.51)

VPRS 5=

0.211

( 54.55)

VPRS 6=

0.252

< 59.43)

SUMMARY

OF CDRRECTED DATA TIME = 1245 DATE = 0312 f

TEMPERATURE (DEGREES R.)

524.198

=

CORRECTED PRESSURE (PSIR) 4'J.1172

=

l l

s-l l

106

SUMMARY

OF MEASURED DATA AT 1300 0312 TEMP 1=

525.872

( 66.32)

-TEMP 2=

523.145

( 63.58)

TEMP 3=

523.500

( 63.93)

TEMP 4=

524.467

( *64. 89)

TEMP 5=

524.191

( 64.59)

TEMP 6=

525.188

( 65.60)

TEMP 7=

526.902

( 67.31)

TEMP 8=

524.215

( 64.67)

TEMP 9=

523.856

( 64.28)

TEMP 10 =

524.270

( 64.74)

TEMP 11 =

525.032

( 65.46)

TEMP 12 =

524.106

( 64.50)

TEMP 13 =

523.795

( 64.21)

TEMP 14 =

523.880

( 64.34)

TEMP 15 =

523.856

( 64.22)

TEMP 16 =

524.702

(. 65.10)

TEMP 17 =

524.161

( 64.59)

TEMP 18 =

524.186

( 64.60)

()

PRES 1=

45.330 (92991.)

VPRS 1=

0.196

( 52.58)

VPRS 2=

0.187

( 51.30)

VPRS 3=

0.183

( 50.65)

VPRS 4=

0.223

( 56.25)

VPRS 5=

0.211

( 54.50)

VPRS 6=

0.250

( 59.20)

SUMMARY

OF CORRECTED DATA TIME = 1300 DATE = 0312 TEMPERATURE (DEGREES R.)

524.220

=

CORRECTED PRESSURE (PSIA) 45.1200

=

107

m

~

,- y O

SUMMARY

DF MEASURED DATA AT 1315 0312 TEMP 1=

525.912

< 66.36)

TEMP 2=

523.225

< 63.66)

TEMP 3=

523.460

< 63.89)

TEMP 4=

524.467

< 64.89)

TEMP 5=

524.241

< 64.64)

TEMP 6=

525.128

< 65.54)

TEMP 7=

526.892

< 67.30)

TEMP 8=

524.485

( 64.94)

TEMP 9=

523.876

< 64.30)

TEMP 10 =

524.290

< 64.76)

TEMP 11 =

525.073

< 65.50)

TEMP 12 =

524.086

< 64.48)

TEMP 13 =

523.845

( 64.26) i TEMP 1,4 =

523.870

< 64.33)

TEMP 15 =

523.886

< 64.25)

TEMP 16 =

524.712

< 65.11)

TEMP 17 =

524.161

< 64.59)

TEMP 18 =

524.146

( 64.56) 45.330 (92992.)

PRES 1 =

VPFS 1=

0.195

( 52.51)

VPPS 2=

0.188

< 51.39)

'/ PRS 3=

0.181

< 50.44)

VPRS 4=

0.225

( 56.49)

VPRS 5=

0.211

< 54.55)

VPRS 6=

0.251

< 59. 3 D

SUMMARY

OF CDRRECTED DATA 4

TIME = 1315 DATE = 0312 TEMPERATURE (DEGREES R.)

=

524.237 45.1201 CORRECTED PRESSURE (PSI A)

=

108

O

SUMMARY

OF MEASURED DATA AT 1330 0312 TEMP 1=

525.932

( 66.38)

TEMP 2=

523.205

( 63.64)

TEMP 3=

523.490

( 63.92)

TEMP 4=

524.497

( 64.92)

TEMP 5=

524.261

( 64.66)

TEMP 6=

525.248

( 65.66)

TEMP 7=

526.952

< 67.36)

TEMP 8=

524.505

( 64.96)

TEMP 9=

523.876

( 64.30)

TEMP 10 =

524.260

< 64.73)

TEMP 11 =

525.083

( 65.51)

TEMP 12 =

524.146

( 64.54)

TEMP 13 =

523.835

( 64.25)

TEMP 14 =

523.900

( 64.36)

TEMP 15 =

523.886

( 64.25)

TEMP 16 =

524.812

< 65.21)

TEMP 17 =

524.211

( 64.64)

TEMP 18 =

524.236

( 64.65) 45.332 (92997.)

PRES 1 =

VPRS 1=

0.195

( 52.49)-

VPRS 2=

0.188

( 51.43)

VPRS 3=

0.185

( 51. 02)

VPR3 4=

0.220

< 55.87)

VPRS 5=

0.211

( 54.49)

VPRS 6=

0.251

( 59.30)

SUMMARY

OF CORRECTED DATA TIME = 1330 DATE = 0312 TEMPERATURE (DEGREES R.)

524.2?3

=

45.1228 CORRECTED PRESSURE (PSIA)

=

O

_.... _ _ _..... 109

C i

SUMMARY

OF MEASURED DATA AT 1345 0312 TEMP 1=

525.942

( 66.39)

TEMP 2=

523.235

( 63.67)

TEMP 3=

523.550

( 63.98)

TEMP 4=

524.517

( 64.94)

TEMP 5=

524.321

( 64.72)

TEMP 6=

525.208

( 65.62)

TEMP 7=

526.982

( 67.39)

TEMP 8=

524.425

( 64.88)

TEMP 9=

523.896

( 64.32)

TEMP 10 =

524.290

( 64.76)

TEMP 11 =

525.093

( 65.52)

TEMP 12 =

524.166

( 64.56)

TEMP 13 =

523.885

( 64.30)

TEMP 14'=

523.870

< 64.00' TEMP 15 =

523.866

( 64.23)

TEMP 16 =

524.782

( 65.18)

TEMP 17 =

524.281

( 64.71)

TEMP 18 =

524.296

( 64.71)

PRES 1=

45.334 (93001.)

,()

VPRS 1=

0.195

( 52.57)

VPRS 2=

0.188

( 51.44)

VPRS 3=

0.186

( 51.09)

VPRS 4=

0.209

( 54.37)

VPRS 5=

0.211

( 54.47)

VPRS 6=

0.253

( 59.50)

SUMMARY

OF CORRECTED DATA TIME = 1345 DATE = 0312 524.291 TEMPERATURE (DEGREES R.)

=

45.1264 CORRECTED PRESSURE (PSI A)

=

OV 110

....-..._..7-.....,........

SUMMARY

OF MEASUPED DATA AT 1400 0312 TEMP 1=

525.942

< 66.39)

TEMP 2=

523.285

( 63.72)

TEMP 3=

523.631

< 64. 06)

TEMP 4=

524.567

( 64.99)

TEMP 5=

524.291

< 64.69)

TEMP 6=

525.248

< 65.66)

TEMP 7=

526.952

< 67.36)

TEMP 8=

524.425

< 64.88)

TEMP 9=

523.926

( 64.35)

TEMP.10 =

524.300

< 64.77)

TEMP 11 =

525.133

( 65.56)

TEMP 12 =

524.166

( 64.56)

TEMP 13 =

523.895

( 64.31)

TEMP 14 =

523.920

( 64.38)

TEMP 15 =

523.916

< 64.28)

TEMP 16 =

524.712

( 65.11)

TEMP 17 =

524.291

< 64.72)

TEMP 18 =

524.226

( 64.64)

PRES 1 =

45.335 (93002.)

VPRS 1=

0.195

< 52.55)

VPRS 2=

0.187

< 51.36)

VPRS 3=

0.190

< 51.71)

VPRS 4=

0.220

< 55.82)

VPRS 5=

0.212

< 54.62)

VPRS 6=

0.255

( 59.72) i

SUMMARY

OF CORRECTED DATA TIME = 1400 DATE = 0312 TEMPERATURE (DEGREES R.)

