ML20126H823
| ML20126H823 | |
| Person / Time | |
|---|---|
| Site: | Farley  |
| Issue date: | 03/17/1981 |
| From: | BECHTEL GROUP, INC. |
| To: | |
| Shared Package | |
| ML20126H820 | List: |
| References | |
| NUDOCS 8104210102 | |
| Download: ML20126H823 (200) | |
Text
k. ;
FINAL REPORT PRIMARY REACTOR CONTAINMENT INTEGRATED LEAKAGE RATE TEST MARCH 17, 1981 JOSEPH M. FARLEY NUCLEAR PLANT UNIT NO. 1 BECHTEL JOB 7597 ALABAMA POWER COMPANY 1
I O
'810.4 210 (Of
v' TABLE OF CONTENTS PAGE l
- 1. TEST
SUMMARY
- 2. INTEGRATED LEAKAGE RATE MEASUREMENT ' SYSTEM 3 6
- 3. COMPUTER PROGRAM
- 4. TEST REPORTS AND DATA 12
'4.1 ILRT REPORTS 4.2 ILRT DATA 4.3 VERIFICATION TEST REPORTS 4.4 VERIFICATION TEST DATA APPENDIX - LOCAL LEAKAGE RATE TEST RESULTS
e eJ
- 1. TEST
SUMMARY
The Primary Containment Integrated Leakage Rate Test (ILRT) commenced on
(' January 14, 1981, and was successfully completed on January 16, 1981, at the Joseph M. Farley Nuclear Plant, Unit 1. The test results meet the acceptance criteria of 10 CFR 50, Appendix J, Primary Reactor Centainment Leakage Testing for Water Cooled Power Reactors.
N Containment atmosphere stabilization was attained at 0600 on 1/14/81. The ILRT was started at 0900 on 1/14/81 and ended at 1015 on 1/15/81. The verification test was started at 2200 on 1/15/81 and successfully terminated at 0230 on 1/16/81.
The peak pressure ILRT was conducted over a period of twenty-five and one-quarter (25.25) hours, exclusive of stabilization time and verification test duration. The long duration test is in accordance with Appendix J (by reference
. in ANSI N45.4-1972, . " Leakage Rate Testing of Containment Structures for Nuclear Reactors").
At 0530 on 1/15/81 the personnel airlock was pressurized in order to determine whether or not an air leak.noted at the inside feedthrough of an actuator shaft was contributing significantly to the calculated containment leakage. The effect of injecting external air at 47 psig (4 psig below containennt pressure) into the airlock had no observable effect on the calculated contHnment leakage. How-ever, the post-repair local leakage rate for the personnel airlock (99.6 SCCM) is added to the ILRT results for conservatism.
At the completion of the test several containment isolation boundary components were not in the post-accident condition. These documented test exceptions are QL listed below with their measured local leakage rates.
I I I I l PENETRATION l EXCEPTION l LOCAL LEAKAGE RATE /DATE l 1
I I
I l 28 l Reactor coolant pump seal water l l l l return and excess letdown isolated. I 20.4 seem 1/4/81 l 1 I I I I 60 l Service water to reactor coolant 189 seem l 1/8/81 l l l pump motor coolers isolated. l l l 1 1 1 l 61A l Post-accident containment sample l 6.9 seem 11/29/80 l l l line used for pressure sensor. l l l l l l l 86 l Personnel airlock pressurized. l 99.6 2/28/81 l l 1 I I
- o 1 w*//
4 S
[3%bb g-pgo6 # ~u g oW j 1
VQ g SU-19 gMD- 1 4 x/
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, m . . < . _ _ . _ _ _ _ _ _ .,
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- The local l leakage rates for the above exceptions total' 315.9 seem or .0036 j 1
O}' percent / day. 'The ILRT: test result's are corrected by adding .0036 percent / day, !
V- The corrected calculated leakage .iate at peak test. pressure is .048%/ day. The '
)
corrected 95% upper confidence limit is .054 %/ day.-
The maximum allowable ~1eakage rate (La) for the primary containment is 0.15%
~
per day of the contained air at a peak test pressure (Pa) of 48.0 psig. To
- allow for possible deterioration of the containment boundary between scheduled ILRT's,' the calculated leakage rates cannot exceed 75% of the maximum allowable leakage rates per Appendix J. Therefore, the leakage rate determined during the peak pressure ILRT must not exceed 0.113%/ day.
Excluding leakages through components listed as exceptions, the calculated -
leakage rate at peak test pressure .is 0.044%/ day using the Mass-Point calcula-tion technique. The 95% upper confidence limit is 0.050%/ day. .The . long duration test was required due to fluctuations in the calculated containment af r mass.
Over the short term these fluctuations masked the appearance _of the overall leakage rate. All acceptance criteria for a long duration test were met. ..
An ILRT verification test was performed following the ILRT. The ILRT verification test results: (1) confirmed proper overall integrated leakage rate measurement system operation; (2) verified chat a leakage rate equivalent to the maximum allowable leakage rate can be accurately measured. The verification test was
' performed af ter introducing a known leak from the containment, through a cali-brated flowmeter, equal in magnitude to the maximum allowable leakage rate for ,
the ILRT. ILRT verification test resulte, based on Mass-Point calculation, and -
the acceptance criteria, are summarized below.
O l ACCEPTANCE LIMITS, %/ DAY l l TEST l IMPOSED l VERIFICATION TEST l PRESSURE LEAKAGE RATE l LEAKAGE RATE, %/ DAY l MASS-POINT CALCULATION l SCFM %/ DAY I MASS-POINT CALCULATION l UPPER I LOWER l l PSIG I I I l : .
l48(+4,-0) l 9.21 10.148 l 0.175 l 0.229 l 0.155 l I I I I .
1 1 I The above acceptance limits are based on the requirements of Appendix J. These requirements are that the leakage rate calculated during a given ILRT plus the leakage rate imposed during that ILRT's verification test must agree with the ,
leakage rate calculated during the verification test within 25% of La. 1 Raw data, summary data, and all leakage rate report printouts for the peak pressure ILRT and verification test are included under their respective tabs in the "ILRT Reports and Data" section of this report.
i t
6 O
SU-19 2 !
i
- 2. -INTEGRATED LEAKAGE RATE MEASUREMENT SYSTEM b
\, ~ / ' 2.1 Instrumentation The major components of the integrated leakage rate measurement system are listed below. Calibration data are on file in the Joseph M. Farley Nuclear Plant Archives.
NUMBER ITEM USED DESCRIPTION j
UJN-1*' DATA ACQUISITION SYSTEM - Consolidated Test '
and Equipment Model 41 Data Acquisition System consisting basically of:
UI-1** 1 Digital Voltmeter - Hewlett Packard Model 3480 C with 3482 DC Range Unit UR-1* 1 Digital Recorder - Hewlett Packard Model 5055A with H-24-5055A remote paper advance.
l TE-1** 18 Resistance Temperature Detectors - Leeds and Nort hrup .Model 8193-3. (18 installed, 2 spares). .
Modified for 3-lead configuration.
Limit of error: + 0.5'F Range: 32-250*F O
PI-1** 2 Precision Pressure Cage - Texas Instrumenta Model 145-02 with B.C.D. shaf t encoder kit.
Accuracy: 0.010% of reading + l 0.002% F.S.
Resolution: 0.001% of full scale l Mechanical repeatability: 0.0005% F.S. j PE-1** 2 Bourdon Tube Capsules for item PI-1 above. :
Texas Instrument Tube Number 6, Type 2.
l Range: 0-100 psia i
MY-1** 1 6-Channel Dewpoint monitoring system - Volumetrics model 7747 [
i Dewpoint Temperature Probes for item MY-1 above: j ME-1** 6 Volumetrics Model 660 chilled mirror probes. l Range - 50*C to 100*C Accuracy: 1 1*F or better Repeatability: 1 0.5* or better l
o i
3 SU-19 i i
7-d ITEM USED DESCRIPTION FT-1** 1 Flow Meter - Brooks full-view high accuracy Rotameter model no. 1110-24. I Ranges: 1-10 scfm air @ 24 pisg & 100* F.
2-20 scfm air @ 48 psig & 100* F. i I
1
- Indicates items requiring certificate of conformance to manufacturer's l
specifications or equivalent site calibration. l
- Indicates items requiring current certified calibration traceable to the U.S. National Bureau of Standards.
2.2 Instrumentation Systeu Error Analysis The instrumentation system error analysis is based on the Instrumentation Selection Guide (ISG) formula from ANSI N274, Draf t No.2, Revision 2 - May 15,1978 " Containment System Leakage Testing Requirements".
The formula is:
- 2 2 2 1/2 2400 + + 2[epv}
ISC = i t 2[\Pep/ } 2[Tet
\ /} \P / -
n where: t = test duration U ep = precision error associated with absolute pressure measurement the - repeatability of the precision pressure measurement system et
" precision error associated with drybulb temperature measurement
- the repeatability of the drybulb temperature measurement system.
eyp = precision error associated with dewpoint temperature measure-ment - the repeatability of the dewpoint temperature measure-ment system.
P = containment atmosphere total pressure during the ILRT T = containment atmosphere temperature during the ILRT Note: the repeatability of the measurement system for a given parameter is j
the repeatability of a typical instrument channel measuring that parameter I divided by the square root of the number of channels measuring that parameter used in integrated leakage rate calculations. l
{V SU-19 4
l For the J.M. Farley Nuclear Plant ILRMS, the repeatability error
(^g associated with the various measurements are:
1/2
= 0.001 psi
- 1. ep = 0.001 psi /(1) l 1/2 i
= 0.0236*F = 0.0236*R
- 2. e t = 0.1*F/(18) i
- 3. e py = 0.5*F (0.0124 psi /*F*) = 0.0025 psia 1
(6) /2
- From the Steam Tables over the dewpoint (Saturation) temperature range of 65-75'F Error Computatien Containment atmospheric conditions assumed:
P = 48 psig = 62.7 psia; Py = 0.430 psia (75'F)
T = 85'F = 545'F Tes t duration assumed:
f t = 8 hours9.259259e-5 days <br />0.00222 hours <br />1.322751e-5 weeks <br />3.044e-6 months <br /> ISG Calculation ~
2~ 1/2 2 2 ISG = 2400 2 0.001 + 2 0.0236 2 [0.0025 i 545 \ 62.7 ,
8 62.7 ISG = 1 0.026%/ day t
B SU-19 5
%- 6
- 3. BECHTEL ILRT COMPUTER PROGRAM
'3.1 Program and Report Description 1
o The Bechtel ILRT computer program is used to determine the integrated 1 leakage rate of a nuclear primary containment structure. The program )
is used to compute leakage rate based on input values of time, con-tainment atmosphere total pressure, drybulb temperature, and dewpoint temperature (water vapor pressure). Leakage rate is computed using the Absolute Method as defined in ANSI N45.4-1972, " Leakage Rate Testing of Containment Structures for Nuclear Reactors." The program is designed to allow the user to. evaluate containment leakage rate test results at.the jobsite during containment leakage rate testing. Current leakage rate values may be obtained at any time during the testing period using one of two computational methods, yielding three dif ferent report printouts.
o The Mass-Point Report is based on the Mass-Point Analysis Technique described in ANSI N274, Draft no. 2, Revision I-April, 1978, "Contain-ment System Leakage Testing Requirements." The mass of dry air in the containment is computed at each data point (time) using the Equation of State, from current values of containment atmosphere drybulb temper-ature and partial pressure of dry air. Contained mass is " plotted" versus time and a regression line is fit to the data using the method of least squares. Leakage rate is determined from the statistically derived slope and intercept of the regression line.
o The program is written in a high level language and is designed for use N on an interactive time shared computer system via a remotia data terminal.
