Text

Reactor Containment Bldg Integrated Leakage Rate Test, Final Rept
	ML20077A739
Person / Time
Site:	Waterford
Issue date:	05/01/1983
From:	Dillon P, Kane J, Rubin M; EBASCO SERVICES, INC., LOUISIANA POWER & LIGHT CO.
To:	;
Shared Package
ML20077A716	List: ML20077A739; W3P83-2399, Forwards Reactor Containment Bldg Integrated Leakage Rate Test, Final Rept;
References
	NUDOCS 8307220419
	Download: ML20077A739 (126)
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WATERFORD STEAM ELECTRIC STATION UNIT NO. 3 TAFT, LOUISIANA DOCKET NUMBER 50-382 REACTOR CCNTAINMENT BUILDING INTEGRATED LEAKAGE RATE TEST FINAL REPORT Prepared for:

LOUISIANA POWER & LICHT COMPANY Prepared by:

Y W

H Rubin Ebasco Staff Engineer J.UhC Reviewed by:

Joint Test Group Louisiana Power & Light Company Waterford SES Unit No. 3 I

A proved by*

P B Dillon Ebasco Manager - Plant Test & Start-up Date of Test Completion:

l May 1, 1983 l

8307220419 830719 PDR ADOCK 05000382 l

A PM

l TABLE OF CONTENTS Pagg 1

I.

INTRODUCTION................................................

II.

SUMMARY

2 3

III.

TEST DISCUSSION.............................................

3 A.

Des cr i p tion o f the con tainmen t..........................

3 B.

Des cription of ILRT Tes t Ins trumentation................

4 1.

Temperature Instrumentation.........................

4 2.

Humidity Ins trumenta tion............................

3.

Pressure Instrumentation............................

5 4.

Flow Instrumentation................................

5 5.

Instrumentation Selection Guide (ISG)...............

6 C.

Containment Pressurization Equipment....................

6 D.

Description of the Computer Program.....................

6 7

E.

Description of the Testing Sequence....................

IV.

ANALYSIS AND INTERPRETATION.................................

10 13-18 V.

FIGURES.....................................................

1.

RTD Location and Vo1ume.............................

14 2.

RUD Lo ca t ion and V o1 ume.............................

15 3.

Flow Diagram for Pressure Sensinb and Io C on tr ol l e d Leaka ge..................................

4.

Flow Diagram for Pressurization System..............

17 18 5.

Test Sequence.......................................

VI.

APPENDICES (COMPUTER GENERATED REPORT)

Al-A51 A.

Reduced Pressure ILRT...................................

Al-A3 1.

Temperature Stabilization...........................

2.

In te gra ted Leakage Rate Tes t (ILRT)................. A4-A32 3.

Controlled Leakage Rate Test (CLRT).................

A33-A51

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TABLE OF CONTENTS (Cont'd)

Pabe VI.

APPENDICES (COMPUTER GENERATED REPORT) (Cont'd)

B.

Peak Pressure ILRT......................................

B1-B51 1.

Temperature Stabilization...........................

B1-B3 2.

Inte6 rated Leakage Rate Test (ILRT).................

B4-B32 3.

Con trolled Leakage Ra te Tes t (CLRT)................. B33-B51 C.

RTD and RHD Volumetric Weightinh Factors................

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1 I.

INTRODUCTION A series of two preoperational Type "A" Integrated Leakabe Rate Tests (ILRT) were performed on the primary containment structure of the Louisiana Power & Light Company, Waterford Steam Electric Station Unit No. 3, Pressurized Water Reactor.

The ILRT tests were performed using the " Absolute Method" of testing in accordance with the Code of Federal Regulations Title 10, Part 50, Appendix J - Primary Reactor Containment Leakage Testinh for Water-Coolea Power Reactors and in accordance with the American National Standard ANSI N45.4 - 1972, Leakabe-Rate Testing of Containment Structures for Nuclear Reactors. The calculations of leakage rate were performed using the " Mass Point Method" as described in ANSI /ANS 56.8 - 1981, American National Standard

- Containment System Leakabe Testing Requirements. The first ILRT test was performed at a containment pressure slightly above one-half of peak accident internal pressure. The purpose of this test was to obtain a measured leakage rate to be used in determining the acceptance criteria, should a reduced pressure periodic leakage rate program be elected for future testing. The second ILRT test was performed at a pressure in excess of the calculated peak containment internal pressure related to the design basis accident as specified in the Final Safety Analysis Report (FSAR) and the Technical Specifications.

This report describes and presents the results of these preoperational type "A" leakage rate tests, including the supplemental test method utilized for verification.

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2 II.

SUMFMRY To prepare the containment and associated systems penetratinb the containment for the preoperational Type "A" ILRTs, Type "B" local penetration leakabe rate tests and Type "C" local containment isolation valve leakage rate tests were performed. These Type "B" and Type "C" tests, collectively known as Local Leakage Rate Tests (LLRT), are described in Section 6.2 of the FSAR.

Prior to pressurization of the containment vessel for the ILRT, all containment systems and isolation valves were lined up, vented and/or drained, to simulate accident conditions as described in Section 6.2 of the FSAR.

The containment was pressurized with air to a pressure slightly above one-half peak containment internal pressure to perform the reduced pressure ILRT test sequence. Followins temperature stabilization, containment leakage rate data was accumulated for a twenty-four hour period during which an acceptable leakage was measured. The fitted mass point leakabe rate for the period was calculated to be 0.002 percent of the contained mass per day. The one-sided ninety-five percent Upper Confidence Level (ULL) for this measurement was 0.008 percent per day. The acceptance criteria for the preoperaticnal reduced pressure ILRT, as defined by Appendix J to 10 LFR 50, is that the measured leakage including uncertainties be less than 0.265 percent per day (0.75 times the reduced pressure design leakage). A supplementary Controlled Leakage Rate Test (CLRT) was performed to verify the reduced pressure ILRT leakage measurements with acceptable results determined.

The containment was then pressurized to slightly above the peak containment internal pressure to conduct the peak pressure ILRT test sequence. Following temperature stabilization, containment leakage rate data was accumulated for a twenty-four hour period durinh which an acceptable leakage was measured. The fitted mass point leakage rate for the period was I

calculated to be 0.066 percent per day with a 0.068 percent per day UCL. The l

acceptance criteria for the peak pressure ILRT, as defined by Appendix J to 10 CFR 50, is that the measured leakage includin6 uncertainties be less than l

0.375 percent per day (0.75 times the containment design leakage). The peak l

pressure CLRT results verified that the measured peak pressure ILRT leakage I

results are within the allowable acceptance band. It is worthwhile noting, I

that although Louisiana Power & Light Company has not committed to ANSI /ANS 56.8-1981, the peak pressure ILRT was performed in accordance with all recommendations of this standard, as applicable to the preoperational ILRT.

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III. TEST DISCUSSION A.

Description of the Containment The containment vessel completely encloses the entire reactor and reactor coolant system, to ensure no leakage of radioactive materials to the environment, in the unlikely event of a loss of coolant accident.

The containment system incorporates a freestanding containment vessel, surrounded by a low leakage reinforced concrete shield building. A four-foot annular air space is provided between the outer wall of the containment vessel and the inner wall of the shield building, to allow filtration of any containment vessel leakage during accident conditions to minimize off-site doses.

The freestanding containment vessel is a two-inch thick circular cylinder, with a one inch thick hemispherical dome and two inch thick ellipsoidal bottom. The overall vessel dimensions are: 140 foot diameter by 240.5 foot high. The vessel wall thickness is increased to a minimum of four inches adjacent to all penetrations and openings. The vessel is fabricated of The ASME-SA 516 Grade 70 fully killed pressure vessel quality steel plate.

6 cubic feet.

net free volume of the containment vessel is 2.677 x 10 The containment vessel structure includes one personnel airlock, one emergency escape airlock, one fuel transfer tube, one equipment maintenance hatch and one seal-welded construction hatch. All process piping and electrical penetrations are welded directly to the containment vessel nozzles, with the exception of the main steam, main feedwater and fuel transfer tube pene trations. These penetrations are provided with testable expansion bellows, to allow for thermal growth or buildinh differential motion.

The containment vessel is designed and constructed in accordance with the requirements for class MC vessels contained in section III, Subsection NE of the ASME Code, 1971 Edition includinh Summer 1971 Addenda and Code cases 1431,1454-1 and 1517, as approved by USNRC Regulatory Guides 1.84 and 1.85.

The containment vessel is code stamped in accordance with Paragraph NE-8000 of Section III of the ASME Boiler and Pressure Vessel Code. The containment vessel and all penetrations are designed to limit leakage to less than 0.5 percent by weight of the contained air mass per day, at the design pressure of 44 psig. The calculated peak accident pressure for the design basis accident at Waterford SES Unit No. 3 is 44 psig at 2630F.

Followins field erection of the containment vessel, post weld heat treatment, pressurized vessel solution film testing and vessel overload This testing were performed in accordance with Section III of the ASME Code.

sequence of testing is described in Sections 3.8.2.6 and 3.8.2.7 of the FSAR.

B.

Description of ILRT Test Instrumentation The containment system was equipped with instrumentation to permit leakage rate determination by the " absolute method." Utilizing this method, the actual mass of dry air within the containment is calculated. The leakage

L rate becomes the time rate of change of this value. The air mass Q is calculated according to the Perfect Gas Law as follows:

q,(P-Pv) V RT Where: P - Containment Total Absolute Pressure Pv - Containment Water Vapor Pressure V - Containment Net Free Volume R - Gas Constant T - Containment Absolute Temperature The primary measurement variables required are: containment absolute pressure, containment relative humidity and containment temperature as a function of time. During the supplementary verification test, containment bleed-off flow was also recorded.

The Instrument Selection Guide (ISG) was used to determine the capability of the instrumentation to measure the leakage rate. The calculated ISG for this test met all acceptance criteria for the test instrunentation system.

1.

Temperature Instrumentation Forty precision Resistance Temperature Detectors (RTDs) were located throughout the containment to allow measurement of the volumetrically weighted average air temperature. The location of the temperature detectors in the containment is shown in Figure 1.

The volumetric weighting factors for the RTDs are given in Appendix C.

Each RTD was procured to an accuracy of 1,0.10F.

The sensitivity of the RTDs was measured as f0.05 F.

The signal conditioning circuit and readout for the RTD sensors was a Kaye datalogger with Wheatstone bridges used for RTD si nal conditioninb. The b

signal conditioning circuit and readout had a repeatability of 10.005 F and a resolution of f0.0050F.

2.

Humidity Instrumentation Ten Resistance Humidity Detectors (RHLs) were located throughout the containment to allow measurement of the volumetrically weighted average containment vapor pressure. The location of the RHDs in the containment is shown in Figure 2.

The volumetric weighting factors for the RHDs are given in Appendix C.

The calibrated accuracy of the RHD, was 12.5 percent RH, the repeatability of the RHDs was f0.10 percent RH and the sensitivity of the RHDs was f0.1 percent RH.

The readout device used for the RHDs was a Kaye datalobber. The repeatability of this device was 10.01 percent RH while the resolution of the device was 10.01 percent RH.

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3.

Pressure Instrumentation Two precision digital pressure gauges were used to determine containment absolute pressure. The arrangement of the piping connection between the pressure gauges and the containment is shown in Figure 3.

Either pressure gauge could be used as the primary pressure sensor for the leakage rate calculations, with the remaining sensor being considered as a backup.

The calibrated accuracy of the primary pressure sensor was f0.02 percent of reading or 10.012 psi for the high pressure test. The sensitivity and repeatability of the pressure gauges was measured as f0.001 psi.

The readout device for the pressure haubes was a buildline digital The multimeter, reading the current loop output of the pressure sensor.

readout device had a repeatability and resolution of 1,0.00006 psi.

4.

Flow Instrumentation Two thermal mass flowmeters and one variable area Rotameter were used to superimpose leakage during the supplementary CLRT. The piping arrangement between the flowmeters and containment is shown in Fi6ure 3.

The two thermal mass flowmeters were arranged so that they could be used in series for greater repeatability or singly in case of a failure of the other sensor for increased reliability. The two thermal mass flowmeters were used for the reduced pressure CLRT. The variable area rotameter was used for the peak pressure CLRT and was calibrated at that pressure. The accuracy, repeatability, sensitivity and ran6e of the three flowmeters in units of SCFil, and converted to equivalent leakage values, is given below:

Equivalent SCFM

__ Leakage Reduced Pressure Thermal Mass Flowmeter:

i Ran6e 25.00 0.539%/ day Accuracy 19 50 10.011%/ day l

Repeatability 10.25 10.005%/ day l

l Sensitivity fp.25 10.005%/ day Peak Pressure Rotameter:

60.00 0.,808%/ day Range Accuracy f0.60 30.008%/ day Repeatability 10.15 10.002%/ day Sensitivity f0.15 f0.002%/ day

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5._ Instrument Selection Guide (ISG)

The Instrument Selection Guide is a method of compiling the instrumentation sensitivity and resolution for each process measurement

- variable used during the ILRT and evaluatinh the total instrumentation system's ability to detect leakage rates in the range required. Although the ISG is a very conservative measure of sensitivity, the general industry.

practice is to require sensitivity at least four times the containment design leakage or ISGs 0.25La.

The pre-test ISG for the Waterford No. 3 ILRT instrumentation system was calculated as follows:

Pre-Test ISG Maximum Acceptable t

Reduced Pressure Test 0.004%/ day 0.088%/ day Peak Pressure Test 0.002%/ day 0.125%/ day As noted in the above calculations, the pre-test ISG sensitivity of the ILRT instrumentation system was demonstrated as more than adequate.

C.

Containment Pressurization Equipment 1

The equipment used to pressurize the containment and its piping l

arrangement are shown in Fi ure 4.

The seven oil-free industrial electric h

driven air compressors had a total nominal capacity of 12,000 ACFM. The compressed air was then routed throuhh chilled-water af tercoolers, moisture separators and a deliquescent desiscant air dryer. This equipment arrangement t

assured that only clean and dry air was used' to pressurize the-containment.

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D.

Description of the Computer Program The Ebasco ILRT computer program ~is ' an interactive Fortran IV program written specifically for fast,' easy utilization during all phases of the ILRT and CLRT. Data entry and modifications,.if necessary, are readily accomplished by the data acquisition team. In addition to extensive data verification routines, the program calculates, on demand.. total time and mass point leak rates as well as the 95 percent Upper Confidence Level for these-leakage rate calculations.

Sample rejection based upon the Chauvendt criterion may be utilized in the analysis, if required, due to recordi,ng errors, power failures, etc.

Input data may be deleted for a given instrument in the case of a This deletion of a given;instrumen't is performed on all sensor malfunction.

samples in the data base. Volumetric weighting factors,'if applicable, are then recalculated for the remaining instrument sensors of' that type.

Data evaluations are enhanced by the flexible dispisy of either sensor variables or various computed values in tabular or graphical form on the computer terminal. Data is recorded on tape to prevent loss during thrr

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All data is stored on the computer systems in use with retrieval testing.

capability to any desired data base throughout the testinha Ancillary portions of the program assist the user in detection of temperature. stabilization, perform ISG calculations, perform in-situ Instrument Loop Performance calculationb and detect acceptable superimposed CLRT leakage verification.

Temperature, pressure and humidity data are e'rered interactively via Computer verification and the computer terminal at 15 minute intervals.

checking routines supplement data verification by the data acquisition team.

Prior to issuance Modifications are promptly made when errors are detected.

of this report, further extensive data verification was performed.

E.

Description of the Testing Sequence On April 26, 1983,.all type "L" and "C" local leakase rate tests, all ILRT instrumentation checks, all ILRT valve lineups and containment s

preparations for pressurization were complete. A final inspection of the interior and exterior of the containment vessel and internal components was made to prepare the containment for pressurization.

The containment was declared ready for pressurization and the air compressurr, started at 0420 hours0.00486 days 0.117 hours 6.944444e-4 weeks 1.5981e-4 months on April 27, 1983. The sequence of pressure testing for the containment is graphically shown on Figure 5.

At 0725 hours0.00839 days 0.201 hours 0.0012 weeks 2.758625e-4 months on April 27, 1983, pressurization was secured gat 10.2 psig, to. perform external leak surveys of the containment vessel and its The leak survey teams found and isolated a minor leak on a penetrations.

containment spray line level indicator, caused by imprc;er positioning of It was noted that this valvinb was inadvertently lef t out of the valvinh.

Further procedural checks and leak surveys found no other test, valve lineup.The sir compressors were restarted and pressurization to the discrepancies.

next plateau begun at 1025 hours0.0119 days 0.285 hours 0.00169 weeks 3.900125e-4 months .

At 1120 hours0.013 days 0.311 hours 0.00185 weeks 4.2616e-4 months , on the same day, pressurization was secured at 12.8 psig

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Although external

,co_ investigate a fire alarm in the containment. investigations implied that this was

- entry was made for confirmation. Once confirmation was received, containment

/ q pressurization was restarted at 1356 hours0.0157 days 0.377 hours 0.00224 weeks 5.15958e-4 months .

Pressurization of the containment was secured at 1720 hours0.0199 days 0.478 hours 0.00284 weeks 6.5446e-4 months on April 27, 1983, at a containment pressure of 23.2 -psig, to conduct the reduced This pressure was 1.2 psi above the minimum test pressuze ILRT test sequence.

= pressure of 22 psig to account for expected pressure decrease during At 2145 hours0.0248 days 0.596 hours 0.00355 weeks 8.161725e-4 months , af ter analyzing four and temperature stabilization.

one quarter hours of test data, ' containment temperature stabilization criteria were met, and ILRT leakage rate data taking was initiated.

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8 Twenty four hours of ILRT leakage rate data were completed at 2200 hours0.0255 days 0.611 hours 0.00364 weeks 8.371e-4 months on April 28, 1983. The data accumulated displayed low and stable I

leakage rates as follows:

Simple Mass Point Leakage Rate

= 0.014%/ day Fitted Mass Point Leakage Rate

= 0.002%/ day

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95 Percent Upper Confidence Level (UCL) = 0.008%/ day The acc ptance criteria at this stage of testinh was 0.265%/ day and the reduced; pressure CLRT was declared complete and acceptable.

The supplemental verification reduced pressure CLRT wasinitiated by using the thermal mass flow meters to superimpose a bleed-off flow of.17.21 SCFM, equivalent to a superimposed leakage of 0.363%/ day. After alldwink,for a two hour stabilization period, CLRT data takinh was initiated at 0015 hours1.736111e-4 days 0.00417 hours 2.480159e-5 weeks 5.7075e-6 months on April 29, 1983. Af ter four and one quarter hours of data taking, the superimposed flow was secured. The fitted mass point leakage rate for the CLRT was 0.356%/ day, well within the verification acceptance criteria for the low pressure CLRT.

Pressurization to peak pressure was initiated at 0515 hours0.00596 days 0.143 hours 8.515212e-4 weeks 1.959575e-4 months on April 29,1983, with the target pressure of 46.7 psig achieved at 1255 hours0.0145 days 0.349 hours 0.00208 weeks 4.775275e-4 months .

This pressure was 2.7 psi above the required test pressure of 44 psig to account for the expected pressure decrease during temperature stabilization.'

A higher rate of containment pressure decay than could be accoonted for due to temperature drop was initially exhibited, pointing to a leia in' the containment. Leak survey teams found that the manual containment isolation valve on the ILRT pressurization line had not been fully'iclosed. After full valve closure, temperature stabilization data takin& was started at 1400 hours0.0162 days 0.389 hours 0.00231 weeks 5.327e-4 months . Containment temperature stabilization criteria were met four hours later and peak pressure ILRT 1eakabe rate data takinh was initiated at 1800 hours0.0208 days 0.5 hours 0.00298 weeks 6.849e-4 months on April 29, 1983.

' Approximately nine hours into the peak pressure ILRT, one of the temperature' sensors, RTD40, began to behave erratically and RTD40 was deleted 7

from the leakage rate calculations. Volumetric wei htinh factors for the b

appropriate adjacent RTDs were adjusted and leakage rate data taking was continued. Approximately nineteen hours into the peak pressure ILRT, RTDIb and RTD20 were deleted from the leakage rate calculation for the same reason as noted for RTD40.

-Twenty four hours of ILRT leakabe rate data were completed at 1800 hours0.0208 days 0.5 hours 0.00298 weeks 6.849e-4 months on April 30, 1983. The data accumulated displayed low and sta'ble leakage rates as follows:

Simple mass point leakabe rate

= 0.057%/ day Fitted Mass point leakage rate

= 0.066%/ day 95pecentUpperconiidenceLevel(UCL) 0.068%/ day

=

9 The acceptance criteria for this stage of testing was 0.375%/ day and the peak pressure IIRT was declared complete and acceptable.

The peak pressure CLRT was initiated by using the variable area rotameter to superimpose a bleed-off flow of 38.46 SCFM, equivalent to a superimposed leakage of 0.499%/ day. After allowing for a one and one-half hour stabilization period, CLRT data taking was initiated at 1945 hours0.0225 days 0.54 hours 0.00322 weeks 7.400725e-4 months on April 30, 1983. Af ter five and one-half hours of data taking, the superimposed flow was secured. The fitted mass point leakage rate for the CLRT was 0.572%/ day, well within the verification acceptance criteria for the peak pressure CLRT.

Between the time of 0127 and 0201 hours0.00233 days 0.0558 hours 3.323413e-4 weeks 7.64805e-5 months on May 1,1983, depressurization of the containment vessel from 45.8 psig to 44.2 psig was performed as a prerequisite to the Containment Cooling System preoperational Upon successful completion of the Containment Cooling System test.

preoperational test, depressurization of the containment to ambient pressure was initiated at 0315 hours0.00365 days 0.0875 hours 5.208333e-4 weeks 1.198575e-4 months .

At 1415 hours0.0164 days 0.393 hours 0.00234 weeks 5.384075e-4 months on thy 1,1983, the containment was at atmospheric pressure and a post-test internal inspection was made. The internal inspection showed no evidence of structural deformation.

Subsequent to the ILRT, the two process ~ piping penetrations which were in use during the ILRT (pressure sensinh, pressurization /depressurization) were subjected to LLRT tests. The result of the local tests was less than 0.0001 %/ day leakage not accounted for during the ILRT and was to be added to the measured ILRT results. Due to the fact that this value was less than the minimum detectable leakage measured during the ILRT, it was therefore ibnored.

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10 IV. ANALYSIS AND INTERPRETATION f

The initial reduced pressure and peak pressure Integrated Leak Rate Tests were successfully completed as a part of the Preoperational Test Program for the Waterford Steam Electric Station Unit No. 3 containment, between April 27, 1983 and May 1, 1983. The final mass point measureo leakabe rate at peak pressue was 0.066 percent per day with a 95 percent Upper Confidence Level of 0.068 percent per uay. The acceptance criteria for this test is 0.375 percent per day or 75 percent of the containment design leakage rate.

The first section of the reduced pressure ILRT tes* plateau was containment atmospheric stabilzation. As shown in Apper.aix A.1, temperature stabilization criteria of 0.50F/hr rate of change cifference between the last hour and the last four hours was met in four and one quarter hours.

The reduced pressure ILRT measurements were taken for a twenty four hour period at fif teen minute intervals and are presented in Appendix A.2.

Instrumentation performance was evaluated using the Ebasco in-situ Instrument Loop Performance calculation and compared to the predicted ISG calculation presented in Section III.E.5.

The actual Instrumentation Loop Performance was calculated as 0.016 percent per day compared with the predicted ISG of 0.004 percent per day. A breakdown of the variables influencinb total instrumentation performance is given below:

Instrument Predicted In-Situ Performance loop ISG Pressure (psia) 10.001 10.004 Temperature (OF) 10.008 10.007 Humidity (%RH) 10.032 10.029 1 004 tD.016 0

Total (%/ day)

It-is noted that the pressure loop exhibited slightly lower performance than lower was predicted and was the contributor to the in-situ performance beinb than predicted. Although this instrument performance is four times the predicted value, it is still below the inaustry recommended limit of 0.068 percent per day as presented in Section III.B.S.

This instrument performance does not directly impact containment leakages, measured during the ILRT, but 4

is evidenced in the calculation of the 95 percent Upper confidence Level (UCL).

As shown in Appendix A.2, the reduced pressure ILRT results $1elded a 0.002 percent per day fitted mass point leakage rate with a 0.008 percent per day UCL. The UCL is nominally above the measured leakabe due to the instrumentation performance noted above. Both the measured leakage and the UCL are well below the acceptance criteria for this test of 0.265 percent per No day. No instrument sensors were deleted durinb this portion of the test.

data samples were rejected using the Chauvenet criterion auring this portion i

of the test.

11 Following the reduced pressure ILRT, the measured leakage of 0.002 percent per day was verified by a Controlled Leakabe Rate Test (CLRT), which superimposed a calibrated leakage of 0.363 percent per day on the containment. The measured results of the CLRT fell well within the acceptance band for this portion of the test, as shown in Appendix A.3, and verified the results of the reduced pressure ILRT. The formulation of the acceptance Land for the CLRT is shown in Appendix A.3.

No instrument sensors were deleted during this portion of the test. No data samples were rejected usinb the Chauvenet criterion during this portion of the test.

The peak pressure ILRT test plateau met the temperature stabilization criteria in four hours. A graphic and tabulated presentation of the temperature stabilization is shown in Appendix b.1.

The peak pressure ILRT measurements were taken for a twenty four hour period at fif teen minute intervals and are presented in Appendix L.2.

The previously noted failure of three of the forty RTD temperature sensors durinh this portion of the test required recalculation of the instrument ISG presented in Section III.B.5 to assure that adequate instrumentation sensitivity was still present. The Ebasco in-situ Instrument Performance calculations were also performed at peak pressure. A summary of these calculation follows:

Calculated Maximum Value Acceptable Pre-Test ISG 0.002%/ day 0.125%/ day Post-Test ISG 0.003%/ day 0.125%/ day In-Situ Performance 0.003%/ day 0.125%/ day It should be noted that the in-situ Instrument Performance Calculation agrees with the post-test ISG and does not exhibit the degraded performance noted in the reduced pressure ILRT. This is due to the noise present in the pressure sensor becoming relatively less important as the absolute pressure increased and the noise remained constant. The pressure sensor noise was also made less important by the hibber pressure drop over the test period, resulting from the hi&her leakage rate exhibited at peak pressure.

As shown in Appendix B.2, the peak pressure ILRT results yielded a 0.066 percent per day fitted mass point leakage rate with a 0.060 percent per day UCL. Both the measured leakabe and UCL are.well below the acceptance criterie for this test of 0.375 percent per day. No data samples we,re rejected using the Chauvenet criterion during this portion of the test. Only the above noted three RTDs were deleted during this portion of the test.

Following the peak pressure ILRT, the measured leakabe of 0.066 percent per day was verified durinh the peak pressure CLRT by superimposin6 a calibrated leakage of 0.499 percent per day on the containment. The measured

12 results of the CLRT fell well within the acceptance band for this portion of the test, as shown in Appendix B.3, and verify the results of the peak pressure ILRT. The formulation of the acceptance band for the CLRT is shown in Appendix B.3.

The same three RTD temperature sensors, celeted durinb the peak pressure ILRT, were deleted from this test. No data samples were rejected using the Chauvenet criterion durin6 this portion of the test.

The post-ILRT Local Leakage Rate Test results are discussed in Section III.E of this report. These results have no influence on the measured leakages of the ILRT.

To allow the option of performing a reduced pressure ILRT in future postoperational periodic tests,10CFR50 Appendix J directs that the leakage acceptance criteria for a reduced pressure test be established by usinb the results of the preoperational reduced pressure and peak pressure ILRTs. The formulation of this acceptance criteria follows:

Lt = La (Ltm/ Lam)

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t o

'14 LOUISIANA POWER

& LIGHT COMPANY WATERFORD S.E.S.

UNIT NO.3 RTD LOCATION / VOLUME 3 RTD' S AT EL 190 FT VOLUE 201,850 CU FT i

9 RTD' S AT ELEVATION 160 FT VOLUE 678,162 CU FT l

l l

10 RTD'S AT ELEVATION 95 FT l

VOLU E 877,447 CU FT l

10 RTD'S AT ELEVATION 46 FT l

VOLUE 504,045 CU FT

~~

~

8 RTD' S AT ELEVATION 21 FT l

VOLUE 415,496 CU FT FIGURE 1

15 LOUISIANA POWER

& LIGHT COMPANY WATERFORD S.E.S.

UNIT NO.3 RHD LOCATION / VOLUME 3 RHD' S AT ELEVATION 160 FT VOLUE 1,257,161 CU FT 4 RHD' S AT ELEVATION 46 FT i

l VOLUE 986,788 CU FT l

l

_8 g

3 RHD' S AT ELEVATION 21 FT VOLUE 433,051 CU FT FIGURE 2

LOUISIANA POWER

& LIGHT COMPANY i

WATERFORD S.E.S.

UNIT NO.3 FLOW DIAGRAM ILRT PRESSURE SENSING AND CONTROLLED LEAKAGE INST i

l TO VACUUM PI I

i RELIEF SYSTEM AIR INLET I FILTER 1 l

2 TJ

[s DSC CSC DSC DSC h

~

\\

DIGITAL

~~

L 1' LINE PRESSURE

]

g GAGE M

PI I

CONDENSATE I

POT ( TYP)

INSIDE

,0UTSIDE CONTAINMENT' CONTAINMENT CONTAINMENT THERMAL MASS T

PRE SUR ATION FLOW METERS PI j i j

f--->4-- $

l l' LINE

!Xi------ [3

h

-CQt3-I D80 D80

"$o7SNT$$'"

{

LOUISIANA POWER

& LIGHT COMPANY WATERFORD S.E.S.