524.297

=

CORRECTED PRESSURE (PSIA) 45.1236

=

J 1

111

4 g)

(x ARKANSAS UNIT 1 ILRT VERIFICATION TEST LEAKAGE RATE (WEIGHT PERCENT / DAY)

MASS POINT ANA'.YSIS TIME AND DATE AT START OF TEST:

1445 0312 ELAPSED TIME:

6.00 HOURS TIME TEMP

' PRESSURE CTMT. AIR MASS LOSS TOT. AVG. MASS (R)

(PSIA)

MASS (LBM)

(LBM)

LDSS (LBM/HR) 1445 524.347 45.1274 443693 1500 524.368 45.1287 443688 5.0 20.0 1515 524.366 45.1283 443686 2.2 14.5 1530 524.380 45.1287 443678 7.9 20.2 1543 524.403 45.1331 443702

-23.8

-8.7 1600 524.439 45.1340 443680 21.6 10.4 1615 524.456 45.1342 443668 12.4 16.9 1630 524.482 45.1357 443661 7.2 18.6 1645 524.499 45.1361 443650 10.5 21.5 1700 524.530 45.1388 443651

-0.3 19.0 1715 524.536 45.1403 443660

-9.7 13.2 1730 524.569 45.1414 443643 17.1 18.2 1745 524.572 45.1425 443651

-8.3 14.0

/^10 524.608 45.1454 443650 1.9 13.5

'N )5 524.642 45.1465 443632 17.9 17.7 1830 524.669 45.1487 443630 1.2 16.8 1845 524.650 45.1496 443655

-24.9 9.5 1900 524.709 45.1516 443625 30.2 16.1 1915 524.690 45.1529 443654

-28.8 8.8 1930 524.763 45.1543 443606 48.0 18.4 1945 524.768 45.1556 443614

-8,5 15.8 2000 524.773 45.1584 443638

-23.3 10.6 2015 524.804 45.1576 443604 34.1 16.3 2030 524.817' 45.1592 443608

-4.7 14.8 2045 524.849 45.1616 443606 2.8 14.6 FREE AIR VOLUME USED (MILLIONS OF CU. FT.)

1.910

=

REGRESSION LINE INTERCEPT (LBM)

SLOPE (LBM/HR)

=

443693

=

-14.5 j

VERIFICATION TEST LEAKAGE RATE UPPER LIMIT =

0.099 VERIFICATION TEST LEAKAGE RATE LOWER LIMIT =

0.063 THE CALCULATED LEAKAGE RATE 0.078

=

0V 112~

O ARKANSAS UNIT 1 ILRT VERIFICAT10N TEST LEAKAGE RATE < WEIGHT PERCENT / DAY)

BASED ON TOTAL TIME CALCULATIONS TIME AND DATE AT START OF TEST 1445 0312 ELAPSED TIME:

6.00 HOURS TIME TEMP.

PRESSURE MEASUPED (R)

(PSIA)

LEAKAGE RATE 1445 524.347 45.1274 1500 524.368

-45.1287 0.108 1515 524.366 45.1283 0.078 1530 524.380 45.1287 0.109 1545 524.403 45.1331

-0.Q47 1600 524.439 45.1340 0.056 1615 524.456 45.1342 0.091 1630 524.482 45.1357 0.101 1645 524.499 45.1361 0.116 1700 524.530 45.1388 0.103 1715 524.536 45.1403 0.072 s

1730 524.569 45.1414 0:099 1745 524.572 45.1425 0.076 1800 524.608 45.1454 0.073 1815 524.642 45.1465 0.096 1830 524.669 45.1487 0.091 1845 524.650 45.1496 0.052 1900 524.709 45.1516 0.087 1915 524.690 45.1529 0.047 1930 524.763 45.1543 0.100 1945 524.768-45.1556 0.085 2000 524.773 45.1584 0.057 2015 524.804 45.1576 0.088 2030 524.817 45.1592 0.080 2045 524.849 45.1616 0.079 MEAN OF MEASURED LEAKAGE RATES 0.079

=

STD. DEVIATION OF MEASURED LEAKAGE RATES

=

0.033 VERIFICATION TEST LEAKAGE RATE UPPER LIMIT =

0.102 VERIFICATION TEST LEAKAGE RATE LOWER LIMIT =

0.066 THE CALCULATED LEAKAGE RATE 0.080

=

OU 113

p,O ARKANSAS UNIT 1 ILRT VERIFICATION TEST TREND REPORT LEAKAGE RATES (WEIGHT PERCENT / DAY)

BASED ON TOTAL-TIME CALCULATIONS TIME AND DATE AT START OF TEST:

1445 0312 ELAPSED TIME 6.00 HOURS NO. DATA ELAPSED MEAN MEASURED CALCULATED CHG IN CALC L/R PD ', rtTS TIME LEAKAGE RATE LEAKAGE PATE FRDM LAST POINT 10 2.25 0.080 0.094 11 2.50 0.079 0.089

-0.005 12 2.75 0.081 0.093 0.005 13 3.00 0.080 0.090

-0.003 14 3.25 0.080 0.087

-0.003 15 3.50 0.081 0.090 0.003 16 3.75 0.081 0.091 0.001 17 4.00 0.080 0.083

-0.008

(~'9 4.25 0.080 0.084 0.001

\\_j9 4.50.

0.078 0.077

-0.007 20 4.75 0.079 0.081 0.004 21 5.00 0.080 0.082 0.001 22 5.25 0.079 0.078

-0.004 23 5.50 0.079 0.080 0.002 24 5.75 0.079 0.080 0.000 25 6.00 0.079 0.080

-0.000 THE CALCULATED LEAKAGE PATE 0.080

=

l l

l I

l l

i v

114

J O

SUMMARY

OF MEASURED DATA AT 1445 0312 TEMP-1=

526.012

( 66.46)

TEMP 2=

523.275

( 63.71)

TEMP 3=

523.621

( 64.05)

TEMP 4=

524.607

( 65.03)

TEMP 5=

524.381

( 64.78)

TEMP 6=

525.298

( 65.71)

TEMP 7=

527.043

( 67.45)

TEMP 8=

524.185

( 64.64)

TEMP 9=

524.016

( 64.44)

TEMP 10 =

524.390

( 64.86)

TEMP 11 =

525.143

( 65.57)

TEMP 12 =

524.216

( 64.61)

TEMP 13 =

523.975

( 64.39)

TEMP 14 =

523.990

( 64.45)

TEMP 15 =

523.966

( 64.33)

TEMP 16 =

524.752

< 65.15)

TEMP 17 =

524.331

( 64.76)

TEMP 18 =

524.326

( 64.74)

PRES 1 =

45.339 (93010.)

0.196

( 52.61)

VPRS 1 =

VPRS 2=

0.187

( 51.27)

VPRS 3=

0.191

( 51.85)

VPRS 4=

0.219

( 55.70)

VPRS 5=

0.212

( 54.70)

VPRS 6=

0.254

( 59.71)

SUMMARY

OF CORRECTED DATA TIME = 1445 DATE = 0312 524.347 TEMPERATURE (DEGREES R.)

=

45.1274 CORRECTED PRESSURE (PSIA)

=

I 115

[')

()

SUMMARY

OF MEASURED DATA AT 1500 0312 TEMP 1=

525.992

( 66.44)

TEMP 2=

523.295

( 63.73)

TEMP 3=

523.621

( 64.05)

TEMP 4=

524.597

( 65.02)

TEMP 5=

524.351

('64.75)

TEMP 6=

525.258

( 65.67)

TEMP 7=

526.972

( 67.38)

TEMP 8=

524.435

( 64.89)

TEMP 9=

524.016

( 64.44)

TEMP 10 =

524.380

( 64.85)

TEMP 11 =

525.163

( 65.59)

TEMP 12 =

524.246

( 64.64)

TEMP 13 =

523.975

( 64.39)

TEMP 14 =

524.040

( 64.50)

TEMP 15 =

523.986

( 64.35)

TEMP 16 =

524.872

( 65.27)

TEMP 17 =

524.341

( 64.77)

TEMP 18 =

524.316

( 64.73)

PRES 1=

45.340 (93013.)