Brief descriptions of program use, formulae used for leakage rate compu-tations, and -rogram i logic are' provided in the following paragraphs.
3.2 - Explanation of Program o The Bechtel ILRT computer program is written, for use by experienced ILRT pe.rsonnel, to determine containment integrated leakage rates based on the Absolute Method described in ANSI N 45.4-1972.
o Information loaded into the program prior to the start of the test:
Number of containment etmosphere drybulb temperature sensors and dewpoint temperature (water vapor pressure) sensors to be used in leakage rate computations for the specific test.
Volume fractions assigned to each of the above sensors Calibration data for above sensors, if required f 1
. Calibration data for pressure sensor.
O SU-19 6 l
1
. --n -.
^
_ . . .. . - . ... . .. L~]L'
. . . - - . ~ - -= - - - - - -
b o Information entered into the program at the start of the test:
- Test' title Current test-pressure and peak test pressure Maximum allowable leakage rate at peak test pressure If the test is a verification test:
- Imposed leakage rate
- Leakage rates determined using the two computational methods described in Paragraph A above during the ILRT.
o- Data entered during the test, used to compute leakage rate:
Time and date Containment atmosphere drybulb temperatures Containment atmosphere dewpoint temperatures o Af ter all data at a given time are entered, a Summary of Measured Data report (refer to " Program Logic," " Data" option command) is printed on the data' terminal. After a final verification of the entered data, the time, date, containment atmosphere weighted average drybulb temperature, pa rtial
() o pressure of the air and water vapor pressures are stored on a data file.
If drybulb and dewpoint temperature sensors should fail during the test, the data from the sensor (s) are not used. The volume fractions for the remaining sensors are recomputed and reloaded into the program for uee in ensuing leakage rate computations.
(
3.3 Leakage Rate Formulae o Computation using the Mass-Point Method Contained mass of dry air from data:
PV g (1)
Wi = 144 __
RTi where:
W1 = Contained mass of dry air at time ti, lbm.
Ti = Contaiment atmosphere drybulb temperature at times t i,
- R.
1 I
f 7-SU-19 y 1 .
. , ., , . . . . ~.. . . . , . - . _- .. - .. . -. ,
'1 I
Pg =. Partial pressure of the dry air component of the containment atmosphere at time ti, psia.
V = Containment free air volume (assumed to be constant i l
during the test), ft3 I
~
1 Ft.lbf R = Specific gas constant for air = 53.35 lbm.'R Calculated leakage rate from reg ession analysis:
I=2400f (2)
Where: .
5 = Calculated' leakage rate, %/ day, as determined from the regression line.
Ew -bEk g f
8*
N (3) f E ((W1 -IW g /N) (k g -Ikg /N)]
b= (4)
E(kg-Ekg/N)2 th kg= Total elapsed time at time of i data point, houre N = Number of data points i th W = Contained mass of dry air at i data point, Ibm, as g
computed f rom equation (1).
i N
I=E 1=1 i l
l i
LO... 8 q
l SU-19 1 1
, 1
l i
Calculated leakage rate at the 95% confidence level.
[O)!
(D + 8b ) (5)
I95 "
where:
E = Calculated leakage rate at the 95% confidence level, %/ day 95 I(Wf U1 )
N-2 8
b "E
0.025;N-2 (6)
I -k)2
=
1.64(N-2) + 3.53(N-2) + 0.86 where, t 0.025;N-2 (N-2) + 1.22(N-2) - 1.52 th U = Contained mass of dry air, ibm, computed at the i data f
point from the regression equation Yg = a + bkg . (7)
U("i A
l SU-19 9 l
I j
[~'T 3.4 Program Logic 1
\~,)
A flow chart of Bechtel ILRT computer program usage is presented in Figure 1, following. The various user options and a brief des-cription of their associated function are presented below:
OPTION COMMAND FUNCTION DATA Enables operator to enter raw data. When the sys-tem requeste values of time, volume temperature, pressure and vapor pressure, the user enters the appropriate data. After completing the data entry, a summary is printed out. The user then verifies that the data were entered correctly.
If errors are detected, the user will then be given the opportunity to correct the errors.
After the user verifies that the data were entered correctly, a Corrected Data Summary Report of time, date, average temperature, partial pressure of dry air, and water vapor pressure is printed. .
MASS Terminal will print out a Mass Point Report.
TERM Enables operator to sign-off temporarily or permanently.
-x SAVE Enables operator to store the Data Summary on a file.
PREV Enables operator to call up an old, previously stored, file.
CORR Enables operator to correct data stored on a file.
LIST When used with a given file name, the printer will print out a list of the Summary Data stored on the file.
i t' )
t_ / I 10 SU-19 l
l
.4
. _ . , . . .. .. . m c...,...-,-..- .. ..
1-i t
( SIGN ON )
t
\ ENTER BASIC /- 0 / ENTER PREVIOUS \-
\ INFORMATION/ \ VALUES FROM FILES / ,
YES v
r o
ENTERS
SUMMARY
1
]
D ATA - ; DATA STORED ON .
' (OPTIO NS)" SELECTED FILE -
s ' trPREV ,,
o CORRECTS (ENTER D ATA) -
& CORR
SUMMARY
D ATA o
'E RRO R?)
STORES
SUMMARY
[ YES : D ATA 0N :
\ ENTER / m NO <rSAVE SELECTED FILE ,
A CORRECTIONS /
SUMMARY
OF m TREND TREND REPORT l MEASURED DATA i u trTOTAL : TOTAL TIME :
REPORT
( YES
'E RRO R?) n NO
- MASS POINT :
+ MASS ,
REPORT n ,
CORRECTED
SUMMARY
D ATA PRINTOUT :
m LIST PRINT DUT O F. ,
l
SUMMARY
DATA ,
v m TERM : ( SIGN OFF )
]
BECHTEL CONTAINMENT INTEGRATED LEAKAGE RATE TEST COMPUTER PROGRAM FLOW CHART l FIGURE 1 O i II SU-19 !
i
_ . _ _ _ _ . ~ - .
7 i
(s ,-)
s 4. TEST REPORTS AND DATA REPORT / DATA PRINTOUT DESCRIPTION MASS-POINT REPORT: A presentation of leakage rate (%/ day) as deter-mined by the Mass-Point Method described in the " Computer Program" (
j section of this report. The " Calculated Leakage Rate" is the value l
determined from the regression analysis. The " Containment Air Mass" values are the masses of dry air in the containment (ib. mass), I determined f rom the Equation of State, which are used in the regres- l sion analysis.
SUMMARY
DATA: The actual data used to calculate leakage rates by the various methods described in the " Computer Program" section of this
' report. The five column headings are TIME, DATE, TEMP, PRESSUrZ, and VPRS, and contain data defined thus:
TIME: Real time in twenty-four hour notation (hours and minutes).
DATE: Julian calendar date (month and day).
TEMP: Containment weighted-average drybulb temperature in absoluto units, degrees Rankine (*R).
PRESSURE: Partial pressure of the dry air component of the
(
containment atmosphere in absolute units (psia).
VPRS: Partial pressure of water vapor of the containment atmosphere in absolute units (psia).
SUMMARY
OF MEASURED DATA: The individual containment atmosphere drybulb temperatures, dewpoint temperatures and absolute total pres-sure measured at the time and date as indicated, which are used to determine the temperature and pressure described above.
TEMF 1 through TEMP 18 are the drybulb temperatures. The values in the right-hand column are temperatures, *F, multiplied by 100, as read fraa the data acquisition system (DAS). The values in the left-hand column are the corrected temperatures expressed in absolute units, *R.
PRES 1 is the total pressure, absolute. The right-handed value, in parentheses, is a number in counts as read from the DAS. This count value is converted to a value in psia by the computer via the instru-ment's calibration table, counts versus psia. The left-hand column is the absolute total pressure, psia.
O v
SU-19 12 ;
i
~
O
' VRPS 1 through VPRS 6 are the dewpoint temperatures (water vapor pressures). The values in the right-hand column are temperatures, l
- F, as read from the DAS. The values in the left-hand column are the water vapor pressures, psia, from the steam tables for saturated steam corresponding to the dewpoint (saturation) temperatures in the center column.
SUMMARY
OF CORRECTED DATA: The same data as described above. The time and date are read from the DAS digital clock / calendar module.
The temperature and pressure values are determined as follows: i TEMPERATURE, 'R, is the volume weighted average containment atmosphere drybulb temperature derived f rom TEMP 1 through TEMP 18.
CORRECTED PRESSURE, psia, is the partial pressure of the dry air component of the containment atmosphere. The volume weighted average containment atmosphere wster vapor pressure is subtracted from PRESS 1, total pressure, yielding the partial pressure of the dry air.
VAPOR PRESSURE, psia, is the volume weighted average containment atmosphere water vapor pressure, derived from VPRS I through VPRS 6.
b G
l i
4 SU-19 13
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v_%
' 4 N
FAFLEY UNIT 1 ILPT LEAFAGE FATE tuEIGHT PEF C ENTE DAY)
MA35-POINT ANALYSI5
- TIME AND DATE AT 5TAFT OF TEST: 900 0114 ELAF3ED TIME: 25.25 HOUF~
TIME TEMP PFESSUPE CTNT. AIP MA55 LO35 T T. AVG. MA5:
W) ( P S I ,~o Mali (LEM) t.L E M ) LO3S (LEM/HE 900 534.303 64.2267 d54974 915 534.362 64.8365 654976 -1.6 -6.4 930 534.446 64.8486 655021 -45.1 -?3.4 945 534.547 64.8602 655014 7.4 -52.4 1000 534.635 64.8666 654970 43.4 4.1 1015 534.716 64.8758 654965 5.4 7. 5 1030 534.820 64.8851 654931 34.3- 29.2 1045 534.590 64.8931 654926 5. 0 27.9 1100 534.972 64.9003 654698 27.5 38.1 1115 535.035 64.9083 654902 -4.2 '32. 0 1130 535.119 64.9174 654890 12.2 33.7 1145 535.1?2 64.9256 654909 -18.7 23.8
- 1200 535.271 64.9310 654341 68.0 44.5 1215
' (# 1230 535.318 535,399 64.9401 64.9472 654876 654349
-35.3 27,2 30.2 35.8 1245 535.474 64.9532 654818 31.5 41.8 1300 535.494 64.9614 654676 -58.2 24.7 1.: 1 " ". :i ".. . " ". c' d_ 4 . C. ' A. '.:.. ". ' A 9. 4 :.::7. :::. -1.'. c"c . o' 1330 535.631 +--e 64.9765 654560 18.0 25.5 g . + .
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1400 535.747 64.99:'S 654852 35.1 24.4 141%. ". 9. . ~. 4 A
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. . .'. 5 1500 535.926 65.0195 654923 12.1 8. 6 1515 535.920 65.0226 654971 -48.0 0. 6 1530 536.029 65.0290 654903 68.3 11.0 1545 536.073 65.0351 654910 -7.8 9. 5 1600 536.114 65.0414 654934 -23.0 5. 8 1615 536.176 65.0465 6548:'9 34.5 10.4 1630 536.235 65.0503 654870 29.0 13.9 1645 536.301 65.0579 6545e1 9. 0 14.6
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$4.2 l o,.,. y 1715 '536.414 65.0700 654646 -19.0 15.6 1 ~r :n.