UNIT NO.3 FLOW DIAGRAM ILRT PRESSURIZING AND DEPRESSURIZING SYSTEM TO ATMOS I I INSIDE RAB PI PI DEWPOINT I

I 10' LINE d

N i

63 l

1

, CHILLED WATER SUPPLY l

I

--I I

E' #,.

- TO FIG 3 CONTROLLED 1

AFTER COOLER CHILLED WATER LEAKAGE i

RE M N f OUTSIDE

,INSIDE 7

(

3 l

g f

CONTAINMENT' CONTAINENT A+

%g i

l' W

1 DESICCANT i

DRYER j f I t f

~

lC X

3

(

j E

CENTRIFUGAL l

2 4

COMPRESSOR l

PI y

STATION IS URE SEPARATOR 5

6 8

= -

T

LOUISIANA POWER

& LIGHT COMPANY WATERFORD S.E.S.

UNIT NO.3 PRESSURE ILRT TEST SEQUENCE

( PSIG) i o

50 o

i

F H

I i

i i

i-----.-----

i------------

45 -

i------------

i------------ ---------- '

40 l

l l

35 -

i------------

m M

g m

m 30 l

l l

25 - -----------i---------I---------- D :----- ---- I--'----------i----'------- '-----------i------------ '-------'--i--~~~~~~~~--

E C,

[

i 20 A - CONTAINMENT EXTERNAL LEAK SURVEY B - CONTAINPENT ENTRY 15 - -----------i-- --------

C - REDUCED PRESSURE TEPPERATURE STABILIZATION-D - REDUCED PRESSURE ILRT

,A i

E - REDUCED PRESSURE CLRT 10 F - PEAK PRESSURE TEMPERATURE STABILIZATION G - PEAK PRESSURE ILRT 5 - ----------j------------ 'H - PEAK PRESSURE CLRT

- ~""--""i-"""""

I - CONTAINMENT COOLING SYSTEM TEST O

=

0 NOON SATURDAY SUNDAY MONDAY WEDNESDAY THURSDAY FRIDAY a

4-27-83 4-28-83 4-29-83 4-30-83 5-1-83 5-2-83

h-u.

3 i

s

,-~

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L.

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u,);-

n s

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m 5

APPENDIX A.1

.rc 5

REDUCED PRESSURE ILRT.

k COMPUTER GENERATED REPORT i

TEMPERATURE STABILIZATION n

a s-3 f

b I

P P ',

r e

L.

d w.<

h C

4

.' 3 1 -

,-,w.y 2l*

,(',

b

,,,4-

'} cE.

4 t

k

~ esp

e J

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. i.

Pc

. a; v.

I,.

~*

. u w,_.

. -.a,__.-~,=~.~a-

. ~.~.

A 2 I

TEMPERATURE STABILIZATION STARTED AT 1790 HOUR 5 ON APRIL 27, 1983 CONDUCTED FOR 4.25 HOURS A

B C

D E

1730 94.717 1745 99.539 1800 92.807 1815 92.918 1830 92.012 1845 91.798 1900 91.616 1915 91.458 1990 91.330 1945 91.209 2000 91.091 2015 90.995 2030 90.898 204S 90.821 2100 90.741 2115 90.672 2130 90.S99 1.030 0.299 0.731 2145 90.532 0.750 0.289 0.461 A = TIME OF DAY IN MILITARY STANDARD B = AVERAGE CONTAINMENT TEMPERATURE F C = AVERAGE DIFFERENCE IN TEMP. OVER LAST 4 HOURS OVER LAST 1 HOUR D = AVERAGE DIFFERENCE IN TEMP.

E=C-D O

-r

tdHDLU btKVILtD INLUMrunMitu 1

5,.

9,.

1,3 1,7.

91 35.

39 100.00 TEMPERATURE STABILIZATION

~

W j

I I

g.

g z

i W

.E K

98.00 I

1

[

u_

,e to

'i '

n e

W i

W 96.00

~

8 cb Ll W

2

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94.00

~

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1 N

92 00 1

N g

i w

O.-

j.

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... x w

F--

9 ^' ' "' ^

i i

i 17.30 18.30 19.30 20.30 21.30 22.30 23.30 24.3 TTMF HnilRS IMII.ITARY STANDARD)

v

~

t'.r I '

w.

l;. ~ -.,

.,..., s

,s v,

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2

. c.

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c.

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- +

APPENDIX A.2.

n.

v.

f

~

REDUCED PRESSURE ILRT'

~ ~

L' COMPUTER GENERATED REPORT E

INTEGRATED LEAKAGE RATE TEST

.{

(ILRT)

\\

l' i

I k..

a d

I e

[8

3 7

_ % 'y

- 2 I

4 b2

+.

J G

M l

g--

F:r 3

b i

k '"

F. ;

c.; ;&~;'.; t.

, c 1..,.-.s.

4 J

+-

4%*

g t'

-a

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y....

i

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wi a,

....7 s'

t t

+

b i

.e R.,

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t

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.a f ',

~

1 V:.'

r.

I 3

+

3 4

,. 4 e

p'A3'4 hy k' -

.,m I '.., m m.

c :9 F r-

1-MA-

' ' E A * -

' ~ ' ' ' '

^

A-

.,x,*.

e s

+-

,e

AS 9

LOUISIANA POWER & LIGHT COMPANY WATERFORD SES UNIT NO. 3 CONTAINMENT INTEGRATED LEAKAGE RATE TEST LEAKAGE RATE MEASURED USING THE AR50 LUTE METHOD LEAKAGE RATE COMPUTED USING THE MASS POINT METHOD TEST PERIOD STARTED AT 2200 HOUR 5 ON APRIL 27, 1993 TEST CONDUCTED FOR 24.00 HOURS FREE SPACE VOLUME OF CONTAINMENT IS 2677000 CU FT CONTAINMENT WAS PRE 55URIZED TO 37.65 PSIA INITIAL CONTAINMENT AIR WEIGHT 492709.2 LDS FINAL CONTAINMENT AIR WEIGHT 492641.4 LB5 FITTED MASS POINT LEAKAGE RATE :S 0.0022 % PER DAY UPPER LIMIT OF 95% CONFIDENCE LI:UEL IS 0.008 % PER DAY NRC MAXIMUM ALLOWABLE LEAKAGE RinTE IS 0.265 % PFR DAY c

.q-..,

A 6 DESCRIPTION OF UARIABLES TEM - CONTAINMENT MEAN TEMPERATURE CALCULATED AVG.

INDICATIONS.

FROM VOLUMETRICALLY WEIGHTED RTD SENSOR e

PRE - PRIMARY CONTAINMENT PRES 5URE INDICATION.

AVE.

PRE - CONTAINMENT VAPOR PRESSURE CALCULATED VAP.

INDICATIONS.

FROM UOLUMETRICALLY WEIGHTED RHD SENSOR LEAK SIM - SIMPLE TOTAL TIME LEAKAGE RATE.

LEAK MAS - LEAKAGE RATE COMPUTED FROM FIRST ORDER RECRESSION OF AIR MA55 DATA.

AIR MA55 - CONTAINMENT AIR MA55.

NOTE FOR TABULAR DATA -

TABLE VALUES OF ZERO SIGNIFY DATA I5 NOT APPLICABLE TO THE CALCULATION.

NOTE FOR CURVE 5 -

SCALE REPRESENTS SAMPLE NUMRFRS.

1.

TOP ABSCIS5A 2.

AIR MA55 IS THE CALCULATED CONTAINMENT AIR MA55 AND FITTED AIR MASS IS THE LINEAR LEAST SQUARE FIT OF THE AIR MASSES.

3.

SIMPLE MASS POINT IS THE TOTAL. TIME LEAKAGE RATE AND FITTED MAS 5 POINT IS THE LEAKAGE RATE COMPUTED FROM FIRST ORDER REGRESSION OF AIR MA55 DATA.

4. UCL IS THE UPPER LIMIT OF THE 95%

CONFIDENCE LEVEL OF AIR MASS DATA.

f e

Lunobu uu:s o a vs u a secune ussn s Lu 1

1,7.

33.

4,9 6,5.

8,1 9,7.

1,13.

493350. -

CONTAINMENT AIR MASSES

=e are nass FITTED 9IR PRSS 3

a =

1 g

8 cc 493110. -

[

co E

J E

S 5

8 O

8 i

m 492870. -

e me

re m c

e

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E

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-:: :::=::::1= :: --rlh'":

= : ; ; -::=:=== ::::_- __________

l Z

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T

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[

e 492630. -

1 i--

z 1

uj i

r i

z I

T 492390. -

i l-z O

I L

492150. O.

240 480 720.

960 1200.

1440.

1680 o

TIMF TN MINUTES

]

LBHSCO btKViltb INCUKFUKHitU 1

17.

aa.

49.

F5 Bl.

97.

1,13.

i___,

i

_a 4

2 I

i t

t l

0.9000 1!

COMPUTED LEAK RATES r

3~

e e SIMPLE MASS POIN' L Lad R4TE 3

FITTLD rqSS POINT tEqd 99'E 2

CD

.l

= m W

I-1 0 6800 E

CD

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s cc o

0 4600

[

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~

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M L1.1 e

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2 ~

.q:e= =m= =x=m= = w= = = = -

=- d20BG' C.02C0 e

e py. z-ra e

e Affe%WW

'Q W m

e 1

-0 2C00 0 240 480 720 960 l200 I440 I680 TTMF TN MINUTES

CDHOLU OtNVILCO ANLUNrUNMitu 1.

17.

So.

49 C5 81 97.

113.

t I

n s

1_. -

1 -.-

1--.. - !

I 2.67b0 1!

COMPUTED LEAK RATES RELATIVE TO LIMITS F-

=

F ITTLC MASS 80147 lE44 RATE I

E 9b% CONFiCLNCE LTMIT IUCI i 3

0

-i V V DESIGN BASIS LERKRGE RATE j

x x NRC MRXIMUM ALLOWABLE LERKRGE RATE w

E 1

2 1000 E

o

's l

i I i

cr o

1 5250 ll x

W E

F-E z

W 0.9500 U

I e

i w

I I

1 l

a.

0.3750 i"I,"""""""""""""""'"""""""""""'""'""1"""'"""""""""""

t

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i 0.

240 480.

720

.960.

1200.

1440 1680c TTMP T hl M T hil l T F R

w CDMOLU OLT\\VALLO 1816 U l\\ 1 Ulgri e L u 1

17.

33 49 E5.

81 97.

113 i

i

_1 __ _

_m. _. _L _. _a_ - ___. 1.

_ a _.___1-92.0000 - VOLUMETRICALLY WEIGHTED CONTAINMENT TEMPERATURE F--

W b

~

I 8

Z W

e 91 2000 -

I

~

E

}

C L

LL lg

s W

i.

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W 90.4000 - \\

llF r

=

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Wa h\\. x 89.6000 -

U l

6--

T l

M 88.8000 -

N W

i H

I 8 8. 0 000 +~ - ~~~

i i

i -

i i

i 0

240 480.

720 960 1200 1440 1680<

TTME IN MINUTES q

C. D r10 6 U O L IT V 1 L L O 114 L U ITI' U l\\ r1 I L U i

_ i _._.. a

._ qc.

41 17-1,13-1 1,7.

.o.

49.

37.7100 -

1 AVERAGE CONTAINMENT PRESSURE 5

E E

s w

I o_

37 6700 -

s

~

In z

d r

i uJ l

5 Q:

37.6300 -

E 3

m O

\\%

v o

8 E

\\

I m

37.5900 -

\\

- . g I

N J

37.5500 -

=

V

~

l 37.E100 4_

i 0.

240 480 720 960 1200.

1440.

l680 TTMF TN MTNilTFS E

conseo om.,,,m.

1 17.

33 w.

es.

el.

97.

113.

i i

u.

.4. ___

_2 __

i p

0.1420 l

i VOLUMETRICALLY WEIGHTED VAPOR PRESSURE S

T j

i E

in 0 1400 a_

z t

l E

LLJ l

i QC 3

t D

(D 0.1380 to uJ 1

2:

1-QC O

0 1360 n_

T d

0.1340 7

i i

O.

240 480 720 960 1200 1440 1680<

n.1320 TIME IN MINUTES

f Als VARIABLE TABLE

SUMMARY

AMPLE DELTA AVG. TEM AVG. PRE VAP. PRE LEAK SIM LEAK MAS AIR MASS I

' UMBER MINS DEG.

F P5IA PSIA PER CENT PER CENT POUND 5 1

0 90.473 37.6494 0.1320 0.000 0.000 492709 2

15 90.417 37.6434 0.1321 0.575 0.000 492680 3

30 90.360 37.6418 0.1323 0.031 0.031 492706 4

45 90.311 37.6375 0.1924 0.102 0.040 492694 5

60 90.253 37.6353 0.1326

-0.020

-0.043 492713 6

75 90.204 37.6324 0.1328

-0.090

-0.070 492717 1

7 90 90.163 37.6296 0.1328

-0.023

-0.071 492716 8

105 90.120 37.6263 0.1329

-0.001

-0.055 492710 9

120 90.079 97.6268 0.1333

-0.093

-0.093 492747 10 135 90.035 37.6223 0.1933

-0.043

-0.088 492729 11 150 89.991 37.6201 0.1955

-0.052

-0.087 492796 12 165 89.955 37.6173 0.1334

-0.045

-0.082 492735 13 180 89.918 37.6140 0.1336

-0.018

-0.067 492720 14 195 89.881 37.6164 0.1338

-0.111

-0.091 492783 15 210 89.853 37.6111 0.1999

-0.039

-0.082 492737 16 225 89.814 37.6087 0.1939

-0.040

-0.075 492740 17 240 89.782 97.6126 0.1942

-0.190

-0.098 492816 18 255 89.745 37.6088 0.1941

-0.105

-0.107 492801 19 270 89.714 87.6041 0.1342

-0.061

-0.102 492766 20 285 89.681 97.6024 0.1941

-0.067

-0.098 492774 21 300 89.654 37.5991 0.1944

-0.041

-0.088 492751 22 315 89.625 37.5979 0.1344

-0.050

-0.083 492769 23 SSO 89.594 97.5963 0.1943

-0.053

-0.079 492770 24 345 89.568 37.5951 0.1944

-0.056

-0.077 492776 i

25 360 89.537 37.5929 0.1947

-0.049

-0.079 492770 26 375 89.520 37.5940 0.1948

-0.070

-0.074 492799 27 390 89.492 37.5912 0.1348

-0.059

-0.073 492787 28 405 89.462 37.5896 0.1948

-0.060

-0.072 492792 29 420 89.443 97.5876 0.1947

-0.052

-0.070 492784 30 435 89.413 37.5871 0.1950

-0.062

-0.069 492801 31 450 89.401 37.5859 0.1351

-0.056

-0.068 492795 4

S2 465 89.368 37.5838 0.1352

-0.054

-0.067 492795 33 480 89.951 37.5822 0.1353

-0.049

-0.065 492789 34 495 89.326 37.5801 0.1953

-0.044

-0.062 492784 35 510 89.315 37.5825 0.1355

-0.065

-0.069 492822 36 525 89.286 37.5769 0.1955

-0.092

-0.059 492766 37 540 89.272 37.5741 0.1357

-0.021

-0.053 492740 38 555 89.256 37.5724 0.1955

-0.017

-0.048 492742 39 570 89.236 37.5697 0.1954

-0.009

-0.042 492726 40 585 89.215 37.5676 0.1957

-0.002

-0.036 492713 41 600 89.196 37.5668 0.1957

-0.005

-0.091 492719 42 615 89.178 37.5647 0.1960 0.002

-0.025 492704 43 630 89.162 37.5643 0.1961

-0.002

-0.021 492719 44 E45 89.146 37.5644 0.1362

-0.008

-0.01a 492726 45 660 89.125 37.5651 0.1362

-0.021

-0.017 492756 46 675 89.110 37.5643 0.1962

-0.021

-0.017 492750 47 690 89.087 37.5621 0.1364

-0.016

-0.015 492747 48 705 89.067 37.5622 0.1964

-0.024

-0.015 492766 49 720 89.056 37.5613 0.1967

-0.021

-0.015 492760 50 735 89.039 37.5598 0.1966

-0.019

-0.014 492757 J

-e,.-:y,-, -------wr

.,r,e-,,v-+-w,-,,

m-,,-+-

--,y-w,,,,4

--mw

,,,-.nre+

m-,--m

en-w--

.--w---

+,

,we,

A14 UARIA8LE TABLE

SUMMARY

(CONTINUEDI AMPLE DELTA AVG. TEM AVG. PRE VAP. PRE LEAK SIM LEAK MA5 AIR MASS

'JMBER MIN 5 DEG.

F P5IA PSIA PER CENT PER CENT POUNDS 51 750 89.022 37.5583 0.1367

-0.016

-0.01'S 492751 52 765 89.015 37.5583 0.1368

-0.018

-0.012 492756 53 780 88.994 37.5554 0.1369

-0.010

-0.011 492735 54 795 88.983 37.5536 0.1368

-0.005

-0.009 492723 55 810 88.959 37.5501 0.1369 0.005

-0.007 492696 56 825 88.941

37. 54E A O.1971 0.006

-0.004 492692 57 840 88.995 37.5494 0.1972 0.002

-0.002 492705 58 855 88.920 37.5544 0.1371

-0.026

-0.004 492785 59 870 88.896 37.5460 0.1971 0.004

-0.002 492696 60 885 88.881 37.5456 0.1973 0.002

-0.000 492703 61 900 88.873 37.5459 0.1374

-0.001 0.001 492713 62 915 88.865 37.5446 0.1375 0.009 0.002 492700 63 930 88.847 37.5441 0.1375

-0.001 0.003 492711 64 945 88.824 37.5446 0.1977

-0.008 0.003 492796 65 960 88.817 37.5442 0.1976

-0.009 0.003 492797 66 975 88.797 37.5429 0.1379

-0.008 0.004 492736 67 990 88.790 37.5426 0.1378

-0.000 0.004 492730 68 1005 88.772 37.5425 0.1980

-0.012 0.003 492750 69 1020 88.760 37.5429 0.1380

-0.016 0.003 492766 70 1035 88.751 37.5433 0.1981

-0.020 0.002 492779 71 1050 88.734 37.5425 0.1381

-0.021 0.001 492783 72 1065 88.722 37.5421 0.1382

-0.021

-0.000 492787 73 1080 88.711 37.5413 0.1983

-0.021

-0.001 492786 74 1095 88.697 37.5405 0.1983

-0.021

-0.002 492787 75 1110 88.680 37.5409 0.1384

-0.025

-0.009 492806 76 1125 88.672 37.540s 0.1985

-0.025

-0.004 492804 77 1140 88.649 37.5405 0.1985

-0.031

-0.005 492828 78 1155 88.646 37.5398 0.1385

-0.028

-0.006 492821 79 1170 88.633 37.5389 0.1386

-0.028

-0.007 492820 80 1185 88.627 37.5988 0.1387

-0.028

-0.008 492023 81 1200 88.611 37.5395 0.1388

-0.033

-0.010 492845 C2 1215 88.603 37.5377 0.1390

-0.028

-0.011 492826 83 1230 88.588 37.5362 0.1387

-0.027

-0.011 492829 84 1245 88.585 37.5327 0.1391

-0.015

-0.011 492775 7

85 1260 88.569 37.5296 0.1991

-0.009

-0.011 492748 86 1275 88.557 37.5276 0.1391

-0.005

-0.010 492733 87 1290 88.544 37.5306 0.1990

-0.017

-0.010 492785 88 1305 88.542 37.5295 0.1393

-0.013

-0.010 492768 89 1920 88.526 37.5224 0.1399 0.004

-0.009 492690 90 1995 88.523 37.5204 0.1992 0.009

-0.007 492668 91 1950 88.500 37.5185 0.1396 0.011

-0.005 492657 92 1865 88.494 37.5194 0.1394 0.007

-0.004 492678 93 1980 88.480 37.5173 0.1397 0.011

-0.003 492658 94 1395 88.478 37.5167 0.1397 0.012

-0.001 492651 95 1410 88.468 37.5160 0.1396 0.012

-0.000 492653 96 1425 88.462 37.5164 0.1397 0.010 0.001 492662 97 1440 88.459 37.5149 0.1398 0.014 0.002 492641 l

i END OF TABLE

A15 UARIABLE TABLE

SUMMARY

%MPLE DELTA TEMP.

1 TEMP 2

TEMP S

TEMP 4

TEMP 5

TEMP 6

i JMBER MIN 5 DEG.

F DEG.

.F DEG.

F 1

0 90.403 90.396 90.445 90.538 90.533 90.923 2

15 90.342 90.314 90.379 90.461 90.472 90.868 f

3 30 90.281 90.259 90.313 90.396 90.418 90.002 4

45 90.243 90.199 90.264 90.335 90.379 90.802 5

60 90.160 90.127 90.198 90.269 90.308 90.681 6

75 90.105 90.066 90.137 90.220 90.264 90.731 7

90 90.050 90.022 90.088 90.165 90.187 90.681 8

105 89.984 89.978 90.027 90.099 90,197 90.604 9

120 89.940 89.946 89.995 90.049 90.099 90.527 10 135 89.918 89.869 89.934 90.027 90.060 90.461 11 150 89.852 89.820 89.896 89.984 90.011 90.420 12 165 89.819 89.788 89.841 89.934 89.951 90.418 13 180 89.775 89.771 89.809 89.885 89.907 90.363 14 195 89.764 89.739 89.765 89.868 89.885 90.412 15-210 89.698 89.695 89.716 89.819 89.885 90.231 16 225 89.671 89.641 89.677 89.775 89.808 90.297 17 240 89.692 89.586 89.639 89.737 89.786 90.258 18 255 89.600 89.565 89.629 89.709 89.742 90.214 19 270 89.561 89.548 89.601 89.682 89.704 90.066 20 285 89.517 89.494 89.540 89.649 89.665 90.082 21 300 89.506 89.488 89.590 89.616 89.649 89.995 22 315 89.451 89.428 89.486 89.572 89.605 90.066 29 SSO 89.446 89.407 89.459 89.561 89.589 89.901 24 345 89.408 89.407 89.420 89.528 89.550 90.000 25 960 89.397 89.985 89.387 89.468 89.512 89.819 26 375 89.347 89.990 89.865 89.473 89.495 89.895 27 390 89.320 89.320 89.354 89.446 89.446 89.901 28 405 89.298 89.232 89.916 89.891 89.440 89.869 29 420 89.265 89.260 89.294 89.997 89.413 89.885 30 495 89.248 89.232 89.240 89.858 89.364 89.747 31 450 89.216 89.211 89.240 89.336 89.369 89.819 32 465 89.194 89.189 89.196 89.298 89.996 89.769 SS 480 89.177 89.162 89.190 89.292 89.925 89.775 34 495 89.155 89.129 89.196 89.270 89.309 89.687 SS 510 89.122 89.173 89.125 89.243 89.270 89.544 36 525 89.106 89.107 89.136 89.227 89.249 89.615 37 540 89.078 89.075 89.081 89.188 89.298 89.670 38 555 89.046 89.053 89.070 89.177 89.177 89.637 39 570 89.040 89.015 89.037 89.150 89.183 89.593 40 585 89.018 89.015 89.026 89.133 89.172 89.500 41 600 88.985 88.982 88.999 89.106 89.122 89,599 42 615 88.969 88.977 88.999 89.084 89.095 89.505 49 630 88.952 88.955 88.989 89.078 89.095 89.451 44 645 88.919 88.917 88.999 89.051 89,057 89.500 45 660 88.909 88.922 88.922 89.095 89.035 89.412 46 675 88.875 88.879 88.906 89.007 89.051 89.429 47 690 88.854 88.846 88.873 88.985 89.024 89.974 48 705 88.837 88.813 88.862 88.947 88.969 89.429 49 720 88.832 88.819 88.873 88.952 88.958 89.985 50 795 88.821 88.813 88.851 88.925 88.963 89.969

f-A16 UARIA8LE TABLE

SUMMARY

(CONTINUED)

AMPLE-DELTA TEMP 1

TEMP 2 TEMP 3

TEMP 4

TEMP 5

TEMP 6

' UMBER MINS DEG.

F DEG.

F 51 750 88.810 88.770 88.829 88.919 88.925 89.S46 52 765 88.782 88.764 88.786 88.903 88.919 89.269 53 780 88.760 88.726 88.775 88.886 88.919 89.192 54 795 88.744 88.721 88.747 88.859 88.892 89.286 55 810 88.711 88.704 88.747 88.892 88.848 89.220 56 825 88.683 88.677 88.747 88.815 88.832 89.181 1

57 840 88.683 88.672 88.709 88.810 88.821 89.214 58 855 88.673 88.672 88.704 88.015 88.826 89.197 59 870 88.667 88.661 88.649 88.799 88.810 89.088 60 885 88.634 88.606 88.649 88.749 88.760 89.159 61 900 88.694 88.628 88.621 88.749 88.744 89.140 62 915 88.629 88.596-88.632 88.727 88.727 89.209 -

63 990 88.585 88.579 88.621 88.722 88.793 89.147 64 945 88.574 88.552 88.589 88.705 88.705 89.126 65 960 88.557 88.541 88.600 88.689 88.689 89.060 66 975 88.541 88.530

-88.556 88.673 88.678 89.093 67 990 88.530 88.536 88.534 88.656 88.656 88.984 68 1005 88.486 88.530 88.550 88.634 88.634 89.000

'~

69 1020 88.486 ' 88.508 88.501 88.612 88.694 89.000 70 1035 88.475 88.470 88.523 88.601 88.618 88.989 71 1050 88.470 88.454 88.485 88.590 88.607 89.055 72 1065 88.453 88.454 88.468 88.579 88.590 89.039 73 1080 88.420 88.443 88.474 88.557 88.557 88.984 74 1095 88.409

'88.410 88.452 88.530 88'.552 88.951 75 1110 88.393 88.967 88.425 88.595 88.:513 89.071 76 1125 88.387 88.405-

-88.430 88.585 88.524 88.874 77 1140 88.371 88.3Q3~

88.419 88.497 88,497 88.835 78 1155 88.365 88.329 88.414 88.491 88.4V7 88.890 79 1170 88.343 89.361 88.359 88.464 88.491 88.885 80 1185 88.332 88.356 88.342 88.464 88.f 464 88.841" 81 1200-88.332 88.-318 88.337 88.448 88.475

- 96.824 82 1215 88.316 88.291 88.321 88.431'-

88.487

- 88.9A5-83 1230 88.300

88. 2rAO 88.321 88.426 88.426 88'.890 e

24

1245, 88.283 88.291 88.304 88.404 88.420 88 918 3

85 1260 88.272 88.258 88.288 88.993 -

88.39_3 88.857 86 1875 88.256 88.236 88.277 88.376 88.965 88.846 87 1290 88.250 88.263 88.266 8 8. 3 7.6 88.S93'

" 88..Yh1 88 1805 88.256 88.231 88.260 88.965 88.376 88.857 89 1820 88.228 88.220 88.266 88.365 88.371 88.764 90 1835 88.223 88.274'

'80.255 88.349 88.954 80,703 91 1950 88.212 88.204 88.239 88.'S32 88.305 88:676 9E 1865 88.201 88.209

'88.222 88.310 88.943 88.692 93 1380 88.179 88.214 88.222 88.300 88.998

,88.643 94 1995 88.184 88.209 88.244 88.289 88.294 88.676 95 1410 88 168 88.149 88.'189 88.294 '

88.278 88.797 96 1425 88.151 88.144 88.195 88.283 88.289 88.731 97 1440 88.146 88.133 88.178 80.272 _ 88.283 88.709 END'OF TABLE

/

s

^ ' ' * ~

w- - * '--~:_,,.,,,..,.,

A17 UARIABLE TABLE

SUMMARY

AMPLE DELTA TEMP 7

TEMP 8

TEMP 9

TEMP 10 TEMP 11 TEMP 12 UMBER MIN 5 DEC.

F DEC.

F DEG.

F 1

0 90.220 90.494 90.346 90.802 90.570 90.527 2

15 90.143 90.352 90.291 90.769 90.d21 90.385 S

SO 90.099 90.291 90.236 90.648 90.S95 90.253 4

45 90.039 90.231 90.137 90.609 90.373 90.286 5

60 89.956 90.165 90.093 90.527 90.307 90.220 6-75 89.913 90.126 90.027 90.483 90.241 90.099 7

90 89.864 90.077 89.978 90.423 90.181 90.002 3

5 8

-105 89.804 90.017 89.929 90.390 90.164 90.066 9

120 89.777 89.978 89.885 90.373 90.110 90.038 10 195 89.783 89.929 89.819 90.231 90.088 90.006 11 150 89.668 89.919 89.808 90.209 89.967 89.880 12 165 89.657 89.848 89.765 90.115 89.967 89.886

- is 180 89.603 89.820 89.726 90.187 89.940 89.842

' iff

.; 195 89.543 89.788 89.688 90.099 89.902 89.777 15" 210 89.592 89.744 89.660 90.060 89.875 89.771 16

,' 225 89.472 89.679 89.600 90.000 89.826 89.641 17 -

240 89.445 89.646 89.551 89.978 89.777 89.619 18

'255 89.412 89.619 89.585 89.984 89.745 89.641 19

'270 89.974 89.575 89.458 89.946 89.718 89.597 20 285 89.336 89.559 89.463 89.896 89.642 89.477 300 89.309 89.597 89.403 89.837 89.636 89.553 21-22 315 89.287 89.494 89.398 89.744 89.636 89.423 23 SSO 89.255 89.472 89.981 89.809 89.501 89.444 24 '

345 89.222

'89.472 89.310 89.700 89.528 89.423 25

-360 89.206 89.401 89.294 89.689 89.506 89.428 26 375 89.140 89.985 89.299 89.711 89.501 89.417 27 390 89.129 89.358 89.244 89.662 89.430 89.450 28 405 89.102 89'325 89.228 89.613 89.446 89.941 29 420 89.070 89.325 89.293 89.657 89.327 89.270 SO 435 89.070 89.265 89.184 89.499 89.997 89.199 31 450 89.032 89.260 89.140 89.651 89.970 89.297 SP 465 89.021 89.227 89.119 89.608 89.316 89.243 33 480 88.983 89.227 89.102 89.548 89.273 89.178 34 495 88.972 BY.211 89.080 89.450 89.278 89.183 SS 510 88.966 89.162 89.064 89.450 89.197 89.118 l

36 525 88.923 89.140 89.047 89.499 89.186 89.112 87 540 88.885 89.118 89.009 89.460 89.153 89.041 38 555 88.885 89.1C2 88.981 89.417 89.202 89.101 i

89 570 88.847 89.091 88.959 89.395 89.159 89.058 40 585 88.814 89.036 88.927 89.390 89.137 89.080 41 600 88.803 89.042 88.899 89.308 89.104 89.058 42 615 88.787 88.998 88.916 89.373 89.099 89.009 43 630 88.760, "B8.998 88.877 89.352 89.055 88.981 44 445 88.770 88.982 88.855 89.902 89.066 88.987 45 660 88.716 88.949 88.894 89.204 89.072 88.900 i

46 675 88.689 88.922 88.817 89.199 89.061 88.981 47 690 88.678 88.911 88.828 89.281 88.925 88.889 5 '

48 705 88.667 88.884 88.795 89.215 88.979 88.845

[9 49 720 88.651 88.884 88.784 89.215 88.931 88.894

) '

JH) 735 88.656 88.851 88.757 89.183 88.941 88.785 a --

+

A18 VARIABLE TABLE

SUMMARY

(CONTINUEDI

.f MPLE-DELTA TEMP 7

TEMP 8

TEMP 9

TEMP 10 TEMP 11 TEMP 12 MBER. MIN 5' DEG.