VPRS 1=

0.195

( 52.56)

YPRS 2=

0.187

( 51.29)

VPRS 3=

0.190

( 51.65)

VPRS 4=

0.218

( 55.60)

VPRS 5=

0.212

( 54.68)

VPRS 6=

0.258

( 60.04)

SUMMARY

OF CDRRECTED DATA TIME = 1500 DATE = 0312 524.368 TEMPERATURE (DEGREES R.)

=

45.1287 CORRECTED PRESSURE (PSIA)

=

%(J 116

O V

SUMMARY

OF MEASURED DATA AT 1515 0312 TEMP 1=

526.042

( 66.49)

TEMP 2=

523.355

( 63.79)

TEMP 3=

523.741

( 64.17)

TEMP 4=

524.657

( 65.08)

TEMP 5=

524.371

( 64.77)

TEMP 6=

525.298

( 65.71)

TEMP 7=

526.982

( 67.39)

TEMP 8=

524.395

( 64.85)

TEMP 9=

523.996

( 64.42)

TEMP 10 =

524.370

( 64.84) 525.193

( 65.62)

TEMP 11 =

TEMP 12 =

524.236

( 64.63)

TEMP 13 =

523.925

( 64.34)

TEMP 14 =

523.960

( 64.42)

TEMP 15 =

523.996

( 64.36)

TEMP 16 =

524.792

( 65.19)

TEMP 17 =

524.361

( 64.79)

TEMP 18 =

524.336

( 64.75)

()

PRES 1=

45.340 (93013.)

VPRS 1=

0.196

( 52.66)

VPRS 2=

0.187

( 51.30)

YPRS 3=

0.187

( 51.20)

VPRS 4=

0.221

( 55.96)

VPRS 5=

0.213

( 54.74)

VPRS 6=

0.259

( 60.23)

SUMMARY

OF CORRECTED DATA TIME = 1515 DATE = 0312 524.366 TEMPERATURE (DEGREES R.)

=

CORRECTED PRESSURE (PSIA)

=

45.1283 bv 117

i (3

d i

SUMMARY

OF MEASURED DATA AT 1530 0312 TENP 1=

525.992

< 66.44)

TEMP 2=

523.305

( 63.74)

TEMP 3=

523.751

< 64.18)

TEMP 4=

524.577

( 65.00)

TEMP 5=

524.401

( 64.80)

TEMP 6=

525.348

< 65.76)

TEMP 7=

527.113

( 67.52)

TEMP 8=

524.525

( 64.98)

TEMP 9=

524.016

< 64.44)

TEMP 10 =

524.420

( 64.89)

TEMP 11 =

525.223

< 65.65)

TEMP 12 =

524.236

< 64.63)

)

TEMP 13 =

523.955

< 64.37)

TEMP 14 =

524.020

( 64.48)

TEMP 15 =

524.016

< 64.38)

TEMP 16 =

524.872

< 65.27)

TEMP 17 =

524.321

( 64.75)

TEMP 18 =

524.316

< 64.73)

PRES 1=

45.341 (93015.)

()

VPRS 1=

0.195

< 52.51)

YPRS 2=

0.186

( 51.23)

VPRS 3=

0.192

< 51.98)

VPRS 4=

0.223

( 56.16)

VPRS 5=

0.213

( 54.78)

VPRS 6=

0.256

< 59.85)

SUMMARY

OF CORRECTED DATA TIME = 1530 DATE = 0312 524.380 TEMPERATURE (DEGREES R.)

=

45.1287 CDRRECTED PRESSURE (PSI A)

=

118

9

'O

SUMMARY

OF MEASURED DATA AT 1545 0312 TEMP 1=

526.052

< 66.50)

TEMP 2=

523.315

( 63.75)

TEMP 3=

523.791

( 64.22)

TEMP 4=

524.627

( 65.05)

TEMP 5=

524.391

( 64.79)

TEMP 6=

525.368

( 65.78)

TEMP 7=

527.083

( 67.49)

TEMP 8=

524.565

( 65.02)

TEMP 9=

524.036

( 64.46)

TEMP 10 =

524.430

( 64.90)

TEMP 11 =

525.243

( 65.67)

TEMP 12 =

524.246

( 64.64)

TEMP 13 =

523.965

( 64.38)

TEMP 14 =

524.050

( 64.51)

TEMP 15 =

524.016

( 64.38)

TEMP 16 =

524.902

( 65.30)

TEMP 17 =

524.331

( 64.76)

TEMP 18 =

524.386

( 64.80)

PRES 1=

45.344 (93020.)

0.193

( 52.29)

VPRS 1

=

s, VPRS 2=

0.187

( 51.32)

VPRS 3=

0.186

( 51.07)

VPRS 4=

0.220

( 55.81)

VPRS 5=

0.212

( 54.68)

VPRS 6=

0.256

( 59.86)

SUMMARY

OF CORRECTED DATA TIME = 1545 DATE = 0312 524.403 TEMPERATURE (DEGREES R.)

=

45.1331 CORRECTED PRESSURE (PSIA)

=

/~)N

\\.

119

\\

m

SUMMARY

OF MEASURED DATA AT 1600 0312 TEMP 1=

526.092

( 66.54)

TEMP 2=

523.355

( 63.79)

TEMP 3=

523.841

( 64.27)

TEMP 4=

524.647

( 65.07)

TEMP 5=

524.431

( 64.83)

TEMP 6=

525.388

( 65.80)

TEMP 7=

527.103

( 67.51)

TEMo 8=

524.555

( 65. 01)

TEMP 9=

524.066

( 64.49)

TEMP 10 =

524.450

( 64.92)

F35.263

( 65.69)

TEMP 11

=

TEMP 12 =

524.306

( 64.70)

TEMP 13 =

524.005

( 64.42)

TEMP 14 =

524.080

( 64.54)

TEMP 15 =

524.006

( 64.37)

TEMP 16 =

524.942

< 65.34)

TEMP 17 =

524.431

( 64.86)

TEMP 18 =

524.406

( 64.82)

PRES 1=

45.345 (93023.)

VPRS 1=

0.195

( 52.53)

VPRS 2=

0.188

( 51.47)

VPRS 3=

0.185

( 51.01)

VPRS 4=

0.221

( 55.99)

VPR!

5-0.212

( 54.66)

VPRS 6=

0.256

( 59.83)

SUMMARY

OF CORR $CTED DATA TIME = 1600 DATE = 0312 524.439 TEMPERATUPE (DEGREES R.)

=

45.1340 CDRRECTED PRESSURE (PSIA)

=

120

bG

SUMMARY

OF MEASURED DATA AT 1615 0312 TEMP 1=

526.112

< 66.56)

TEMP 2=

523.445

< 63.88)

TEMP 3=

523.881

< 64.31)

TEMP 4=

524.727

( 65.15)

TEMP 5=

524.441

/. 64.84)

TEMP 6=

525.418

< 65.83)

TEMP 7=

527.093

( ' 67. 5 0)

TEMP 8=

524.335

< 64.79)

TEMP 9=

524.096

< 64.52)

TEMP 10 =

524.490

< 64.96)

TEMP 11 =

525.283

< 65.71)

TEMP 12 =

524.316

( 64.71)

TEMP 13 =

524.095

< 64.51)

TEMP 14 =

524.120

< 64.58)

TEMP 15 =

524.106

( 64.47)

TEMP 16 =

524.812

< 65.21)

TEMP 17 =

524.391

< 64.82)

TEMP 18 =

524.426

< 64.84)

PRES 1=

45.347 (93027.)