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m 1900 536.590 65.0351 654782 -5.6 21.4 1815 536.62 '
65.0904 654736 -6.1 20.1 10,. .....
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l '::4 5 9?6.774 65.1018 654735 46.3 24.5 1Mu 5 3 o . ,' : ~ c5.1066 654763
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' FAPLEY UtiIT 1 ILPT LEAKAGE PATE WEIGHT PEPCEtiT/ D AY>
(1 ASS-POIfiT AriALY5 IS TIME AtiD DATE AT JTAPT OF TEST: 900 0114 .
ELAP5ED TIf1E: 25.25 HOUki TIME TEMP PPE330;E CT f1T. AIR (1A: LD:: T O T . Wv G . MC'
- ,;i .PIIA. (1 A 15 (LEM) s t E r'; LO
- L EJ +i t
t 1:'10 51 . 57 65.11 4 A54767 -47.4 19. A !
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c :. .,>,.U:1 c. s 4 e. . <.c., ..:. . :'
d u '.o.' : , . l a. :. :. :. 2 . a
- 2015 537.064 65.1343 654674 4. 0 26.7 2030 537.107 65.1362 654666 8.2 26.8
- 2045 537.138 65.1435 654700 -34.2 23.3 i l 2100 537.177 65.1492 654711 -10.4 22.0 <
2115 537.229 65.1548 654692 18.9 23.1
! 2130 537.28? 65.1593 65467S 14.4 23.7 e><.31~r
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e, s d e v u. > :n . se b. wa4e4ea 4c,.1 ca.:
' s 2215 537.459 65.1739 654616 29.3 27.1
] 2230 537.463 65.1788 654660 -44.5 23.3
!r 2245 537.514 65.1833 654643 17.1 24.1 1 2300 537.544 65.1888 654662 -18.5 22.3 q 2315 537.573 65.1946 654684 -22.8 20.3 2330 537.624 65.1989 654665 19.4 21.3 2345 537.674 65.2042 654658 6.8 21.4 1 0 537.722 65.2035 654653 5.2 21.4 l 15 53?.775 65.2143 654639 15.? 22.1 30 537.796 65.2200 654669 -31.0 19.7
- 45 537.858 65.2272 c.54665 4.1 19.7 100 537.900 65.2302' 654644 20.2 20.6 115 537.914 65.2343 654668 -23.2 18.9 130 537.961 65.2391 654659 8. 5 19.1 145 53G.01:' 65.2439 654643 15.7 19,8 t dOO 533.046 65.2497 654663 -19.3 18.3 654684 t
- 215 533.084 65.2565 -21.1 16.8
.c y . .
e ,s 4 t < 3 d30 __8.110
.8 es.es:s 11.U 1,,.e
- j. 245 538.202 65.262; 654609 64.0 20.6 4 300 538.222 65.2682- 654633 -24.4 19.0 315 538.261 65.2727 654431 2.0 18.8 330 539.319 65.2785 654619 11.9 19.2 345 533.344 65.281:- 654616 3.1 19.1 400 535.353 65.2842 654635 -16.3 17.9 415 538.364 65.2895 654675 -40.0 15.6 430 52 .461 65.29".2 654667 -12.3 14.7 445 52 .4: '5..
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i FAPLEY Uti1T 1 ILPT '
t LEAEAGE PATE WEIGHT PEPCEtiT/ DAY) !
I f1A55-POIt4T ANALYSI3 i I
TIME AND DATE AT START OF TEST: 900 0114 !
ELAP5ED TIME: 25.25 HOUF5 ;
9 TIME TEMP PREISURE C T f1T . AIP T1952 LD 5 5 T 07. A es. tw -
(P51A4 (1A55 < L Er1) 0.E M ) LO., .L&w. l
___'v'_________________________.___________________
515 515.471 65. iv- 4 654T39 -15.2 11.6 i 530 5. .517 65.ille 654730 8.9 11.9 l
545 538.541 65.3184 654749 -19.4 10.9 I 600 538.601 65.3218 654711 38.3 12.6 i t
615 538.578 65.3272 654792 -81.7 8. 6 ,
630 538.614 65.3309 654786 6.6 8.8 ,
645 538.645 d5.3359 654798 -12.2 .1 !
700 538.700 65.3382 654754 44.3 10.0 l 654762 9. 5 715- 538.726 65.3422 -9.4 n 730 539.786 65.3463 654731 31.4 10.8
( 745 538.847 65.3497 654691 39.6 12.4 ,
800 538.873 65.3545 654705 -14.1 11.7 :
315 538.324 65.3608 654709 :. 4 11.4 l 830 538.90s 65.3620 654740 -30.8 10.0 '
345 538.953 65.3674 65473a 0. 3 9. 9 ;
900 539.006 65.3700 654698 41.0 11.5 i 915 539.068 65.3759 654685 13.4 11.9 930 539.128 65.3751 654604 81.3 15.1 945 539.178 65.3624 654616 -12.0 14.5 i 1000 539.222 65.3333 654621 -5.6 14.1 l' 4 1015 539.263 65.3891 654580 41.1 15.6 i ;
i FPEE RIP VOLUME UIED (MILLIOfG OF CU. FT.) = 2.000 l PEGPE53IOra LInE I riT EPC EPT (LEM' = 654916 :
ILOPE (LEMeHE) = -12.1 l MAXIMUM ALLOhiAELE LEAtAGE PATE = 0.150 l 75 % OF MAXIMUM ALLC!iAELE LEALAGE FATE .
= 0.113 l THE UPFEP 95'. C0fiFIDENCE LIMIT = 0.050 THE CALCULATED LEAR. ACE FATE = 0.044 !
f f, i 4
4
.._,--,. _ _ .- - - , . . _...w.. . , - . - , . _ . . . . . . . - - , . - , _ , . _ , , _ . _ _ , _ , , , , , . . - , _ . . . . . . , - . _ , . . . .
i 1
l 3
(Q TMW Y DATA FARLEY Uri1T 1 ILPT 1 ALMAX = 0.150 VOL = 2000000.00 I l
)
TIME DATE TEMP PFE55UFE VFFS ;
900 114 534.30283 64. 826d.77 0.2402*4213 1
'915 114 534.38219 64.836464 0.24144267 930 114 534.44567 64.848632 0.24026092 945 114 534.54678 64.e60169 0.23871250 1000 114 5 34. d.3548 64.E66634 0.24223536 1015 114 534.71551 64.875813 0.24204542 l 1030 114 534.81999 64.885091 0.24175695 J 1045 114 534.89f16 64.893107 0.24173042 1100 114 534.9T216 64.900331 0.24249768 1115 l '. 4 535.03463 64.908330 0.24242896 1130 1.4 535.11938 64.917399 0.24241016 1145 114 .535.17207 64.925647 0.24215191 ,
1200 114 S35.27146 64.930:'61 0.24382962 1215 114 535.31773 64.940073 0.24370625 1230 114 535.398?1 64.947200 0.24357084 1245 114 535.47386 64.9531:'3 0.24456954 p 1300 114 535.49426 64.961446 0.24530381 i i 1315 114 535.55247 64.968678 0.2460e534 1330 114 535.63122 64.976451 0.24528273 1345 114 535.66711 64.983564 0.24516096 1400 114 535.74689 64.989755 0.24696167 .
1415 114 535.74848 64.998166 0.24753943 1500 114 535.92627 65.013537 0.24714427 1515 114 535.92049 65.022601 0.24907278 1530 114 536.02940 65.029035 O.24863207 1545 114 536.07310 65.035112 0.24854785 1600 114 536.11414 65.042391 0.24826014 1615 114 536.17d27 65.046491 0.24?15445
.40. e.. . . . . . _
l e.< 0 114 c s ,_.1 c, e. , . U. .' U , . __s ,
n . c 4 9 ..-::. ._e. :.
1645 114 536.30115 65.057865 0.24976512 i c,0V. 114 ,e.
_ .e. . .o.e. :. c t. t ,. 0 e. . .,cy_ _, ,._+ 0.c,UOc,__
.,. _. 2 :
1715 114 536,41371 69.070003 0.24861537 1730 114 536.44518 65.071976 0.25262529 1745 114 536.54787 65.079404 0. 2 5 21.:'d 14 1800 114 536.59007 i5.055082 0.25251246 l 1 A_ l e_, 114 c_,._: A. . A m: q =_,
=_, e e.. . n. o. n.. : a. c_
_ n. . m: v. _ c m:c. ts_ l 1830 114 536.66451 65.0?f463 0.25209311 I 1845 114 536.77429 65.102764 0.25181040 1900 114 536.79923 65.108581 0.251?5623 1915 114 536.8d205 65.111811 0.25375053 1930 114 536.896?? 65.11953:1 0.25301424 2000 114 527.010'6 65.122229 0.25331304 p- 201= 114
= 7.6f W 65.124320 0.2532151?
5 g :. n m.. : . . . -.4 3 a_ e_ . 1_ ;_. :.1 ;.
, n. . u: =_ e,
._ 1_:. m, .
20c 114 - F.1- 4 65.14346U 0.25506147 I l
l 1
..___ _ . - _ _ _ . _ _ _ _ . _ _ . . _ _ _ _ . _ . . _ ~ _ . _ _ . _ _ _ _ _ . . _ . . _ . _ . . _ . _ _ _ . . . _ _ . _ . _ . _ . _ _ _ _ _
.y e
(
SUMMARY
DATA
- . FAFLEY UNIT 1 ILPT t l ALMAX = 0.150 VDi_ = 2 0 0 0 0 00. 0 0 i
+
+
l TIME DR E TEM b255URE VPRS 2100 114 tI7.17742 65.149222 0.25529234 2115 114 5;?.23 W 65.154816 0.2546:.283 2130 114 537.26615 65.159339 0.25516275 2145 114 537.31734 65.163836 0.25665860 2200 114 537.38520 65.167880 0.25760889 2215 114 537.45899 65.173911 0.25657267 2230 114 537.46313 65.178845 0.25:63191 2245 114 537.51433 65.183347 0.25712485 2300 114 537.54449 65.166844 0.23762090 l 2315 114 537.57287 65.194552 0.25690540 2330 114 537.62423 65.198853 0.25759591 2345 1 :. 4 537.67377 65.204179 0.25826609
- n. 11, e e. < . . c.1 ..e e.
. u: n. c. 4 r e' n. . c se.:. o. 31, c-l 15 115 537.77451 65.214347 0.25808616 30 115 537.79561 65.219995 0.25S43050 I
, 45 115 537.85850 65.227213 0.25e20467 100 115 537.39960 65.230165 0.25922802 I 115 115 537.91414 65.234257 0.26014949
! 130 115 537.96095 .65.239091 0.26130835 145 115 533.01335 65.243883 0.26151046 200 115 538.04557 65.249713 0.26067472 215 115 536.02434 65.256519 0.25%56141 230 115 53:i.11272 65.253666 0.26 50670 245 115 533.20226 65.263345 0.26202525
, 300 115 538.22186 65.266151 0.26221243 '
315 115 535.26140 65.272743 0.26161603 -
.00 e 5. c r.d v,3 r 4
11 3 ,.