F DEG.

F 51 750 88.629 88.824 88.740 89.177 88.898 88.753 52 765+.

88.618 88.835 88.713 89.128 88.963 88.834 780_

88.558 88.8,19 88.697 89.079 88.882 88.780 53 54 795/

88.591 88.770 88.658 89.123 88.893 88.775 55 810 88.558 88:753 88.658 89.101 88.887 88.764 56 825 88.564 88.743 88.642 89.014 88.882 88.775 57 840 88.520 88._743 88.631 89.025 88.838 80.775 53 855 88.515 88.726 88.631 89.095 88.898 88.715 59 870 88.487 00r726 88.593 89.025 88.751 88.589 60 885 88.482 88.677 88.587 88.959 88.779 88.633 61 900 88.471 89.661 88.582-89.090 88.762 88.638 62 915 88.455 881666 88.576 89.041 88.757 88.617 63 930 88.411 88.666 88.527 88.992 88.697 88.562 64 945' 88.422 88.634 88.505 88.932 88.665 88.535 65 960 88.395 88.617 88.516 88.838 88.724 88.573 66 975 88.357 88.585 88.478 88.932 88.670 88.540 67 990 88.368 88.552 88.478 88.910 88.670 88.513 68 1005 88.051 88.547 88.445 88.856 88.621 88.529 69 1020 88.330 88.557 88.636 88.823 88.578 88.524 70 1035 88.324 88.541 1 88.434 88.916 08.675

.88.519 71 1050 88.330 88.508 88.412 88.768 88.637 /

88.535 72 1065 88.286 88.519 88.395 88.790 88.580' 08.420 73-1080 88.292 88.498 08.363 88.817 80.529

'88.513 74 1095 88.281 88.47Q 88.390 88/741 88.6I4 88.410 88.567) 80.431 75 1110 88.254 88.465 88.341 88.774

~ 88.534 08.404 76 1125 88.303 88'.427 88.319 88.719 77 1140 88.210 88.421 88.341 88.687 88.491 88.426 78 1155 88.221 88.405 88.280 88.790 89.507 88.382 79 1170 88.194 88.421 88.291 88.676 88.491 88.308 CO 1185 88.221 88.389 88.280 88.687 88.512 88.355 81 1200 88.177 88.372 88.275 88.670 88.431 88.361 82 1215 88.161 88.356 88.269 80.714 08.507 88.366 83 1230 88.134 88.329 88.248 08.687 88.426 80.312 84 1245 88.150 88.340 88.242 88.605 88.480 88.317 R85 1260 88.139 89.323 89.237 88.649 88.426 88.269 C6 1275 80.079 88.302 88.220 88.687 88.442 88.263 87 1290 88.085 88.302 88.215 88.594 88.409 80.200 C3 1805 88.123 88.296 88.209 88.670 88.420 88.241

<C9' 1920 88.101 88.285 88.160 88.567 88.382 80.241 90 1935 88.090 88.243 88.171 88.599 88.404 88.241 91 1350 88.058 88.258 88.154 88.572 88.593 08.219 1P2 1965 88.041 88.247 88.160 88.556 88.312 88.260 93-1880 88.063 88.236 88.138 88.540 88.306 88.115 "74 1395 88.063 88.231 88.133 88.561 88.355 88.235 93 1410 80.025 88.220 88.111 88.556 88.317 88.121 96 31425 88.030 88.214 80.100 P;8!534 88.344 88.132 97

~1440 88.003 88.209 88.100 88.540 88.322 88.170

/

END OF TABLE J

-~--.n

A19 UARIABLE TABLE

SUMMARY

AMPLE DELTA TEMP 13 TEMP 14 TEMP 15 TEMP 16 TEMP 17 TEMP 18 UMBER MINS DEG.

F DEC.

F DEG.

F 1

0 90.297 90.011 90.264 90.385 89.992 90.160 2

15 90.259 89.951 90.291 90.297 89.354 90.105 3

SO 90.187 89.875 90.154 90.242 89.332 90.077 4

45 90.138 89.832 90.121 90.269 89.288 90.055 5

60 90.099 89.783 90.072 90.176 89.261 90.011 6

75 90.050 89.767 90.044 90.099 89.239 89.903 7

90 90.006 89.712 89.989 90.104 89.206 89.994 0

105 89.956 89.658 89.956 90.022 89.162 89.945 9

120 89.918 89.598 89.923 89.989 89.140 89.967 10 135 89.880 89.571 89.874 89.912 89.118 89.920 11 150 89.841 89.528 89.841 89.879 89.107 89.928 12 165 89.798 89.490 89.797 89.923 89.080 89.884 13 180 89.765 89.457 89.758 89.770 89.042 89.857 14 195 89.721 89.430 89.731 89.764 89.020 89.791 15 210 89.699 89.403 89.714 89.770 89.009 89.818 16 225 89.650 89.349 89.665 89.726 88.992 89.785 17 240 89.628 89.954 89.621 89.688 88.949 89.752 18 255 89.584 89.295 89.588 89.731 08.932 89.774 19 270 89.562 89.262 89.560 89.666 88.927 89.790 20 285 89.546 89.257 89.598 89.583 88.894 89.692 21 900 89.508 89.224 89.511 89.550 88.877 89.692 22 S15 89.480 89.186 89.473 89.468 88.844 89.670 23 SSO 89.458 89.154 89.456 89.523 88.823 89.626 24 345 89.415 89.143 89.429 89.457 88.784 89.620 25 360 89.393 89.094 89.401 89.468 88.795 89.681 26 375 89.376 89.088 89.879 89.474 88.779 89.604 27 390 89.944 89.067 89.352 89.479 88.735 09.604 28 405 89.322 89.018 89.841 89.380 88,735 89.582 29 420 89.905 89.012 89.291 89.826 88.719 89.565 30 435 89.272 89.002 89.291 89.276 88.702 89.548 31 450 89.256 88.959 89.259 89.238 88.67S 89.532 32 465 89.223 88.947 89.242 89.287 88.669 89.515 SS 480 89.207 88.931 89.225 89.202 88.631 89.499 l

34 495 89.185 88.899 89.209 89.200 88.636 89.477 l

SS 510 89.163 G8.899 89.181 89.216 88.614 89.860 96 525 89.141 88.866 89.148 89.189 88.604 89.939 l

37 540 89.119 88.866 89.159 89.128 88.598 89.950 98 555 89.100 88.855 89.110 9'

516 88.571 89.950 f

39 570 89.081 88.828 89.104 9;

88.592 89.945

'7 l

40 585 89.059 88.779 89.077 89 112 88.521 89.917 41 600 89.048 88.779 89.049 89.106 88.527 89.923 42 615 89.021 88.757 89.027 89.024 88.483 89.906 43 630 89.010 88.736 89.022 88.975 88.488 89.906 44 845 88.993 88.741 89.000 89.046 88.47g 90.270 45 660 88.977 88.719 88.978 89.035 88.467 90.297 f

46 675 88.950 88.698 88.978 88.997 88.439 90.242 L

47 690 88.944 88.671 88.956 88.925 88.428 90.231 48 705 88.928 88.649 88.940' 88.909 88.417 90.237 49 720 88.900 88.622 88.918 88.898 88.401 90.220 50 735 88.889 88.606 88.923 88.920 88.390 90.215

ADO VARIABLE TABLE

SUMMARY

(CONTINUED)

AMPLE DELTA TEMP 13 TEMP 14 TEMP 15 TEMP 16 TEMP 17 TEMP 10 UMBER MIN 5 DEG.

F DEG.

'F DEG.

F 51 750 88.873 88.627 88.890 88.893 88.379 90.209 52 765 88.857 88.600 88.857 88.942 88.352 90.198 53 780 88.851 88.589 88.835 88.898 88.346 90.198 54 795 88.818 88.573 88.846 88.002 88.324 90.204 55 810 88.824 88.546 88.824 88.843 88.324 90.107 56 825 88.780 88.530 88.802 88.854 88.319 90.171

)

57 840 88.791 88.530 88.786 88.843 88.302 90.171 58 855 88.764 88.519 88.775 88.816 08.269 90.132 59 870 88.758 88.475 88.736 88.772 80.269 90.121 60 885 88.736 88.464 88.764 88.717 88.258 90.132 61 900 88.720 88.464 88.709 88.788 88.253 90.116 62 915 88.709 88.470 88.725 88.673 88.226 90.099 63 930

- 88.698 88.448 88.692 88.723 88.220 90.094 64 945 88.682 88.421 88.692 88.734 88.215 90.099 65 960 88.682 88.421 88.670 88.712 88.209 90.110 66 975 88.660 88.389 88.654 88.679 88.182 90.088 67 990 88.649 88.410 88.659 88.673 88.171 90.072 68 1005 88.632 88.378 88.626 88.750 88.182 90.072 69 1020 88.605 88.345 88.610 88.673 80.165 90.061 70 1035 88.616 88.351 88.593 88.684 88.127 90.055 71 1050 88.600 88.313 88.615 88.596 88.130 90.039 72 1065 88.578 88.323 88.566 88.646 88.154 90.044 79 1080 88.578 88.307 88.571 88.602 88.094 90.055 74 1095 88.572 88.318 88.560 88.536 88.133 90.017 75 1110 88.545 88.280 88.538 88.542 88.105 90.011 76 1125 88.550 88.264 88.527 88.514 88.094 90.017 77 1140 88.512 88.269 88.506 88.531 88.061 90.011 78 1155 88.539 88.275 88.506 88.509 E-072 90.017 79 1170 88.501 88.231 88.489 88.547 88.050 90.011 CO 1185 88.474 88.226 88.495 88.553 88.045 90.215 81 1200 88.485 88.215 88.456 88.536 88.023 90.204 82 1215 88.468 88.204 88.473 88.498 88.045 90.209 83 1230 88.457 88.209 88.456 88.487 88.034 90.204 C4 1245 88.457 88.161 88.440 88.542 88.028 90.209 85 1260 88.446 88.182 88.434 88.487 88.007 90.199 06 1275 88.430 88.177 88.418 88.427 87.996 90.204 07 1290 88.425 88.171 88.379 88.432 87.990 90.209 C8 1905 88.397 88.128 88.390 88.438 87.996 90.187 89 1320 88.397 88.128 88.379 88.459 87.979 90.165 90 1935 88.392 88.112 88.379 88.438 87.974 90.165

.91 1350 88.381 88.117 88.357 88.427 87.963 90.165 92 1965 88.348 88.112 88.357 88.388 87.952 90.165 93 1360 88.342 88.101 88.346 88.344 87.930 90.149 94 1395 88.364 88.133 88.335 88.311 87.979 90.154 95 1410 88.348 88.074 88.335 88.344 87.963 90.149 96 1425 88.337 88.068 88.330 88.383 87.946 90.192 97 1440 88.337 88.068 88.286 88.339 87.963 90.143 END OF TABLE i

..-n.-

a e-,-

..-------n

--,---,,,-.n--.

.,n.-~,

,,n..-

,,-n.,-,_.n.---

l A21 UARIA8LE TABLE

SUMMARY

AMPLE DELTA TEMP 19 TEMP 20 TEMP 21 TEMP 22 TEMP 29 TEMP 24 UM;ER MINS DEG.

F DEG.

F 1

0 89.157 93.807 90.654 90.758 90.847 92.194 2

15 89.157 93.780 90.588 90.698 90.792 92.046 3

30 89.157 93.741 90.544 90.632 90.682 92.024 4

45 89.135 93.736 90.462 90.560 90.676 91.925 5

60 89,097 93.725 90.390 90.505 90.599 91.881 6

75 89.125 93.692 90.335 90.456 90.506 91.777 7

90 89.006 93.681 90.297 90.401 90.440 91.744 8

105 89.097 93.670 90.231 90.357 90.484 91.700 9

120 89.048 93.653 90.192 90.313 90.445 91.661 10 135 89.032 99.631 90.143 90.247 90.935 91.551 11 150 89.027 99.626 90.099 90.220 90.258 91.463 12 165 89.005 93.615 90.055 90.170 90.286 91.490 13 180 88.999 93.598 90.011 90.132 90.291 91.441 14 195 88.989 93.576 89.962 90.055 90.115 91.937 15 210 88.978 93.565 89.934 90.022 90.088 91.937 16 225 88.961 99.554 89.901 89.989 90.099 91.904 17 240 88.929 93.543 89.830 89.962 90.093 91.210 18 255 88.912 93.532 89.802 89.912 89.956 91.199 19 270 88.885 93.510 89.769 89.874 89.962 91.161 20 285 88.880 93.493 89.742 89.857 89.994 91.111 21 300 88.880 93.482 89.698 89.819 89.890 91.04S 22 315 88.858 93.471 89.699 89.781 89.841 91.089 23 390 88.825 93.444 89.693 89.742 89.824 90.979 24 345 88.804 93.444 89.605 89.720 89.759 90.957 25 960 88.787 93.427 89.572 89.688 89.742 90.930 26 375 88.782 99.405 89.544 89.666 89.748 90.913 27 390 88.771 93.989 89.599 89.638 89.671 90.000 28 405 88.738 98.372 89.468 89.594 89.660 90.058 29 420 88.711 93.961 89.462 89.567 89.621 90.825 SO 435 88.700 99.361 89.440 89.534 89.610 90.808 S1 450 88.684 93.350 89.424 89.534 89.583 90.759 32 465 88.684 99.339 89.374 89.512 89.539 90.748 SS 480 88.668 93.328 09.363 89.463 89.550 90.699 34 495 88.630 93.306 C9.352 89.452 89.479 90.671 35 510 88.695 93.301 89.325 89.441 89.479 90.677 96 525 88.619 93.290 89.292 89.991 89.429 90.699 37 540 88.608 99.273 89.259 89.364 89.435 90.503 38 555 88.581 93.262 89.248 89.348 89.396 90.550 39 570 88.554 93.251 89.221 89.942 89.385 90.534 40 585 88.554 93.235 89.199 89.909 89.358 90.512 41 600 88.543 93.235 89.177 89.304 89.963 90.501 42 615 88.543 93.218 89.171 89.271 89.369 90.473 43 630 88.521 93.218 89.133 89.254 89.297 90.479 44 645 88.499 93,196 89.116 89.221 89.270, 90.418 45 660 88.505 93.196 89.111 89.227 89.341 90.402 46 675 88.472 93.180 89.072 89.167 89.254 90.391 47 690 88.477 93.174 89.051 89.156 89.232 90.300 48 705 88.472 93.169 89.040 89.139 89.193 90.341 49 720 88.456 93.163 89.034 89.139 89.204 90.330 SD 735 88.434 93.147 89.001 89.106 89.149 90.908 m,_

.~~

_ -._ =-_ -.

~..

A22 UARIABLE TABLE

SUMMARY

(CONTINUEDI

AMPLE DELTA TEMP 19 TEMP 20 TEMP 21 TEMP 22 TEMP 29 TEMP 24 l UMBER MINS DEG.

F DEG.

F 51 750 88.418 93.125 88.968 89.084 89.177 90.286 52 765 88.401 93.130 88.990 89.084 89.133 90.281 53 780 88.401 93.125 88.919 89.052 89.166 90.253

(

54 795 88.385 93.119 88.935 89.057 89.094 90.231 55 810 88.396 93.114 88.891 89.002 89.050 90.226 56 825 88.374 93.108 88.897 89.002 89.023 90.209 I

57 840 88.352 93.086 88.875 89.002 89.072 90.165 58 855 88.347 93.086 88.847 88.964 89.001 90.165 i

59 870 88.341 93.070 88.847 88.958 89.029 90.121 60 885 88.341 93.064 88.825 88.942 89.012 90.198 61' 900 88.341 93.059 88.798 88.925 88.996 90.099 4

62 915 88.309 93.064 88.787 88.914 88.952 90.121 63 930 88.914 93.053 88.782 88.904 88.985 90.003 G4 945 88.293 93.037 88.738 88.849 88.919 90.072 65 960 88.309 93.037 88.754 88.876 88.946 90.050 66 975 88.282 95.026 88.732 88.838 88.908 90.011 1

67 990 88.287 93.081 88.732 88.849 88.968 90.000 68 1005 88.271 93.026 88.699 88.821 88.880 90.017 69 1020 88.265 93.009 88.683 88.799 88.875 89.970 70 1035 88.238 92.998 88.666 88.766 88.836 89.989 71 1050 88.238 92.998 88.650 88.772 88.831 89.951 72 1065 88.227 92.982 88.639 88.777 88.814 89.956 73 1080 88.244 92.987 88.628 88.799 88.831 89.962 74 1095 88.227 92.982 88.600 88.739 88.858 89.896 75 1110 88.195 92.971 88.606 88.723 88.765 89.896 76 1125 88.216 92.971 88.595 88.723 88.792 89.907 77 1140 88.195 92.949 88.578 88.695 88.727 89.869 78 1155 88.184 92.943 88.584 88.684 88.727 89.853 79 1170 88.195 92.949 88.540 88.657 88.749 89.858 80 1185 88.178 92.943 88.546 88.657 88.699 89.863 81 1200 88.173 92.921 88.546 88.646 88.694 89.803 i

C2 1215 88.135 92.932 88.496 88.624 88.694 89.809 83 1230 88.140 92.910 88.485 88.602 88.705 89.782 C4 1245 88.119 92.921 88.491 88.591 88.683 89.765 85 1260 88.124 92.910 88.474 88.591 88.655 89.771 C6 1275 88.119 92.910 88.480 88.580 88.661 89.754 i

l 87 1290 88.119 92.894 88.452 88.575 88.639 89.716 l

CD 1305 88.119 92.899 88.430 88.542 88.628 89.754 l

C9 1320 88.113 92.899 88.414 88.542 88.595 89.727 l

90 1835 88.108 92.877 88.425 88.525 88.595 89.727 l

91 1950 88.064 92.883 88.419 88.542 88.551 89.694 92 1365 88.086 92.872 88.381 88.514 88.589 89.683 93 1380 88.053 92.877 88.392 88.514 88.535 89.689 94 1995 88.053 92.861 88.375 88.514 88.518 89.689 95 1410 88.097 92.861 88.364 88.509 88.551 89.667 i

96 1425 88.032 92.861 88.359 88.476 88.535 89.661 97 1440 88.015 92.850 88.348 88.470 88.535 89.623 END OF TABLE i

.-,~.,,_.-c r.-~

,--_------,--,m-,..

,_.,,_m.--.-

,,.-.-,-.m

A23 UARIADLE TABLE

SUMMARY

AMPLE DELTA TEMP 25 TEMP 26 TEMP 27 TEMP 28 TEMP 29 TEMP SO UMBER MINS DEG.

F DEG.

F DEC.

F DEG.

F 1

0 90.679 90.363 90.434 90.579 90.369 90.4D8 2

15 90.507 90,302 90.450 90.502 90.341 90.378 D

SO 90.569 90.258 90.406 90.424 90.275 90.345 4

45 90.482 90.198 90.291 90.375 90.171 90.285 5

60 90.422 90.115 90.236 90.309 90.132 90.203 6

75 90.367 90.099 90.192 90.259 90.094 90.142 7

90 90.318 90.049 90.159 90.221 90.055 90.115 0

105 90.296 90.006 90.077 90.176 89.984 90.044 9

120 90.208 89.919 90.055 90.094 89.951 89.989 10 135 90.197 89.951 90.027 90.039 89.885 89.967 11 150 90.110 89.919 89.989 89.995 89.847 89.923 12 165 90.110 89.849 89.956 89.956 89.803 89.852 13 180 90.033 89.778 89.867 89.929 89.754 89.836 14 195 90.011 89.745 89.900 89.912 89.748 89.743 15 210 90.011 89.740 89.806 89.857 89.743 89.727 16 225 89.961 89.659 89.812 89.890 89.699 89.721 17 240 89.912 89.664 89.790 89.775 89.623 89.656 18 255 89.857 89.583 89.794 89.720 89.546 89.639 19 270 89.840 89.594 89.701 89.709 89.546 89.617 20 285 89.780 89.561 89.640 89.665 89.579 89.568 2 *.

300 89.752 89.512 89.657 89.643 89.497 89.563 22 315 89.796 89.507 89.601 89.610 89.497 89.513 23 SSO 89.708 89.501 89.574 89.572 89.437 89.497 24 345 89.681 89.420 89.563 89.550 89.448 89.448 25 360 89.637 89.425 89.524 89.489 89.966 89.431 26 375 89.626 89.977 89.474 89.478 89 SSS 89.410 27 390 89.587 89.322 89.441 89.451 89.311 89.993 28 405 89.604 89.290 89.4S2 89.429 89.267 89.922 29 420 89.554 89.290 89.430 89.396 89.284 89.300 SO 435 89.505 89.274 89.996 09.390 89.278 89.306 31 450 89.494 89.252 89.385 89.841 89.235 89.340 32 465 89.444 89.160 89.297 89.803 89.218 89.229 SS 480 89.433 89.192 89.808 89.264 89.207 89.207 34 495 89.428 89.214 89.802 89.281 89.191 89.180 SS 510 89.995 89.220 89.286 89.259 89.196 89.169 j

I 36 525 89.384 89.089 89.214 89.226 89.103 89.131 i

37 540 89.356 89.095 89.230 89.198 89.120 89.125 l

88 555 89.307 89.122 89.192 89.187 89.065 89.142 89 570 89.351 89.084 89.181 89.138 89.081 89.060 40 585 89.318 89.079 89.147 89.149 89.071 89.049 41 600 89.290 89.079 89.136 89.110 88.999 89.043 42 615 89.241 89.019 89.081 89.099 89.038 89.021 43 630 89.246 89.035 89.131 89.077 88.994 88.994 44 545 89.174 88.997 89.048 89.028 88.978, 88.989 45 660 89.191 88.949 89.042 89.023 88.928 88.956 l

l 46 675 89.191 88.916 89.014 89.001 88.999 88.972 47 690 89.158 88.905 88.998 89.006 88.994 88.907 48 705 89.119 88.905 88.992 88.968 88.885 88.901 49 720 89.119 88.889 88.987 88.957 88.846 88.805 50 735 89.086 88.878 88.987 88.951 88.846 88.863

A24 UARIABLE TABLE

SUMMARY

(CONTINUED)

AMPLE DELTA TEMP 25 TEMP 26 TEMP 27 TEMP 28 TEMP 29 TEMP SO UM EA MINS DEG.

F DEG.

F 51 750 89.086 88.835 88.920 88.907 88.824 80.824 52 765 89.081 88.835 88.926 88.091 88.814 88.895 53 780 89.042 88.829 88.959 88.891 88.706 08.797 54 795 89.031 88.829 80.893 88.891 08.786 88.000 55 810 89.009 88.780 88.848 88.852 88.759 88.775 56 825 89.004 88.743 88.826 88.830 88.732 08.748 57 840 88.993 88.743 88.826 88.825 08.726 88.759 58 855 88.993 88.726 88.815 88.808 88.742 88.710 59 870 88.949 88.721 88.815 88.775 88.704 08.699 60 885 88.949 88.699 88.793 88.781 88.655 88.721 61 900 88.910 89.678 88.749 88.731 88.671 80.699 62 915 88.905 88.694 88.798 88.737 88.671 00.682 69 930 88.899 88.699 88.782 88.704 88.595 88.650 G4 945 88.872 88.612 88.760 88.710 88.611 88.606 65 960 80.861 88.607 88.710 88.688 88.600 88.611 66 975 88.833 88.596 88.792 88.677 08.568 88.584 67 990 88.822 88.640 88.699 88.666 88.595 88.595 68 1005 88.822 88.591 88.632 88.633 88.595 88.589 69 1020 88.811 88.569 88.682 88.655 88.551 80.551 70 1035 88.800 88.553 88.666 88.611 88.535 88.595 71 1050 88.745 88.537 88.682 88.611 88.496 88.551 72 1065 88.756 88.515 88.682 88.589 88.491 88.513 79 1080 88.756 88.526 88.594 88.578 88.458 88.546 74 1095 88.729 88.482 88.621 88.583 88.486 08.469 75 1110 88.696 88.466 88.577 88.572 88.475 80.469 76 1125 88.712 88.472 88.555 88.556,

88.475 08.475 77 1140 88.679 88.417 88.527 88.523 88.469 88.468 78 1155 88.674 88.429 88.483 88.501 88.431 88.469 79 1170 88.630 88.417 88.566 88.495 88.999 88.431 CO 1185 88.646 88.396 88.555 88.451 80.960 88.491 81 1200 88.624 98.444 88.483 88.446 88.360 88.420 82 1215 88.619 88.390 88.488 88.446 88.971 EB.943 OS 1290 88.608 88.379 88.489 88.435 88.343 80.960 84 1245 88.591 88.369 88.461 88.413 88.393 08.971 05 1260 88.586 88.974 88.433 88.429 88.960 88.932 86 1275 88.553 88.347 88.433 88.402 88.321 00.949 87 1290 88.575 88.331 88.455 88.364 88.311 88.398 CB 1905 88.542 88.325 88.427 88.391 88.300 08.311 89 1920 88.553 88.941 88.989 88.369 88.289 80.289 90 1935 88.520 88.304 88.367 88.386 88.305 88.289 91 1950 88.520 88.282 88.361 88.396 88.294 88.203 92 1365 88.492 88.260 88.378 88.325 88.261 88.267 93 1980 88.498 88.271 88.306 88.331 88.229 88.283 94 iSV5 88.476 88.233 88.317 88.298 88.294.

88.245 95 1410 88.481 88.201 88.311 88.903 88.256 98.229 96 1425 88.459 88.238 88.311 88.325 88.239 88.245 97 1440 88.459 88.222 88.944 88.287 88.174 88.245 END OF TABLE c -

A25 VARIABLE TABLE

SUMMARY

4MPLE DELTA TEMP 31 TEMP 32 TEMP 33 TEMP 34 TEMP 35 TEMP 36 JMBER MINS DEG.

F DEG.

F j

1 1

0

.90.451 90.313 90.319 90.137 90.483 90.248 2

15 90.402 90.275 90.275 90.110 90.417 90.226 3

30 90.314 90.198 90.214 90.038 90.456 90.165 4

45 90.347 90.137 90.148 90.016 90.461 90.099 5

60 90.330 90.002 90 104 89.989 90.302 90.061 6

75 90.226 90.071 90.066 89.940 90.264 89.989 7

90 90.187 90.060 90.038 89.912 90.264 89.934 0

105 90.116 90.000 89.951 89.869 90.253 89.918 9

120 90.099 89.951 89.934 89.836 90.198 89.879 10 135 90.028 89.973 89.880 89.792 90.225 89.836 11 150 90.105 89.880 89.852 89.743 90.165 89.803 12 165 89.946 89.853 89.792 89.721 90.132 89.753 13 180 89.929 89.815 89.781 89.710 90.099 89.709 14 195 89.875 89.744 89.759 89.650 90.132 89.660 15 210 89.924 89.755 89.699 89.633 90.060 89.644 16 225 89.799 89.701 89.672 89.601 90.011 89.600 17 240 89.902 89.690 89.623 89.568 90.038 89.567 18 255 89.777 89.668 89.617 89.546 89.935 89.534 19 270 89.728 89.614 89.579 89.502 89.935 89.512 20 285 89.695 39.575 89.557 89.480 89.951 89.485 21 300 89.761 89.559 89.502 89.453 89.820 89.452 22 315 89.652 89.532 89.480 89.431 89.875 89.435 23 330 89.619 89.505 89.447 89.415 89.831 89.391 24 345 89.603 89.488 89.420 89.382 89.804 89.364 25 360 89.587 89.488 89.404 89.344 89.799 89.342 26 375 89.538 89.418 89.371 89.333 89.859 89.320 27 390 89.532 89.385 89.338 89.305 89.712 89.290 28 405 89.507 89.385 89.327 89.278 89.712 89.271 29 420 89.483 89.336 89.300 89.256 89.793 89.254 30 435 89.450 89.352 89.272 89.251 89.663 89.211 31 450 89.418 89.309 89.245 89.201 89.717 89.194

'32 465 89.418 89.287 89.240 89.179 89.570 89.200 33 480 89.347 89.265 89.207 89.179 89.690 89.167 34 495 89.358 89.249 89.196 89.158 89.576 89.139 35 510 89.342 89.238 89.158 89.130 89.668 89.112 36 525 89.353 89.200 89.141 89.125 89.472 89.090 37 540 89.331 89.205 89.119 89.092 89.554 89.095 38 555 89.266 89.162 89.097 89.070 89.581 89.041 i

39 570 89.293 89.145 89.097 89.037 89.516 89.041 40 585 89.309 89.102 89.070 89.043 89.521 89.002 41 600 89.178 89.096 89.048 89.010 89.510 88.997 42 615 89.200 89.085 89.026 88.977 69.516 88.975 43 630 89.168 89.091 89.021 88.977 89.489 88.964 44 645 89.157 89.069 88.988 88.972 89.456 88.936 45 660 89.113 89.036 88.955 88.955 89.423 88.947 46 675 89.124 89.031 88.944 88.955 89.407 88.914 47 690 89.086 88.977 88.928 88.917 89.412 88.909 43 705 89.059 88.977 88.922 88.884 89.369 88.871 49

-720 89.075 88.966 88.900 88.868 89.325 88.854 50 735 89.026 88.949 88.879 88.868 89.309 88.849 L

~ - -

A26 UARIA8LE TABLE

SUMMARY

(CONTINUED)

AMPLE DELTA TEMP Si TEMP 32 TEMP 33 TEMP 34 TEMP 35 TEMP 36

!UMOEA MIN 5 DEG.