VPRS 1=

0.195

( 52.51)

VPRS 2=

0.188

( 51.44)

VPRS 3=

0.196

< 52.54)

VPhS 4=

0.221

< 55.98)

VPRS 5=

0.212

< 54.70)

VPRS 6=

0.254

< 59.70)

SUMMARY

OF CORRECTED DATA TIME = 1615 DATE = 0312 524.456 TEMPERATURE (DEGREES R.)

=

45.1342 CORRECTED PRESSURE (PSIA)

=

f%

V L

121

SUMMARY

'0F MEASUPED DATA AT 1630 0312 TEMP 1=

526.192

< 66.64)

TEMP 2=

523.415

( 63.85)

TEMP 3=

523.911

< 64.34)

TEMP 4=

524.697

< 65.12)

TEMP 5=

524.461

< 64.86)

TEMP 6=

525.569

( 65.98)

TEMP 7=

527.193

< 67.60)

TEMP 8=

524.735

( 65.19)

TEMP 9=

524.086

< 64.51)

TEMP 10 =

524.510

< 64.98)

TEMP 11 =

525.323

( 65.75)

TEMP 12 =

524.346

< 64.74>

TEMP 13 =

524.005

< 64.42)

TEMP 14 =

524.140

< 64.60)

TEMP 15 =

524.096

( 64.46)

TEMP 16 =

524.932

( 65.33)

TEMP 17 =

524.421

( 64.85)

TEMP 18 =

524.396

( 64.81)

PRES 1=

45.348 (93029.)

YPRS 1=

0.196

( 52.67)

VPRS 2=

0.188

( 51.48)

VPRS 3=

0.194

< 52.26)

VPRS 4=

0.221

< 55.89)

VPRS 5=

0.213

< 54.72)

VPRS 6=

0.253

< 59.56)

SUMMARY

OF CORRECTED DATA TIME = 1630 DATE = 0312 524.482 TEMPERATURE (DEGREES R.)

=

45.1357 CORRECTED PRESSURE (PSIA)

=

l 1

122

I

/ '

\\-

'w )

SUMMARY

OF MEASURED DATA AT 1645 0312 TEMP 1=

526.172

( 66.62)

TEMP 2=

523.465

( 63.90)

TEMP 3=

$23.821

( 64.25)

TEMP 4=

524.687

( 65.11)

TEMP 5=

524.481

( 64.88)

TEMP 6=

525.478

( 65.89)

TEMP 7=

527.143

( 67.55)

TEMP 8=

524.535

( 64.99)

TEMP 9=

524.106

( 64.53)

TEMP 10 =

524.520

( 64.99)

TEMP 11 =

525.333

( 65.76)

TEMP 12 =

524.366

( 64.76)

TEMP 13 =

524.065

( 64.48)

TEMP 14 =

524.100

( 64.56)

TEMP 15 =

524.126

( 64.49)

TEMP 16 =

525.002

( 65.40)

TEMP 17 =

524.481

( 64.91)

TEMP 18 =

524.456

( 64.87)

PRES 1=

45.350 (93033.)

0.194

~( 52.43)-

VPRS 1 =

VPRS 2=

0.188

( 51.42)

VPRS 3=

0.195

( 52.35)

VPRS 4=

0.222

( 56.06)

VPRS 5=

0.213

( 54.74)

VPRS 6=

0.261

( 60.41)

SUMMARY

OF CORRECTED DATA TIME = 1645 DATE = 0312 5&4.?99 TEMPERATUPE (DEGREES R.)

=

AC-lb,,_

CORRECTED PRESSURE (PSIA)

=

O 123

~..

SUMMARY

OF MEASURED DATA AT 1700 0312 TEMP 1=

526.222

( 66.67)

TEMP 2=

523.475

( 63.91)

TEMP 3=

523.911

( 64.34)

TEMP 4=

524.747

( 65.17)

TEMP 5=

524.481

( 64.88)

TEMP 6=

525.488

( 65.90)

TEMP 7=

527.273

( 67.68)

TEMP 8=

524.635

( 65.09)

TEMP 9=

524.106

( 64.53)

TEMP 10 =

524.550

( 65. 0".)

TEMP 11 =

525.373

( 65.80)

TEMP 12 =

524.366

( 64.76)

TEMP 13 =

524.085

( 64.50) 17MP 14 =

524.180

( 64.64)

TEMP 15 =

524.136

( 64.50)

TEMP 16 =

525.082

( 65.48)

TEMP 17 =

524.471

( 64.90)

TEMP 18 =

524.476

( 64.89)

PRES 1=

45.352 (93037.)

VPRS 1=

0.196

( 52.60)

-VPRS 2=

0.188

( 51.43)

VPRS 3=

0.193

( 52. 06)

VPRS 4=

0.222

( 56.11)

VPRS 5=

0.212

( 54.69)

VPRS 6=

0.258

( 60.08)

SUMMARY

OF CORRECTED DATA TIME = 1700 DATE = 0312 l

TEMPERATURE (DEGREES R.)

524.530

=

CORRECTED PRESSURE (PSIA) 45.1388

=

O 124

('N l f3

_/

SUMMARY

OF MEASURED DATA AT 1715 0312 TEMP 1=

526.222

< 66.67)

TEMP 2=

523.465

< 63.90)

TEMP 3=

523.881

< 64.31)

TEMP 4=

524.787

( 65.21)

TEMP 5=

524.521

< 64.92)

TEMP 6=

525.569

< 65.98)

TEMP 7=

527.353

< 67.76)

TEMP 8=

524.615

< 65.07)

TEMP

-9 =

524.166

< 64.59)

TEMP 10 =

524.570

< 65.04) 525.393

< 65.82)

TEMP 11

=

TEMP 12 =

524.426

< 64.82)

TEMP 13 =

524.105

< 64.52)

TEMP 14 =

524.120

< 64.58)

TEMP 15 =

524.146

< 64.51)

TEMP 16 =

525.012

< 65.41)

TEMP 17 =

524.481

< 64.91)

TEMP 18 =

524.486

< 64.90)

PRES 1=

45.353 (93040.)

0.196

< 52.62)

VPRS 1 =

VPRS 2=

0.188

< 51.45)

YPRS 3=

0.193

< 52.15)

VPRS 4=

0.221

< 55.93)

VPRS 5=

0.212

< 54.64)

VPRS 6=

0.259

< 60.16)

SUMMARY

OF CORRECTED DATA TIME = 1715 DATE = 0312 524.536 TEMPERATURE (DEGREES R.)

=

45.1403 CORRECTED PRESSURE (PSIA)

=

n v

125

((V~)

SUMMARY

OF MEASURED DATA AT 1730 0312 TE ?

1=

526.252

< 66.70)

TEMP 2=

523.515

< 63.95)

TEMP 3=

523.871

< 64.30)

TEMP.

4=

524.787

< 65.21)

TEMP 5=

524.541

< 64.94)

TEMP 6=

525.538

< 65.95)

TEMP 7=

527.343

( 67.75)

TEMP 8=

524.665

< 65.12)

TEMP 9=

524.176

< 64.60)

TEMP 10 =

524.580

< 65.05)

TEMP 11 =

525.393

( 65.82)

TEMP 12 =

524.426

< 64.82)

TEMP 13 =

524.166

< 64.58)

TEMP 14 =

524.200

< 64.66)

TEMP 15 =

524.186

< 64.55)

TEMP 16 =

525.062

< 65.46)

TEMP 17 =

524.501

< 64.93)

TEMP 18 =

524.536

< 64.95)

PRES 1=

45.355 (93043.)