- s. .r.010de U . c :. 0614 U d 345 115 538.34421 65.d'81296 0.26305065 4
400 115 533.35342 65.254235 0.26510626 1 415 115 533.36394 65.289504 0.26463062 i
430 115 538.40060 65.295175 0.26514923 445 115 539.43311 65.300059 0.26426d74 #
s o. n. 1.1 s. s.. u 4 e, :.: .a A. = . :.. n. s ~ :.: . n. . w: .: :c.. :s. a. n.
515 115 533.47128 65.305913 0.26439882 i 530 115 533.51695 65.313560 0.26474549 4
545 115 539.54099 65.318408 0.26459195 [
e00 11 .- . , .. f:: . : O u.e d e d . : 4 1 c. 4 U.
U.. d e 5 4 5 5 e. r.,
i 615 115 5 35. "-~5 01 65.327424 0.26505994 '
3 2_,3 n 11s. s. .:. . . A.1.:,7 s.
. a. . . :. . u. s. a. 4 n. . i k. . : .:. n. +.1 64? 115 -
. 4asa :". , . (?0 0. 26 5.. i i s l IOU 1!; f . : . ; - -4 ~'. . 31"3 0.26711552 s
i g
- . -ry ggsag. -f_,w -#
'l 1
1 IUMMARY DATA FAPLEY UNIT 1 ILRT ALMAX = 0.150 YOL = 2000000,00
+
+
TIME DA'E T 2 *1p ::RES$UCE YFRS 715 .115 53 .72ic7 65.342168 0.26710081 720 115 536.7E609 65.346313 0.26695130 745 11S 536.64666 65.349708 0.26855u73 800 115 533.87257 65.354260 6. 26799 i' t 0 1 825 115 538.92395 65.360927 0.26542'11 830. 115 538.90s12 65.361986 0.26825793 I
.345 115 538.95343 65.367448 0.26978784 900 115 539.00784 65.369959 0.27027361 915 115 539.06824 65.375947 0.27027772 930 115 539.12809 65.375028 0.27413236 945 115 539.17841 65.382385 0.270?3085 1000 115 539.22233 65.386269 0.270939".2 1015 115 539.26342 65.389149 0.27205751 0 0 0. 0 0. 0 0, 0 i
GP l
4 9
..._.._y -
- _ , _~ . - - , - , .,, , .,- . , --
IUMMARY OF MEASUFED DATA AT 230 0114 1
- TEMP '1 = 529.000 < 6933.)
TEMP 2= 530,180 ( 7051.:'
TEMP 3= 529,750 ( 7005.>
TEMP 4= 529.270 (. 7020.>
TEMP 5= 529.970 ( 7030.'
TEMP 6= 529.560 ( 6989.)
,. TEMP 7= 529.470 ( 6980.>'
TEMP. 8= 529.600 ( 6993.)
TEMP 9= 529.880 ( 7021./ l TEMP 10 = 529.410 t 6974.?'
TEMP 11 = 529.070 (. 6 ?4 0. >
TEMP 12 = 529.720 ...
7005.?
TEMP 13 = 528,620 ( 6395.)
TEMP 14 = 529.430 / 6976.)
TEMP 15 = 527.000 ( 6733.>
TEMP 16 = 529.790 4 7012.?
TEMP 17 = 529.200 ( 6952.) .
T'EMP 1? = 529.930 '. 6926.)
PPEI 1 = 64.489 < 64196.)
YPPS 1 = 0.226 i 5646.>
VPP.T 2= 0.221 <: 559U.>
VPPI 3= 0.226 ( 5654.)
VPP3 4= 0.21-7 ( 5537.?
VFPI 5= 0.226 a 5653.)
VFP5 6= 0.241 ( 58'33.>
UMMARY GF COPPECTED DATA TIME = 230 DATE = 0114 TEMFEFATUPE (DEG'EEC P.> = 529.351.
CDFPECTED PFEICU;E (PSIA > = d4.2643 VAFDP PFESSUFE ': P C I A = 0.1249 O
l l
W ,,
1 i
UMMApv DF MEASUPED DATA P7 245 0114 TEMP- 1 = 529.500 ( 6953.)
TEMP 2= 530.500 ( 7083.) .l.
TEMP 3= 530.260 ( 7059.> l TEt1P 4= 530.180 ( 7051.>
TEMP 5= 53.0.240 ( 7057.> j 1
TEMR 6= 530.110 (. T044.i !
TEf1P 7= 530.050 ( 7033.)
E TEMP S= 530.100 ( 7043.)
TEMP 9= 530.320 t 7065.)
TEMP 10 = 529.860 (. 7019.?
TEMP 11 = 529.510 / 6984.>
TEMP 12 = 530.260 ( 7 0 5 9. :.' i TEMP 13 = 529.130 (. 6946.) !
TEMP 14 = 530.070 < 7040.> l TEMP 15 = 5;:.6.320 <
6865.> l
. TEMP 16 = 529.870 ( 7020.)
TEMP 17 = 530.380 ( 7071.?
.TEMP 18 = 529.860 ( 7019.>
PPE'S 1 = 64.557 ( 64264.) l
. VPPS 1 = 0.231 ( .5709.> l VPPS 2= 0.227 ( 5660.)
VPPS 3= 0.231 ( 570i..>
VPPS 4 = 0.222 ( 5676 ;'
VPPf 5= 0.225 (. 562j3. :'
VPP5 6= 0.236 ( 5769.)
1 1
1 UMMA: Y OF COPPECTED DATA l TIME = ji 45 l 1
DATE = 0114 '
TEMPEFATUGE rDEG EE5 :. = 529.906 CDRFECTED FSESIU4E iFII A? = 64. BJE O V4 CP PPEi.id.fE (Fil A) = 0.2291
~ f3 l
l
- -. _ ..m . .. , , , , , . ,. , , . - . ,..,-.-a
_ .. . -- . . . - . - .~.- . . . . - . . - . . . - . _ - . - . . - . - . - . . - . . - - - . . - . - . - - - . - . _ - - _
3 a
TUf1 MARY OF T1EA5URED DAT A AT 300 0114 4
I TEf1P 1= 529.960 <. 7029.>
4 TEf1P 2= 530.?40 .( 7127.)
1 TEMP 3= 530.660 (. 7101.>
1 TEf1P 4= 530.630 < 7096.)
TEf1P 5 =. 530.610 ( 7094./
[ TEf1F 6'= 530.500 ( 7083.)
! TEf1P 7= 530.510' ( 7084.)
L T Et1P S= 530.510 '. 7034.)
, TEMP 9= 530.760 ( 7109.)
TEf1P 10 = 520.440 ( 7077.) -
!. TEMP 11 = 530.050 ( 7038.)
j TEMP 12 = 530.660 ( 7101.-)
3 TEMP 13 = 529.640 ( 6??7.)
l TEMP 14 = 530.460 ( 7081.> -
l TEf1P 15 = 529.090 ( 6946.)
TEMP 2C = 529.940 ( 702'7.)
T Et4P 17 = 531.130 (. 7146.')
TEMP 12 = $3U.500' ( 7 082. :'
]
FPEI 1 = 64.612 (. 64319.)
VPPE 1 =- O.232 ( 5729.)
VPR3 2= 0.232 ( 5724.)
VPPr 3= 0.234 ( 5743.)
VPP2 4= 0.230 ( 5701.) -
1 U,222
~
VFPd _ = ( M 01.)
VPPS 6 = 0.'> i 57ds.)
1 W
l' j IUMMAGY C CORFECTED DATA 4
1 TIf1E = 300 DATE = 0114 i
TEf1 PEF RTUG E (DEC,cEE; P.) = 5 3 0. M O i
4-CD FECTED FFEIIUFE 'L; 5 I A ' = 64.i.511 a
VAFCC PFE !UsE SP:IA) = 0.hjil i
E n
W 48 l '
m--.---.. - . , , , .,-- - , - , - - + . , - - , , , - - - _ . - - , , , , . , . , . . - . , - . . . , , , . . . . . - _ _ . . _ . , . . ~ . . - . . - . _ - _ . . . . - . . - - . . - . . . . .
, _. _ .. ._.. . _ . . ~ . . __ . . .. _ __ . ._ _ ._._ . . _ . ~ . _ _
IUMMAPY OF MEAIURED DATA AT 315 0114 TEMP 1 = 530.300 ( 7063.)
TEMP 2'= 531.240 (.7157.)
TEMP. 3= 530.910 ( 7124.
TEf1P . 4 = 530.920 ( 7131.)
1:
^
TEMP 5= 530.:i20 ( 7125.)
TEf1P 6= 530.840 ( 7117.)
TEMP 7= 530.700 ( 7103.)
, TEMP 8= 530.660 ( 7119.?
TEMF c = 530.960 ( 7129. :' -
TEP -
530.730 ( 7106.)
TEMr 1] = 530.520 ( 7085.)
af TEf1P 12 = 530.890 (. 7122.)
. TEt1P 13 = 530.010 ( 7034.:i e TEMP 14 = 530.790 ( 7112.)
TEMP 15 = 529.650 ( 6993.)
TEMP 16 = 529.990 ( 7032.:'
TEt1P 17 =- 531.540 ( 7127.)
TEMP 18 = 530.B80 ( 7121.) .
FREI 1 = 64.651 ( 64358.)
VFRi 1 = 0.233 ' . 5735.)
VF PC' 2= 0.230 ( 5695.)
VFPS 3= 0.234 ( 5747.) ,
V P F'i- 4= 0.230 ( 5 6 9 :. . >
VFP5 5= 0.222 '. 5 6 0 0. .'.'
N VPF1 6= 0.235 a 57d1.>
.i 4
h 4
! "UMMAPY OF CONEC TED DAT A I
', TIME = 315 1
L.
DATE = 0114
- f. 'TEMPERATUEE (DEGPEE5 P.? = 530.697 t -
COFFECTED 5;E!!'UPE <K I A ' = d4.4205 l 1
VAFCF FPE :UPE (PIIA> = 0.2307 L@
'l s
y ,, r w. y -- +w+. - .e-m,w a v e ,- w g e s .- e me.-ve se-e e .% .ow,- *,.a,eew ee ..we,+ererwe.,m--*+= our-re=~=-% __wesw
1 J
5Ul1 MARY OF MEA 5UFED DATA AT 330 0114' l l
TEME 1 = 530.500 ( ?083.1- l TEf1P 2= 531.510 ( T184.) l 1
TEMP 3= 5 .i 1 . 1 9 0 r 7152.) i TEMP 4 = 531.240 ( 7157.:>
TEr1P 5= $31.160 ( 7149. J TEMP 6. = 531.030 ( 7136.> l TEf1P 7= 531.090 s 7142.)
TEMP 8= 5?!.160 ( 7149.'
TEMP 9= 531.160 ( 7149..' '
TEMP 10 = $?1.070 ( 7140.>
TEMP 11 = 536.660 ( 7099.3 TEMP 12 = 531.290 C 7162.)
TEMP 13 = 530.440 ( 7077.>
TEMP 14 = 530.950 ( 7 '. 2 9. )
TEMP 15 = 530.140 ( 7047.)
TEMP 16 = 530.040 (. 7037.)
TEMP 17 = 531.560 <. 72'19. >
TEMP 19 = 531.200 ( 7153.)
PPES 1 = 64.684 ( 64391.)