F DEC.

F DEG.

F 51 750 89.064 88.944 88.868 88.818 89.282 80.827 52 765 89.037 88.928 88.846 88.840 89.309 88.827 53 780 89.010 88.911 88.824 88.797 89.358 88.816 54 795 88.988-88.889 88.813 88.775 89.314 88.794 55 810 88.966 88.889 88.807 88.791 89.260 88.783 i

56 825 88.939 88.841 88.797 88.769 89.233 88.777 57 840 88.961 88.862 88.775 88.764 89.206 88.761 58 855 88.945 88.835 88.764 88.709 89.260 88.739 59 870 88.950 88.813 88.747 88.720 89.222 88.729 60 885 88.863 88.792 88.731 88.693 89.151 88.701 61 900 88.868 88.786 88.714 88.704 89.184 80.695 62 915 88.857 88.770 88.698 88.676 89.162 88.673 63 930 88.814 88.759 88.682 88.682 89.200 88.662 64 945 88.857 88.781 88.676 88.654 89.140 88.646 65 960 88.025 88.743 88.654 88.632 89.124 88.651 66 975 88.776 88.737 88.643 88.627 89.086 88.629 67 990 88.749 88.704 88.621 88.611 89.091 88.618 68 1005 88.803 88.694 88.627 88.611 89.064 88.602 69 1020 88.770 88.721 88.589 88.589 89.081 88.586 70 1035 88.776 88.694 88.589 88.561 89.004 88.580 71 1050 88.683 88.661 88.567 88.539 89.037 88.564 72 1065 88.705 88.655 88.550 88.539 89.026 88.569 73 1080 88.678 88.645 88.556 88.539 89.004 88.547 74 1095 88.683 88.650 88.534 88.501 88.989 88.553 75 1110 88.640 88.596 88.528 88.485 88.934 88.520 76 1125 88.738 88.601 88.518 88.485 80.004 88.503 77 1140 88.683 88.579 88.50/

88.485 88.879 88.498 78 1155 88.667 88.617 88.490 88.446 88.950 88,498 79 1170 88.640 88.617 88.474 88.457 88.945 88.476 l

CO 1185 88.596 88.557 88.468 88.468 88.999 88.470 81 1200 88.602 88.568 88.446 88.419 88.917 88.443 82 1215 88.591 88.525 88.430 88.408 88.857 88.465 83 1230 88.564 88.514 88.430 88.392 88.896 88.438 C4 1245 88.526 88.519 88.425 88.397 88.906 88.427 85 1260 88.553 88.481 88.392 88.386 88.879 88.410 C6 1275 88.575 88.487 88.381 88.353 88.819 88.399

'187 1290 88.504 88.465 88.370 88.364 88.863 88.383 CB 1305 88.515 88.476 88.364 88.348 88.798 88.388 09 1920 88.498 88.438 88.364 88.315 88.857 88,372 90 1935 88.558 88.465 88.364 88.359 88.819 88.355 91 1950 88.515 88.449 88.332 88.310 88.743 88.350 92 1365 88.520 88.432 88.326 88.293 88.727 88.339 93 1380 88.471 88.427 88.321 88.321 88.770 88.333 94 1995 88.482 88.389 88.304 88.304 88.743 88.328 95 1410 88.444 89.383 88.304 88.288 88.721 88.328 96 1425 88.466 88.400 88.288 88.244 88.711 88.322 97 1440 88.417 88.410 88.293 88.255 88.732 88.295 END OF TABLE

A27 VARIABLE TABLE

SUMMARY

AMPLE DELTA TEMP 37 TEMP 38 TEMP 39 TEMP 40 PRES 1

HUM i

UMBER -MIN 5 DEG.

F DEG.

F P5IA FRACTION 1

0 89.557 89.513 90.088 88.717 37.649 0.182 2

15 89.497 89.475 90.044 88.678 97.643 0.183 3

30 89.486 89.447 90.011 88.667 37.642 0.184 4

45 89.442 89.409 89.995 88.640 37.637 0.184 5

60 89.415 89.976 89.978 88.613 37.635 0.184 6

75 89.371 89.321 89.918 88.575 97.632 0.185 7

90 89.971 89.272 89.874 88.553 37.630 0.186 8

105 89.327 89.267 89.880 88.525' 37.626 0.186 9

120 89.305 89.239 89.858 88.509 37.627 0.187 10 135 89.300 89.201 89.820 88.482 97.622 0.187 11 150 89.261 89.152 89.798 88.471 97.620 0.188 12 165 89.207 89.190 89.770 88.438 37.617 0.188 13 180 89.174 89.108 89.738 88.411 97.614 0.189 14 195 89.174 89.070 89.705 88.400 37.616 0.189 15 210 89.163 89.059 89.705 88.889 97.611 0.190 16 225 89.119 89.020 89.677 88.967 37.609 0.190 17 240 89.1ES 89.009 89.650 88.362 G7.639 0.190 18 255 89.070 88.955 89.601 88.923 37.609 0.191 19 270 89.048 88.999 89.595 88.318 97.604 0.191 20 285 89.026 88.922 89.595 88.307

.37.602 0.191 21 300 88.999 88.900 89.557 88.280 37.599 0.191 22 315 88.993 88.867 89.541 88.258 37.598 0.192 23 330 88.972 88.867 89.519 88.252 37.596 0.192 24 345 88.955 88.823 89.492 88.241 87.595 0.192 25 360 88.911 88.807 89.453 88.225 37.593 0.193 26 375 88.911 88.785 89.470 88.220 37.594 0.193 27 390 88.873 88.774 89.420 88.187 37.591 0.194 28 405 88.862 88.736 89.999 88.181 37.590 0 193 29 420 88.846 88.703 89.382 88.176 37.588 0.194 30 435 88.829 88.719 89.366 88.170 37.587 0.195 31 450 88.802 88.719 89.371 88.165 37.586 0.195 32 465 88.791 88.664 89.398 88.110 37.584 0.195 SS 480 88.775 88.648 89.311 88.088 37.582 0.195 34 495 88.758 88.610 89.295 80.083 37.580 0.196 35 510 88.758 G8.632 89.289 88.061 97.582 0.196 96 525 88.725 88.582 89.267 88.094 37.576 0.196 37 540 88.709 88.571 89.240 88.099 37.574 0.196 98 555 88.704 88.566 89.218 88.034 37.572 0.197 39 570 88.693 88.550 89.229 88.028 37.570 0.197 40 585 88.687 88.528 89.224 88.023 37.568 0.197 41 600 88.665 88.522 89.180 88.017 37.567 0.197 42 615 88.638 88.528 89.185 88.017 97.565 0.198 43 630 88.643 88.484 89.185 88.007 37.564 0.198 44 645 88.621 88.479 89.153 87.990 37.564, 0.199 45 660 88.600 88.446 89.109 87.979 37.565 0.198 46 675 88.600 88.462 89.114 87.957 37.564 0.199 47 690 88.583 88.424 89.109 87.957 37.562 0.199 48 705 88.572 88.413 89.071 87.941 97.562 0.199 49 720 88.561 88.407 89.001 87.936 37.561 0.200 50 735 88.545 88.985 89.049 87.990 37.560 0.200 l

l

A20 VARIABLE TABLE

SUMMARY

(CONTINUED)

. AMPLE DELTA TEMP 37 TEMP 98 TEMP 39 TEMP 40 PRES 1

HUM 1

IUM"ER MINS DEG.

F DEG.

F PSIA FRACTION 51 750 88.599 88.374 89.043 88.094 37.558 0.200 52 765 88.523 88.352 89.043 88.088 37.558 0.200 SS 780 88.523 88.858 89.060 88.088 37.555 0.201 54 795 88.507 88.352 88.994 88.067 37.554 0.201 55 810 88.479 88.825 88.999 88.072 87.550 0.201 56 825 88.457 88.303 88.978 88.072 37.549 0.801 57 840 88.474 88.309 88.961 88.067 37.549 0.202 58 855 88.457 88.292 88.967 88.061 97.554 0.202 59 870 88.446 88.276 88.956 88.061 87.546 0.202 60 885 88.446 88.259 88.917 88.061 97.546 0.202 61 900 88.430 88.248 88.923 88.056 37.546 0.202 62 915 88.480 88.265 88.929 88.099 37.545 0.209 63 990 88.408 88.259 88.999 88.050 37.544 0.209 6t:

945 88.397 88.221 88.896 88.039 97.545 0.203 65 960 88.992 88.221 80.874 88.045 37.544 0.203 66 975 88.375 88.205 88.868 88.034 37.543

~0.203 67 990 88.959 88.199 88.874 88.039 37.549 0.204 68 1005 88.364 88.188 88.852 88.028 37.542 0.204 69 1020 88.348 80.172 88.846 88.017 37.543 0.204 70 1035 88.342 88.183 88.824 88.017 37.543 0.204 71 1050 88.326 88.155 88.814 88.012 37.542 0.204 72 1065 88.310 88.139 88.808 88.012 37.542 0.205 73 1080 88.910 88.128 88.781 88.012 97.541 0.205 74 1095 88.299 88.123 88.803 88.001 37.541 0.205 75 1110 89.288 80.123 88.764 88.001 97.541 0.205 76 1125 88.282 88.128 88.770 87.985 97.540 0.206 77 1140 88.277 88.112 88.748 87.979 37.541 0.206 78 1155 88.260 88.090 88.770 87.985 37.540 0.206 79 1170 88.249 88.084 88.742 87.974 S7.539 0.206 80 1185 88.249 88.079 88.742 87.974 97.539 0.207 81 1200 88.233 88.062 88.742 87.979 97.539 0.206 82 1215 88.222 88.046 88.704 87.968 97.588 0.207 83 1230 88.200 88.051 88.688 87.968 37.596 0.207 84 1245 88.211 88.046 88.693 87.957 37.583 0.207 85 1260 88.200 88.035 88.699 87.946 37.530 0.200 86 1275 88.195 88.019 88.688 87.946 37.528 0.208 87 1290 88.184 88.095 88.660 87.941 97.531 0.200 CO 1905 88.178 88.008 88.650 87.930 37.529 0.208 09 1920 88.167 88.019 88.639 87.925 37.522 0.200 90 1995 88.167 87.997 88.655 87.990 37.520 0.208 91 1950 88.151 87.986 88.693 87.914 37.519 0.209 92 1965 88.151 88.002 88.633 87.914 37.519 0.209 93 1980 88.146 87.997 88.644 87.914 37.517 0.209 94 fS95 88.146 87.969 88.595 87.908 37.517 0.209 95 1410 88.129 87.959 88.589 87.897 37.516 0.209 96 1425 88.113 87.953 88.589 87.903 37.516 0.209 97 1440 88.113 87.947 88.589 87.886 37.514 0.209 END OF TABLE

A29 VARIABLE TABLE

SUMMARY

AMPLE DELTA HUM 2

HUM S

HUM 4

HUM 5

HUM 6

HUM 7

UMBER MINS FRACTION FRACTION FRACTION FRACTION FRACTION FRACTION 1

O O.181 0.174 0.191 0.187 0.188 0.18D 2

15 0.182 0.174 0.192 0.188 0.189 0.183 3

30 0.183 0.175 0.192 0.188 0.190 0.184 4

45 0.183 0.175 0.193 0.189 0.190 0.184 5

60 0.184 0.177 0.193 0.189 0.190 0.185

.6 75 0.184 0.178 0.194 0.190 0.191 0.184 7

90 0.186 0.177 0.194 0.190 0.191 0.185 0

105 0.186 0.178 0.195 0.190 0.192 0.185 9

120 0.186 0.181 0.195 0.191 0.192 0.106 10 135 0.187 0.180 0.195 0.191 0.199 0.187 11 150 0.187 0.182 0.196 0.192 0.193 0.187 12 165 0.188 0.180 0.196 0.192 0.193 0.187 13 180 0.188 0.181 0.196 0.192 0.194 0.180 14 195 0.189 0.182 0.197 0.192 0.194 0.188 15 210 0.189 0.182 0.197 0.193 0.194 0.180 16 225 0.189 0.183 0.197 0.193 0.195 0.188 17 240 0.190 0.184 0.198 0.193 0.195 0.189 18 255 0.190 0.183 0.198 0.194 0.195 0.189 19 270 0.191 0.184 0.198 0.194 0.196 0.189 20 285 0.191 0.183 0.199 0.194 0.196 0.190 21 300 0.191 0.185 0.199 0.194 0.196 0.190 22 315 0.191 0.184 0.199 0.195 0.197 0.191 23 SSO O.192 0.184 0.199 0.195 0.197 0.190 24 345 0.192 0.184 0.200 0.195 0.197 0.191 25 960 0.193 0.186 0.200 0.195 0.197 0.192 26 375 0.193 0.187 0.200 0.195 0.197 0.191 27 390 0.193 0.186 0.200 0.196 0.198 0.191 28 405 0.193 0.186 0.201 0.196 0.198 0.192 29 420 0.194 0.185 0.201 0.196 0.199 0.192 30 435 0 194 0.186 0.201 0.197 0.199-0.192 31 450 0.195 0.186 0.201 0.197 0.199 0.193 32 465 0 194 0.188 0.202 0.197 0.199 0.193 SS 480 0.195 0.188 0.202 0.197 0.199 0.199 34 495 0.195 0.188 0.202 0.198 0.200 0.194 35 510 0.196 0.189 0.202 0.198 0.200 0.194 36 525 0.196 0.188 0.203 0.198 0.200 0.194 37 540 0.196 0.189 0.203 0.198 0.200 0.195 38 555 0.196 0.188 0.203 0.198 0.201 0.194 39 570 0.196 0.188 0.209 0.199 0.201 0.194 40 585 0.197 0.188 0.204 0.199 0.201 0.195 41 600 0.197 0.188 0.204 0.199 0.201 0.195 42 615 0.197 0.190 0.204 0.199 0.202 0.196 43 690 0.197 0.190 0.204 0.199 0.202 0.196 44 645 0.198 0.190 0.205 0.200 0.20R 0.196 45 660 0.198 0.190 0.205 0.200 0.202 0.196 46 675 0.198 0.190 0.205 0.200 0.202 0.196 47 690 0.199 0.191 0.205 0.200 0.203 0.197 48 705 0.199 0.191 0.206 0.201 0.209 0.197 49 720 0.199 0.192 0.206 0.201 0.203 0.198 50 735 0.199 0.191 0.206 0.201 0.204 0.197 f

4 4 -,,,. -,.

,y

l A30 VARIABLE TABLE

SUMMARY

(CONTINUED)

AMPl.E DELTA HUM 2

HUM S

HUM 4

HUM 5

HUM 6

HUM 7

' UMBER MINS FRACTION FRACTION FRACTION FRACTION FRACTION FRACTION 51 750 0.200 0.191 0.206 0.201 0.204 0.198 52 765 0.199 0.192 0.206 0.201 0.204 0.198 SS 780 0.200 0.193 0.207 0.201 0.204 0.198 54 795 0.200 0.192 0.206 0.202 0.204 0.199 55 810 0.200 0.192 0.207 0.202 0.204 0.199 56 825 0.201 0.193 0.207 0.202 0.205 0.198 57 840 0.201 0.193 0.207 0.202 0.205 0.199 58 855 0.201 0.192 0.208 0.202 0.205 0.199 59 870 0.201 0.198 0.208 0.203 0.205 0.200 60 885 0.201 0.198 0.208 0.209 0.205 0.200 61 900 0.202 0.194 0.208 0.203 0.206 0.199 62 915 0.202 0.194 0.208 0.203 0.206 0.200 63 930 0.202 0.193 0.208 0.204 0.206 0.200 64-945 0.202 0.195 0.209 0.204 0.206 0.200 65 960 0.203 0.194 0.209 0.204 0.206 0.200 66 975 0.209 0.195 0.209 0.204 0.207 0.201 67 990 0.203 0.195 0.209 0.204 0.207 0.201 68 1005 0.204 0.195 0.209 0.205 0.207 0.201 69 1020 0.204 0.196 0.210 0.205 0.207 0.201 70 1035 0.204 0.196 0.210 0.205 0.207 0.201 71 1050 0.204 0.196 0.210 0.205 0.208 0.201 72 1065 0.204 0.196 0.210 0.205 0.208 0.202 73 1080 0.205 0.194 0.210 0.205 0.208 0.202 74 1095 0.205 0.196 0.210 0.206 0.208 0.203 75 1110 0.204 0.198 0.210 0.206 0.200 0.203 76 1125 0.205 0.197 0.211 0.206 0.208 0.202 77 1140 0.205 0.197 0.211 0.206 0.209 0.203 78 1155 0.205 0.197 0.211 0.206 0.209 0.202 79 1170 0.205 0.197 0.212 0.207 0.209 0.203 80 1185 0.206 0.197 0.211 0.207 0.209 0.203 81 1200 0.205 0.199 0.212 0.207 0.209 0.203 82 1215 0.206 0.198 0.212 0.207 0.209 0.204 OS 1230 0.206 0.197 0.212 0.207 0.210 0.203 84 1245 0.206 0.199 0.212 0.207 0.210 0.204 85 1260 0.206 0.199 0.212 0.208 0.210 0.204 86 1275 0.207 0.198 0.213 0.208 0.210 0.205 87 1290 0.207 0.198 0.213 0.208 0.210 0.204 88 1905 0.207 0.199 0.213 0.208 0.211 0.205 89 1920 0.207 0.200 0.219 0.208 0.211 0.204 90 1995 0.207 0.198 0.213 0.208 0.211 0.205 91 1350 0.208 0.201 0.213 0.209 0.211 0.205 92 1965 0.208

.0.199 0.213 0.209 0.211 0.205 l

99 1980 0.208 0.201 0.214 0.209 0.211 0.206 94 1895 0.208 0.201 0.214 0.209 0.211 0.205 i

95 1410 0.208 0.199 0.214 0.209 0.212 0.206 l

96 1425 0.209 0.200 0.214 0.209 0.212 0.205 i

97 1440 0.208 0.200 0.214 0.210 0.212 0.206 END OF TABLE I

l l

A31 UARIA8LE TABLE

SUMMARY

AMPLE DELTA HUM B HUM 9

HUM 10 JM8ER MIN 5 FRACTION FRACTION FRACTION 1

0 0.207 0.201 0.206 2

15 0.208 0.201 0.206 S

SO 0.208 0.201 0.206 4

45 0.208 0.202 0.207 5

60 0.200 0.202 0.207 6

75 0.209 0.202 0.207 7

90 0.209 0.202 0.207 8

105 0.209 0.203 0.208 9

120 0.209 0.209 0.208 10 195 0.210 0.209 0.208 11 150 0.210 0.209 0.200 12 165 0.211 0.204 0.200 19 180 0.211 0.204 0.200 14 195 0.211 0.204 0.209 15 210 0.211 0.204 0.209 16 225 0.211 0.205 0.209 17 240 0.212 0.205 0.209 18 255 0.212 0.205 0.210 19 270 0.219 0.205 0.209 20 285 0.212 0.206 0.210 21 300 0.219 0.206 0.210 22 315 0.213 0.206 0.210 23 330 0.213 0.206 0.210 24 345 0.213 0.206 0.211 25 960 0.214 0.207 0.211 26 375 0.214 0.207 0.211 27 390 0.214 0.207 0.211 28 405 0.214 0.207 0.211 29 420 0.214 0.207 0.211 SO 435 0.215 0.208 0.211 31 450 0.215 0.208 0.212 32 465 0.215 0.208 0.212 SS 480 0.215 0.208 0.212 t

94 495 0.215 0.208 0.212 35 510 0.216 0.209 0.213 96 525 0.216 0.209 0.219 37 540 0.216 0.209 0.213 38 555 0.216 0.209 0.214 89 570 0.217 0.209 0.213 40 585 0.217 0.210 0.214 f

41 600 0.217 0.209 0.214 42.

615 0.217 0.210 0.214 43 630 0.217 0.210 0.214 44 445 0.218 0.210 0.214 45 660 0.218 0.211 0.214 46 675 0.218 0.211 0.215 47 690 0.218 0.211 0.215 48 705 0.218 0.211 0.215 49 720 0.21C 0.211 0.215 50 735 0.218 0.211

.0.215

A32 VARIABLE TABLE

SUMMARY

(CONTINUED) 4MPLE DELTA HUM 8

HUM 9

HUM 10 JM ER MINS FRACTION FRACTION FRACTION 51 750 0.218 0.212 0.215 52 765 0.219 0.212 0.215 53 780 0.219 0.212 0.216 54 795 0.219 0.212 0.216 55 810 0.219 0.212 0.216 56 825 0.219 0.219 0.216 57 840 0.219 0.213 0.216 53 855 0.220 0.213 0.216 59 870 0.220 0.213 0.216 60 885 0.220 0.213 0.217 61 900 0.220 0.219 0.217 62 915 0.220 0.213 0.217 69 930 0.221 0.213 0.217 64 945 0.221 0.214 0.217 65 960 0.221 0.214 0.217 66 975 0.221 0.214 0.217 67 990 0.221 0.214 0.217 68 1005 0.221 0.214 0.218 69 1020 0.222 0.215 0.218 70 1035 0.222 0.215 0.218 71 1050 0.222 0.215 0.218 72 1065 0.222 0.215 0.218 73 1080 0.222 0.215 0.218 74 1095 0.222 0.215 0.218 75 1110 0.223 0.215 0.218 76 1125 0.223 0.216 0.219 77 1140 0.229 0.216 0.219 78 1155 0.223 0.216 0.219 79 1170 0.223 0.216 0.219 CO 1185 0.223 0.216 0.219 81 1200 0.224 0.216 0.219 82 1215 0.223 0.217 0.219 83 1230 0.224 0.217 0.219 G4 1245 0.224 0.217 0.220 85 1260 0.224 0.217 0.220 86 1275 0.224 0.217 0.220 87 1290 0.224 0.217 0.220 CB 1305 0.225 0.217 0.220 C9 1920 0.225 0.218 0.220 i

90 1935 0.225 0.218 0.220 91 1950 0.225 0.218 0.221 92 1965 0.225 0.218 0.221 93 1980 0.225 0.218 0.221 94 19Vh O.225 0.218 0.221 l

95 1410 0.226 0.218 0.221 l

96 1425 0.226 0.218 0.221 97 1440 0.226 0.219 0.222 END OF TABLE l

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- s APPENDIX A.3.'

w.

P REDUCED PRESSURE ILRT t

i COMPUTER GENERATED REPORT i~

CONTROLLED LEAKAGE RATE TEST

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AS4 j

u LOUISIANA POWER & LIGHT COMPANY WATERFORD SES UNIT NO. 3 CONTAINMENT INTEGRATED LEAKAGE RATE TEST SUPPLEMENTAL VERIFICATION TEST LEAKAGE RATE MEASURED USING THE ABSOLUTE METHOD LEAKAGE RATE COMPUTED USING THE MA55 POINT METHOD TEST PERIOD STARTED AT 15 HOUR 5 ON APRIL 29, 1983 TEST CONDUCTED FOR 4.25 HOUR 5 FREE SPACE VOLUME OF CONTAINMENT IS 2677000 CU FT CONTAINMENT WA5 PRES 5URIZED TO 37.51 PSIA INITIAL VERIFICATION AIR WEIGHT 492700.8 LB5 FINAL VERIFICATION AIR WEIGHT 492362.2 LB5 FITTED MASS POINT LEAKAGE RATE IS 0.356 % PER DAY LC = 0.356 LTM = 0.0022 LO = 0.3626 LO

+

LTM

-.25LT <

LC LO

+

LTM

+.25LT O.3626 +0.0022 -0.0085 < 0.356 < 0.9626+ 0.0022+ 0.08G5 0.2763

< 0.356 <

0.4533 LC

= REDUCED PRES 5URE FITTED CLRT MASS POINT LEARAGE RATE LTM = REDUCED PRES 5URE FITTED ILRT MASS POINT LEAKAGE RATE LO

=5UPERIMPOSED LEAKAGE DURING VERIFICATION TEST LT

= CONTAINMENT DESIGN LEAKAGE RATE FOR REDUCED PRESSURE

A35 DESCRIPTION OF VARIABLES AVG. TEM - CONTAINMENT MEAN TEMPERATURE CALCULATED FROM VOLUMETRICALLY WEIGHTED RTD SENSOR INDICATIONS.

AVE. PRE - PRIMARY CONTAINMENT PRES 5URE INDICATION.

VAP. PRE - CONTAINMENT VAPOR PRES 5URE CALCULATED FROM VOLUMETRICALLY WEIGHTED RHD SENSOR INDICATIONS.

LEAK SIM - SIMPLE TOTAL TIME LEAKAGE RATE.

LEAK MA5 - LEAKAGE RATE COMPUTED FROM FIRST ORDER REGRESSION OF AIR MA55 DATA.

AIR MASS - CONTAINMENT AIR MA55.

NOTE FOR TABULAR DATA -

TABLE VALUES OF ZERO SIGNIFY DATA IS NOT APPLICABLE TO THE CALCULATION.

NOTE FOR CURVE 5 -

1.

TOP ABSCI5SA SCALE REPRESENTS SAMPLE NUMBERS.

2.

AIR MA55 IS THE CALCULATED CONTAINMENT AIR MA55 AND FITTED AIR MA55 IS THE LINEAR LEAST SQUARE FIT OF THE AIR MASSE 5.

S.

SIMPLE MASS POINT IS THE TOTAL TIME LEAKAGE RATE AND FITTED MA55 POINT IS THE LEAKAGE RATL DATA.

l COMPUTED FROM FIRST ORDER REGRESSION OF AIR MASS l

I

4. UCL IS THE UPPER LIMIT OF THE 95%

CONFIDENCE LEVEL OF AIR MASS DATA.

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COMPUTED LEAK RATES RELATIVE TO LIMITS i

1 4280 i

F ITTLC CLR' M9SS DOINT IL9490E R9't F-

= a x x MAXIMUM RCCEPTABLE E

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VOLUMETRICALLY WEIGHTED VAPOR PRESSURE i

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- - - -- - - J

A42 VARIABLE TABLE

SUMMARY

)

.MPLE DELTA AVG. TEM AVG. PRE UAP. PRE LEAK SIM LEAK MAS AIR MA55

MBER MIN 5 DEG.

F PSIA P5IA PER CENT PER CENT POUNDS 1

0 88.374 37.5140 0.1404 0.000 0.000 492701 2

15 88.382 37.5129 0.1405 0.459 0.000 492678 3

30 88.376 37.5057 0.1406 1.113 1.113 492587 4

45 88.368 37.5038 0.1406 0.864 0.955 492568 5

60 88.957 37.5089 0.1407 0.912 0.469 492697 6

75 88.352 37.4995 0.1408 0.687 0.569 492525 7

90 88.362 37.5029 0.1409 0.463 0.475 492550 O'

105 88.350 37.5000 0.1410 0.447 0.426 492540 9

120 88.352 97.4986 0.1409 0.461 0.412 492512 10 135 88.343 37.4976 0.1412 0.490 0.392 492502 11 150 88.396 37.4959 0.1412 0.420 0.979 492405 12 165 88.SS5 37.4944 0.1412 0.419 0.970 492467 la 180 88.392 97.4930 0.1414 0.410 0.364 492440 14 195 88.929 37.4911 0.1413 0.411 0.963 492426 15 210 88.926 37.4094 0.1413 0.407 0.361 492400 16 225 88.590 37.4886 0.1415 0.402 0.360 492991 17 240 88.915 37.4862 0.1415 0.400 0.359 492372 18 255 88.912 37.4859 0.1416 0.888 0.956 492362 END OF TABLE

.-m-

,,w=--

--....--,_...,e.-y~

A49 VARIABLE TABLE

SUMMARY

AMPLE DELTA TEMP 1

TEMP 2

TEMP 3

TEMP 4

TEMP 5

TCMP 6

UMBER MINS DEG.

F DEG.

F 1

0 88.069 88.073 88.102 88.184 88.168 88.604 2

15 88.058 88.046.