[

• VPRS 1=

0.196

< 52.58)

-YPRS 2=

0.189

< 51.63)

VPRS 3=

0.197

< 52.65)

VPRS 4=

0.218

< 55.56)

VPRS 5=

0.212

< 54.67)

VPRS 6=

0.259

< 60.21) 4

SUMMARY

OF CORRECTED DATA TIME = 1730 DATE = 0312 524.569 TEMPERATURE (DEGREES R.)

=

=

45.1414

-CORRECTED PRESSURE (PSIA) s s

126

(f~h O

SUMMARY

OF MEASURED DATA AT 1745 0312 TEMP 1=

526.282

( 66.73)

TEMP 2=

523.495

< 63.93)

TEMP 3=

523.881

< 64.31)

TEMP 4=

524.777

( 65.20)

TEMP 5=

524.571

< 64.97)

TEMP-6=

525.619

< 66.03)

TEMP 7=

527.283

< 67.69)

TEMP 8=

524.665

( 65.12)

TEMP 9=

524.156

< 64.58)

TEMP 10 =

524.590

< 65.06)

TEMP 11 =

525.413

< 65.84)

TEMP 12 =

524.456

< 64.85)

TEMP 13 =

524.146

< 64.56)

TEMP 14 =

524.230

< 64.69)

TEMP 15 =

524.176

< 64.54)

TEMP 16 =

525.052

< 65.45)

TEMP 17 =

524.501

< 64.93)

TEMP 18 =

524.496

< 64.91)

PRES 1=

45.357 (93047.)

\\

VPRS 1=

0.197

< 52. 83)

[l 4

N-VPRS 2=

0.190

< 51.75)

VPRS 3=

0.199

< 52.99)

VPRS 4=

0.220

< 55.76)

VPRS 5=

0.212

< 54.62)

VPRS 6=

0.258

< 60.09)

SUMMARY

OF CORRECTED DATA 1

TIME = 1745 DATE = 0312 524.572 TEMPERATURE (DEGREES R.)

=

45.1425 CORRECTED PRESSURE (PSIA)

=

\\

s Ns 127

._=_

'O

SUMMARY

OF MEASURED DATA AT 1800 0312 TEMP 1=

526.282

< 66.73)

TEMP 2=

523.505

< 63.94)

TEMP 3=

523.901

< 64.33)

TEMP 4=

524.867

< 65.29)

TEMP 5=

524.601

< 65.00)

TEMP 6=

525.659

< 66.07)

TEMP 7=

527.313

< 67.72)

TEMP-8=

524.705

< 65.16) i TEMP 9=

524.246

< 64.67)

TEMP 10 =

524.641

< 65.11)

TEMP 11 =

525.443

< 65.87)

TEMP 12 =

524.456

< 64.85)

TEMP 13 =

524.156

< 64.57)

TEMP 14 =

524.230

< 64.69)

TEMP 15 =

524.226

< 64.59)

TEMP 16 =

525.122

< 65.52)

TEMP 17 =

524.561

< 64.99)

TEMP 18 =

524.576

< 64.99)

PRES 1=

45.359 (93051.)

VPRS 1=

0.197

< 52.84)

VPRS 2=

0.190

< 51.72).

VPRS 3=

0.199

< 52.95)

VPRS 4=

0.218

< 55.52)

VPRS 5=

0.211

< 54.55)

VPRS 6=

0.255

< 59.80) i i

SUMMARY

OF CORRECTED DATA TIME = 1800 DATE = 0312 524.608 TEMPERATURE (DEGREES R.)

=

45.1454 CORRECTED PRESSURE (PSIA)

=

128

f -m 7

i

SUMMARY

OF MEASURED DATA AT 1815 0312 TEMP 1=

526.322

< 66.77)

TEMP 2=

523.575

( 64.01)

TEMP 3=

523.951

( 64.38)

TEMP 4=

524.887

( 65.31)

TEMP 5=

524.631

( 65.03)

TEMP 6=

525.669

( 66.08)

TEMP 7=

527.353

( 67.76)

TEMP 8=

524.565

( 65.02)

TEMP 9=

524.276

( 64.70)

TEMP 10 =

524.641

( 65.11)

TEMP 11 =

525.503

( 65.93)

TEMP 12 =

524.496

( 64.89)

TEMP 13 =

524.176

( 64.59)

TEMP 14 =

524.240

( 64.70)

~ E:1P 15 =

524.266

( 64.63)

TEMP 16 =

525.1S2

( 65.55)

TEMP 17 =

524.641

( 65.07)

TEMP 18 =

524.616

( 65.03)

PRES 1=

45.360 (93054.)

i VPRS 1=

0.197

( 52.74)

VPRS 2=

0.191

( 51.87)

VPPS 3=

0.200

< 53.13)

VPRS 4=

0.217

( 55.40)

VPRS 5=

0.211

< 54.46)

VPRS 6=

0.258

( 60.04)

SUMMARY

OF CDPRECTED DATA TIME = 1815 DATE = 0312 524.642 TEMPERATURE (DEGREES R.)

=

45.1465 CORRECTED PRESSURE (PSIA)

=

[

t 129

' f(

\\

SUMMARY

OF MERSURED DATA AT 1830 0312 TEMP 1=

526.362

< 66.81)

TEMP 2=

523.575

< 64.01)

TEMP 3=

523.881

< 64.31)

TEMP 4=

524.837

< 65.26)

TEMP 5=

524.651

< 65.05)

TEMP 6=

525.799

< 66.21)

TEMP 7=

527.433

( 67.84)

TEMP 8=

524.625

< 65.08)

TEMP 9=

524.256

< 64.68)

TEMP 10 =

524.691

< 65.16)

TEMP 11 =

525.543

( 65.97)

TEMP 12 =

524.516

< 64.91)

TEMP 13 =

524.276

< 64.69)

TEMP 14 =

524.320

< (4.78)

TEMP 15 =

524.326

< 64.69)

TEMP 16 =

525.112

< 65.51)

TEMP 17 =

524.581

< 65. 01)

TEMP 18 =

524.666

< 65. 08) 45.362 (93058.)

PRES 1 =

'V VPRS 1 =

0.196

< 52.65)

VPRS 2=

0.192

< 51.97)

VPRS 3=

0.195

< 52.39)

VPRS 4=

0.218

< 55.56)

VPRS 5=

0.210

( 54.40)

VPRS 6=

0.260

< 60.35)

SUMMARY

OF CORRECTED DATA l

TIME = 1830 DATE = 0312 TEMPERATURE (DEGREES R.) =

524.669 CORRECTED PRESSURE (PSIA) =

45.1487 O

. \\--)

130

,,.-._v

,,,r

' O( /

SUMMARY

OF MEASURED DATA AT 1845 0312 TEMP 1 =

526.382

< 66.83)

TEMP 2=

523.505

( 63.94)

TEMP 3=

523.871

( 64.30)

TEMP 4=

524.837

( 65.26)

TEMP 5=

524.631

( 65.03)

TEMP 6=

525.769

( 66.18)

TEMP 7=

527.403

( 67.81)

TEMP 8=

524.655

( 65.11)

TEMP 9=

524.316

( 64474)

TEMP 10 =

524.711

( 65.18)

TEMP 11 =

525.543

( 65.97)

TEMP 12 =

524.556

( 64.95).

TEMP 13 =

524.276

( 64.69)

TEMP 14 =

524.280

( 64.74)

TEMP 15 =

524.306

( 64.67)

TEMP 16 =

525.062

( 65.46)

TEMP 17 =

524.571

( 65.00)

TEMP 18 =

524.576

( 64.99)

PRES 1

45.363 (93061.)

=

'L VPRS 1=

0.198

( 52.96)

VPRS 2=

0.192

< 51.99)

VPRS 3=

0.202

( 53.40)

VPRS 4=

0.213

( 54.95)

VPPS 5=

0.210

( 54.45)

VPRS 6=

0.258

( 60.14) l

SUMMARY

OF CORRECTED DATA 1

TIME = 1845 l

DATE = 0312 1

l TEMPERATURE (DEGREES R.)