VPPI 1 = 0.234 ( 5749.>
V P P .. 2= 0. 2 2 .:. ( 5611.)
- YPP3 3= 0.235 ( 5755.)
t/PPS 4 = 0.23E ( 5719.>
VFPS 5= . 225 ( 5612.'
VPPI 6= 0.225 (. 5763.)
- UMMAPY OF CCF;ECTEL DATA 71ME = 330 ,
DATE = 0114 l 1
TEMPEPATUPE (DEG;EES P.; = 530.977 CD;FECTED PPE12VFE *P IA) = 64.4536 VAPO; F;;E:50;E i:' !I A .e = 0.2203
'ap e i
e t
t IUMMAPY OF MEAIUEED DATA AT 345 0114 TEMP 1= 530.860 7119..)
TEMP 2= 531,720 ( '2 05. .)
TEr1P 3= 531.360 -( 169.)
TEMP 4 .= 531.490 ( .182.)
TEMP 5= 531.390 ( 7171.)
TEMP 6= 531.330 ( 7166.) '
TEMP 7= 531.260 . ( 7159.:'
TEMP G= - 531.410 ( 7174.>
TEMP 9= 531.410 (. 7174.)
TEMP '. 0 = 5?1.180 ( 7151.)
TEMP 11 = 531.020 ( 7135.)
TEMP 12 = 531.450 ( 7175.>
TEMP 13 = 530.650 ( 7101.) '
TEMP 14 = 531.250 ( 7159.)
TEMP 15 = 530.590 ( 7092.)
TEMP 16 = 530.090 C 7042.)
TEMP 17 = 532.260 ( 7259.)
@. TEMP 19 = 531.540 ( 7197.)
FFE! 1 = 64.715 ( 64422.> -i VPPI 1 = 0.235 ( 5756.)
VPP? 2= 0.228 ( 5660./
VFFS 3= 0.235 ( 5759.)
VPP! 4 = 0.?32 ( 5723.)
VPF :: 5= 0.223 ( 5615.')
VPP5 6= 0.236 t. 5.'6 9. :+
IUMNAPY OF CDPFECTED DATA '
TIME = 345 DATE = 0114 TEt1PERATU E (DEGFEES F.) = 531.233 COPFECTED FCE:IURE ( .: S I A ) = 64.48?4 VAPCP PPE!IUFE (P: IAa = 0.2317 l
4
<=.y ,i--~
c - , , , . r .,+,c . . . - . -e , , , , ~ . .. .,. . , .c.. ,,7,-,..es.., , ,
J
/ t t.
l 1
5Uf1f1APY OF T1EATU;ED DATA AT 400 0114
- s. .
+
TEf1P 1 = 531'.020 ( 7135.> >
TEf1P 2= 531.990 ( 7232.)
TEf1P 3= 531.620 ( 7195.)
T Ef1P 4 = 531.690 ( 7202.)
TEf1P - 5= 531.580 ( 7191..i TEf1P 6= 531.560 ( 718 3. >
TEf1P 7= 5~1.630 t 7196.)
TEf1P 8'= 531.610 ( 7194.)
TEf1P 9= 531.620 '( 7195.:'
TEf1P 10 = 531.430 ( 7176.>
TEf1P 11 = 531.240 i. 7157./
TEf1P 12 = 531.760 ( 7209.2 TEf1P 13 = 530.960 ( 7129.>
- TEf1P 14 = 531.510 ( 7184.:'
T Ef1P 15 = 530.970 ( 7130.)
TEf1P 16 = $30.130 ( 7046..-
TE f19 17 = 532.560 ( 7289.)
TEf1P 18 = 531.240 ( 7217.)
boE S: 1 = 64.745 (. 64452.)
VPPI 1 = 0.235 ( 5765.) 1 VPP! 2= 0.232 ( 5725.:s t VFRI 3= 0.236 ( 5771.) i VPC:5 4 = 0.232 ( 5 72 0. :>
VPPS 5= 0.224 ( 56 2 3. > -i VFPC 6= 0.235 ( 5761.)
5 Urif1FF Y OF CCFFECTED Ie7A TIf1E = 400 .
- DATE = 0114 TEf1FEEATUPE iDEGFEET R.)
- = 531.482 CCFFEC TED PRESIUEE rPIIA> = 64.5125 VPPCP PCE;;U;E 'FTIA> = 0.2?26 9
,?. ,. . . . . , ,, . - , . . . . . . . . - . . _ . . . . _ . _ . . . . _ . . . _ . . , _ . , . . - . . , ,
. . . - . - . . . . . - . - . . . . . . _ . . = - _. -
l j
IUtil1ARY OF f1EASUPED DATA AT 415 0114 TEMP 1 = $?1.290 ( 7161.)
TEr1P 2= 532.230 t 7256.>
TEf1P 3= 531.780 ( 7211. 'a TEMP 4= 531.960 ( 7229.. .
TEt1P 5= 531.800 ( 7213.)
TEMP s= 531.800 ( 7213.)
TEf1P 7= 531.800 ( 7213.)
TEMP 8 '= 531.860 r 7219.) i TEMP 9= 531.800 ( 7213.)
TEf1P 10 = 531.600 ( 719 ?. )
TEf1P 11 = 531.480 (. 7181.)
TEMP 12 = 531.9?O ( 7230.)
TEMP 13 = 531.010 ( 7134.)
TEMP 14 = 531.650 (. 7198.)
TEMP 15 = 531.270 ( 7160.)
TEMP 16 = 530.180 ( 7051.)
TEMP 17 = 532.650 ( 7318.)
TEf1P 18 = 532.120 ( 7245.)
EPES 1 = 64.772 ( 64479.)
VPRS 1 = 0.2?6 ( 5769.)
VPPS 2= 0.234 ( 5744.:'
VFPi 3= 0.236 ( 5769.)
VPRS 4= 0.232 < 5729.> ,
VPP3 5= 0.224 ( 5623.>
VFP1 6= 0.238 ( 5795.'a ,
i E UMM A P'r CF CDPFECTED DATA 1 j
i TIME = 415 DATE = 0114 TEMCEEATUFE (DEGFEE! R.) = 531.689 CORFECTED FRE'.UFE (PIIA) = 64.5397 VAPOP PRESIUFE G f I A:' = 0.2124 1
l l
l 4 e+er www w-e-de-s-stm.e -ed' mms %_ aim----mim._-a._.-- aa.-h+h-am . - .
i l
1 1
!UT1MAPY ' OF MER5UPED DATA AT 430 0114 r TEMP 1 = 531.520 . ( 7185.'s e TEMP 2= 532'.470 ':. 7280.)
l TEr4P 3.= 532.040 ( 7237.)
TEt4P J= 532.180 ( 7251.)
4 s TEf1P 5= 532.040 (. 7237.)
l TEMP 6= 532.000 ( 7233.)-
- TEMP 7= 531.950 (. 7228..)
j TEMP R = 532.060 ( 7239.)
J TEf1P 9= 532.000 ( 7233.:.
TEMP 10 = 531.910 ( 7224.)
t TEMP 11 = 521.730 0 7206.) i TEMP 12 = 532.270 (. 7260.) l TEMP 13 = 531.130 c. 7146.>
. TEMP 14 = 531.380 ( 7221. .> l
!- TEMP 15 = 531.520 ( 7185.> '
TEMP 16 = 530.240 ( 7057.)
TEMP 17 = 5?3.110 ' , 7344.)
TEMP 18 = 532.420 ( 7275.)
. JPES 1 = 64.796 ( 64503.)
i VPPS 1 = 0.227 ( 5773..'
l VPF3 2= 0.230 ( 5699.)
'dPF S 3= 0.236 ( 5776.)
VPPS 4= 0.234 ( 5742.)
VPPI 5= 0.224 ( 5629.>
j VFPS 6= 0.236 t. 5777.>
i CUMMMY OF CCFFECTED DATA ,
) TIME = 430 DATE = 0114 TEf1:ERATUFE (DEGPEE5 F.:' = 531.914 COPPECTED PCE!!UPE rF5I A) = 64.5620 9
[. VAPCP FFE220;E (: CIA) = 0.2231 A
,< < 1 1
1 l
DUf1 MARY OF MEASUFED DATA AT 445 0114 1 i
TEMP 1 = 531.660 ( 7199.)
TEMP 2= 532.620 ( 72'95.) i i
TEMP 3= 532.280 ( 7261.) l TEMP 4 = 532.360 ( 7269.;> '
l TEMP 5= 532.220 ( 7255.) )
TEMP 6= 532. ISO ( 7251.) i TEMP '7 =' 532.'150 ( 7245.: !
TEMP e= 532.210 ( 7254.) l TEMP 9= 532.180 ( 7251.) l TEMP 10 = 532.0:'O c 7242.)
TEMP 11 = 531.940 s. 7227.3 TEMP .12 = 532.390 ( 7272.)
TEMP 13 = 531.360 ( 7169.) '
TEMP 14 = 532.090- ( 7242.3 TEMP 15 = 531.760 ( 7209.?
TEMP 16 = 530.430 ( 7076.) ,
TEMP 17 = 533.320 ( 7365.)
TEMP'19 = 532.610 ( 7294..)
FFE! 1 = 64.818 ( 64525.)
- VPPS 1 = 0.2?7 ( 5735.)
VFPS 2= 0.226 ( 5655.>
VPPS 3= 0.233 ( 5739.)
VPPi 4 = .) . 2 3 4 ( 5745.)
VPPS 5= 0.225 ( 5634.>
VPPI 6= 0.239 ( 5793.>
l i
OUMMA:'Y OF CC;FECTED DATA TIME = 445 DATE = 0114 TEMPERATUFE (DEGFEEI F.) = 532.101 CDPFECTED FPESIU E (PSIA) = 64.5650 VArcF PPE5::U:E (P: JA, = 0.2330 l
i l
i 1
-- -, ----.....----,o _.,s. ,,- - .e
k
. l d
2 I
.EUf1MAPY OP f1EA3UPED DATA AT 500 0114
.TEf1P 1 = 531.570 ( 7220.3-
- TEMP. 2' 532.780 ( 7311.)
, TEMP 3= 532.340 ( 7267.)
TEMP 4= 532.540' ( 722T.) i f
5-TEMP 5= 532.400 ( 7273.) l TEMP 6= 532.320 ( 7265.l' l TEMP. 7= 532.370 ( 7270.? )
T Ef1P 8= 532.400 -( 7273.) l TEMP 9= 532.370 C 7270.) l l ;
j TEMF 10 = 532.170 C 7250.)
TEMP 11 = ( 72'35. >
532.020 1 TEf1P 12 = 532.700 ( 7303.>
TEMP 13 = 531.480- ( 7191.)
TEMP 14 = 532.270 ( 7260.) ,
- _ TEMP 1 5. = 532.000 ( 7231.)
i TEMP 16 = 530.560 ( 7089.)
l TEMP 17 = 533.550 ( 7388.)
i TEMP 18 = 532.840 ( 731T.)
i i
!. - 3PE5 1 = 64.839 ( 64546.)
VFPS 1 = 0.d37 ( 5780.)
i VPPS 2= 0.230 ( 5703.3
) t/ A P5 3= 0.237 ( 5787.:'
VFP! 4 = 0.234 ( 5 7 5 3. '>
VFPS 5= 0.224 ( 56?2.)
i, VPP5 6= 0.235 L 5798 >
1 t
I
- UMMAFY OF CDFPECTED DATA I TIME = 500
, DATE = 0114 l TEMPEPATUPE 'DEGFEEI P.) .