88.096 88.190 88.195 88.599 3

30 88.075 88.078 88.091 88.184 88.195 88.566 4

45 88.064 88.062 88.091 88.184 88.184 88.560 5

60 88.047 88.057 88.074 88.184 88.151 88.632 6

75 88.096 88.046 88.000 88.173 88.184 88.479 7

90 88.053 88.106 88.102 88.173 88.190 88.440 0

105 88.036 88.051 88.063 88.162 88.146 88.533 9

120 88.025 88.040 88.058 88.162 88.151 80.495 10 135 88.096 88.057 88.069 88.157 88.157 88.506 11 150 80.020 88.046 88.036 88.140 88.162 88.429 12 165 88.014 88.008 88.053 88.157 88.124 88.495 la 180 88.031 87.997 88.025 88.140 88.151 88.555 14 195 88.020 88.051 88.047 88.146 88.146 88.494 15 210 88.020 88.008 88.058 88.195 88.195 88.560 16 225 88.020 88.046 88.042 88.140 88.140 88.555 17 240 87.998 87.986 88.020 88.118 88.118 88.538 18 255 87.992 88.008 88.009 88.118 88.195 88.522 END OF TABLE

f A44 VARIABLE TABLE

SUMMARY

AMPLE DELTA TEMP 7

TEMP 8

TEMP 9

TEMP 10 TEMP 11 TEMP 12 UM ER MINS DEG.

F DEG.

F 1

0 87.933 88.'111 88.012_

80.960 88.209 88.072 2

15 87.954 88.193 88.034 88.'496 88.252 88.105 S

30 87.922 88.106 87.990 88.392 88.214 88.121 4

45 87.922 88.127 88.001 88.414 88.246 88.088 5

60 87.911 88.127 87.968 68.403 88.154 88.001 6

75 87.905 88.095 88.001 88.409 88.214 E8.077 7

90 87.933 88.11'1 87.990 88.403 88.192 88.000 0

105 87.889 88.084 87.968 88.403 08.203

,88.007 9

120 87.894 88.089 87.990 88.414 sB8.1G1 80.045 10 195 87.894 88.095 87.968 88.349 88.209 88.007 11 150 87.905 88.079 87.979 88.981' 88.154 GB.061 12 165 87.911 88.068 87.957 88.992 88.176 88.023 13 190 07.889 80.062 87.963 88.431 88.176 80.039-14 195 87.900 88.073 87.957 88.409 88.181 88.084 15 210 87.873 88.068 87.957 88.398 88.160 87.905 16 225 87.905 88.084 87.957 88.409 88.127 88.056 17 240 87.878 80.051 87.924 88.943 88.111 80.061 18 255 87.845 88.062 87.952 88.392 88.192 07.979 END OF TABLE s

/

\\

n-e I

J A

go N

9 e

s _

r 2-l

s 7

6

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,.=

5

,s-s y

/

~~

y s

=A-

,n y

7

---w ag

A43 UARIABLE TABLE

SUMMARY

iMPLE ~ DELTA TEMP 13 TEMP 14 TEMP 15 TEMP 16 TEMP 17 TEMP 18 IMOER HIN5 DEG.

F DEC.

F DEG.

F

DEG, F

DEG.

F 1

0 88'.249 88.014 88.242 88.240 87.892 90.088 2

15 88.266 87.998 88.236 88.268 87.897 90.094 S

30 98.266 80.003 88.231 88.235 87.870 90.099

- 4 45 88.249 87.987 88.203 88.240 87.875 90.083 5

60 88.239 87.971 88.198 88.257 87.864 90.077 6

75 88.228 87.992 88.209 88.229 87.870 90.077 7

90 88.239 87.960 88.209 88.246 87.859 90.072 fl 105

_88.217 87.987 88.209 88.219 87.870 90.072 9

120 88.222 87.954 88.181 88.235 87.848 90.077 10 135 68.206 87.965 88.192 88.262 87.859 90.055

'1 1

,150 08.233 87.971 88.165 88.240 87.864 90.061 12

-165 88.217 87.965 88.176 88.251 87.859 90.066 1S 180 88.217 87.965 88.159 88.207 87.853 90.077 195 88.195 87.954 88.176 88.246 87.897 90.072 1N

. 15 210 88.200 87.938 88.137 88.191 87.820 90.061 16 225 88.184 87.927 88.170 88.268 87.820 90.061 17 240 88.184 87.927 88.154 88.196 87.842 90.055

' ~ "

10.

-255 88.184 87.916 88.143 88.185 87.837 90.044 END OF TABLE i

r T

i' l

l

[_

N fu _.

i\\

[

f 1

(

/

i

(

.s

A46 i

UARIABLE TABLE

SUMMARY

ir r

, /. AMPLE ~ DELTA TEMP 19 TEMP 20 TEMP 21 TEMP 22 TEMP 23 TEMP 24

.ldMBER MIN 5 DEG.

F DEGj.

F DEG.

F 1-0 87.983 92.G17 88.260 88.377 88.458 89.569 2^

15 87.988 92.8a2

88. 266 e 88.999 88.425 89.563 3

30 88.010 92.806 88.260 88.372 88.447 89.536 4

45 87.955 92.806 88.244 88.377 88.430 89.541 5

60 87.966 92.811 88.244 88.372 88.436 89.525 6

75 87.961 92.806 88.222 88,.355 88.981 89.547 7

90 87.961 92.800 88.255 88.361 88.970 89.574 8

105 87.961 92.806 88.249 88.366 88.436 89.519 9

120 87.999 92.806-88.238 88.350 88.386 89.547 10 135 87.955 92.795 88.233 88.366 88.970 89.590 11 150 87.950 92.800 88.211 88.339 88.364 89.514 12 165 87.934 92.800 88.238 88.339 88.364 89.509 19 180 87.950 92.795 88.211 88.339 88.397 89.470 14 195 87.994 92.795 l'/ 88.205

'88.317 88.964 89.541 15 210 87.912 92.789 88.244 88.333 88.425 89.492

r 16 225 87.945 92.784 88.216 88.922 88.997 89.481

/

17 240 87.917 92.784 88.189 88.322 88.375 89.470 18 /

j 255 87.923 92.784 88.178 88.295 88.553 89.492 I

/

END OF TABLE

^

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A l

A47 UARIA8LE TABLE

SUMMARY

4MPLE DELTA TEMP 25 TEMP 26 TEMP 27 TEMP 28 TEMP 29 TEMP SO JMIER HIN5 DEG.

F DEG.

~F DEG.

F 1

0 88.371 88.136 88.234 88.226 88.141 88.130 2

15 88.998 88.184 88.289 88.199 88.136 88.152 3

30 88.382 88.195 88.272 88.182 88.190 88.190 4

45 88.387 88.157 88.267 88.182 88.109 88.168 5

60 88.382 88.163 88.261 88.193 88.097 88.141 6

75 88.354 88.108 88.234 88.177 88.097 88.119 7

90 88.365 88.168 88.239 88.193 88.081 88.136 8

105 88.343 88.119 88.200 88.138 88.092 88.097 9

120 88.954 88.136 88.195 88.182 88.086 88.157 10 135 88.343 88.098 88.206 88.199 88.081 88.190 11 150 88.927 88.125 88.151 88.144 88.097 88.136 12 165.

88.349 88.103 88.178 88.160 88.081 88.141 13 180 88.316 88.119 88.162 88.177 88.070 88.097 14 195 88.316 88.119 88.156 88.155 88.054 88.092 15 210 88.294 88.108 88.156 88.127 88.097 88.12S 16 225 88.332 88.103 88.145 88.149 88.065 88.109 17 240 88.30S 88.076 88.167 88.133 88.075 88.114 18 255 88.316 88.125 88.184 88.127 80.032 88.092 END OF TABLE l

I l

O l

l l

A48 UARIABLE TABLE

SUMMARY

AMPLE DELTA TEMP 31 TEMP 32 TEMP 33 TEMP 34 TEMP 35 TEMP 36

! UMBER MINS DEG.

F DEG.

F 1

0 88.379 88.291 88.217 88.200 88.662 88.229 2

15 88.346 88.334 88.217 88.200 88.596 88.235 3

30 88.384 88.302 88.189 88.173 88.678 88.207 4

45 88.324 E9.307 88.184 88.189 88.634 88.191 5

60 88.303 88.269 88.178 88.151 88.623 88.191 6

75 88.362 88.318 88.189 88.173 88.645 88.207 7

90 88.319 88.285 88.189 88.195 88.580 88.191 O

105 88.362 88.274 88.173 88.167

~ 88.613 88.196 9

120 88.368 88.329 88.189 88.178 88.623 88.191 10 135 88.319 88.263 88.178 88.135 88.553 88.169 11 150 88.313 88.263 88.167 88.173 88.607 88.185 12 165 88.292 88.285 88.162 88.140 88.602 88.152 13 180 88.303 88.231 88.156 88.102 88.596 88.180 14 195 88.264 88.231 88.140 88.151 88.634 88.152 15 210 88.281 88.258 88.151 88.135 88.542 88.i58 16 225 88.313 88.242 88.140 88.129 88.585 88.158 17 240 88.286 88.280 88.156 88.129 88.591 88.141 18 255' 89.308 88.269 88.140 88.135 88.591 88.163 END OF TABLE

{

l

A49 VARIABLE TABLE

SUMMARY

iMPLE DELTA TEMP 37 TEMP 38 TEMP 39 TEMP 40 PRES 1

HUM 1

JMBER MINS DEG.

F DEG.

F CEG.

F DEG.

F PSIA FRACTION 1

0 88.06S 87.909 88.595 87.875 37.514 0.211 2

15 88.042 87.909 88.513 87.865 37.513 0.211 3

30 88.058 87.898 88.529 87.875 37.506 0.211 4

45 88.047 87.899 88.519 87.870 97.504 0.211 5

60 88.036 87.882 88.507 87.859 S7.508 0.212 6

75 88.031 87.871 88.496 87.865 97.499 0.211 7

90 88.025 87.882 88.502 88.198 97.509 0.212 8

105 88.020 87.882 88.491 88.165 37.501 0.212 9

120 88.020 87.871 88.464 88.154 37.499 0.212 10 135 88.020 87.876 88.469 88.132 37.498 0.212 11 150 88.020 87.843 88.491 88.121 37.496 0.212 12 165 88.020 87.849 88.464 88.110 97.494 0.219 13 180 88.003 87.849 88.464 88.099 37.499 0.219 14 195 87.992 87.854 88.507 88.094 87.491 0.212 13 210 87.998 87.849 88.458 88.099 97.409 0.219 16 225 87.998 87.849 88.486 88.088 37.489 0.219 17 240 87.992 87.898 88.458 88.083 37.486 0.213 18 255 87.981 87.833 88.486 88.078 37.485 0.219 END OF TABLE

A50 VARIABLE TABLE

SUMMARY

%MPLE DELTA HUM 2

HUM S

HUM 4

HUM 5

HUM 6

HUM 7

JMBER MINS FRACTION FRACTION FRACTION FRACTION FRACTION FRACTION 1

0 0.210 0.202 0.216 0.211 0.213 0.200 2

15 0.210 0.202 0.216 0.211 0.213 0.207 3

SO O.211 0.202 0.216 0.211 0.214 0.200 4

45 0.211 0.203 0.216 0.211 0.214 0.207 5

60 0.211 0.202 0.216 0.211 0.214 0.207 6

75 0.211 0.202 0.216 0.211 0.214 0.208 7

90 0.211 0.202 0.216 0.212 0.214 0.208 G

105 0.211 0.209 0.217 0.212 0.214 0.208 9

120 0.211 0.202 0.216 0.212 0.214 0.208 10 135 0.211 0.204 0.217 0.212 0.214 0.209 11 150 0.212 0.204 0.217 0.212 0.214 0.208 12 165 0.211 0.203 0.217 0.213 0.215 0.208 13 180 0.212 0.205 0.217 0.213 0.215 0.208 14 195 0.212 0.204 0.217 0.219 0.215 0.209 15 210 0.212 0.203 0.217 0.213 0.215 0.209 16 225 0.212 0.204 0.218 0.219 0.215 0.209 17 240 0.212 0.204 0.218 0.213 0.215 0.209 18 255 0.212 0.205 0.218 0.213 0.216 0.209 END OF TABLE l

l I

{

l l

l

A51 VARIABLE TABLE

SUMMARY

. AMPLE DELTA HUM 8

HUM 9

HUM 10 (UMBER MINS FRACTION FRACTION FRACTION 1

0 0.227 0.220 0.229 2

15 0.227 0.220 0.222 S

SO O.227 0.220 0.223 4

45 0.227 0.220 0.223 S

60 0.227 0.220 0.229 6

75 0.220 0.220 0.229 7

90 0.228 0.220 0.229 8

105 0.228 0.221 0.223 9

120 0.228 0.221 0.223 10 135 0.228 0.221 0.229 11 150 0.228 0.221 0.224 12 165 0.228 0.221 0.224 13 180 0.228 0.221 0.224 14 195 0.228 0.221 0.224 15 210 0.229 0.221 0.224 16 225 0.229 0.222 0.224 17 240 0.229 0.222 0.224 18 255 0.229 0.222 0.224 END OF TABLE

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. APPENDIX B.I.

b I,.

PEAK PRESSURE ILRT E-COMPUTER GENERATED REPORT

L TEMPERATURE STABILIZATION s

ew M

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D2 TEMPERATURE STABILIZATION STARTED AT 1400 HOURS ON APRIL 29, 1983 CONDUCTED FOR 4.00 HOURS A

B C

D E

1400 99.468 1415 93.169 1430 92.956 1445 92.775 1500 92.639 1515 92.506 1530 92.382 1545 92.277 1600 92.165 1615 92.069 1630 91.976 1645 91.888 1700 91.807 1715 91.726 1730 91.654 1745 91.578 1800 91.512 0.489 0.295 0.194 A = TIME OF DAY IN MILITARY STANDARD B = AVERAGE CONTAINMENT TEMPERATURE F C = AVERAGE DIFFERENCE IN TEMP. OVER LAST 4 HOURS D = AVERAGE DIFFERENCE IN TEMP. OVER LAST 1 HOUR E=C-D l

t e

EBHSCO StKVICES INCURPUKHitU 2___1_.~_

9 13 17 21 25 29 1

7 7

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L PEAK PRESSURE ILRT COMPUTER GENERATED REPORT i

INTEGRATED LEAKAGE RATE TEST I

(ILRT)

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B3 LOUISIANA POWER & LIGHT COMPANY WATERFORD SES UNIT NO. 3 CONTAINMENT INTEGRATED LEAKAGE RATE TEST LEAKAGE RATE MEASURED USING THE ABSOLUTE METHOD LEAKAGE RATE COMPUTED USING THE MAS 5 POINT METHOD TEST PERIOD STARTED AT 1800 HOUR 5 ON APRIL 29, 1989 TEST CONDUCTED FOR 24.00 HOURS FREE SPACE VOLUME OF CONTAINMENT I5 2677000 CU FT CONTAINMENT WAS PRESSURIZED TO 60.99 PSIA INITIAL CONTAINMENT AIR WEIGHT 796185.0 LOS FINAL CONTAINMENT AIR WEIGHT 795731.7 LB5 FITTED MA55 POINT LEAKAGE RATE IS 0.0664 % PER DAY UPPER LIMIT OF 95% CONFIDENCE LEVEL I5 0.068 % PER DAY NRC MAXIMUM ALLOWABLE LEAKAGE RATE I5 0.975 % PER DAY j

l B 6 DESCRIPTION OF VARIABLES AVG. TEM - CONTAINMENT MEAN TEMPEkATURE CALCULATED FROM UOLUMETRICALLY WEIGHTED RTD SENSOR INDICATIONS.

AVE. PRE - PRIMARY CONTAINMENT PRESSURE INDICATION.

VAP. PRE - CONTAINMENT VAPOR PRES 5URE CALCULATED FROM VOLUMETRICALLY WEIGHTED RHD SENSOR INDICATIONS.

LEAK SIM - SIMPLE TOTAL TIME LEAKAGE RATE.

LEAK MA5 - LEAKAGE RATE COMPUTED FROM FIRST ORDER REGRESSION OF AIR MASS DATA.

AIR MASS - CONTAINMENT AIR MA55.

NOTE FOR TABULAR DATA -

TABLE VALUES OF ZERO SIGNIFY DATA IS NOT APPLICABLE TO THE CALCULATION.

NOTE FOR CURVES -

1.

TOP ABSCI5SA SCALE REPRESENTS SAMPLE NUMCERS.

2.

AIR MASS IS THE CALCULATED CONTAINMENT AIR MASS AND FITTED AIR MASS IS THE LINEAR LEAST SQUARE FIT OF THE AIR MASSES.

3.

SIMPLE MAS 5 POINT 15 THE TOTAL TIME LEAKAGE RATE AND FITTED MA55 POINT IS THE LEAKAGE RATE COMPUTED FROM FIRST ORDER REGRESSION OF AIR MASS DATA.

4. UCL IS THE UPPER LIMIT OF THE 95%

CONFIDENCE LEVEL OF AIR MA55 DATA.

I

EBRSCO SERVICES INCORPORATED 81-97-l13.

1 17, 33.

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CONTAINMENT RIR MRSSES e e AIR P.4SS 1_

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E8ASCO SERVICES INCORPORRTE0 l

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EBRSCO SERVICES INCORPORATED 1

1 1s.

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COMPUTED LEAK RATES RELATIVE TO LIMITS FITTLC P9SS PCINT LERK RRTL

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EBRSCO SERVICES INCORPORATED l

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480

EBRSCO SERVICES INCORPORRTED 1.

1, 7.

3,3 4,9 6,5.

81.

97.

113 i

i i

6.1.0400 -

AVERAGE CONTAINMENT PRESSURE f

5 T

(

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gl

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LU g

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i r D

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60 7200 -

60.6400 0.

240 4bO.

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9b0.

1200 l440.

l680.

EBRSCO SERVICES INCORPORATED 1

17.

33.

49 65.

81 97'.

113.

i i

t 0.2040 VOLUMETRICALLY WEIGHTED VAPOR PRESSURE C

9 m

O_

0.2020 z

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0 1980 E

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240 480 720.

960 1200.

1440 1680

D19 UARIABLE TABLE 5UMMARY

. hMPLE DELTA AUG. TEM AUG. PRE VAP. PRE LEAK SIM LEAK MAS AIR MA55' 1

i JMBER MIN 5 DEG.

F PSIA P5IA PER CENT PER CENT POUNDS 1

0 91.414 60.9252 0.1959 0.000 0.000 796185 2

15-91.344 60,9203 0.1958

-0.460 0.000 796228.

3 30 91.284 60.9134 0.1961

-0.199

-0.199 796217 4

45 91.232 60.9054 0.1963 0.005 0.012 796184 5

60 91.164 60.9002 0.1963

-0.084

-0.020 796219 6

75 91.109 60.8942 0.1969

-0.073

-0.030 796215 7

90 91.060 60.8879 0.1964

-0.032

-0.012 796201 8

105 91.009 60.8823 0.1964

-0.023

-0.002 796200 9

120 90.962 60.8775 0.1965

-0.029

-0.001 796204 10 135 90.910 60.8719 0.1965

-0.090

-0.003 796207 11 150 90.869 60.8666 0.1967

-0.012 0.004 796195 12 165 90.825 60.8622 0.1967

-0.016 0.005 796200 13 180 90.784 60.8578 0.1968

-0.008 0.000 796199 14 195 90.738 60.8511 0.1968 0.006 0.015 796179 15 210 90.705 60,8471 0.1'969 0.010 0.020 796179 16 225-90.668 60.8462 0.1970

-0.022 0.013 796213 17 240 90.630 60.8380 0.1971 0.019 0.021 796160 1

18 255 90.598 60.8349 0.1972 0.015 0.024 796164 19 270 90.554 60.8301 0.1970 0.032 0.026 796167 20 285 90.523 60.8262 0.1971 0.016 0.029 796159 21' 300 90.492 60.8223 0.1972 0.021 0.091 796150 22 315 90.460 60.8188 0.1972 0.019 0.033 796151 23 330 90.428 60.8157 0.1973 0.016 0.039 796156 24 345 90.400 60.8117 0.1973 0.022 0.094 796143 25_

S60 90.369 60.8090 0.1974 0.016 0.034 796152 26 375 90.343 60.8059 0.1975 0.021 0.095 796141 27 390 90.317 60.8012 0.1973 0.027 0.036 796126 28 405 90.290 60.7965 0.1975 0.037 0.040 796101

.29 420 90.260 60.7941 0.1975 0.091 0.041 796112 SO 435 90.239 60.7917 0.1975 0.031 0.042 796110 31 450 90.214 60.7884 0.1976 0.033 0.043 796103 S2 465 90.194 60.7850-0.1977 0.038 0.045 796086 SS

.480 90.170 60.7829 0.1977 0.034 0.046 796094 S4 495 90.148 60.7781 0.1977 0.045 0.049 796061 35 510 90.127 60.7753 0.1979 0.046 0.051 796054 36 525 90.107 60.7724 0.1978 0.048 0.053 796046 37 540 90.082 60.7691 0.1979 0.050 0.055 796037 l

38 555 90.067 60.7659 0.1980 0.057 0.058 796009 l

39 570 90.049 60.7621 0.1979 0.058 0.060 796002 40 585 90.027 60.7596 0.1979 0.060 0.063 795992 41 600 90.007 60.7556 0.1980 0.066 0.065 795966 42 615 89.999 60.7520 0.1981 0.071 0.069 795944 43 630 89.972 60.7518 0.1980 0.062 0.070 795967 44 645 89.955 60.7550 0.1982 0.043 0.069 796082 s

45 660 89.943 60.7495 0.1981 0.057 0.070' 795977 46 675 89.925 60.7489 0.1982 0.051 0.070 795994 47 690 89.910 60.7477 0.1983 0.049 0.069 795998 48 705 89.889 60.7467 0.1989 0.043 0.068 796016 49 720 89.879 60.7450 0.1984 0.045 0.067 796007 50 735 89.866 60.7434 0.1984 0.044 0.066 796006

i l

f D14 l

UARIABLE TABLE

SUMMARY

(CONTINUED)

AMPLE DELTA AUG. TEM AUG. PRE UAP. PRE LEAK SIM LEAK MAS AIR MA55 iUMBER MINS DEG.

F PSIA PSIA PER CENT PER CENT POUNDS 51 750 89.852 60.7416 0.1984 0.044 0.066 796002 52 765 89.838 60.7997 0.1985 0.045 0.065 795996 53 780 89.824 60.7978 0.1986 0.045 0.064 795990 54 795 89.803 60.7354 0.1985 0.044 0.064 795990 55 810 89.798 60.7334 0.1986 0.048 0.069 795969 56 825 89.780 60.7911 0.1986 0.048 0.063 795965 57 840 89.766 60.7299 0.1987 0.046 0.069 795969 58 855 89.757 60.7277 0.1988 0.049 0.062 795952 59 870 89.743 60.7264 0.1988 0.04G 0.062 795955 60 885 89.729 60.7239 0.1988 0.050 0.062 795942 61 900 89.716 60.7222 0.1989 0.050 0.062 795997 62 915 89.708 60.7199 0.1988 0.052 0.062 795920 63 990 89.697 60.7181 0.1989 0.053 0.062 795912 64 945 89.682 60.7169 0.1989 0.053 0.062 795909 i

65 960 89.670 60.7188 0.1990 0.043 0.062 795957 66 975 89.669 60.7127 0.1990 0.055 0.062 795887 67 990 89.645 60.7106 0.1990 0.054 0.062 795887 68 1005 89.694 60.7106 0.1991 0.051 0.062 795901 69 1020 89.620 60.7066 0.1991 0.056 0.062 795869 70 1095 89.612 60.7047 0.1992 0.058 0.069 795859 71 1050 89.604 60.7033 0.1992 0.058 0.069 795847 72 1065 89.599 60.7011 0.1991 0.060 0.064 795834 73 1080 89.570 60.6992 0.1992 0.059 0.064 795031 74 1095 89.564 60.6992 0.1999 0.055 0.064 795850 75 1110 89.561 60.6975 0.1994 0.058 0.064 795891 76 1125 89.550 60.6961 0.1993 0.057 0.065 795890 77 1140 89.536 60.6949 0.1993 0.056 0.065 795834 78 1155 89.527 60.6931 0.1999 0.057 0.065 795823 79 1170 89.511 60.6922 0.1994 0.055 0.065 795832 80 1185 89.504 60.6903 0.1995 0.056 0.065 795816 81 1200 89.494 60.6889 0.1995 0.056 0.065 795819 82 1215 89.485 60.6881 0.1995 0.055 0.065 795816 89 1290 89.479 60.6855 0.1995 0.057 0.065 795799 84 1245 89.464 60.6844 0.1995 0.056 0.065 795797 85 1260 89.453 60.6825 0.1997 0.057 0.065 795786 86 1275 89.446 60.6818 0.1997 0.056 0.065 795787 87 1290 89.441 60.6795 0.1997 0.059 0.065 795765 l

E8 1905 89.428 60.6772 0.1997 0.060 0.065 795751 89 1920 89.418 60.6759 0.1998 0.060 0.066 795749 90 1935 89.406 60.6799 0.1997 0,060 0.066 795741 91 1950 89.400 60.6725 0.1999 0.061 0.066 795729 92 1965 89.387 60.6709 0.1998 0.061 0.066 795727 99 1980 89.379 60.6692 0.1998 0.062 0.066 795715 94 1s9'S 89.362 60.6686 0.1998 0.059 0.066*

795791 95 1410 89.346 60.6669 0.1998 0.058 0.066 795794 96 1425 89.343 60.6657 0.1999 0.059 0.067 795721 97 1440 89.394 60.6656 0.2000 0.057 0.066 795732 END OF TABLE 1

.m,_,

.4-e,

.,r

.._,..,,,,_e~

y< -. -.., -.

,-e.-,-..-..,e

,....-w,.

.w.--,--

D15 VARIABLE TABLE

SUMMARY

%MPLE DELTA TEMP 1

TEMP 2

TEMP S

TEMP 4

TEMP 5

TEMP.

6 JMBER MINS DEG.

F DEG.

F l'

O 91.440 91.426 91.451 91.571 91.566 91.774 2

15 91.352 91.982 91.385 91.478 91.467 91.703 3

30 91.275' 91.283 91.303 91.406 91.417

'91.719 j

4 45 91.214 91.222 91.237 91.340 91.351 91.714 5

60 91.148 91.167 91.165 91.285 91.291 91.527 6

75 91.081 91.073 91.105 91.203 91.214 91.555 7'

90 91.026 91.002 91.039 91.165 91.165 91.478 8

105 90.971 90.963 90.989 91.088 91.115 91.390 9

120 90.905 90.903 90.923 91.033 91.044 91.962 10 195 90.855 90.826 90.863 90.972 91.000 91.313 11 150 90.000 90.787 90.824 90.917 90.999 91.296 12 165 90.767 90.771 90.764 90.884 90.906 91.198 13 180 90.706 90.705 90.731 90.835 90.846 91.143 14 195 90.657 90.650 90.671 90.775 90.802 91.082 15 210 90.618 90.650 90.632 90.742 90.764 91.044 16 225 90.579 90.600 90.583 90.698 90.709 91.005 17 240 90.541 90.572 90.522 90.665 90.676 90.901 18 255 90.475 90.473 90.506 90'.599 90.626 90.989 19 270 90.441 90.419 90.47E 90.577 90.582 90.967 20 285 90.414 90.385 90.402 90.544 90.555 90.956 21 900 90.992 90.391 90.981 90.409 90.516 90.800 22 315 90.348 90.325 90.363 90.467 90.472 90.857 23 SSO 90.298 90.919 90.346 90.423 90.428 90.720 24 345 90.276 ~

90.292 90.291 90.401 90.434 90.714 25 960 90.243 90.253 90.264 90.379 90.390 90.698 26 975 90.215 90.198 90.236 90.319 90.857 90.659 27 990 90.193 90.149 90.209 90.319 90.346 90.725 28 405 90.166 90.143 90.165 90.297 90.308 90.615 29 420 90.121 90.099 90.126 90.198 90.269 90.593 SO 435 90.121 90.099 90 104 90.231 90.242 90.588 S1 450 90.088 90.077 90.088 90,198 90.231 90.533 32 465 90.055 90.061 90.049 90.154 90.192 90.483 SS 480 90.039 90.006 90.027 90.148 90.170 90.533 34 495 90.028 89.995 90.022 90.137 90.165 90.516 35 510 89.989 89.967 89.989 90.121 90.121 90.499 36 525

.89.978 89.940 89.951 90.049 90.115 90.434 37 540 89.956 89.995 89.940 90.060 90.082 90.979 38 555 89.929 89.919 89.984 90.044 90.06G 90.390 99 570 89.912 89.880 89.918 90.033 90.038 90.439 40 585 89.890 89.907 89.891 89.989 90.098 90.291 41 600 89.868 89.891 89.885 89.978 90.011 90.264 42 615 89.852 89.842 89.858 89.967 89.989 90.286 43 630 89.835 89.804 89.825 89.945 89.978 90.319 44 445 89.813 89.815 89.814 89.9F3 89.945 90.258 45 660 89.803 89.788 89.803 89.907 89.923 90.236 46 675 89.775 89.771 89.776 89.890 89.901 90.225 47 690 89.759 89.788 89.770 89.879 89.890 90.148 48 705 89.737 89.744 89.759 89.863 89.885 90.165 49 720 89.715 89.739 89.737 89.835 89.852 90.220 50 735 89.720 89.695 89.792 89.835 89.863 90.214

B16 UARIA8LE TABLE

SUMMARY

(CONTINUED)

AMPLE DELTA TEMP 1

TEMP 2

TEMP S

TEMP 4

TEMP S

TEMP 6

UMBER MINS DEG.

F DEG.

-F DEG.