524.650

=

l CORPECTED PRES $UPE (PSIA) 45.1496

=

x 131 j

I

(('(

SUMMARY

OF MEASURED DATA AT 1900 0312 TEMP 1 =- 526.382

< 66.83)

TEMP 2=

523.585

( 64. 02)

TEMP 3=

523.841

<-64.27)

TEMP 4=

524.917

<-65.34)

TEMP 5=

524.641

< 65. 04)

TEMP 6=

525.829

( 66.24)

TEMP 7=

527.533

< 67.94-)

TEMP 8=

524.625

( 65. 08)

TEMP 9=

524.326

< 64.75)

TEMP 10 =

524.711

< 65.18) 525.553

( 65.98)

TEMP 11 =

TEMP 12 =

524.546

< 64.94)

TEMP 13 =

524.306

( 64.72)

TEMP 14 =

524.380

( 64.84)

TEMP 15 =

524.336

< 64.70)

TEMP 16 =

525.222

< 65.62)

TEMP 17 =

524.702

< 65.13)

TEMP 18 =

524.686

< 65.10)

,(

)

PRES 1=

45.365 (93065.)

v

• VPRS 1 =

0.198

( 52.97)

VPRS 2=

0.193

( 52.12)

VPRS 3=

0.201

< 53.14)

VPRS 4=

0.213

< 54.87)

)

VPPS 5=

0.210

< 54.39)

VPRS 6=

0.260

< 60.33)

SUMMARY

OF CORFECTED DATA TIME = 1900 DATE = 0312 524.709 TEMPERATURE (DEGREES R.)

=

45.1516 CORRECTED PRESSURE (PSIA) =

\\

v 132

'O(v

SUMMARY

OF MEASURED DATA AT 1915 0312 S26.472

< 66.92)

TEMP 1 =

TEMP 2=

523.615

< 64.05)

TEMP 3=

524.001

< 64.43)

TEMP 4=

524.917

< 65.34)

TEMP 5=

524.721

< 65.12)

TEMP 6=

525.819

( 66.23)

TEMP 7=

527.513

( 67.92)

TEMP 8=

524.755

( 65.21)

TEMP 9=

524.256

< 64.68)

TEMP 10 =

524.741

< 65.21)

TEMP 11 =

525.543

< 65.97)

TEMP 12 =

524.546

< 64.94)

TEMP 13 =

524.296

< 64.71)

TEMP 14 =

524.330

< 64.79)

TEMP 15 =

524.256

< 64.62)

TEMP 16 =

525.042

< 65.44)

TEMP 17 =

524.682

< 65.11)

TEMP 18 =

514.616

< 65.03)

{

45.366 (93067.)

PRES 1 =

0.198

< 52.92)

VPRS 1

=

VPRS 2=

0.192

< 52.07)

VPRS 3=

0.203

< 53.41)

VPRS 4=

0.214

< 55.02)

VPRS 5=

0.210

< 54.40)

VPRS 6=

0.25

< 59.84)

SUMMARY

OF CDPRECTED DATA TIME = 1915 DATE = 0312 524.690 TEMPERATURE (DEGPEES R.)

=

45.1529 CORRECTED-PRESSURE (PSIA)

=

i 133

SUMMARY

OF MEASURED DATA AT 1930 0312 TEMP 1=

526.462

( 66.91)

TEMP 2=

523.695

( 64.13)

TEMP 3=

524.041

(,64.47)

TEMP 4=

525.037

( 65.46) i TEMP 5=

524.821

( 65.22)

TEMP 6=

525.909

( 66.32)

TEMP 7=

527.483

( 67.89)

TEMP 8=

524.685

( 65.14)

TEMP 9=

524.286

( 64.71)

TEMP 10 =

524.771

( 65.24)

TEMP 11 =

525.603

( 66.03)

TEMP 12 =

524.636

( 65.03)

TEMP 13 =

524.326

( 64.74)

TEMP 14 =

524.430

< 64.89)

TEMP 15 =

524.346

( 64.71)

TEMP 16 =

525.222

< 65.62)

TEMP 17 =

524.712

( 65.14)

TEMP 18 =

524.696

( 65.11)

O_-

45.368 (93071.)

PRES 1 =

s VPRS 1=

0.199

( 53.09)

VPRS 2=

0.193

( 52.10)

VPRS 3=

0.202

( 53.40)

VPRS 4=

0.214

( 55.10)

VPRS 5=

0.210

< 54.42)

VPRS 6=

0.257

( 59.96)

SUMMARY

OF CORRECTED DATA TIME = 1930 DATE = 0312 1

524.763 TEMPERATURE (DEGREES R.)

=

45.1543 CORRECTED PRESSURE (PSI A)

=

l 134

l 1945 0312 SUMMRRY OF MEASURED DATA AT TEMP 1=

526.412

< 66.86)

TEMP 2=

523.726

( 64.16)

TEMP 3=

524.041

( 64.47) 524.977

( 65.40)

TEMP 4=

TEMP 5=

524.721

( 65.12)

TEMP 6=

525.859

( 66.27)

TEMP 7=

527.583

( 67.99)

TEMP 8=

524,655

( 65.11)

TE.1P 9=

524.306

( 64.73)

TEMP 10 =

524.791

( 65.26)

TEMP 11 =

525.613

( 66.04)

TEMP 12 =

524.676

( 65. 07)

TEMP 13 =

524.356

( 64.77) 524.360

( 64.82)

TEMP 14 =

TEMP 15 =

524.356

( 64.72)

TEMP 16 =

525.292

< 65.69)

TEMP 17 =

524.742

( 65.17)

TEMP 18 =

524.736

( 65.15) 45.370 (93074.)

PRES 1=

(

VPRS 1=

0.199

( 53.00) 1 VPPS 2=

0.192

( 52.09)

VPRS 3=

0.205

( 53.72)

YPRS 4=

0.211

( 54.61)

VPRS 5=

0.210

( 54.45)

VPRS 6=

0.260

( 60.28)

SUMMARY

OF CORPECTED DATA TIME = 1945 DATE = 0312 524.768 TEMPERATURE (DEGREES R.)

=

45.1556 CORPECTED PRESSURE (PSIA)

=

bo a

135 i

l

I \\

SUMMARY

OF MEASLRED DATA AT 2000 0312 TEMP 1=

526.382

< 66.83)

TEMP 2=

523.706

( 64.14)

TEMP 3=

524.041

< 64.47)

TEMP 4=

525.057

< 65.48)

TEMP 5=

524.771

< 65.17)

TEMP.

6=

525.859

( 66.27)

TEMP 7=

527.513

< 67.92)

TEhP 8=

524.715

< 65.17)

TEMP 9=

524.336

< 64.76)

TEMP 10 =

524.811

< 65.28)

TEMP 11 =

525.583

( 66. 01)

TEMP r2 =

524.706

( 65.10)

TEMP 13 =

524.326

( 64.74)

TEMP 14 =

524.360

< 64.82)

TEMP 15 =

524.346

< 64.71)

TEMP 16 =

525.222

( 65.62)

TEMP 17 =

524.762

< 65.19)

()

TEMP 18 =

524.816

< 65.23)

' PRES 1=

45.372 (93078.)

VPRS 1 =

0.198

< 52.92)

VPRS.

2=

0.192

< 52.02)

VPRS 3=

0.201

< 53.17)

VPRS 4=

0.213

< 54.39)

VPRS 5=

0.211

< 54.46)

VPRS 6=

0.257

< 60.03)

SUMMARY

OF CORRECTED DATA TIME = 2000 DATE = 0312 TEMPERATURE ( EGREES R.)