= 532.275 I COPP ECTED FC EliU'J E <F51A> = 64.6053 4
! 1 VA;O: PFES UCE 'P3IA' = 0.2338 i
l >
l s i
e l
F I
4 i .
. _ . . . . - . . . , -, - . . - ....,..,--.,....-....+.----s,..n.,.,,,,n.--n~,-.~,+-ev,w.v--.~ne.*
e G :
?UMf1APY OF f1E A UR E D DAT A A T- 515 0114 .,.
/
TEMP 1 = 532.020 ( 7235.)
!- TEMP '2= 533.010 ( 73?4.>
- TEMP 3= 532.570 ( 7290..)
! TEMP 4= 532.690 ( 7302.>
TEf1P 5= 532.550 t 7288.>
1 TEt1P 6= 532.480 ( 7281.>
q TEf1i: 7= $32.470 ( 7280.)
a TEMP 8= 532.530 ( 7292.)
TEMP 9= 532.550 ( 7288.:
- , TEMP 10 = 532.500 ( 7293.)
TEf1P 11 = 532.250 ( 7258.>
TEf1P 12 = 532.720 ( 7205.>
l TEMP 13 = 531.520 ( 7185.:'
TEMP 14 = 532.370 ( '727 0. >
TEMP 15 = 532.240 ( 7257.)
TEMP 16 = 530.650 ( 7 098. :>
TEMP 17 = 533.7E0 ( T405.i l -
- TEMP 18 = 533.010 ( 7334.>
- PEI 1 = 64.858 ( 64565.3 1
VPPS 1 = 0.239 ( 5 70'5.:i VPPS 2= 0.224 ( 56?2.>
VPPS 3= 0.2 9 t.' 5T39.?
] VPPS 4 = 0,234 ( 5751.) i VPPS 5= 0.225 '( 56 39. :=
VPPS 6 =; 0.239 ( 5501.3 i d
j u
i TUMM A;"i QF CCFPECTED DATA TIME = 515 DATE = 0114 "
TEMPERATUPE (DEEPEE! P.> = 532.439 C.D: FECTED :PEI:UFE (P5 I'i> = 64.d250 VAPOP PFEMUF2 (FIIA> = 0.2331 I
s A
1
. - . . . - . , - . .._.-e.~..-- ,--..-.,_...-- ., _..,_ _ _ _
B
-a. .
i l
1 1
1i l
3UMMARY 0C MEA 5UFED DATA AT 530 0114 TEMD 1 = 532.200' ( 72'5 3. >
. TEMP 2= 533.160 ( 7349.)
- TEMP 3=- 532.TSO ( 7311.>
TEMP 4 = 532.840 ( 7317.>
TEMP 5= .532.760 ( 7309.,'
TEMP 6= 522.590. < 7292.>
TEMP- 7= 532.610 ( 7294.>-
TEMP 8= 532.700 (.7303.<
TEMP 9=' 532.670 ( 7300..)
- TEI'iP 10 = 532.590 ( 72?1.)
TEMP 11 = 532.440 ( 7277.>
TEMP 12 = 532.980 ( T331.>
TEMP 13 = 531.810 ( 7214.)
TEf1P 14 = 532.500 ( 7283.)
TEMP 15 = 532.440 r. 7277.)
TEMP 16 = 530.720 ( 7105.)
TEMP 17 = 533.930 ( 7426.)-
TEMP 18 = 533.190 ( 7352.)
FRE; 1 = 64.676 ( 64583..)
VPRI 1 = 0.239 C 5791.)
4' VPPC 2= 0.22? ( 5693.) ,
VPFS 3= 'O.236 L 5795.>
VPPS 4= 0.225 ( 5765.>
VPPS 5= 0.225 ( 5639.:i VPPI 6= 0.238 ( 5500.:'
IUMMAcY OF CD FECTED DATA TIME = 520 ,
DATE = 0114 l 1
i TEMPEPATURE (DEGFEE5 P.'> = 532.605 l l
I C PFECTED FPESTUPS t.P5IA> = s.4.6418 i l
i VA:cc PREng;E rF Is; = 0.::341 !
1 i
~
\
, . . _ . . ~ _ , . - . . _ . . _ . . , . . . , _ . . . , . . . , . . . _ . . . . , . , . . . , ,,. _ , ,a
, . ~. .
i i
i i
l l
" l l
IUMt1ARY OF MEATUFED DATA AT 545 0114
- TEMP 1 = 532.390 ( 72 7 2. ':' ,
TEMP 2= 533.240 ( 7357.)
TEt1P 3= 5 3 2'. 7 9 0 ( 7312.> ,
TEf1P 4 = 532.?TO 7330.)
TEMP. 5= 532.850 ( 7318.> .
TEMP 6= 532.7d"> ( 7305.>
TEr1P 7= 532.690 ( 73 02. .>
TEMP 9= 532.970 ( 7320.) i TEMP ?= 5 32. F.;9 0 ( 7321.:'
TEMP 10 = 5?2.640 ( 7297..
TEf1P 11 = 5?2.510 ( 7284.)
TEMP 12 = 533.050 ( 7341.i TEf19 13 = 531.$00 ( 7213.)
TEMP 14 = 5?2.600 ( 7293.>
TEMP 15 = 532.600 ( 7293.)
TEMP 16 = 530.770 ( 7110.) -
TEMP 17 = 534.070 ( 7440.)
T Et1P 18 = 531.320 ( 7?65. :'
~ PFE5 1=' 64.8?? -i 64600.)
VPPS 1 = 0.238 ( 5797.')
</ P P5 2= 0.223 ( 5615.)
VPP5 3= 0.als . 5900.i VFPS 4= 0.236 ( 5766.)
VPRI 5= 0.'226 ( 5650..
VPP5 6= 0.239 C 5812.)
~UMMAFY OF .:GPPECTED DATA TIME = 545 DATE = 0114 TEMPECATUFE <DEGREEI P.? = 522.711 ,
Cr)?
. F.R.F T C
. D r" F tP. _ i.e c. e. (RTIRi
= A,4 . d'.M. r.
I VAPOP PPE; UPE ..P S I A ', = 0.23:A i
i n
- l 4
- -- - - , . . . ,-n..,... :., , , , ,,.J
l
[
t
't 1
, .- l II
- UMMAPY OF MEASURED LATA AT 600 0114 ;
i TEMP' 1 = 5?2.510 .( 7 2 8 4 . '> i' TEMP 2=' 533.120. ( 7375.)
TEMP 3= 532.960 ( 7329.) l TEMP--4 = 533.160 '. 7349.) I f
TEMP 5=- 532.990 ( 73?1.> :
TEMP 6= 532,260 ( 731s.3 TEMP. 7= 532.690 ( 7322.) l TEMP 8= 533.030 (. 7336.)
TEMP 9= 533.000 ( 7333.) !
TEMP 10 = 532.9n0 ( 7323.:4 TEMP 11 = 532.4'90 ( T282.) i TEMP 12 = 533,340 ( 7367.5 i TEMP 13 = 531.910 ( 7224.) !
TEMP 14'= ^532.720 ( T305.> ?
TEMP 15 = 532.T90 ( 7311.) :
TEMP 16 = 530.220 ( 7115.> !
TEMP 17 = 534.270 ( 7460.) .
TEMP 16 = 533.4e0 ( 7379.) '
4 cPE! 1 = 64.90? r. 64615.> i r
/PFi 1 = 0.229 ( 5801.? }
VPPi a= 0.229 ( 5685.)
VPP3 '3= 0.239 i: 5306.; i VPFS 4= 0.236 ( 5777.) i VPPi 5= 0.226 t. 5649.)
VPPS 6= 0.240 ( 5322.)
, i 1
i
- J SUMMAPY OF CDFFECTED DATA TIME = 60U 4
LATE = 0114 TEMPEPATUFE < LEG 5EEI P.) = 532.862 CDFFECTED FFETSUFE (P7IA) = 64.6T30 i- VAFDP PPE:TURE (PIIA/ = 0.2350 )
i I
. .i 1
l
. I l
. i
. - , , , , _ . , . - ..e., . ~ , . ~ . , _ . . . - . . . _ ~ . . . _ . , . _ . _ . .._......__,...._.._~....,_,._J
e 1
<;UMricPY De f1EASUPED DAT A AT e
615 0114 s
TEf1P 1 = 532.630 ( 7296.)
T Ef1P 2= 533.520 ( 7385.)
i: TEMP '3 = 533,210 ( 7354.)
! '. TEMP 4 = 513.240 ( 7357.)
- TEMP 5= 533.190 (. 7352.>
3 TEf1P 6= 532.930 e: 7?26.)
TEMP 7= 533.050 ( 7335.>
i-~ TEMP 8= 533.100 ( 7343.)
- TEMP 9= 533.170 ( 7350.)
TEMP 10 = 532.490 ( 7332.)
TEMP 11 ~= 532.68G ( 7301.?
TEMP 12 = 533.300 ( 7363.)
T Ef1P 13 = 532.020 i 7235.l.
TEMP 14 = 532.790 ( 7312.)
TEMP 15 = 533.030- C 7336.)
TEf1P 16 = 530.970 (. 7120.) '
j' TEMP 17 = 534.350 ( 7471.)
.l TEMP 18 = $33.660 ( 7399.>
] .
CFES 1 = 64.924 (. 64631.)
) VP C:S 1 = 0.239 ( 5901.:.
.; VPPS 2= 0.230 ( 5695.)
4 VPP5 3= 0.233 ( 5310.3 -
, VFP! 4= 0.236 (. 5772.)
j UPP5 5= 0.226 i 5652.>
1 VFP3 6= 0.239 ( 5811.)
i UMMARY OF CCFFECTED DGTA T I f1E = 615 DATE = 0114 l
TEMF EC ATUP E ( DE GPEE 5 P. ) = 532.937 I l
l CC;FECTED FCEI?UPE t.F 31/-o = 64.6930 l
l- -
VAROP PcE: UFE <c?IA, = 0.2351 G
^
i I
l.'
4 l
. . . - - - ,. , , . . . _ _ . . ~ . . . . . . . . . . . . . _ . . . , _ . . , . . , - . . . , . . . _.._4. , , - . _ , , . . _ _ - . . _ , - . . _ . . ~ . . . , - . . . . . . _ _ -
yJ; 5
/J-b t
~
- . UMf1ARY OF MERIUPED DATA AT 630 0114 TEMP 1 = 532.740 ( 7307.)
TEMP 2= 533.710 ( 7404.) l TEf1F 3= 533.360 ( 7369.)
TFf1P 4 = 533.360 ( T369.)
TEMP 5= 533.270 (. 7360.)
TEMP 6= 533.070 (. 7340.)
TEMP 7= 533.080 (. 7341.:=
TEMI 8= 533.260 < ~' 35 9. )
TEf1P 9= 533.19n (. 7352.) l TEMP 10 = 533.0?O t' 7336.)
TEMP 11 = 532.920 ( 7325.) l TEMP 12 = 533.460 ( 73T9.) i 7245.>
TEMP 13 = 532.120 (.
TEMP 14 = 552.E70 ( 7330. >
TEMP. 15 = 533.220 c. 7 35 5. ')
TEMP 16 = 530.930 ( 7126.)
, TEMC 17 = 534.550 ( 7488.)