F 31 750 89.698 89.717 89.694 89.819 89.852 90.140 52 765 89.687 89.668 89.677 89.797 89.819 90.088 SS 780 89.671 89.673 89.677 89.792 89.786 90.104 54 795 89.649 89.635 89.644 89.731 89.792 90.033 55 810 89.632 89.641 89.623 89.742 89.770 90.176 56 825 89.611 89.570 89.633 89.742 89.742 90.104 57 840 89.589 E9.581 89.623 89.726 89.720 90.121 58 855 89.589 89.652 89.617 89.715 89.709 89.995 59 870 89.572 89.554 89.573 89.698 89.720 90.027 60 885 89.561 89.565 89.573 89.671 89.698 90.005 61 900 89.545 89.548 89.551 89.665 89.698 89.956 62 915 89.539 89.521 89.551 89.660 89.676 89.967 63 990 89.517 89.488 89.562 89.638 89.665 90.027 64 945 89.506 89.521 89.535 89.649 89.649 89.879 63 960 89.490 89.483 89.502 89.534 89.627 89.945 66 975 89.490 89.488 89.497 89.616 89.622 89.962 67 990 89.468 89.450 E1.475 89.594 89.605 89.956 68 1005 89.457 89.467 89.480 89.561 89.605 89.874 69 1020 89.435 89.510 89.469 89.567 89.572 89.808 70 1035 89.430 89.407 89.437 -

89.556 89.561 89.885 71 1050 89.424 89.423 89.437 89.534 89.561 89.868 72 1065 89.424 89.390 89.420 89.545 89.561 89.918 73 1080 89.986 89.352 89.393 89.495 89.539 89.852 74 1095 89.386 89.412 89.398 89.512 89.523 89.775 75 1110 89.369 89.369 89.376 89.506 89.529 89.835 76 1125 89.358 89.390 89.349 89.490 89.517 89.879 77 1140 89.358 89.341 89.360 89.468 89.490 89.874 78 1155 89.347 89.358 89.365 89.473 89.479 89.775 79 1170 89.314 89.390 89.354 89.435 89.473 89.725 80 1185 89.920 89.314 89.327 89.435 89.430 89.813 81 1200 89.309 89.309 89.927 89.495 89.446 89.703 82 1215 89.287 89.909 89.911 89.424 89.446 89.753 BS 1230 89.303 89.303 89.278 89.424 89.440 89.659 84 1245 89.287 89.276 89.294 89.408 89.440 89.698 85 1260 89.270 89.909 89.272 89.S58 89.419 89.698 86 1275 89.259 89.254 89.278 89.375 89.408 09.665 87 1290 89.248 89.265 89.240 89.953 89.969 89.769 88 1905 89.243 89.243 89.245 89.358 89.380 89.665 89 1920 89.243 89.211 89.251 99.305 89.386 89 659 90 1935 89.210 89.249 89.223 89.331 89.342 89.665 91 1350 89.199 89.167 89.229 89.314 89.959 89.681 92 1965 89.177 89.194 89.218 89.309 89.303 89.697 93 1980 89.188 89.178 89.196 89.309 89.909 89.615 94 1895 89.172 89.151 89.196 89.281 89.909 89.566 95 1410 89.155 89.151 89.201 89.276 89.292 89.560 96 1425 89.150 89.178 89.174 89.265 89.287 89.621 97 1440 89.133 89.145 89.174 89.243 89.270 89.549 END OF TABLE

7 I

D17 VARIABLE TABLE

SUMMARY

AMPLE DELTA TEMP 7

TEMP 8

TEMP 9

TEMP 10 TEMP 11 TEMP 12 UMBER MINS DEG.

F DEG.

F' DEG.

F DEG.

'F DEG.

F 1

0 91.903 91.507 91.420 91.817 91.573 91.506 2

15 91.221 91.408 91.316 91.740 91.502 91.401 3

SO 91.111 91.942 91.261 91.620 91.409 91.231 4

45 91.083 91.259 91.190 91.609 91.349 91.275 5

60 90.984 91.193 91.135 91.471 91.272 91.190 4

6 75 90.913 91.138 91.042 91.362 91.223 91.099 7

90 90.847 91.072 90.998 91.389 91.129 91.022 8

105 90.803 91.012 90.949 91.312 91.107 90.956 9

120 90.748 90.962 90.883 91.224 91.059 90.995 10 135 90.671 90.902 90.828 91.175 90.927 90.046 11 150 90.643 90.841 90.779 91.153 90.932 90.808 12 165 90.583 90.797 90.718 91.087 90.850 90.698 13 180 90.522 90.759 90.669 91.049 90.833 90.697 14 195 90.489 90.704 90.636 91.005 90.795 90.649 15 210 90.456 90.687 90.592 90.972 90.768 90.665 16 225 90.440 90.638 90.532 90.895 90.702 90.566 17 240 90.418 90.577 90.510 90.824 90.658 90.549 18 255 90.319 90.533 90.455 90.857 90.669 90.511 19 270 90.264 90.500 90.439 90.708 90.543 90.462 20 285 90.269 90.451 90.351 90.703 90.554 90.390 21 300 90.231 90.407 90.951 90.747 90.493 90.979 22 315 90.176 90.401 90.902 90.609 90.499 90.429 23 SSO 90.176 90 S46 90.280 90.571 90.466 90.302 24 345 90.104 90.319 90.269 90.620 90.433 90.291 25 360 90.104 90.297 90.203 90.511 90.329 90.225 26 375 90.033 90.253 90.197 90.560 90.967 90.192 27 390 90.006 90.236 90.159 90.406 90.962 90.159 28 405 89.989 90.203 90.192 90.467 90.247 90.181 29 420 89.956 90.165 90.115 90.450 90.269 90.090 30 435 89.951 90.143 90.093 90.434 90.214 90.027 91 450 89.902 90.137 90.049 90.434 90.186 90.049 32 465 89.946 90.104 90.022 90.417 90.197 89.984 33 480 89.837 90.066 89.995 90.368 90.170 90.066 34 495 89.820 90.055 89.989 90.340 90.099 89.979 SS 510 89.793 90.017 89.934 90.291 90.110 89.946 36 525 89.788 89.995 89.940 90.264 90.088 89.897 37 540 89.766 89.973 89.912 90.206 90.049 89.837 38 555 89.761 89.967 89.885 90.236 90.055 89.869 39 570 89.706 89.940 89.863 90.154 90.044 89.826 40 585 89.723 89.918 89.890 90.170 90.000 89.837 41 600 89.679 89.913 89.819 90.236 89.979 89.858 42 615 89.663 89.907 89.808 90.149 89.962 89.842 43 6SO 89.614 89.864 89.792 90.154 89.929 89.733 44 645 89.630 89.869 89.732 90.149 89.929, 89.722

.45 660 89.597 89.826 89.748 90.137 89.924 89.755 46 675 89.608 89.815 89.710 90.165 89.902 89.744 47 690 89.597 89.799 89.710 90.077 89.902 89.722 48 705 89.565 89.703 89.671 90.104 89.805 89.749 49 720 89.554 89.782 89.677 90.016 89.892 89.690 50 735 89.548 89.755 89.622 90.060 89.848 89.619 i

D1B UARIABLE TABLE

SUMMARY

(CONTINUED)

. AMPLE DELTA TEMP 7

TEMP O

TEMP 9

TEMP 10 TEMP 11 TEMP 12

' UMBER MIN 5 DEG.

F DEG.

F 51 750 89.527 89.739 89.639 90.022 89.805 89.608 52 765 89.516 89.706 89.699 90.000 89.810 89.679 53 780 89.494 89.711 89.689 90.011 89.772 89.( 79 54 795 89.489 89.706 89.622 89.956 89.799 89.515 55 810 89.461 89.690 89.584 89.935 89.745 89.570 56 825 89.418 89.673 89.600 90.000 89.794 89.597 57 840 89.418 89.652 89.567 89.929 89.729 89.542 58 855 89.434 89.619 89.562 89.869 89.739 89.662 59 870 89.402 89.619 89.540 89.896 89.701 89.504 60 885 89.391 89.608 89.540 89.907 89.674 89.477 61 900 89.391 89.592 89.524 89.853 89.669 89.581 62 915 89.369 89.570 89.502 89.896 89.669 89.581 63 930 89.396 89.543 89.507 89.853 89.653 89.499 64 945 89.385 89.575 89.474 89.804 89.669 89.477 65 960 89.347 89.554 89.474 89.798 89.615 89.455 66 975 89.320 89.532 89.480 89.755 89.620 89.477 67 990 89.298 89.510 89.458 89.782 89.625 89.461 68 1005 89.298 89.488 89.430 89.722 89.696 89.439 69 1020 89.314 89.472 89.490 89.733 89.604 89.990 70 1035 89.287 89.472 89.414 89.728 89.598 89.957 71 1050 89.298 89.461 89.376 89.777 89.522 89.455 72 1065 89.233 89.494 89.370 89.728 89.511 89.990 73 1000 89.233 89.418 89.981 89.728 89.501 89.303 74 1095 89.222 89.439 89.948 89.673 89.441 89.952 75 1110 89.217 89.434 89.354 89.684 89.522 89.341 76 1125 89.200 89.434 89.948 89.608 89.473 89.286 77 1140 89.189 89.374 89.997 89.673 89.517 89.395 78 1155 89.178 89.401 89.397 89.662 89.457 89.270 79 1170 89.217 89.968 89.304 89.640 89.425 89.286 80 1185 89.146 89.385 89.299 89.629 89.468 89.974 81 1200 89.135 89.941 89.310 89.629 89.408 89.352 82 1215 89.157 89.396 89.250 89.640 89.435 89.248 l

OS 1290 89.129 89.341 69.299 89.613 89.425 89.210 84 1245 89.119 89.314 89.261 89.597 89.987 89.227 85 1260 89.108 89.320 89.299 89.553 89.365 89.199 86 1275 89.091 89.309 89.228 89.531 89.343 89.254 87 1290 89.075 89.281 89.228 89.531 89.992 89.194 l

88 1905 89.081 89.287 89.184 89.537 89.354 89.254 89 1920 89.059 89.265 89.195 89.542 89.349 89.210 90 1995 89.086 89.271 89.189 89.471 89.381 89.156 l

91 1950 89.059 89.249 89.179 89.575 89.900 89.134 92 1965 89.053 89.243 89.168 89.537 89.300 89.156 93 1980 89.075 89.227 89.135 89.499 89.327 89.170 94 1995 89.026 89.216 89.146 89.526 89.327 89.205 l

93 1410 89.004 89.183 89.151 89.488 89.256 89.161 96 1425 88.999 89.205 89.135 89.471 89.311 89.150 97 1440 88.993 89.194 89.096 89.422 89.256 89.167 l

END OF TABLE i

I t

m D19 VARIABLE TABLE

SUMMARY

AMPLE DELTA TEMP 13 TEMP 14 TEMP 15 TEMP 16 TEMP 17 TEMP 10 UMBER MIN 5 DEG.

F DEG.

F DEC.

F DEG.

F 1

0 91.294 91.039 91.332 91.380 90.049 DELETED 2

15 91.239 91.039 91.255 91.314 90.038 DELETED S

SO' 91.178 90.957 91.205 91.254 90.055 DELETED 4

45 91.134 90.902 91.145 91.171 90.000 DELETED 5

60 91.079 90.836 91.079 91.198 89.984 DELETED 6

75 91.024 90.775 91.007 91.105 89.962 DELETED 7

90 90.980 90.737 91.002 91.050 89.907 DELETED 8

105 90.942 90.676 90.925 91.006 89.901 DELETED 9

120 90.881 90.654 90.886

90. 29 89.874 DELETED 10 135 90.837 90.605 90.837 90.896 89.858 DELETED 11 150 90.782 90.544 90.782 90.847 89.847 DELETED 12 165-90.754 90.593 90.721 90.808 89.896 DELETED 13 180 90.705 90.489 90.671 90.764 89.792 DELETED 14 195 90.661 90.423 90.644 90.791 89.792 DELETED 15 210 90.693 90.396 90.589 90.676 89.770 DELETED 16 225 90.589 90.346 90.589 90.627 89.754 DELETED 17 240 90.556' 90.313 90.512 90.621 89.715 DELETED 18 255 90.518 90.319 90.495 90.555 89.688 DELETED 19 270 90.490 90.242 90.451 90.533 89.677 DELETED 20 285 90.469 90.225 90.413 90.539 89.650 DELETED 21 300 90.490 90.214 90.385 90.456 89.699 DELETED 22 315 90.991 90.192 90.958 90.423 89.584 DELETED 23 330 90.347 90.132 90.952 90.368 89.578 DELETED 24 345 90.341 90.143 90.297 90.368 89.584 DELETED 25 360 90.297 90.099 90.275 90.341 89.573 DELETED 26 375 90.275 90.071 90.248 90.308 89.551 DELETED 27 390 90.248 90.039 90.220 90.286 89.524 DELETED 28 405 90.231 90.011 90.182 90.253 89.502 DELETED 4

29 420 90.204 89.973 90.176 90.203 89.469 DELETED 30 435 90.171 89.962 90.127 90.209 89.463 DELETED 31 450 90.154 89.919 90.198 90.181 89.425 DELETED 32 465 90.116 89.913 90.105 90.154 89.436 DELETED SS 480 90.105 89.886 90.088 90.154 89.403 DELETED j

S4 495 90.089 89.859 90.099 90.104 89.S87 DELETED SS 510 90.066 89.859 90.028 90.099 89.381 DELETED 36 525 90.050 89.897 90.006 90.055 89.970 DELETED r

37 540 90.022 89.816 89.995 90.055 89.397 DELETED 98 555 90.006 89.778 89.978 90.011 89.343 DELETED 39 570 19.973 89.761 89.956 89.989 E9.299 DELETED 40 585 89.967 89.745 89.929 90.027 89.315 DELETED 41 600 89.945 89.707 89.901 89.967 89.294 DELETED 42 615 89.923 89.712 89.890 89.929 89.266 DELETED 43 630 89.907 89.712 89.901 89.951 89.261 DELETED 44 545 89.885 89.669 89.863 89.890 89.255 DELETED 45 660 89.869 89.658 89.868 89.907 89.233 DELETED L

_ 46 675 89.858 89.658 89.846 89.896 89.211 DELETED 47 690 89.830 89.647 89.841 89.857 89.211 DELETED l,

48 705 89.819 89.696 89.808 89.841 89.200 DELETED 49 720 89.809 89.604 89.786 89.841 89.189 DELETED 50 735 89.798 89.582 89.775 89.841 89.189 DELETED i

l i

I

_.__,_....__,..-,.._,.__,...._...,.._.,,_._,.,_,,....,_m_.

~m..

a d

B20 VARIABLE TABLE

SUMMARY

(CDNTINUED)

AMPLE DELTA TEMP 13 TEMP 14 TEMP 15 TEMP 16 TEMP 17 TEMP 18

' UMBER MINS DEG.

F DEG.

F

-51 750 89.781 89.609 89.753 89.825 89.173 DELETED 52 765 89.765 89.593 89.736 89.792 89.184 DELETED SS 780 89.759 89.544 89.742 89.759 89.151 DELETED 54 795 89.737 89.539 89.720 89.748 89.168 DELETED 55 810 89.721 89.533 89.720 89.748 89.107 DELETED 56 825 89.705 89.495 89.698 89.704 89.124 DELETED 57 840 89.694 89.485 89.692 89.693 89.118 DELETED 58 855 89.677 89.495 89.687 89.704 89.118 DELETED 59 870 89.666 89.495 89.665 89.693 89.119 DELETED 60 885 89.650 89.463 89.670 89.671 89.091 DELETED 61 900 89.644-89.457 89.643 89.660 89.091 DELETED 62 915 89.628 89.425 89.626 89.644 89.080 DELETED 63 930 89.628 89.425 89.610 89.633 89.069 DELETED 64 945 89.606 89.409 89.615 89.616 89.074 DELETED 65 960 89.595 89.414 89.588 89.622 89.064 DELETED 66 975 89.584 89.398 89.582 89.605 89.064 DELETED 67 990 89.579 89.392 89.560 89.594 89.050 DELETED 68 1005 89.551 89.392 89.549 89.567 89.020 DELETED 69 1020 89.546 89.365 89.566 89.556 89.047 DELETED 70 1035 89.546 89.338 89.555 89.561 89.014 DELETED 71 1050 89.524 89.354 89.555 89.545 88.998 DELETED 72 1065 89.530 89.333 89.522 89.507 88.992 DELETED 73 1080 89.519 89.327 89.516 89.539 88.976 DELETED 74 1095 89.502 89.316 89.516 89.507 88.959 DELETED 75 1110 89.497 89.300 89.500 89.468 88.976 DELETED 76-1125 89.486 89.305 89.484 89.501 88.965 DELETED 77 1140 89.480 89.289 89.460 89.496 88.965 DELETED 78 1155 89.464 89.273 89.467 89.496 88.910 DELETED 79 1170 89.442 89.284 89.478 89.463 88.932 DELETED 80 1185 89.437 89.268 89.418 89.413 88.943 DELETED B1 1200 89.442 89.230 89.445 89.435 88.921 DELETED 82 1215 89.426 89.251 89.434 89.435 88.921 DELETED BS 1290 89.415 89.240 89.390 89.419 88.916 DELETED 84 1245 89.409 89.219 89.407 89.402 88.910 DELETED 85 1260 89.404 89.186 89.401 89.397 88.888 DELETED 86-1275 89.393 89.208 89.390 89.391 08.866 DELETED 87 1290 89.393 89.181 89.369 89.402 88.888 DELETED 88 1905 89.371 89.192 89.374 89.430 88.888 DELETED 89 1920 89.365 89.197 89.357 89.364 88.850 DELETED 90 1995 89.360 89.159 89.363 89.364 88.877 DELETED 91

350 89.349 89.148 89.957 89.370 88.839 DELETED 92 1965 89.338 89.164 89.335 89.359 88.861 DELETED 93 1380 89.338 89.143 89.324 89.920 88.850 DELETED 94 1915 89.294 88.644 89.247 89.309 88.85&

DELETED 95 1410 89.278

~B8.633 89.253 89.276 88.844 DELETED 96 1425 89.272 88.616 89.236 89.298 88.834 DELETED 97 1440 89.256 88.633 89.236 89.282 88.844 DELETED END OF TABLE l

l

~.

D21 VARIABLE Td8LE

SUMMARY

AMPLE DELTA TEMP 19 TEMP 20, TEMP J21 TEMP 22 TEMP 23 TEMP 24 UMBER MIN 5 DEG.

F DEG.

F' DEG.

F DEG.

.F DEG.

F 1-O 89.864 DELETED 91.716 91.851 91.897 93.410 2

15 89.864 DELETED 91g617 91.736 91.765 99.944 S

30 89.842 DELETED. -

91.'567 91.686 91.710 99.284 4

45 89.831 DELElgD 91.496 91.598 91.666 99.1'35 60 89.804 DELETEO-91.419 91.527 91.556 99.04D

' ' 6, 75 89.615 DELETED

91. 358 91.494 91.529

,92.910 7

90 89.777 DELETED 91.309 91.417 91.457 92.877 8

105 89.766 DELETED

'91.237 91.S46 91.391 92.789 9

120 89.766 DELETED 91.166 91.291 91.331 92.772

. 1.0 135 89.744 DELETED,. 91.122 91(252 -

91.320 92.668 11 150 89,.728 DEL.ETED '

91.072 91.,175

'91.215' 92.646)'

92_624 12 165 89.71R DFLETED 91.029 91.137 91=.182 s

13 180 89.695>~-DELETED 90.973 91.088 71:122 92.dh9

'1 4 195 89.685 DELETED 90~918 91.038 91e.072 92.4SS 90.880 91.005 91.017.

92.420 15 210 D9.668 DELETED s

16' 225 09.647 DELETED 90.841 90.950 90.979 92._S98-17 240 89.647 DELETED

_,90.786 90.901 90.962 92.965 18 255 89.630 DELETED.

90.753 90.,962 90.902 92.382 s

19 270 89.598 DELETED s~?O.715 90.824 1 9,0.896 92.272 20 285 89.592 DELETED 90,665 9 0. 7 9 6'

. 90 891 92.211 21 300 89.592 DELETED i 90.632 90.;752 e 90.819 92.'173

~22 315 89.554 DELETEDQ 90.610 90.703

'-190'.759.

92.129 23 SSO 89.543 DELETED 90.566 90x714

~ 90.709 92.162 24 345 89.543 DELETED 90.500 90.664" 90.693 92.068

.23

'060 89.505 DELETED 90.500 90.626 90,671

'92.046 26-S75 89.511 DELETED 90.462 90.582 94.671-92.068 27 390 89.483 DELE 1ED 90.434 90$549 90,627_

91.959 20.

405 89.478 DELETED 90.418

-90.533 90 pCS "

91.953 g

29 _

420 89.467 DELETED 90.368 90.489 c90.58R Y1.g?2 30 435 89.456 DELETED 90.952 90.456 90.006

91.865 31 450 89.429 DELETED 90.319 90.423

_ 90[51,1 '[ 91'.848 32 465 89.424 DELETED 90.297 90.412 9 0. 5 1,1 91.848 SS 480 89.419 DELETED 90.258 90.973

,90.473 91.826 34.

495 89.396 DELETED 90.264 490.368 90 M23 \\ 91.799 35 510 89.386 DELETED 90.236 90.341 90.462 91.755 36 525 89.380 DELETED 90.209

'W90.313 90.418

.91.777 37 540 89.364 DELETED 90.176 90;.291 s 90.341

' 91'.744 s

90.264 390.352 91.689 EO7.

555 89.364 DELETED 90.165 1

Y$ 319 91.672

'89 570 89.947 DELETED 90.137 90.258 40 585 89.331 DELETED 90.121 90.231 90h302 91.661 41 600 89.320 DELETED 90.099 90.192

,90,23Q 91.606 42 (415 89.309 DELETED 90.082 90.187 [~90[.E31 91.601 43 630 89.299 DELETED 90.055 90.165.. %c 90.242 91.56,0 44" 445 x99.299 DELETED 90.044 90.148 90.192 91.028 -

45 660 89.277 DELETED 90.022 90.132

-90.236 91.557 v:

x 46.

675 89.277 DELETED 90.000 90.110 90.159 91.551

~

47

-690 89.271 DELETED 89.989 90.099 90.137 91.540 3

48

'705

'99 2N4 DELETED 89.967 90.066 90.115 91.507 49.

720 89)250 { DELETED 89.967 90.066 90.137 91.502 30

~735 89.244

) DELETED 89.945 90.060 90.148 91.469 j

s.\\'

it s

+

x

.x, s

Y,

'A y

q.

o i

3 s

J G22 P

VARIABLE TABLE

SUMMARY

(CONTINUED)

AMPLE DELTA TEMP 19. TEMP 20 TEMP 21 TEMP 22 TEMP 23 TEMP 24 JJMDER MINS DEG.

F DEG.

F S1 750 89.233 DELETED 89.929 90.038 90.110 91.469 52 765 89.222 DELETED 89.907 90.022 90.115 91.458 53 780' 89.201 DELETED 89.879 90.016 90.027 91.425 54 795 89.195 DELETED 89.879 89.995 90.017 91.386 55 810 89.190 DELETED 89.879 89.984 90.044 91.392 56 (825 89.184 DELETED 89.846 89.956 90.011 91.370 57 840 89.190 DELETED 89.830 89.956 90.006 91.37S

> 855 89.179 DELETED 89.819 89.940 89.989 91.948 58

- 59 870 09.168 DELETED 89.813 89.929 89.978 91.397 60 885 89.168 DELETED 89.797 89.918 89.984 91.315 61 900 89.157 DELETED 89.786 89.901 89.940 91.293 62 915 89.141 DELETED 89.769 89.885 89.945 91.265 69 930 89.141 DELETED 89.780 89.885 89.940 91.249 64 '

945 89.190 DELETED 89.748 89.874 89.901 91.249 65 960 89.125 DELETED 89.726 89.852 89.951 91.238 66 975 89.125 DELETED 89.726 89.841 89.879 91.221 67 990 39.119 DELETED 89.704 89.819 89.863 91.210 268 l1005 89.108 DELETED 89.698 89.808 89.874 91.210 s

'69 1020 89.103 DELETED 89.676 89.808 89.830 91.199

.7' O 1035 89.097 DELETED 89.654 89.781 89.869 91.188 71 1050 89.103 DELETED 89.649 89.764 89,813 91.150 72 1065 89.086 DELETED 89.698 89.775 89.824 91.183 73 1080 09.070 OELETED 89.638 89.764 89.824 91.161 74 1095 89.076 DELETED 89.632 89.797 89.769 91.122 75 1110 89.001 DELETED 89.632 89.797 89.780 91.122 F\\ 76 1125 89.070 DELETED 89.599 89.720 89.775 91.117 1140 88.956 DELETED 89.572 89.698 89.726 91.100

'"[ 77 78 1155 88.951 DELETED 89.588 89.693 89.759 91.100 79 1170 88.967 DELETED 89.561 89.682 89.715 91.089 60 1185 88.951 DELETED 89.555 89.677 C9.704 91.089 81 1200 88.951 DELETED 89.539 89.671 89.709 91.029 82 1215 88t929 DELETED 89.599 89.644 89.693 91.034 BS 125?

88.929 DELETED 89.523 89.633 89.682 91.029 84 1245 88.918 DELETED 89.506 89.693 89.715 91.023 85 1260 88.907 DELETED 89.512 89.633 89.704 91.023 C6 1275 88.907 DELETED 89.495 89.622 89.687 91.007 x

BJ,

1290 8G.902 DELETED 89.490 89.600 89.632 90.990 00?

.1305 -

88.396 DELETED 89.473 89.583 89.692 90.979

$1320 88.396

' DELETED 89.462 89.583 89.687 90.957

(

G9_ _

1995 88.896 DELETED 89.462 89.561 89.605 90.974 904-

' *]j 91,

1950 88.880

. DELETED 89.462 89.561 89.605 90.957

. - j?3f 1965 88.880 DELETED 89.446 89.556 89.599 90.952 Y(, 93 13861 88.890 DELETED 89.419 89.556 89.572 90.946

\\ 94' 1895 88.874 DELETED 89.413 89.539 89.566 90.913

'~ 93 51410 88.869 DELETED BY.396 89.523 89.539 90.902 96 '

1425 88.880 DELETED 89.402 89.512 89.544 90.941 97 1440 88.864 DELETED 89.996 89.507 89.533 90.891 END OF TABLE s'

T k-

D23 VAAIABLE TABLE

SUMMARY

AMPLE DELTA TEMP 25 TEMP 26 TEMP 27 TEMP 20 TEMP 29 TEMP 30 UMBER MING DEG.

F DEG.

'F DEG.

F

'1 0

91.719 91.456 91.467 91.610 91.381 91.409 2

15 91.648 91.357 91.390 91.516 91.392 91.440 3

30 91.533 91.291 91.335 91.450 91.288 91.380 4

45-91.473 91.269 91.329 91.378 91.222 91.297 5

,60 91.440 91.159 91.208 91.290 91.211 91.226 75' 91.374 91.121 91.186 91.235 91.106 91.161 6

7-90 91.298 91.060 91.153 91.207 91.062 91.100

'd 10S 91.248 91.038 91.071 91.152 90.996 91.046 9

1EO 91.166 90.951 91.055 91.064 90.952 90.974 10 135 91.122 90.929 91.011 91.031 90.881 90.920 11 150 91.073 90.852 90.906 90.965 90.892 90.859 12 165 91.007 90.841 90.906 90.921 90.809 90.854 13 100 90.986 90.786 90.857 90.871 90.782

,90.794 14 195 90.947 90.720 90.780 90.821 90.737'

.90.755 15 210 90.898 90.714 90.769 90.777 90.660 90.701 16 225 90.860 90.666 90.709 90.733 90.655 90.657 17 240 90.827 90.659 90.670 90.695 90.633 90.608 I

18 255 90.778 90.588 90.621 90.700 90.534 90.586 19 270 90.723 90.571 90.582 90.606 90.517

/ 90.542 20 285 90.673 90.516 90.577 90.584 90.506 90.487 21 300 90.668 90.467 90.516 90.540 90.440 90.465 22 315 90.619 90.440 90.516 90.518 90.424 90.432 i

23 330 90.613 90.418 90.450 90.463 90.363 90.411 24 345 90.553 90.385 90.439 90.419 90.341 90.372 lj 25 360 90.515 50.330 90.428 90.391 90.292 90.334 26 375 90.471 90.300 90.401 90.375 90.286 90.296 27 390 90.476 90.297 90.341 90.342 90.248 90.285 20 405 90.416 90.280 90.302 90.331 90.248 90.246 29/.

j420 90.400 90.231 90-,319 90.281 90.209 90.219 30

. e 435 90.400 90.220 90.313 90.265 90.171 90.208

! 90.236 90.254 90.160 90.164 31 /

450 90.356

,90.181 32 465 90.350

~90.132 90.220 90.221 90.154 90.153 33 480 90.301 90.126 90.198 90.204 90.116 90.131 f

34 495 90.301 90.121 90.203 90.160 90.077 90.104 35 /

510 90.285 90.006 90.159 90.160 90.055 90.071 36 525 90.268 90.071 90.137 90.121 90.066 90.055 37 540 90.230 90.027 90.121 90.099 90.028 90.027 f

38 555' 90,214 90.033 90.082 90.094 89.984 90.016 l

39 570 90.175 90.000 90.077 90.033 89.956 90.011 l

40 585 90.153 89.989 90.066 90.033 89.956 09.967 41 600 90.153 89.973 90.038 90.017 89.962 89.934 l

42 615 90.126 89.951 89.989 90.017 89.913 89.945 43 630 90.115 89.919 90.000 89.973 89.907 89.902 44 845 90.099 89.930 89.989 89.951 89.902 89.891 45 660 90.099 89.892 89.961 89.940 89.852 89.800 44 475 90.049 89.843 89.917 89.923 89.880 89.880 47 690 90.038 89.859 89.950 89.890 89.831 89.863 43 705 90.022 89.837 89.900 89.852 89.820 89.820 49 720 90.005 89.837 89.928 89.857 89.825 89.825 50 735 90.000 89.810 89.889 89.874 89.765 89.803

02b AWHIv873 1V873 5OWWvuA )3ON1 inn 30(

WWd73 0371V 13Wd 2G 13Wd 29 13Hd 21 13Wd 28 13Wd 26 13Wd EO OH83H WIN 5' 03D' 4

030' 3

03D' 3

030' 3

03D*

3 030' J

GT 4GO 86*691 86'80G 86*892 86*8EC 86*49C 86*484 G2 499 86'694 86*48E 86'8E6 86'BG2 86*4Gb 06'4bE GE 480 86*6ED 86'448 86*812 86'008 86*4bO 86*49C Gk 46G 86*6T4 86*4>0 86~46G 86'8T8 86*440 86*4E0 GG STO 86*62E 86*49T 86*S09 86*461 86*4EB 86'4TO G9 OEG 86*601 86*lbG 86'460 86*49b 86*999 86*98E GL GbO 86'SBk 86*961 86*4G9 86*4>a 86*96k 86*40G GB SGG 86*898 84'9G6 86*499 86*420 86*999 86*98E G6 840 36'BkO 86*4TE 86*4bG 86'4GE 86*9G9 86*999 90 8BG 86*8bO 86*94G 86*418 86*42G 86*944 06*991 9T 600 86*82b 86*9bO 86'42E 86*949 86'9G9 86'999 92 6TG 86*802 96*9bO 86*96G 86'984 86*988 86*928 9E 680 86'OkO 86'9bO 86*4TB 86*99G 86*9TE D6'G6G 9>

6bG 86*4lb 86'9>2 86'948 86'949 86*G60 06'G6C 9G 690 86*48G 86*9TO 86*94E 86'962 86'G6G 86' cob 99 6LG 86*196 86*929 86*998 86*9kE 86'G8b 06'G46 94 660 86'LVT 86'G8E 86*926 86'9T9 86'GEO 86'GGL 98 TOOG 86*4E9 86'G91 86*901 86'90G 86'C98 06'G98 96 T020 86*LOE 86*999 86*969 84'G88 86'GbT 86'G2U 40 TOEG 86*4T6 86'GG9 86'9EC 86 ' G4t.