524.773

=

CDRRECTED PRESSURE < PSIA) =

45.1584 136

l'

SUMMARY

OF MEASURED DATA AT 2015 0312 TEMP 1=

526.452

< 66.90)

TEMP 2=

523.726

( 64.16)

TEMP 3=

524.021

( 64.45)

TEMP 4=

525.097

( 65.52)

TEMP 5=

524.761

( 65.16)

TEMP 6=

525.919

( 66.33)

TEMP 7=

527.633

( 68.04)

TEMP 8=

524.735

( 65.19)

TEMP 9=

524.426

( 64.85)

TEMP 10 =

524.841

( 65.31)

TEMP 11 =

525.643

( 66. 07)

TEMP 12 =

524.676

( 65. 07)

TEMP 13 =

524.396

( 64.81)

TEMP 14 =

524.390

( 64.85)

TEMP 15 =

524.386

( 64.75)

TEMP 16 =

525.282

( 65.68)

TEMP 17 =

524.772

< 65.20)

TEMP 18 =

524.846

( 65.26) 45.373 (93080.)

PRES 1 =

VPRS 1=

0.200

( 53.19)

VPRS 2=

0.193

( 52.13)

VPRS 3=

0.208

( 54.16)

VPRS 4=

0.212

( 54.86)

VPRS 5=

0.211

( 54.51)

VPRS 6=

0.258

( 60.04) 1

SUMMARY

OF CORRECTED DATA TIME = 2015 l

DATE = 0312

=

524.804 TEMPERATURE (DEGREES R.)

45.1576 CDRRECTEI' PRESSURE (PSI A)

=

O 137

I i

t

SUMMARY

OF MEASURED DATA AT 2030 0312 TEMP 1=

526.462

< 66.91)

TEMP 2=

-523.726

< 64.16)

TEMP 3=

524.041

<.64.47)

TEMP 4=

525.057

< 65.48)

TEMP 5=

524.791

< 65.19)

TEMP 6=

525.869

< 66.28)

TEMP 7=

527.533

( 67.94)

TEMP 8=

524.745

< 65.20)

TEMP 9=

524.446

( 64.87)

TEMP 10 =

524.821

< 65.29)

TEMP 11 =

525.663

< 66.09)

TEMP 12 =

524.746

< 65.14)

TEMP 13 =

524.386

< 64.80)

TEMP 1'4 =

524.430

< 64.89)

TE;1P 15 =

524.466

< 64.83)

TEMP 16 =

525.252

< 65.65)

TEMP 17 =

524.822

< 65.25)

TEMP 18 =

524.786

< 65.20)

PRES 1=

45.374 (93083.)

VPRS 1=

0.199

< 53.08)

VPRS 2=

0.193

< 52.10)

VPRS 3=

0.205

< 53.77)

VPRS 4=

0.211

< 54.72)

VPRS 5=

0.211

< 54.52)

VPRS 6=

0.261

< 60.44)

SUMMARY

OF CORRECTED DATA TIME = 2030 DATE = 0312 524.817 TEMPERATURE (DEGREES R.)

=

45.1592 CORRECTED PRESSURE (PSIA)

=

'("Ns-s_)

138

. m..

n v

SUMMARY

OF MEASURED DATA AT 2045 0312 526.532

< 66.98)

TEMP 1 =

TEMP 2=

523.736

< 64.17)

TEMP 3=

524.151

< 64.58)

TEMP-4=

525.037

< 65.51)

TEMP 5=

524.781

< 65.18)

-TEMP 6=

525.869

< 66.28)

TEMP 7=

527.623

< 68.03)

TEMP 8=

524.825

< 65.28)

TEMP 9=

524.386

< 64.81)

TEMP 10 =

524.831

< 65. 30) 525.643

( 66.07)

TEMP 11 =

TEMP 12 =

524.696

< 65.09)

TEMP 13 =

524.366

< 64.78)

TEMP 14 =

524.540

< 65.00)

TEMP 15 =

524.507

< 64.87)

TEMP 16 =

525.322

( 65.72)

TEMP 17 =

524.872

< 65.30)

TEMP 18 =

524.846

< 65.26) 45.376 (93087.)

PRES 1 =

gg-~

((

0.199

< 53.09)

VPRS 1 =

VPRS 2=

0.192

< 52. 05)

VPRS 3=

0.206

< 53.83)

VPRS 4=

0.213

< 54.92)

VPRS 5=

0.211

< 54.58)

VPRS 6=

0.256

< 59.92)

SUMMARY

OF CORRECTED DATA TIME = 2045 DATE = 0312 524.849 TEMPERATURE (DEGREES R.)

=

45.1616 CORRECTED PRESSURE (PSIA)

=

1 I

l l-l 19

APPENDIX A BFCHTEL ILRT COMPUTER PROGRAM

. j- \\

O I.

PROGRAM AND REPORT DESCRIPTION A.

The Bechtel ILRT computer program is used to determine the integrated leakage rate of a nuclear reactor primary containment structure. The program is used to compute leakage rate based on input values of time and containment atmosphere total pressure, drybulb temperature and dewpoint temperature (water vapor pressure). Leakage rate is computed using the Absolute Method as defined in ANSI N45.4-1972, " Leakage Rate Testing of Containment Structures for Nuclear Reactors". The program is designed to allow the user to evaluate containment leakage rate test results at the jobsite during containment leakage rate testing.

Current leakage rate values may be obtained at any time during the testing period using any one of two computational methods, yielding three different report printouts.

B.

The first printout, the Total-Time Report, is based on the Total-Time Method described in ANSI N45.4-1972. Leakage rate is computed from initial values of containment atmosphere drybulb temperature and par-tial pressure of dry air, the latest values of the same parameters, and elapsed time.

These individually computed leakage rates are statistically averaged using linear regression by the method of least squares. The Total-Time Method is the computational technique upon which the short duration test criteria of BN-TOP-1, Revision 1, " Test-l [\\ ')

ing Criteria for Integrated Leakage Rate Testing of Primary Contain-ment Structures for Nuclear Power Plants" is based.

C.

The second printout, the Trend Report, is a summary of leakage rate values based on Total-Time computations presented as a function of number of data points and elapsed time (test duration). The Trend

~

Report provides all leakage rate values required for comparis'on to the acceptance criteria of BN-TOP-1 for conduct of a short duration test..

D.

The third printout is the Mass-Point Report and is based on the Mass-Point Analysis Technique described in ANS N274, Draf t No. 2, Revision 1 April,1978, " Containment System Leakage Testing Requirements".

The mass of dry air in the containment is computed at each data point (time), using the Equation of State, from current values of containment atmosphere-drybulb temperature and partial pressure of dry air.

Con-tained mass is " plotted" versus time and a regression line is fit to the data using the me'thod of least squares.

Leakage rate is determined ifrom the statistically derived' slope and intercept of the regression line.

E.

The program-is written in a high level language and is designed for use on a interactive time-shared computer system via a remote data

' terminal.

Brief descriptions of program use, formulae used for leakage rate computations and program logic are provided in the fol-f~'/}

lowing paragraphs.

~-

A-1

(

-APPENDIf A.

II.- EXPLANATION OF PROGRAM-

' (.. \\

[

A. -The Bechtel ILRT computer program is written, for use by experienced

\\'-

ILRT personnel, to determine containment integrated leakage rates based on the Absolute Method described in ANSI N45.4-1972.

B.

Information loaded into the program prior to the start of the test:

1.

Number of containment atmosphere drybulb' temperature sensors and dewpoint temperature (water vapor pressure) sensors to be used in leakage rate computations for the specific test.

2.

Volume fractions assigned to each of the above sensors.

3.

Calibrat ion data for above sensors if required.

4. -Calibration data for pressure sensor.

C.

Information entered into the program at the start of the test:

1.

Test title.

2.

Current test pressure and peak test pressure.