TEMP 15 = 533.740 (. 7407.)
PRES 1 = 64.9?? (. 64646.)
s VPPS 1 = 0.2'39 (. 5809.>
t/PP I 2= 0.23d ( $766.) .
VPPS 3= 0.239. i' 5807.?
/PPS 4 = 0.237 ( 57T8.)
VPRS 5= 0.226 ( 5654.)
VPPi 6= 0.241 (. 5825.)
1 IUMMACY OF COPPECTED DATA TIME = 630 DATE = 0114 TEMPEFPTUFE (DEGFEEI F.) = 533.106 CD;:C$CTED FFEISURE (PSIA) = 64.7ba5 VAFCP PFEISUFE iPSIA) = 0.2265 b
J e - =#-.- , m *m W -e-c.r-- r =-e+=s e- *-m---- 4 +--* e ve' # eve' t-s-,em-aw et44s g w*te r y*-vv-*"v,yP--r*w-M-t+-s"-
.- , . , . . . . - . .~ . . . . .- . ~. . - -. -. .. . -- -
i i
l l
IUMf1ARY OF MEASURED DATA AT 645 0114 TEf1P 1 = 532.840 ( 7317.) .
TEllP 2= 533.770 ( 7410.) !
TEf1P 533.370 ( 7370.:. 1 TEMP i - 533.4?O ( 7382.) l TEMP 5-- 533.410 ( 73T4.>
TEMF 6-= 5?3.210 ( 7355.)
TEMP 7= 533.'170 < 7350.)
TEMP 8= 533.380 ( 7371.)
TEMP 9= 533.350 ( 7369.>
TEMP 10 = 533.190 ( 7352.)
TEMF 11 = 532.980 ( 7331.>
TEMP-12 = 533.590 ( 7391.>
TEMP 13 = -532.230 ( 7256.)
TEMP 14 = 532.960 ( 7329.>
-TEMP 15 = 533.3?0 ( 7366.)
TEMP 16 = 530.?60 ( 7431.)
TEMP 17 = 534.640 ( 7497.)
TEMP 18 = 533.940 ( 7427.)
cRET 1 = 64.953 ( 64660.)
e VPRE 1 = 0.539 ( 5907.) .
/F R 5 2= 0.228 ( 5671.)
- VPP:; 3= '0.239- <
. 56 05. .>
VPRI 4 = 0.236 ( 5774.>
VPF? 5= 0.226 r 5 6 5 7 . '>
VPFS 6= 0.241 ( 5829.i k
J l
CUMMARY OF CCFAECTED DATA I
I TIME = 645 DATE = 0114 TEMPEPATURE (DEGFEEI P.:' = 533.d16 i l
i CORRECTED PFE5IUCE < P3IA) = 64.7180 l
1 VAP0;: PPE :LU;E '..P- I A :' = 0.2350
4 s
l l
l IUf1 MARY OF MEAiUPED DATA'AT 700 1 114 TE!1F 1= 532.960 t: 7329.>
7EMP 2= 533.910 ( 7424.?
TEMP 3= 533.d10- -( <?94.)
TEMP 4 =- 533.570 (. 7390.>
TEMF 5= 533.540 ':. 73S7.)-
TEMP 6 = 533.340 ( / 3d.7. ?
TEt1P .7 = 533.400 c. 7373.)
TEMF 9= 533.470 (. T 33 0. )
TEMP 9= 533.520 ( P385.)
TEMP 10 = 533.280 -( 7361.)
TEMF 11 = 53?.130 ( 7346..>
-TEMP 12 = 5 3 3. d 4 0 (, 7397.)
TEMP 13 = 532.350 ( 7268.)
TEMP 14 = 533.100 ( 7343.> I TEMP 15 = 533.450 ( 7381.) I
, TEMP 1 i. = 531.070 ( 7140.)
TEMP 17 = 534.790 ( 7512.)
TEf1P 18 = 534.110 ( 7444.>
FREI 1 = 64.963-( d4675..)
4 YPPS 1 = 0.240 ( 5622.> ,
,v,F.R a.
e= 0 . c, :e
- t. e..>
VPPS : = 0.240 ( 5818.)
VFPS 4 = 0.237 ( 5729.>
,- PRS 5= 0.127 ( 5660.')
l l
V;PI 6= 0.240 ( 5519.T IUNNARY GF COFPECTED DATA TI:1E = 700 l DATE = 0114 TEMFEFATURE ':DE G F.EE ' c.) = 5'33.351 CDPRECTED PPEiTUPE (PIIA> = 64.730s VAPO: FPEMUFE (PiIA) = 0.2272 i.
I' t
l' i
l _ _ _ . _ . . _ . . , . . . . ~ . _ . . . _ . _ _ _ . . . _ . . . . . _ _ _ . - - - . - - - - _ - . - - -
i 1
1 I
J l
I{~ : _
IUMMARY OF MEASUPED DATA AT 715 01I4 '
s
- TEMP -1 = 533.100 ': 7343.) ,
TEMP 2= 534.060 ( 7439.)
TEr1P 3= 533.670 ( 7400.)
TEMP 4 = 533.o30 ( 7401.) s TEMP 5= 533.610 t 7 3 ?' 4 . .) j TEMP 6= 533.420 ( 7375.>
TEMP 7= 533.490 (.' 7382./ )
TEMP 8= 533.610 ( 7394.) i TEMP 9= 533.620 ( 7395.) i TEMP 10 = 533.350 t. 7369.)
TEMP 11 = 533.240 ': 7357.:'
TEr1P 12 = 533.880 < 7421.>
TEMF 13 = 532.420 ( 72T 5. :'
TEMP 14 = 533.290 ( 7361.:' !
1 TEMP 15 = 53?.630 ( 7396.;' i TEMP 16 = 531.080 ' 7141.) I TEf1P 17 = 534.89e ( 7521.> I r
TEMP'15 = 534.240 ( 7457.) !
(3 n/ CPE5 1 = d4.982 ( 6468G.:'
\
l VFF3 1 = 0.241 > 5931.>
VPPS 2= 0.23? ( 5 7 34. :< l' VPP5 3= 0.240 ( 5820.)
VPP3 4 = 0.235 . 5791..'
..t' .c p c.. =.; = n. . w:.ws:. -
, e'.
,: c. 4 . .,
s/PP 5 6. = 0.241 -( 5824.?
i l
Lui1 MARY OF CD;;ECTEL DATA TIME = 715 DATE = A114 TEMPEPATURE ': DEGP E EI c.) = 531.464 CD:.PECTED F C ES'C UG E 'PCIA) -
= 64.7444 vapna, u .c p c t e. n. a c-
.. .: '. I m, = 6. . w:. i 'u.
)
. . . - . . . . _ . . __ . . _ _ _ . . ~ _ _ . . . . . _ _ . . _ . . _
r -
f JUMMARY GF T1EASUPED DATA AT- 732 0114 TEf1P 1 = 533.270 ( 736 0. >
TEMP 2= 534.180 ( 7451.l' TEMP 3= 533.SOU (. <412.>
TEf1P 4= $33.810 C 7414.)
TEMP 5= 5?3.790 ( 7412.')
TEMP 6-= 533.6Ou t. .- 3 9 ? . > -
TEMP 7= 533.600 ( 7393. :>
T Ef1P S= 5??.740 ( 7407 . ':'
TEMP 9= 533.700 (. 74 U3. ')
' TEMP 10 = 533.430 ( 7376.)
' TEMP 11 = 533.470 ( 7360.)
TEMP 12 = 5 34. Osi O ( 7436.)
TEMP 1?= 532.590 ( 7292.-
TEt1P 14 = 53B.?20 ( 7365.)
TEMP 15 = 533.85u i 7419.:'
TEMR 16 = 531.190 ( '15d'.5 TEMR 17 = 535.040 -
c'537.>
TEflR 18 = 534.310 ( 7464.)
(
FPES 1 = 64.9M ': 64705.>
V'H PS 1 = 0.241 ( 5S30.)
VPPS 2= 0.236 ( 5 7 7:.! . >
VPPS o = 0.241 ( 5825.:'
'/P PS 4 = 0.239 i 5 7 ?. >
VPP5 5= 0.227 (. 5667.3 VFRI 6= 0.241 i 53 ?i. )
jut 1MAsj D CD;'FECTED DATA TIME = 712 DATE = 0114 TEMoEPATUFE ' DE'3 FEE! P.> = 523.101 CO;FECTED FFE22UPE (PEIA) .
= d4.7601 VAcDR CPE:5U;E -
t.F E I A > = 0.2373
\
1
- - , . ,- =- -+ - . - ,v **www...v~m-.-*--ed,w- w .r-*-- - m-ww.w,*eewew- - memm e usem anewer == -
I: .
SUMMARY
OF f1EASUPED DATA AT 745 0114 !
, TEf1P 1 = 5 3::. S T O ( 7390.> -i
~
TEMP 2= 534.190 ( 7451.>
TEf1P 3= 533.880 ( 7421.)
TEMP 4 = ' 533.970 ( 7430.-
TEMP 5= 533.870 (. 7420.)
TEMP 6= 533.780 ( 7411.)
TEMP 7= 533.?90 ( 7412.)
TEMP S= 533.950 ( 7428.';
TEf1P 9= 533.330 ( 7416.) i TEMP 10 = 533.610 ( 7394.)
} TEMP 11 = 533.400 ( 7373..'
l TEMP 12 = 534.040 ( 7437.)
l TEMP 13 = 5?2.800 ( 7 31 :. . )
TEMP 14 = 533.560 ( 7389.)
TEMP 15 = 532. 960 ( 7429.) i TEMP 16 = 531.190
( 7152.)
1EMP 17 = 535.170 ( 7550.)
TEMP 18 = 534.420 ( 7475.>
FFES 1 = 65.003 ( 64715.>
VPPS 1 = 0.240 ( 5819.:. i VFPS 2= 0.240 ( 5817.) l VPRS 3= 0.241 ( 5829.)
VPPE 4= 0.238 ( 5796.)
VPPS 5= 0.228 ( $s71.)
VFPS 6= 0.241 ( 5935.)
$UMMAPY OF COcFECTED DATA T I f1E = 745 DATE = 0114 TEMREPRTUCE 'DEGFEFi R.) = 533.730 COPPECTED PSE IU;E. (PIIA) = 64.7697 VArcF ;;E:IvoE 1P3IA>
= 0.2383 e
_. . , . . .. . . . . . .. .....s
SUMMAFY OF f1EASUFED DATA AT 600 0114 TEf1P 1 = 533.860 ( 7419.) l TEt1P 2= 534.290 ( T462.> l TEf1P 3= $34.110 ( T 4 4 4. :'
T Et1P 4= 534.090 v. 7441.)
TEMP 5= 534.030 ( 7436.:'
TEMP 6= 533.960 ':. 7429.)
l TEMP ?= 533.980 ( T431.' i TEMP 9= 534.090 C 7442.)
TENF 9= 534.000 ( 7433.
TEMF 10 = 533.T40 ( 74 0 7. li TEMP 11 = 533.540 ( T ?S T . .'>
TEMP 12 = 534.310 ( 7464.)
TENP 13 = 533.010 t'. 7334.)
TEMP 14 = 533.730 c. 7406.) '
1 TEf1P 15 = 534.100 ( T4 4 3. l> .'
TEMP 16 = 531.160 ( 7149.:s TEMP 17 = 535.150 ( 7551.>
TEMP 18 = 534.610 ( 7494.)