86'Gb9 86'G2>

4T TOGO 86*962 86*GbG 86*901 86'G99 86'G2b 86'GIE 42 T09E 86*962 86' GEE 86'9T8 86'GLB 86'GT6 86'b8T LE T080 86*962 86'GEW 86'G1b 86*999 86'kLO 86'k61 4b 106G 86*981 86'GdB 86'GbO 86'Gbb 86'bG6 06

r&64 4G TTTO 86*9G6 06'GOT 86*Cb9 86'GTT 86'V09 86'b09 49 TT2G 86*9bE 86*bBG 86'GbO 86*GT4 86'bba 06'b9>

44 TTbO 86*9bE 86'b8G 86'G2b 86'CT4 86'b29 86'bbO 48 TIGG 86'920 86'bGB 86'G26 86*b6G 86' BEL 86'bGE 46 ITLO 86*G68 86'bE9 86'b6T 86* GIT 86' VET 86*ba9 80 TI8G 86*G6E 86*>20 86'G02 86'klE 86'VTO 86' big t

8T T200 86*G41 86'b20 86*b80 86*b48 86*bTO 86'bGT 32 TETG 86'G82 86'bE9 86'&9E 86'WC9 86' ELL 86'VTG BE TSEO 86*G82 86'b06 86*&98 06'bG9 86*866 86'85R

-OW T2bG 86*C82 86*882 86'b98 B6"VTB 86*E82 86*882 BG

%290 86'GEB 86*E68 86'bGE 86'vEb 86'882 86*E99 89 TELC 86'G19 86'841 86*&98 86'b0T 96*888 86'E99 81 T260 86*Gb6 86'E88 86*bbT 86*869 86*ELT 86' EGG 38 TEOG 86*ST9 86*ELT 86'bBk 86*E69 86*822 86*Ek6 36 TEBO 86'G19 86'Ebk 86'b08 86*EG8 86* EEL 86* EEL 60 TEEG 86'k6b 86'ETB 86*88G 86*858 86*STL 86*ST4 6T TEGO 86'k66 86*EEE 86*680 86'E9E 86*EIT 86*EIL 62 TE99 86'SOG 86*260 86*E9E 8o*EG2 86*E09 86*E0F 6E TEBO 86'&99 86*E22 86*E6T 86*EEO 86'28V 86*E09 6>

TE6G 86'k>>

86*E22 86*E96 86'EGE 86*248 86'248 6C T&TO 86*>>>

86'26G 86*EC8 86'ET6 86'2GT 86*294 69 I>EG 86*>28 86*ELW 86*EbT 86*EDE 86*294 86'291 64 T>bO 86' BGG 86'299 86'EE9 86*E0E 86*2bG 86*24E 3NO 03 1V373

025 VARIABLE TABLE

SUMMARY

AMPLE DELTA TEMP 31 TEMP 32 TEMP 33 TEMP 34 TEMP SS TEMP 96 UMBER MINS DEG.

F DEG.

F DEC.

F DEG.

F 1

0 91.458 91.303 91.325 91.015 91.499 91.276 2

15 91.359 91.253 91.264 90.949 91.389 91.210 3

30 91.321 91.187 91.204 90.916 91.362 91.155 4

45 91.266 91.143 91.072 90.883 91.268 91.122 5

60 91.277 91.061 91.094 90,951 91.202 91.045 6

75 91.134 91.034 91.067 90.807 91.169 91.001 7

90 91.156 90.951 91.012 90.763 91.104 90.952 0

105 91.178 90.913 90.907 90.741 91.093 90.913 9

120 91.084 90.885 90.907 90.708 91.043 90.875 10 135 90.974 90.847 90.847 90.648 91.071 90.831 11 150 91.090 90.803 90.797 90.642 91.016 90.770 12 165 90.935 90.748 90.803 90.587 90.966 90.710 13 100 90.952 90.770 90.726 90.560 90.955 90.682 14 195 90.908 90.720 90.682 90.527 90.878 90.6S8

~

15 210 90.814 90.654 90.660 90.494 90.862 90.611 16 225 90.930 90.616 90.605 90.488 90.862 90.561 17 240 90.765 90.555 90.566 90.461 90.013 90.528 18 255 90.787 90.495 90.533 90.434 90.818 90.506 l

19 270 90.638 90.533 90.517 90.406 90.796 90.468 20 285 90.688 90.495 90.445 90.346 90.736 90.451 21 300 90.732 90.484 90.434 90.351 90.703 90.402 22 315 90.649 90.407 90.407 90.313 90.703 90.350 23 330 90.572 90.407 90.401 90.285 90.758 90.347 24 345 90.539 90.374 90.313 90.263 90.637 90.319 25 360 90.611 90.401 90.319 90.241 90.609 90.281 26 375 90.594 90.319 90.291 90.209 90.620 90.259 27 390 90.512 90.291 90.269 90.203 90.593 90.226 28 405 90.517 90.280 90.242 90.165 90.544 90.204 29 420 90.528 90.275 90.192 90.148 90.593 90.176 I

30 435 90.457 90.220 90.198 90.148 90.538 90.143 31 450 90.462 90.170 90.198 90.110 90.472 90.127 32 465 90.413 90.170 90.132 90.071 90.467 90.105 33 480 90.347 90.137 90.110 90.049 90.395 90.083 34 495 90.336 90.104 90.104 90.033 90.428 90.061 35 510 90.297 90.088 90.077 90.022 90.450 90.099 36 525 90.352 90.104 90.055 90.000 90.357 90.011 37 540 90.297 90.049 90.038 89.973 90.417 90.000 38 555 90.259 90.022 90.027 89.923 90.450 89.989 39 570 90.242 90.011 90.000 89.934 90.357 89.951 40 585 90 215 90.006 89.973 89.907 90.351 89.945 41 600 90.154 90.000 89.967 89.902 90.535 89.910 42 615 90.204 90.006 89.940 89.847 90.302 89.896 43 630 90.209 89.973 89.929 89.880 90.269 89.990 i

44 T4'S 90.154 89.918 89.907 89.830 90.253" 09.874 45 660 90.088 89.918 89.907 89.852 90.351 89.952 46 675 90.143 89.924 89.863 89.836 90.225 89.852 47 690 90.105 09.907 89.880 89.803 90.247 89.825 48 705 90.116 89.886 89.858 89.814 90.220 89.797 49 720 90.099 89.848 89.836 89.770 90,192 89.781 50 735 90.055 89.837 89.809 89.754 90.187 89.770

D26 VARIABLE TABLE

SUMMARY

(CONTINUED) i AMPLE DELTA TEMP 31 TEMP 32 TEMP 33 TEMP 34 TEMP 35 TEMP D6 UMBER MINS DEG.

F DEG.

'F DEG.

F 51 750 90.094 89.826 89.809 89.765 90.236 89.740 52 765 90.072 89.869 89.787 89.716 90.132 89.737 53 780 90.050 89.902 89.776 89.732 90.121 89.731 54 795 90.033 89.842 89.776 89.743 90.115 09.742 55 810 90.011 89.R4B 89.754 89.699 90.176 89.709 56 825 89.989 89.771 89.737 89.661 90.176 89.690 57 840 89.995 89.793 89.726 89.683 90.077 89.600 58 855 89,946 89.820 89.726 89.666 90.060 89.660 59 870 89.967 89.771 89.705 89.644 90.060 89.649 60 885 89.935 89.733 89.672 89.623 89.995 09.633 61 900 89.864 89.717 89.677 89.639 90.066 89.622 62 915 89.929 89.701 89.661 89.617 90.099 09.633 63 930 89.875 09.684 89.644 89.595 90.082 89.616 64 945 89.897 89.684 89.639 89.601 90.049 89.605 65 960 89.869 89.679 89.633 89.595 90.033 89.578 66 975 89.848 89.668 89.612 89.534 90.044 89.561 67 900 89.848 89.635 89.601 89.573 90.016 89.567 68 1005 89.880 89.690 89.579 89.551 90.005 89.556 69 1020 89.782 89.641 89.584 09.557 89.904 89.534 70 1035 89.831 89.652 89.568 89.535 89.913 89.529 71 1050 89.810 89.641 89.573 89.530 89.909 09.510 4

l 72 1065 89.799 89.592 89.562 89.502 09.962 89.507 73 1000 89.782 89.603 89.546 89.519 89.897 89.501 74 1095 89.793 89.624 89.524 89.497 89.897 09.496 75 1110 89.782 89.565 89.530 89.475 89.875 09.490 76 1125 89.723 89.559 89.502 89.458 89.973 89.468 77 1140 89.733 39.554 89.497 89.447 89.891 89.469 78 1155 89.744 89.548 89.400 89.453 89.891 09.435 79 1170 89.684 89.526 09.475 89.453 89.864 89.424 80 1185 89.701 89.548 89.469 89.431 89.820 89.435 81 1200 89.706 09.521 89.442 89.431 89.869 89.413 C2 1215 89.690 89.543 89.453 89.415 09.820 89.402 83 1230 89.706 89.521 89.437 89,387 89.820 89.397 84 1245 89.657 89.472 89.426 89.382 89.799 09.386 85 1260 89.619 E9.483 89.420 89.393 89.761 89.991 86 1875 89.679 89.467 29.393 89.382 89.831 89.370 87 1290 89.646 89.499 89.387 89.371 89.837 89.370 CB 1905 09.657 89.428 89.393 89.365 89.788 89.353 89 1820 89.630 89.467 89.365 89.360 89.793 09.342 90 1335 89.592 89.445 89.371 89.365 89.712 89.331 91 1350 89.592 89.423 89.960 89.316 89.C31 89.326 92 1965 89.576 89.450 89.354 89.322 89.684 89.331 i

93 1980 89.559 89.407 89.338 89.305 89.717 89.304 94 1515 89.570 89.379 89.333 89.311 89.755 89.320 95 1410 89.565 89.418 89.333 89.311 89.717 89.202 96 1423 89.538 89.374 89.322 89.300 89.684 09.304 97 1440 89.581 89.434 89.211 89.279 89.690 89.265 END OF TABLE

G27 UARIA8LE TABLE

SUMMARY

4MPLE DELTA TEMP 37 TEMP 38 TEMP 39 TEMP 40 PRES 1

HUM 1

JMDER HINS DEG.

F DEG.

F DEC.

F OSIA FRACTION 1

0 90.198 90.435 90.902 DELETED 69.925 0.263 2

15 90.192 90.396 90.803 DELETED 60.""O 0.P64 S

30 90.176 90.374 90.825 DELETED 60.9./

O.265 4

45 90.165 90.347 90.792 DELETED 60.905 0.266 5

60 90.137 90.308 90.720 DELETED 60.900 0.267 6

75 90.115 90.281 90.698 DELETED 60.894 0.267 7

90 90.088 90.248 90.698 DELETED 60.888 0.268 8

105 90.071 90.231 90.621 DELETED 60.882 0.269 9

120 90.066 90.198 90.605 DELETED 60.878 0.269 10 135 89.995 90.165 90.577 DELETED 60.872 0.270 11 150 90.011 90.149 90.517 DELETED 60.867 0.270 12 165 90.000 90.116 90.484 DELETED 60.862 0.271 la 180 89.978 90.094 90.467 DELETED 60.857 0.272 14 195 89.962 90.050 90.412 DELETED 60.851 0.272 15 210 89.929 90.033 90.390 DELETED 60.847 0.279 16 225 89.912 90.022 90.374 DELETED 60,846 0.27S 17 240 89.912 89.989 90.352 DELETED 60.838 0.274 18 255 89.891 89.967 90.324 DELETED 60.835 0.274 19 270 89.858 89.962 90.275 DELETED 60.030 0.275 20 285 89.836 89.907 90.275 DELETED 60.826 0.275 21 300 89.836 89.880 90.236 DELETED 60.822 0.275 22 315 89.819 89.852 90.231 DELETED 60.819 0.276 23 SSO 89.787 89.841 90.203 DELETED 60.016 0.277 24 345 89.770 89.819 90.170 DELETED 60.812 0.277 25 S60 89.765 89.792 90.176 DELETED 60.809 0.277 26 975 89.732 89.759 90.126 DELETED 60.005 0.277 27 390 89.732 89.776 "O.143 DELETED 60.001 0.278 28 405 89.699 89.726 90.104 DELETED 60.797 0.279 29 420 89.677 89.721 90.093 DELETED 60.794 0.278 80 435 89.661 89.688 90.060 DELETED 60.792 0.279 31 450 89.666 89.650 90.055 DELETED 60.788 0.279 S2 465 89.617 89.661 90.055 DELETED 60.785 0.280 SS 480 89.628 89.633 90.016 DELETED 60,783 0.280 34 495 89.595 89.611 89.984 DELETED 60.778 0.280 SS 510 89.590 89.617 89.973 DELETED 60.775 0.201 l

36 525 89.562 89.584 89.962 DELETED 60.772 0.281 37 540 89.557 89.546 89.962 DELETED 60.769 0.281 l

38 555 89.540 89.573 89.956 DELETED 60.765 0.281 l

99 570 89.535 89.535 89.923 DELETED 60.762 0.281 40 585 89.519 89.518 89.918 DELETED 60.760 0.281 41 600 89.502 89.513 89.891 DELETED 60.756 0.282 42 615 89.491 89.469 89.880 DELETED 60.752 0.282 43 630 89.486 89.480 89.863 DELETED 60.752 0.282 44

%45 89.453 89.464 89.847 DELETED 60.755 0.283 45 660 89.453 89.453 89.858 DELETED 60.750 0.28D 46 675 89.442 89.425 89.841 DELETED 60.749 0.289 47 690 89.426 89.431 89.825 DELETED 60.748 0.204 l

48 705 89.415 89.398 89.809 DELETED 60.747 0.284 l

49 720 89.409 89.409 89.787 DELETED 60.745 0.284 50 735 89.387 89.365 89.798 DELETED 60.749 0.284

B2O VARIABLE TABLE

SUMMARY

(CDNTINUED)

J AMPLE DELTA TEMP 37 TEMP 38 TEMP 39 TEMP 40 PRES 1

HUM 1

DMBER MINS DEG.

F DEG.

F PSIA FRACTIDN 61 750 89.993 89.376 89.776 DELETED 60.742 0.284 52 765 89.376 89.365 89.781 DELETED 60,740 0.284 53 780 89.354 89.371 89.770 DELETED 60.738 0.205 54 795 89.344 89.332 89.748 DELETED 60.735 0.285 55 810 89.327 89.354 89.738 DELETED 60.733 0.285 56 825 89.322 89.354 89.743 DELETED 60.731 0.286 57 840 89.311 89.321 89.710 DELETED 60.730 0.286 58 855 89.311 89.327 89.699 DELETED 60.728 0.286 59 870 89.294 89.305 89.721 DELETED 60.726 0.206 60 885 89.289 89.299 89.694 DELETED 60.724 0.286 61 900 89.278 89.272 89.688 DELETED 60.722 0.2D6 62 915 89.278 89.278 89.666 DELETED 60.720 0.286 63 930 89.240 89.283 09.666 DELETED 60,718 0.207 64 945 89.251 89.228 89.666 DELETED 60.716 0.287 65 960 89.245 89.250 89.634 DELETED 60.719 0.207 66 975 89.240 89.239 89.645 DELETED 60.713 0.207 67 990 89.201 89.234 89.623 DELETED 60.711 0.280 60 1005 89.212 89.212 89.601 DELETED 60.711 0.287 69 1020 89.201 89.195 89.612 DELETED 60.707 0.200 70 1035 89.212 89.179 89.606 DELETED 60.705 0.288 71 1050 E9.185 89.190 89.590 DELETED 60.703 0.200 72 1065 89.163 89.206 89.590 DELETED 60.701 0.206 73 1000 89.179 89.184 89.590 DELETED 60.699 0.800 74 1095 89.163 89.157 89.557 DELETED 60.699 0.289 75 1110 89.158 89.152 89.557 DELETED 60.697 0.289 76 1125 89.152 89.163 89.568 DELETED 60.696 0.289 77 1140 89.108 89.130 89.541 DELETED 60.695 0.289 78 1155 8 9.17.9 89.174 89.546 DELETED 60.693 0.289 79 1170 89.119 89.102 89.524 DELETED 60.692 0.209 CO 1185 89.108 89.091 89.513 DELETED 60.690 0.290 81 1200 89.097 89.113 89.519 DELETED 60.689 0.289 82 1215 89.103 89.097 89.497 DELETED 60.688 0.290 89 1230 89.097 89.070 89.513 DELETED 60.685 0.290 84 1245 89.070 89.075 89.492 DELETED 60.684 0.290 03 1260 89.065 89.080 89.486 DELETED 60.602 0.290 C6 1275 89.059 89.059 89.486 DELETED 60.682 0.290 87 1290 89.048 87.080 89.481 DELETED 60.679 0.290 i

E8 1305 89.043 89.053 89.459 DELETED 60.677 0.291 89 1920 89.043 89.031 89.448 DELETED 60.676 0.291 90 1935 89.037 89.042 89.448 DELETED 60.674 0.291 i

l 91 1350 89.021 89.015 89.459 DELETED 60.672 0.291 92 1965 89.015 88.976 89.420 DELETED 60.671 0.291 93 1380 89.010 88.966 89.431 DELETED 60.669 0.291 94 1915 88.999 09.009 89.431 DELETED 60.669 0.292 95 1410 88.993 88.971 89.415 DELETED 60.667 0.292 96 1425 88.988 88.960 89.404 DELETED 60.666 0.292 97 1440 88.982 88.987 89.410 DELETED 60.666 0.292 END DF TABLE i

l

DD9 VARIABLE TABLE

SUMMARY

AMPLE DELTA HUM 2

HUM S

HUM 4

HUM 5

HUM 6

HUM 7

UMBER MINS FRACTION FRACTION FRACTION FRACTION FRACTION FRACTION 1

0 0.263 0.259 0.274 0.270 0.272 0.265 2

15 0.263 0.254 0.274 0.271 0.272 0.266 3

30 0.264 0.255 0.275 0.272 0.272 0.266 4

45 0.266 0.257 0.275 0.272 0.278 0.267 5

60 0.266 0.250 0.276 0.273 0.273 0.267 6

75 0.267 0.258 0.276 0.273 0.273 0.267 7

90 0,267 0.258 0.276 0.274 0.274 0.260 8

105 0.268 0.260 0.277 0.275 0.275 0.268 9

120 0.269 0.260 0.277 0.275 0.275 0.269 10 195 0.269 0.261 0.278 0.275 0.276 0.269 11 150 0.270 0.261 0.278 0.276 0.276 0.270 12 165 0.271 0.262 0.278 0.276 0.276 0.270 13 100 0.271 0 269 0.279 0.277 0.276 0.271 14 195 0.272 0.263 0.279 0.277 0.277 0.271 15 210 0.272 0.264 0.280 0.278 0.277 0.271 16 225 0.279 0.264 0.280 0.278 0.277 0.272 17 240 0.279 0.265 0.280 0.279 0.278 0.272 18 255 0.274 0.265 0.280 0.279 0.278 0.279 19 270 0.274 0.266 0.281 0.279 0.278 0.273 20 285 0.274 0.266 0.281 0.279 0.279 0.273 21 300 0,276 0.266 0.282 0.280 0.279 0.274 22 315 0.275 0.267 0.282 0.280 0.279 0.279 23 330 0.276 0.267 0.282 0.280 0.200 0.275 24 945 0.277 0.267 0.282 0.280 0.280 0.274 25 360 0.277 0.268 0.289 0.281 0.280 0.275 26 375 0.278 0.268 0.283 0.281 0.281 0.275 27 990 0.277 0.269 0.283 0.201 0.201 0.275 28 405 0.277 0.269 0.284 0.282 0.281 0.276 29 420 0.279 0.269 0.284 0.282 0.282 0.276 30 435 0.278 0.269 0.284 0.282 0.281 0.276 31 450 0.279 0.269 0.284 0.282 0.282 0.277 32 465 0.279 0.270 0.285 0.282 0.282 0.277 SS 480 0.279 0.271 0.285 0.283 0.202 0.277 94 495 0.280 0.271 0.285 0.283 0.283 0.277 35 510 0.280 0.271 0.285 0.283 0.289 0.278 36 525 0.281 0.271 0.286 0.284 0.283 0.278 37 540 0.281 0.271 0.286 0.284 0.283 0.F70 88 555 0.281 0.272 0.286 0.284 0.284 0.278 39 570 0.281 0.272 0.286 0.284 0.284 0.279 40 585 0.281 0.272 0.287 0.284 0.284 0.278 41 600 0.282 0.273 0.287 0.285 0.284 0.279 42 615 0.282 0.273 0.287 0.285 0.285 0.279 43 630 0.282 0.273 0.287 0.285 0.285 0.279 44 345 0.282 0.273 0.288 0.285 0.285 0.280 45 660 0.282 0.273 0.288 0.285 0.285 0.280 46 675 0.283 0.273 0.288 0.286 0.285 0.280 47 690 0.284 0.274 0.288 0.286 0.285 0.280 48 705 0.283 0.274 0.288 0.286 0.286 0.280 49 720 0.284 0.274 0.288 0.286 0.286 0.280 50 735 0.284 0.275 0.288 0.286 0.287 0.281

_, _ - _, ~.

~

l D30 VARIABLE TABLE

SUMMARY

(CONTINUED)

AMPLE DELTA HUM 2

HUM S

HUM 4

HUM 5

HUM 6

HUM 7

UMBER MINS FRACTION FRACTION FRACTION FRACTION FRACTION FRACTION 51 750 0.284 0.275 0.289 0.286 0.286 0.201 52 765 0.284 0.275 0.289 0.287 0.286 0.281 da 700 0.205

' O.275 0.289 0.287 0.287 0.202 54 795 0.284 0.275 0.289 0.287 0.287 0.282 55 810 0.285 0.275 0.289 0.287 0.287 0.202 56 825 0.285 0.275 0.289 0.287 0.287 0.282 57 840 0.285 0.276 0.289 0.287 0.288 0.289 53 855 0.286 0.276 0.289 0.288 0.287 0.282 59 870 0.286 0.276 0.290 0.288 0.288 0.289 60 885 0.286 0.276 0.290 0.288 0.288 0.282 61 900 0.286 0.276 0.290 0.288 0.288 0.203 62 915 0.286 0.276 0.291 0.288 0.288 0.289 63 930 0.286 0.277 0.290 0.288 0.288 0.283 64 945 0.287 0.277 0.291 0.288 0.280 0.283 65 960 0.287 0.277 0.291 0.288 0.209 0.204 66 975 0.287 0.277 0.291 0.289 0.289 0.284 67 990 0.2H7 0.277 0.291 0.289 0.289 0.283 68 1005 0.288 0.278 0.291 0.289 0.289 0.284 69 1020 0.287 0.278 0.291 0.289 0.289 0.284 70 1035 0.288 0.278 0.291 0.289 0.290 0.284

+

71 1050 0.288 0.278 0.292 0.289 0.290 0.204 72 1065 0.288 0.278 0.292 0.289 0.290 0.285 73 1000 0.288 0.279 0.292 0.290 0.290 0.285 74 1095 0.289 0.278 0.292 0.290 0.290 0.285 75 1110 0.200 0.279 0.292 0.290 0.290 0.205 76 1125 0.288 0.279 0.292 0.290 0.291 0.285 77 1140 0.289 0.279 0.292 0.290 0.290 0.285 78 1155 0.289 0.279 0.293 0.290 0.291 0.285 79 1170 0.289 0.279 0.293 0.291 0.291 0.206 i

80 1185 0.289 0.280 0.293 0.291 0.291 0.286 B1 1200 0.290 0.280 0.293 0.291 0.291 0.286 I

C2 1215 0.290 0.280 0.293 0.291 0.291 0.286 OS 1230 0.289 0.280 0.293 0.291 0.291 0.206 04 1245 0.290 0.280 0.299 0.291 0.292 0.286 85 1260 0.290 0.281 0.299 0.291 0.292 0.286 C6 1275 0.290 0.281 0.294 0.291 0.292 0.287 87 1290 0.290 0.281 0.294 0.291 0.292 0.206 C3 1905 0.291 0.281 0.294 0.291 0.292 0.287 89 1920 0.291 0.282 0.294 0.292 0.292 0.287 90 1995 0.291 0.281 0.294 0.292 0.292 0.287 i

91 1350 0.291 0.282 0.294 0.292 0.293 0.207 92 1365 0.291 0.281 0.294 0.292 0.299 0.287 93 1380 0.291 0.281 0.295 0.292 0.293 0.287 94 1FJ5 0.291 0.282 0.295 0.292 0.293 0.287 95 1410 0.291 0.282 0.295 0.293 0.293 0.280 96 1425 0.291 0.282 0.295 0.293 0.293 0.288 97 1440 0.292 0.282 0.295 0.293 0.293 0.280 i

END OF TABLE I

l l

091 j

4 VARIABLE TABLE

SUMMARY

l i

iMPLE DELTA HUM 8

HUM 9

HUM 10 iMBER MIN 5 FRACTION FRACTION FRACTION 1

0 0.294 0.286 0.291 2

15 0.294 0.286 0.291 3

30 0.294 0.286 0.291 4

45 0.295 0.286 0.291 5

60 0.295 0.287 0.291 6

75 0.295 0.287 0.292 7

90 0.295 0.287 0.291 8

105 0.296 0.287 0.292 9

120 0.296 0.288 0.292 10 135 0.296 0.288 0.292 11 150 0.296 0.288 0.292 12 165 0.297 0.288 0.292 13 180 0.296 0.289 0.293 14 195 0.297 0.289 0.293 15 210 0.297 0.289 0.293 16 225 0.297 0.289 0.293 17 240 0.298 0.289 0.293 18 255 0.298 0.290 0.294 19 270 0.298 0.290 0.294 20 285 0.298 0.290 0.294 21 300 0.298 0.290 0.294 22 315 0.298 0.290 0.294 US 330 0.299 0.291 0.295 24 345 0.299 0.291 0.294 25 360 0.299 0.291 0.295 26 375 0.299 0.291 0.295 27 390 0.299 0.291 0.295 28 405 0.299 0.292 0.295 29 420 0.900 0.292 0.295 30 435 0.300 0.292 0.295 31 450 0.300 0.292 0.295 32 465 0.300 0.292 0.295 39 480 0.301 0.292 0.296 l

34 495 0.301 0.293 0.296 35 510 0.301 0.293 0.296 36 525 0.301 0.293 0.296 37 540 0.001 0.293 0.296 l

38 555 0.301 0.293 0.297 39 570 0.901 0.294 0.296 40 585 0.302 0.294 0.297 41 600 0.902 0.294 0.297 42 615 0.302-0.294 0.297 43 630 0.302 0.294 0.297 44 645 0.302 0.294 0.298 45 660 0.302 0.294 0.297 46 675 0.302 0.295 0.297 47 690 0.903 0.295 0.298

[

48 705 0.303 0.295 0.298 49 720 0.303 0.295 0.297 50 735 0.303 0.295 0.298 i

i I

I l

092 UARIABLE TABLE

SUMMARY

(CONTINUED)

AMPLE DELTA HUM 8

HUM 9

HUM 10 UMBER MINS FRACTION FRACTION FRACTION 51 750 0.903 0.295 0.298 02 765 0.303 0.295 0.298 53 780 0.303 0.295 0.298 54 795 0.303 0.296 0.298 55 810 0.304 0.296 0.298 56 825 0.304 0.296 0.299 57 840 0.304 0.296 0.299 58 855 0.304 0.296 0.299 59 870 0.304 0.296 0.299 60 885 0.305 0.296 0.299 61 900 0.905 0.296 0.299 62 915 0.305 0.297 0.299 63 930 0.305 0.297 0.299 64 945 0.305 0,297 0.299 65 960 0.305 0.297 0.299 66 975 0.305 0.297 0.900 67 990 0.305 0.297 0.299 60 1005 0.305 0.297 0.299 69 1020 0.305 0.297 0.300 70 1035 0.305 0.298 0.300 71 1050 0.906 0.298 0.300 72 1065 0.306 0.298 0.300 73 1000 0.306 0.298 0.300 74 1095 0.306 0.298 0.300 75 1110 0.906 0.298 0.901 76 1125 0.306 0.298 0.301 77 1140 0.306 0.298 0.800 78 1155 0.306 0.298 0.900 79 1170 0.907 0.290 0.300 80 1185 0.307 0.299 0.901 81 1200 0.907 0.299 0.301 82 1215 0.307 0.299 0.301 83 1230 0.307 0.299 0.301 84 1245 0.307 0.299 0.301 85 1260 0.907 0.299 0.901 86 1275 0.307 0.299 0.302 87 1290 0.907 0.299

'O.801 88 1905 0.907 0.299 0.301 89 1920 0.308 0.299 0.301 90 1335 0.308 0.299 0.301 91 1950 0.300 0.900 0.302 92 1965 0.308 0.900 0.902 93 1980 0.308 0.300 0.302 94 1955 0.308 0.300 0.302 95 1410 0.908 0.900 0.902 96 1425 0.300 0.300 0.302 97 1440 0.908 0,300 0.902 END OF TABLE

-~

r.,

k..,

B33 I-W' le t

\\:

t.

s r,

t; t:.,.

us APPENDIX B.3.