3.

Maximum allowable leakage rate at peak test pressure.

4.

Containment free air volume.

l\\ -

5.

If the test is a verification test:

1 a.

Imposed leakage rate.

b.

Leakage rate (s) determined using the two computational methods described in Paragraph I. above during the ILRT.

D.

Data entered during the test, used to compute leakage rate:

1.

Time and date.

2.

Containment atmosphere drybulb temperatures.

3.

Containment atmosphere pressure.

4.. Containment atmosphere dewpoint temperature.

E.

After all data at a given time is entered, a Summary of Measured Data report (refer to " Final Test Reports and Data" section) is printed-out on the data terminal. After a final-verification 'f the entered data, the time, date, containment atmosphere weighted

average drybulb temperature and partial pressure of the dry air

~ component of the containment atmosphere are stored on a data file.

[~'N F.

If drybulb and dewpoint temperature sensors should fail during the i\\m-test, the data from the sensor (s) is not used.

The vol 1 fr tions

'for the remaining sensors are recomputed and. reloaded.inco th pro-gram'for use in ensuing leakage rate computations.

U A-2 L: * -

=

p APPEN"1X A III. LEAXAGE RATE FORMULAE A.-

Computation using the Total-Tim. Method:

1.

Measured leakage rate, from data:

W RT1 (1)

PV

=

1 1

W RT (2)

PV

=

2 2 2 L -2 =

24 W1 - W 1

2. 100 (3) 6t W1 Solving for N and W2 and substituting equations (1) and i

(2) into (3) yields:

2400 1_TP" (4)

L -2

=

1 y2 at TP21 Where:

W,W2 Weight of contained mass of dry air at

=

1 times ti and t2 respectively, lbm.

T,T2 Containment atmosphere drybulb temperature

=

1 g

at times ti and t2 respectively, R v

P,P2 Partial pressure of the dry air component of 1

=

the containment atmosphere at times ti and t2 respectively, PSIA.

t1 Real time at start of computation interval,

=

hours and minutes.

2 Real time at end of computation interval, t

=

hours and minutes Elapsed time from ti to t2, hours.

at

=

Containment free air volume (assumed to be V

=

constant during computation interval), ft3, 1

Specific gas constant for dry air = 53.35 Ft Ibf.

R

=

lbm.OR l

1-2 Measured leakage rate computed during time L

=

2, %/ day.

interval ti to t 2.

Calculated leakage rate from regression analysis:

l (0/

-v L

a + bk (5)

=

l i

A-3

APPENDTX,A g

Where:

.b Y.

Calculated.,kage rate, %/ day,*as determined

=

b from the regression line.

k Test duration or elapsed time during computation

=

interval, hours.

2 (Ik )

(EL ) (Iki)

(IL k )

~

1 i

ii (6) a

=

N (Ek 2 )

1 (ng)2 N(EL k )

(EL ) (Ek )

(7) ii i

i b

=

N(Ek 2)

(Ek )2 i

g g

Elapsed time during the i th_ computation interval.

k

=

N Number of leakage rate calculations.

=

N I

E

=

i=1 3.

Calculated leakage rate at the 95% confidence level (including error associated with the test).

2.O)

"(

a.

Total-Time Method per BN-TOP-1, 195 a + bk S[

(8)

=

Where:

~

L95 calculated leakage rate at the 95%

=

confidence level, %/ day, at elapsed time k.

E(L -I )2 i i 1

(k - k)2 t

S[

0.025;N-2 l + 5 + W - Q2

=

N-2 t0.025;N-2 1.96 +

+

=

-2)2 11 Calculated leakage rate computed using

=

equation (5) at total elapsed time k, %/ day.

t Ekt k

=

N All other symbols as previously defined.

j b.

Total-Time Method per ANS N274, Draft No. 1, Rev. 3.

w Y.

= a +' bk I S[,

(9)

A-4

(

APPENDIX A Where:

'1 E (L -I )2 i i 1

(k-E)2 S-.

CO. 0 2 'i : *. - 2

-+

(m.

=

)

L N-2 N

I(k -E) i v'.

C.

Computation using the Mass-Point Method 1.

Contained mass of dry air from data:

144 E (10)

W

=

RT Where:

All symbols as previously defined.

2.

Calculated leakage rate from regression analysis:

1=

2400 b (11) a Where:

I=

Calculated leakage rate, %/ day, as determined from the regression line.

(Ik 2) - (Ik W ) (Ik )

(IW )

i i

i1 i

N(Ik 2)- (Ik )2 M

t i

N(Ik W ) - (IW ) (Ik )

(13) ii i

i b

=

N(Ik 2).- (Ik )2 1

i ki=

Total elapsed time at time of i 8 data poi 6t, hours.

N Number of data points.

=

Wi=

Contained mass of dry air at i $ data point lbm, as computed from equation (10).

N Z

=

Ii=1 3.

Calculated leakage rate at the 95% confidence level.

L95 2400 (b ! S )

(14)

=

b a

Where:

L95 calculated leakage rate at the 95% confidence

=

level, %/ day.

v

-A-5 O

=

APPEND 1X'A o

E(W -Y )2 (15)-

Sb CO.025;N-2_

i i

=

N-2

' D) d ';(k -k)2

(

i 5

.=

Contained mass of dry air, lbm, computed at 1

the i.t_h. data point from the regression equation W = a + bk.

All other symbols as previously defined.

IV.

PROGRAM LOGIC A..

A flow chart of Bechtel ILRT computer program usage is presented in Figure 1, following. The various user options and a brief description of their associated function is presented below.

OPTION COMMAND FUNCTION DATA Enables operator to enter raw data. When the system requests values of time, temperature, pressure.and vapor pressure, the user enters the appropriate data. Afrer completing the t

data entry, a summary is printed out.

The user then verifies that the data was entered cor-rectly.

If errors are detected, the user will then be given the opportunity to correct the errors.

After the user verifies that the data was entered correctly, a Corrected Data Su= mary Report of time, date, average temperature and partial pressure of

~

dry air is printed.

TREND Terminal will print out a Trend Report.

TOTAL Terminal will print out a 'l,tal-Time Report.

MASS Terminal will print out a Mass Point Report.

TERM Enables operator to sign-off.

l SAVE Enables operator to store the Temperature and Pressure Corrected Data Summary on a file thereby updating the current file automatically.

i.'

TIME Enables operator to eliminate old data from the program by selecting a later start' time.

PREV Enables operator to call-up an old, previously stored, i

file or to re-store data on the current file.

.. CORR -

Enables operator to. correct data stored on a file.

LIST.

When used with a given file name, the printer will print.out a listing of the SummaryData stored on the file.

'A-6 P

APPENDTX A (SIGNON)

.p

\\ ENTER BASIC [+

/ ENTER P EVIOUS NO Q,

[

\\INFORMATION/

\\ VALUES FROM FILE?

p jYES (OPTIONS -

1 b

DATA 4 ORRECT DATA

- CORR e

ON FILE SELECTED d

y (ENTER DATA)

ENTERS DATA

' PREV STORED ON FILE SELECTED' (E OR?)

STORES CORRECTED

\\

ENTER

/

" NO SAVE

= SUMl'ARY DATA IN

=

.kCORRECTIONS/

PREVIOUS FILE 4

(

SUMMARY

OF

+ TREND L

TREND REPORT e

~

MEASURED DATA b

TOTAL-TIME

-TOTAL REPORT YES (ERROR?)

n P NO MASS POINT MASS 7

REPORT CORRECTED

SUMMARY

DATA PRINTOUT n

h ENTER NEW /

>T M

'\\ START TIME /

' TERM (SIGN OFF )

)

BECHTEL CONTAINMENT INTEGRATED LEAKAGE RATE TEST COMPUTER PROGRAM FLOW CHART Figure 1 A-7

,