'r -

PEAK PRESSURE ILRT F-COMPUTER GENERATED REPORT CONTROLLED LEAKAGE RATE TEST i

F (CLRT) b r

g i.

~

r

[.

L.

I.,

1.

I b '

i E

l..

r l

we e

bI s

+

'tn.

P[.

r P

l-1 l

f

+.

T' x.

U

..u _...._

D34 LOUISIANA POWER & LIGHT COMPANY WATERFORD SES UNIT NO. 9 CONTAINMENT INTEGRATED LEAKAGE RATE TEST SUPPLEMENTAL UERIFICATION TEST LEAKAGE RATE MEASURED USING THE ABSOLUTE METHOD LEAKAGE RATE COMPUTED USING THE MASS POINT MCTHOD TEST PERIOD STARTED AT 1945 HOURS ON APRIL SO, 1983 TEST CONDUCTED FOR 5.50 HOURS FREE SPACE VOLUME OF CONTAINMENT I5 2677000 CU FT CONTAINMENT WAS PRESSURIZED TO 60.64 P5IA INITIAL VERIFICATION AIR WEIGHT 795501.0 LB5 FINAL UERIFICATION AIR WEIGHT 794478.6 LB5 FITTED MA55 POINT LEAKAGE RATE IS 0.572 % PER DAY 0.499 0.066 LO LC = 0.572 LAM =

=

LO

+

LAM

-.2SLA <

LC LO

+

LAM

+.2SLA O.499 + 0.066 - 0.125 < 0.S72 < 0.499 + 0.066 + 0.125 0.440

< 0.S72 <

0.690 LC

= FITTED CLRT MASS POINT LEAKAGE RATE LAM = FITTED ILRT MA55 POINT LEAKAGE RATE LO

=5UPERIMPOSED LEAKAGE DURING VERIFICATION TEST LA

= CONTAINMENT DESIGN LEAKAGE RATE

.-r-.-

DDS DESCRIPTION OF VARIABLES AUG. TEM - CONTAINMENT MEAN TEMPERATURE CALCULATED FROM VOLUMETRICALLY WEIGHTED RTD SENSOR INDICATIONS.

AVE. PRE - PRIMARY CONTAINMENT PRESSURE INDICATION.

VAP. PRE - CONTAINMENT VAPOR PRESSURE CALCULATED FROM VOLUMETRICALLY WEIGHTED RHD SENSOR INDICATIONS.

LEAK SIM - SIMPLE TOTAL TIME LEAKAGE RATE.

LEAK MAS - LEAKAGE RATE COMPUTED FROM FIRST ORDER REGRESSION OF AIR MASS DATA.

AIR MASS - CONTAINMENT AIR MASS.

NOTE FOR TABULAR DATA -

TABLE VALUES OF ZERO SIGNIFY DATA I5 NOT APPLICABLE TO THE CALCULATION.

2.

SENSOR HA5 BF.EN DELETED FROM THE SCAN.

NOTE FOR CURVES -

1.

TOP ABSCISSA SCALE REPRESENTS SAMPLE NUMBERS.

2.

AIR MA55 IS THE CALCULATED CONTAINMENT AIR MA55 AND FITTED AIR MASS IS THE LINEAR LEAST SQUARE FIT OF THE AIR MASSES.

9.

SIMPLE MA55 POINT IS THE TOTAL TIME LEAKAGE RATE AND FITTED MASS POINT IS THE LEAKAGE RATE COMPUTED FROM FIRST ORDER REGRESSION OF AIR MA55 DATA.

4.

UCL IS THE UPPER LIMIT OF THE 95%

CONFIDENCE LEVEL OF AIR MA55 DATA.

l l

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t t3 HblU dtKVILtd INCUKFUNHitO-1 5.

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796400. -

CONTAINMENT AIR MASSES e e RIR M4SS t

=

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~

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w 796000. -

m E

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~

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e 5

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60.

120.

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420 i

+

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i TTMC T hl M T hillT E C R

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......uo l.

5.

9.

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99.

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i 1

7 t

1 0000 COMPUTED LEAK RATES i

I e e SirPLL M4?$ POT'JT [ EqK qqTE y

O l-ITTLC P9SS POINT lE9tt R9?E t

DJ E

I 0.80CC E

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e LU 0.4000 o

QC La Q_

0 2000 C.0000 I

1 i

i i

i C.

60.

12D.

150 240.

300.

360.

420.

TTME IN MINUTES 5

1 5

9.

13 17.

'1 95.

29.

'l 1

'l i

i i

COMPUTED LEAK RATES RELATIVE TO LIMITS 1 0000 1

i L-

FI'TEC CL97 P9SS POINT LL9490L 99'E I-x x MAXIMUM RCCEPTABLE 3

C.b y y MINIMUM RCCEPTRBLE 3-3 y

.I r

[E 0.8000 i's ca

+

=

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=

r

=

r r

x x

x T

I a

0.6000

[

x u

W Q_

r 8

d3_

E

~

'[

0.4000

=

0 LiI O_

0.2000 0.0000 I

i i

i 0

60 120 180.

240.

300 360.

420.

m TIME IN MINUTES

1 5.

9 13 17.

21 25

'9 1

'1

'I 1

i i

_i i

.l _ __ _ _ i

_1 i

i e9 3200 1 VOLUMETRICALLY WEIGHTED CONTAINMENT TEMPERATURE s

c?

W r

I r

Z W

, cr 89.2800 1 je r

!=.

c e

L IE tn I

W

'N W

89.2400 -

N Cr O

w W

x

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8 89.2000 -

~

W N

cr a

i w

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N T

[

E9 1C00 1 n_

w h

W

'N 89 1200 I

i -~~- - - - ~ ~~

i i

i

- - - ~ ~ ~

0.

60.

120 180 240 300.

360 420.

TIME IN MINUTES 5,

i 1

5.

9 13 17.

21.

'5 29.

1 I

'l i

i i

2.

i 60.7200 ~'

AVERAGE CONTAINMENT PRESSURE i

s C

5 W

s o_

=

60.6800 ']

?

i z

l 2

5 i

s l L1J e

Z 60.6400 i

3 w

in L2J Es r

l' o_

A 60.6000 -

\\

N A

i N.

\\

60.5600 -}

\\

60.5200 I

~~

i O.

60 120 180 240 300.

360 420.

TIME IN MINUTES E

_-w 1.

L.

4.

13 17.

21 25.

29.

i

_1_.

t..

1.

2.

- _._ I

.._ 2 i

i e

I i

i 1

VOLUMETRICALLY WEIGHTED VAPOR PRESSURE i

0.2016 i

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s 1

l!

l 0 2012 Z

iI,

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w li i

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P.1996

+~~

~~

~

i - - ~ ~ ~ ~

0.

SC.

120.

180'.

240.

300.

360 420 i

i i

i TIME IN MINUTES

D42 UARIA8LE TABLE

SUMMARY

AMPLE DELTA AVG. TEM AUG. PRE VAP. PRE LEAK SIM LEAK MAS AIR MA55 UMBER MINS DEG.

F PSIA PSIA PER CENT PER CENT POUNDS 1

0 89.255 60.6393 0.1999 0.000 0.000 795501 2

15 89.250 60.6354 0.2000 0.540 0.000 795456 3

30 89.249 60.6330 0.2002 0.469 0.469 79542D 4

45 89.238 60.6297 0.2001 0.420 0.418 795997 5

60 89.228 60.6261 0.2002 0.415 0.404 79536D 6

75 89.215 60.6227 0.2001 0.394 0.387 795998 7

90 89.211 60.6193 0.2001 0.405 0.388 795900 0

105 89.211 60.6157 0.2003 0.435 0.408 795249 9

120 89.196 60.6128 0.2002 0.404 0.402 795299 10 135 89.198 60.6096 0.2003 0.420 0.407 795107 11 150 89,190 60.6063 0.2004 0.418 0.410 795155 12

165, 89.183 60.6012 0.2004 0.442 0.421 795099 13 100 89.175 60.5967 0.2003 0.451 0.43D 79505D 14 195 89.165 60.5919 0.2005 0.465 0.446 795000 15 210 89.162 60.5862 0.2004 0.492 0.464 794990 36 225 89.162 60.5822 0.2005 0.502 0.400 794877 17 240 89.157 60.5775 0.2005 0.512 0.495 79482D 18 255 89.147 60.5713 0.2005 0.530 0.511 794754 19 070 89.142 60.5661 0.2005 0.542 0.526 794699 20 285 89.141 60.5607 0.2006 0.558 0.542 794629 21 300 89.137 60.5562 0.2007 0.563 0.555 794568 22 315 09.128 60.5513 0.2006 0.565 0.565 794518 23 390 89.125 60.5481 0.2007 0.561 0.572 794479 END OF TABLE

-e w

q n

w-

-o n

B4a VARIABLE TABLE

SUMMARY

%MPLE DELTA TEMP 1

TEMP 2

TEMP S

TEMP 4

TEMP 5

TEMP 6

JMBER MIN 5 DEG.

F DEG.

F 1

0 89.067 89.075 89.070 89.161 89.199 89.489 2

15 G9.057 89.085 89.070 89.161 89.216 89.456 3

30 89.051 89.047 89.059 89.166 89.183 89.493 4

45 89.040 89.031 89.048 89.150 89.183 89.599 5

60 89.035 89.026 89.021 89.150 89.172 89.484 6

75 89.029 89.026 89.021 89.128 89.166 89.429 7

90 89.018 09.015 88.993 89.133 89.166 89.445 8

105 89.007 89.026 89.004 89.117 89.161 89.401 9

120 09.007 88.987 88.999 89.111 89.144 89.440 10 135 88.985 89.009 88.999 89.117 89.128 89.445 11 150 88.991 89.004 88.988 89.106 89.139 89.440 12 165 88.969 88.944 88.972 89.078 69.139 89.505 13 180 88.980 88.955 88.966 89.106 89.128 89.478 14 195 88.963 88.982 88.966 89.089 89.111 89.969 15 210 88.952 88.971 88.950 89.057 89.084 89.974 16 225 88.958 88.977 88.950 89.084 89.106 89.968 17 240 88.952 88.938 88.950 89.073 89.095 89.479 18 255 88.947 88.938 88.955 89.084 89.084 89.352 19 270 88.947 88.938 88.944 89.062 89.095 89.401 20 285 88.947 88.900 88.928 89.051 89.084 89.429 21 300 88.941 88.911 88.955 89.024 89.067 89.979 22 315 88.941 88.917 88.944 89.024 89.062 89.968 23 330 88.925 88.998 88.939 89.040 G9.057 89.302 END OF TABLE O

.n

G44 UARIABLE TABLE

SUMMARY

AMPLE DELTA TEMP 7

TEMP O

TEMP 9

TEMP 10 TEMP 11 TEMP 12 UMBER MINS DEG.

F DEG.

F 1

0 88.896 89.113 G9.053 89.352 89.191 88.990 2

15 88.901 89.118 89.025 89.368 89.126 89.009 3

30 88.917 89.096 89.014 89.390 89.197 89.009 4

45 88.857 89.000 89.003 89.362 89.121 09.031 5

60 88.879 89.080 88.998 89.357 89.137 89.003 6

75 88.857 89.964 88.987 89.346 89.159 88.960 7

90 88.852 89.064 88.981 89.221 89.164 88.907 8

105 88.901 89.058 88.976 89.341 89.175 09.954 9

120 88.814 89.047 88.981 89.319 89.110 88.971 10 135 88.6DO 89.042 88.949 89.302 89.142 08.981 11 150 88.830 89.053 88.976 89.341 89.066 80.901 12 165 88.787 89.031 88.921 89.226 89.104 88.922 33 100 88.781 89.042 88.959 89.275 89.077 80.949 14 195 88.847 89.031 88.938 89.237 89.039 08.905 15 210 88.787 89.015 88.954 89.226 89.099 88.949 16 225 88.814 89.004 08.932 89.313 89.077 88.965 17 240 88.787 89.004 00.905 89.292 89.077 88.900 18 255 88.776 89.004 88.888 89.221 89.028 88.900 19 270 88.760 89.020 80.927 89.253 09.050 80.9D2 20 285 88.749 88.982 88.921 89.259 89.050 08.889 21 300 80.760 88.982 88.894 89.237 89.039 88.803 22 315 88.760 88.987 88.883 89.155 89.077 88.900 23 330 88.765 88.966 88.894 89.248 09.099 88.873 END OF TABLE

- - -. ~ _. _ -

.,n--,

- ~,

,-p.

D45 UARIABLE TABLE-5UMMARY AMPLE DELTA TEMP 13 TEMP 14 TEMP 15 TEMP 16 TEMP 17 TEMP 18 UMIER MINS DEG.

F DEG.

F 1

0 89.179 88.584 89.181 89.172 88.779 DCLETED 2

15 89.174 88.573 89.170 89.189 88.768 DELETED D

30 89.163 88.551 89.159 89.178 88.784 DELETED 4

45 89.163 88.546 89.148 89.167 08.779 DELETED 5

60 89.158 88.530 89.159 89.172 88.740 DELETED 6

75 89.141 88.519 89.132 89.145 88.740 DELETED 7

90 89.125 88.524 89.126 89.150 88.751 DELETED 0

105 89.130 88.519 89.121 89.199 08.719 DELETED 9

120 89.119 88.524 89.115 89.128 88.719 DELETED 10 195 89.114 88.486 89.110 89.150 88.697 DELETED 11 150 89.114 88.492 89.121 89.123 88.702 DELETED 12 165 89.103 88.486 89.088 89.090 88.719 DELETED 13 180 09.097 88.519 89.088 89.117 88.719 DELETED 14 195 89.086 88.470 89.077 89.090 88.719 DELETED 15 210 89.001 88.486 89.066 89.117 88.719 DELETED 16 225 89.081 88.449 89.071 89.106 88.724 DELETED 17 240 89.070 88.454 89.077 89.090 88.708 DELETED 18 255 89.070 88.443 89.055 89.073 08.691 DELETED 19 270 89.054 88.486 89.060 89.052 88.686 DELETED 20 285 89.059 88.459 89.071 89.084 88.691 DELETED 21 300 89.048 88.454 89.099 89.084 88.691 DELETED 22 315 89.087 88.443 89.055 89.057 08.669 DELETED 23 390 89.043 88.448 89.033 89.063 88.691 DELETED END OF TABLE

~.-

_=. _ -. - _..

D46 VARIABLE TABLE

SUMMARY

hMPLE DELTA TEMP 19 TEMP 20 TEMP 21 TEMP 22 TEMP 23 TEMP 24 JMBER MIN 5 DEG.

F DEG.

F 1

0 88.831 DELETED 89.303 89.430 89.479 90.814 2

15 88.809 DELETED 89 297 89.419 89.446 90.787 3

SO 88.836 DELETED 89.281 89.402 89.479 90. 84c!

4 45 88.815 DELETED 89.270 89.391 89.468 00.787 i

5 60 88.793 DELETED 89.259 89.986 89.446 90.781 6

75 88.804 DELETED 89.265 89.375 89.429 90'.770 7

90 88.793 DELETED 89.248 89,359 89.418 90.765 0

105 88.771 DELETED 89.248 89.364 89.446 90.770 9

120 88.787 DELETED 89.243 89.348 89.418 90.754 10 135 88.798 DELETED 89.232 89.953 89.440 90.748 11 150 88.766 DELETED 89.232 89.337 89.435 90.749 12 165 88.771 DELETED 39.215 89.337 89.429 90.743 13 180 88.760 DELETED 89.210 89.331 89.880 90.721 14 195 88.766 DELETED 89.204 89.320 89.385 90.704 15 210 88.771 DELETED 89.193 89.926 89.380 90.699 16 225 88.760 DELETED 89.188 89.315 89.385 90.688 17 240 88.760 DELETED 89.188 89.304 89.380 90.704 18 255 88.755 DELETED 89.193 89.320 89.963 90.726 19 270 88.749 DELETED 89.177 89.276 89.369 90.68G 20 285 88.755 DELETED 89.149 89.298 89.825 90.693 21 300 88.744 DELETED 89.177 89.287 89.985 90.693 22 315 88.722 DELETED 89.166 89.282 89.352 90.655 2a SSO 88.738 DELETED 89.160 89.265 89.358 90.6D2 END OF TABLE l

l t

I l

t i

I

G47 UARIABLE TABL.E

SUMMARY

MPLE DELTA TEMP 25 TEMP 26 TEMP 27 TEMP 28 TEMP 29 TEMP 30 MBER MIN 5 DEG.

F DEG.

F 1

0 89.351 89.171 89.241 89.220 89.163 89.153 g

2 15 89.356 89.160 89.252 89.220 89.191 89.169 3

30 89.340 89.182 89.214 89.237 89.185 89.159 4

45 89.894 E7.160 89.225 89.226 89.185 89.196 5

60 89.894 89.160 89.236 89.199 89.120 89.147 6

75 89.307 89.189 89.214 89.199 89.109 89.125 7

90 89.312 89.144 89.230 89.182 89.103 89.120 8

105 89.318 89.149 89.209 89.199 89.142 89.109 9

120 89.312 89.117 89.158 89.154 89.120 89.114 10 135 89.318 89.144 89.181 89.165 89.142 89.092 11 150 89.279 89.139 89.169 89.160 89.071 89.098 12 165 89.268 89.144 89.192 89.171 89.109 89.081 13 180 89.268 89.198 89.164 89.127 89.054 89.049 14 195 89.263 89.084 89.147 89.121 89.065 89.109 15 210 89.257 89.111 89.169 89.099 89.098 89.071 16 225 89.257 89.111 89.142 89.105 89.071 89.071 17 240 89.257 89.079 89.147 89.099 89.081 89.071 28 255 89.246 89.095 89.164 89.077 89.065 89.076 19 270 89.224 89.079 89.120 89.121 89.021 89.038 20 285 89.218 89.100 89.147 89.105 89.071 89.054 21 800 89.274 80.051 89.120 89.094 89.065 89.098 22 315 89.218 89.089 89.125 89.089 89.049 89.098 i

29 SSO 89.218 89.057 89.109 89.094 89.032 89.049 END OF TABLE

D48 VARIABLE TABLE

SUMMARY

4MPLE DELTA TEMP S1 TEMP S2 TEMP 23 TEMP 34 TEMP SS TEMP 96 JMDER MINS DEG.

F DEG.

F 1

0 89.489 89.303 89.234 89.179 89.630 89.227 2

15 89.450 89.303 89.234 89.218 09 581 89.205 0

30 89.461 89.298 89.223 89.169 89.565 89.200 4

45 89.483 89.314 89.218 89.152 89.619 89.189 5

60 89.450 89.276 89.207 89.163 89.587 89.103 6

7S 89.445 89.281 89.190 89.147 89.592 89.170 7

90 89.385 89.925 89.201 89.152 89.597 89.156 8

105 89.445 89.265 89.190 8'r.136 89.625 09.161 9

120 89.385 89.243 89.179 89.125 89.590 89.199 10 135 89.418 89.298 89.179 89.125 89.554 89.145 11 150 89.396 89.260 89.158 89.130 89.570 09.14S 12 165 89.407 89 254 89.152 89,190 89.570 89.129 13 180 89.385 89.216 89.141 8?.108 89.609 89.120 14 195 89.380 89.232 89.141 89.103 89.592 09.145 15 210 89.353 89.227 89.147 89.114 89.543 89.095 16 225 89.369 89.238 89.158 89.097 89.527 09.117 17 240 89.374 89.238 89.190 89.097 89.540 89.101 18 255 89.320 89.205 89.186 69.081 89.527 09.095 19 270 89.958 89.189 89.108 89.097 89.472 89.079 20 285 89.396 89.194 89.100 89.086 89.472 89.004 21 300 89.358 89.227 89.097 89.065 89.527 89.004 22 315 89.325 89.162 89.108 89.048 89.581 89.084 23 SSO 89.309 89.173 89.097 89.075 09,445 89.057 END OF TABLE

~-<,r.-

,y t<

/,..

. ;. 3 s..

q, w> %

g

' h.

Li g

',c

- i A

.f" s

s

).%,

s.y D49 W.RI ABLE TABLE

SUMMARY

\\

N

- %MPLE DELTA TEMP 37 TEMP 98 TEMP 99 TEMP 40 PRES,g 1

, HUM 1 -

JM!ER MINS DEG.

F DEG.

F PSIA FRACTIDN 1

O 88.999 HO.900 89.966 DELETED 60.6N9 Oj a93 x 2

15 88.922

.83. 92'f!

89.360 DELETED 60.63n 0.293 89.349 DELETED 60.6SbN O.294 S

SO 88.922 kIO.B((

4 45 88.917 in,. 88 3 '

89.SSS DELETED 60 t4'90 0.ap4 5

60 88.917 90,078 -

89.349 DELETED' 60.A26 0.p93 7

90 88.911 ~h 88.872' 89.322 DELETED 60.623 0.D94 (a

75 88.906 88.'D72 8 % 327 DELETED 60.619 0.294 8

105 88.809 88.856 89=S17 DELETE [D 60.616" 0.294 9

120 88.895 88.883 89.306 DQ ET9D -

60.619 0.294 1C 195 88.895 88.829 89.295, DELETED '- 60.610 0.294 g'

11 150 88. G'/U 80.823, 89.006,;'

D(LF.rth.0 4 60.606 0.294 12 165 88. 89ei Bli.867[

89.311 DEdy(EDj 60!601 0.294 la 100 N 88.868 OG.840 89.295 DELETED 60.597 0.294 14 195 88.8(4 08.829 89.270 DELETED 60 592 0.295 15 210 88.868,,

'OQ.Bih 89.284 DELETED 60.586 0.295 y

89.278 DELETED 60.582 0.295 16 225 88.857 "

03.000 17 240 80.068

88. id9, ? - 89.267 DELETED

'u 60.577 0.295 2.

Bdg' s 89.278 DELETED' 60.571 0.295 18 255 88.857 88 7

19 270 88.846_

' 8 8. 8,1'? \\

89.267 D58 CT.5r7 60,566 0.295 I

~

r 2

20 285 88.840 88.851 89.256 OELE.TED'44 60.561 0.295 21 300 88.835 88.8015 89.273 DELF,7f1 ~

60.556 0.y95 22 315 88.835 89.779s,;

BD.267 DQl.ETE*D' 60.551 0.295

~

23 330 88.835 98.779 89.267 D,ELETED 60.548 0.295

+

END"OF TABLEC t 5*

~

e %,

N

~-

.s

,,\\.

s s 2' >'

N. \\ "'< N

's

~'

s

)

, '. \\, A t

g,

-(

N.

M s, n '_

\\:

h I j

(

b g,

3

.'g

=a

(

9,.i s.

4' 1,

j s

\\*

A s

\\

(

s g N _.=

N

(

N g

4 i

/

s

(

l

~

.7.-.

n -~,;

y, h,,'

. 3

\\

~

3 p y u\\

k

' *I h DSO N

'I UARIABLE TABLE

SUMMARY

iMPLE DELTA HUM R HUM S

HUM 4

HUM 5

HUM 6

HUM 7

iMBER MIN 5 FRACTION FRACTION FRACTION FRACTION FRACTION FRACTION 1

0 0.292 0.283

'O.296 0.294 0.294 0.289 2

15 0.293 0.283 0.296 0.294 0.294 0.289

,3 30 0.294 4.

0.284-0.296 0.294 0.294 0.280 4

45 0.293 0.284 0.296 0.294 0.294 0.289 F*

5' 60 0.293 0.284 0.296 0.294 0.295 0.209 75 0.294

$ 0.284 0.296 0.294 0.295 0.289 f4 7

90 0.293

' O.284 0.296 0.294 0.294 0.289

?.O 105 0.294,

0.284 0.297 0.294 0.295 0.209

'O.285 0.296 0.295 0.295 0.209

~

h['95,

120 0.294

' !,10 135 0.294 "

0.284 0.297 0.295 0.295 0.289

. *( A 2 '

150 0.294~

0.285 0.297 0.295 0.295 0.290 165 0.294 O'.285 0.297 0.295 0.295 0.290

ILS[

0.297 0.294 0.295 0.209 13,

180 0.293

,0.285 14 195 0.295 0<285 0.297 0.295 0.295 0.290 15 210 0.295 0.285

'O.297 0.295 0.296 0.290

^

16 225

-0.295 0.285 0.297 0.295 0.295 0.290 17 240 0.295

~0.285 0.297 0.295 0.296 0.291 265 0.295 0.286 0.297 0.295 0.296 0.290 18 g.

19 270 0.294-0.285 0.297 0.295 0.296 0.291

(,420 ih 285 0.295 0.286 0.298 0.296 0.296 0.291 m al 300 0.295 0.286 0.298 0.296 0.296 0.291 22 C '31S 0.295 0.286 0.298 0.295 0.296 0.291

' 23 330 O.295 0.286 0.298 0.296 0.296 0.291

(

END OF TABLE

.i t.

A

~ ~m r

^ );

s

'k.

i es e O

4

)

.i 9

..m

--v.,_,....,,

e..,

,e

.e.,.

7

D51 UARIABLE TABLE

SUMMARY

AMPLE DELTA HUM 8

HUM 9

HUM 10 UMBER MINS FRACTION FRACTION FRACTION 1

O O.309 0.301 0.302 2

15 0.309 0.301 0.303 3

SO O.909 0.301 0.302 4

46 0.309 0.301 0.903 5

60 0.309 0.301 0.903 6

75 0.309 0.301 0.903 7

90 0.309 0.301 0.903 8

105 0.309 0.301 0.303 9

120 0.309 0.302 0.803 10 195 0.910 0.902 0.909 11 150 0.310 0.302 0.303 12 165 0.31G O.302 0.303 19 100 0.310 0.302 0.304 14 195 0.310 0.302 0.303 15 210 0.910 0.302 0.903 16 225 0.310 0.302 0.904 17 240 0.910 0.902 0.804 18 255 0.310 0.902 0.904 19 270 0.310 0.302 0.304 20 285 0.910 0.302 0.304 21 300 0.810 0.302 0.904 22 315 0.310 0.303 0.304 23 SSO 0.311 0.303 0.304 END OF TABLE

'h

,---n.-

~a,....

a 4

ef 7. -

h C1 1

,n l'

3

(;

L' T

[-

S 7

i:

+

4 h ".

APPENDIX C.

RTD AND RHD VOLUMETRIC n-WEIGHTING FACTORS r

I i

L

.L.

t b

t V

t f

l I

t l

.i l

r 1

s l

r.

)

m l

r l

i -

l

~

l 1

t dI- +

4

?

h h

i%

6 s

l 3

E-v h

CP RTD VOLUMETRIC WEIGHTING FACTOR 5 RTO SENSOR REOUCED PRESSURE PEAK PRESSURE NUMBER ILRT FRACTION ILRT FRACTION 1

0.02513 0.02513 2

0.02513 0.02513 3

0.02513 0.02519 4

0.02815 0.02815 5

0.02815 0.02825 6

0.02015 0.02815 7

0.02815 0.C2815 8

0.02815 0.02815 9

0.02815 0.02815 10 0.02815 0.02815 11 0.02815 0.02815 12 0.02815 0.02815 13 0.01883 0.01983 14 0.01883 0.01883 15 0.01883 0.01883 16 0.01883 0.01889 17 0.01940 0.03110 18 0.01940 DELETED 19 0.01940 0.03110 20 0.01940 DELETED 21 0.0SR78 0.03278 22 0.09278 0.03278 23 0.09278 0.03278 24 0.09278 0.03278 25 0.03278 0.03278 26 0.03278 0.09278 27 0.03278 0.03P78 28 0.09278 0.09278 29 0.03278 0.03278 30 0.03278 0.03278 31 0.01883 0.01883 32 0.01889 0.01889 SS 0.01883 0.01883 i

34 0.01883 0.01883 SS 0.01883 0.03883 l

96 0.01883 0.01883 l

37 0.01940 0.03110 38 0.01940 0.03110 39 0.01940 0.09110 i

40 9.01940 DELETED l

l

, ~., - ~ -, - - -

CS RHD VOLUMETRIC WEIGHTING FACTORS i

RHD SEN5OR REDUCED PRESSURE PFAK PRESSURE NUMBE9 ILRT FRACTION ILRT FRACTION 1

0.15654 0.15654 2

0.15654 0.15654 3

0.15654 0.15654 4

0.09215 0.09215 5

0.09215 0.09215 6

0.09215 0.09215 7

0.09215 0.09215 8

0.05392 0.05892

\\

9 0.05392 0.05392 10 0.05992 0.05992 1

,.-._.,~ne

,..n-

-

ML20077A739

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