PPES 1 = 65.021 ( 64728.)
VPP2 1 = 0.243 ( 5934.)
VPP5 2= 0.229 (. 5656.'
VPFC 3= 0.241 ( 5831.>
VpP; 4= 0.239 ( 5794.:i YPP? 5= 0.229 ( 5676.:
VPP5 6= 0.242 i 5641.:'
SUMMAF'y OF C09FECTED DATA i TIME = 500 ,
DPTE = 0114 l TEM.:EFATUPE tDEiicEEE P.? =- 533.992 COPPECTED PREI5UFE (FIIAi = 64.?842 VAPDP .PPE: UFE ': F 7 I A :' = 0.2368 9
n
-- - ~ ~ - , . - -.n. - , .,,e-. - --..-.n-v,---. , -
i 1
i EUf1MAPY OF ttEA3UFED DATA AT 815 0114 TEf1P 1 = 534.020 (. 7 4 3 5. '>
TEMP 2= 5?4.350 ( 7468.>
TEf1P 3= 534.120 ( 7445.>
TEMP 4 = 534.090 ( 7442.)
TEMP 5= 534.050 C 7441.)
TEMP 6= 534.120 ( 7445..
TEt1P 7= 534.050 ( T438.)
TEf1P 8= 534.220 ( 7455.)
TEMP 9= 534.020 ( 7435.)
TEMP Iv= 533.720 ( 7405.)
TEMP 11 = 533.630 ( 7396.)
TEMP 12 = 534.380 ( 74 71. .>
TEMP 13 = 533.300 ( 7363.)
TEMP 14 = 533.900 ( 7423.)
TEMo 15 = 534.240 ( 7457..'
TEMo 16 = 531.120 (. 7145.'
TEMP 17 = 535.250 ( 7558.>
TEMo 18 = 534.610 ( 7494.?
55E3 1 = 65.052 ( 64739.>
VPos 1 = 0.242 (. 5943.3 VPP3 2= 0.237 ( 5 7 8 8. ~>
VPP3 3= 0.242 (. 583o./
VP93 4 = 0.239 ( 5806.)
VPP5 5= 0.229 ( 5655..
VPR3 6= 0.242 ( 5 9 3 7. ':.
. U:1 MARY OF COFFECTED DATA 1IME = SIS DATE = 0114 TEMPEFATUPE <DE'3 FEE ^ P.> = 532.376 CORPECTED APES:UFE (P3IA> = 64.7932 v.:,p n o p p.e. . m. .ig :. ,
r e. I rty = n. . u:. 3. ;.:. .
i 1
. l l
l
+= .., , , . .
I
-l
..' /~%
IUMt1AFY OF f1EASUPED DATA RT 830-0114 TE'1o 1 = 534.'190 C 7452.)
TEMP 2= 534.300 ( 7463.)
TEMo 3= 534.400 (. 7473.)
TEr1P 4 = $34.230 ( 7456.>
TEMP 5= .534.200 ( 7453.)
TEMP 6= 534.190 ( 7452.)
TEMP 7= $34.200 ( 7453.
TEMP 3= 534.370 ( 74 7 0. .:>
TEMP 9= 534.140 ( 7447.)
TEMP 10 = 533.550 ( 7418.)
TEMP 11 = 533.590 ( 7392.)
TEMP 12 = 534.530 r 7486.)
TEMP 13 = 533.450 ( 7378.)
TEMP 14 = 533.890 ( 74 d'2. )
TEMP 15 = 534.410 (. 7474.)
TEMP 16 = 531.160 ( 7149.:'
TEMP 17 = 535.410 . 7574.:'
TEMP 18 = 534.770 ': 7510.)
5PE5 1 = 65.044 ( 64 751. :>
VPF3 1 = 0.243 t. 5550.)
VPP!: 2= 0.241 ( 5332.)
VPP3 3= 0.242 ( 5641.)
VFP5 4 = 0.239 ( 5903..'
VPPS: 5= 0.229 ( 5682.>
VPP5 6= 0.243 (. 5651.4 IUMt1AR Y JF CCPPECTED DATA TIME = 830 DATE = 0114 i TEt1 REP ATUR E (DEGCEE' F.> = 5?4.090 COFPECTED PCE320FE (P:IA) = 64.8042 vAc CP FE:E:!UFE
- P 3 I A :' = 0.2397 1
b l
l l
l l
. . . , , , . , . - , -.n ., . ..n.., +, ,- , v
J
- Ur1r1ARY OF r1EAIURED DATA AT 845 0114 TEf1P 1 = -534.290 ( 7462.> i TEf1F 2= 534,430 ( 7431.)
TEf1P 3= 534.420 ( 7475.>
TEMP 4 = 534.390 ( 7471.:'
TEMP 5= 534.330 I 7466.)
TEf1P s= 534.300 t 7463.)
TEt1P P= 534.230 (. 7456.> ,
TEMP 9= 534.500 ( 7483.)
TEMP 9= 534.250 ( 7455.)
TEMP 10 = 534.030 ( 7436.)
TEMP 11 = 53?.710 ( T404.> ,
, TEMP 12 = 534.700 i: 7503.) :
TEMP 13 = 533.660 (. 7399.)
TEMP 14 = 533.960 ( 7429.)
TEMP 15 = 534.590 ( 7491.)
TEMP 16 =' 531.240 ( 7157.:i l TEMP 17 = 535.500 ( 752 3. >
TEMP 18 = 534.860 ( 7519.)
RPES 1 = 65.055 ( 64762.> ,
'/PPS 1 = 0.243 ( 5847.>
VPPS 2= 0.245 ( 5972.) ,
l VPPC 3= 0.242 ( 5943.
VPP5 4 = 0.239 ( 5309 >
VFP3 5= 0.d59 ( 5669.>
VPor 6= 0.244 ( 596 :. T.
i SUMMA 'i 0 CCFFECTED DATA l TIME = S45 i
D3TE t = 0214 TEMPE ATU"E (DEGPEEG P.) = 534.210 CDFRECTED FFE3!UFE 'P':.IAY = 64.814.!
VAFGP FE;;U;E iPTIA> = 0.2406 I
tj a
1' 1
- .-.. - , . - ,. -- - - - . , - , - . . , . _ , . . _ ._._._._..e_..,gn-.. mm- _9 neem w
_ ~ _ _ _ _ _ _ _ . _ . . . _ . _ . . . _ _ . - . _ _ . . _ _ . , _ _ . _ _ _ _ . _ _ _ . . _ - . _ _ . . . . _ __ ._
IUrit1ARY OF T1EATURED DAT A AT 900 0114 !
TEr1F 1 = 534.330 ( 7466.> ,
TEr1P 2= S24.610 ( 7494.4 i
- TEt1P 3= 534.560 c 748?. ?
e TEf1P 4 = -$?4.410 ( T474.> .
TEf1P 5= 534.430 ( 7476.)
TEr1P 6~= 534.380 r 7471.3 l 7= .534.430 4
TEt1P ( 7476.) l T Et1P S= 534.540 i: 74e7. )
TEr1P 3= 534.3.;0 c. 7472.)
TEf1P 10 = 534.070 ( 744 0. >
T Et1P 11 = 533.390 ( 7422.>
TEt1P 12 = 534.53Q c 7491.~)
TEf1P 13 = 533.690 ( 7402.) i TEf1P 14 = 534.120 ( 7445.3 l T Et1P 15 = 534.740 C 7507.>
TEf1P 16 = 531.310 ( T164.)
TEf1R 17 = 535.610 ( T594.) 1 TEt1P 19 = 534.990 9 "C E : 1 = 65.067 ( 64774.)
( 7531.) l i
VPR5 1 = 0.243 ( 5353.>
VPPS 2= 0.241 4: 5829.>
VPs! 3= 0.243 c 5555.>
VPPI 4= 0.240 c 5518.> ,
VPPS 5= 0.d19' ( 5459
(' 5850.3 VPP3 6= 0.243 l
l
- UwMRY OF CD;G ECTED DATA T I t1E = 900 DATE = 0114 TEtcPEPATU;E <DE6;EE: P . = 534.303 CDcRECTED ERE22VCE 'P:IP) = 64.9267 c.
I V A; DC: PFES:UFE 'R 1As = 0.2402 e
l 1
1' I i
$4 . !
I i .
I l
\ .
I -
I.
~
UMMPY 07 ME A':UJEL DATA AT 915 0114 l
/
TEtt: 1 = $34.419 ( Tar 4.i TEMP 2= 514,710 ( T504.>
. , TEMP 3= 534.*?0 ( T 4 ;' 0. 3 TEMF 4 = 5:-4.530 ( 7486.3 vi _ p e = c. :: a . 4 .L i. e. 'ag 3 s . - ,
lema i = 514.t00 ( T489 ?'
TE M:- 7= 534.430 ( 7476.4
- 7. :M; ':; =
s v. :. 4 . g : r.i
., . (. 'a ..
e, 3 ,
tim - 'e = 514.460 ( 7491.>
T F r i'.. 11.i =
f 34.15 8'
( T443
's T:_:.M' 11 = :. o .r . ,s . o (. r -. c ,, . ., a TEMP li = Sia. gig C 7"1s.)
- .qo 3:
.c = es . . s. a n. . : 2. 7 . ,
1C Il*' }4 = ' . e d ,' .
[' o 4 e }QU . .)
T r. ry 18 = : t.;.;6 ( T c. l .u. . )
g , . . . .
i
, I E. . .* )h 1. E. 3 9. ",.' } . '!,. ..d [j t
' .' [ { . s i
I
- W i. [.T
. j5f = C 1. C., e 'a 4 l,l ( s 6.. fid . n t' * ' = .I..
_ . j l' . . . [
- E
- 1 = d = . 0~ ? ( d 4 / '5 5.
- .
1 NNk[ } = h.d4a ( 5 3. d d , 'l l % 4h 23 0.d4d
- 53Id.A g ., - .
'
- W W ~, .l = I) C k 6+
( ,'s ( a .;y,t
'a' :L: 4 = 0.140 e 5iI:.) >
'i " . 2 = f.. ' . abU =
2 ,^ 'M . '
["'
8'm g h !.
g g 9 r
p
. , =+, .e s6 .se,.a. .*a e 9 . .-
d.
l I. 1q: -~ = ;1 a.
h -*I E 0114
+s c '.9: ._:: c m, ie . , ... ; ,; ;; ; '. ;. ., =
q a. _.
(". .7. f~ e' C ..:* } ..'.*. t';. . ; O C- .?. . t : .I ; e... 1 ' T. J.
= .: 4 . .
. T. - %
. ** '. I' 4 = ,I, M l
7.v -
i.
- 1. . .
/
. ;. e p i. ;.c3 n e,q: q . . ; c .n
_ . ~
- . , T ,
- , pT
. o. . .q1<i4 7_ .q p 1 = 2, :_4.e;
,, < 74.__.6 TE*1C d = 3. ':: -. , T .. i.' ( T f.' L . >
., a . 1 . >
.ie _ t1.- ; = . . ;., . , .. . :. 0 t ,
T. :_ M .~ J = c 2. 4 . .. 2. o.
. . 3, i.i .' . .e TEM- e. = 5 . 5 a; 0 t T43:.;
- 4.ce.,n.
Te_ n. s . = . .
. 4 .: . . .
'. 4. , 4 T qq: = G.. n. r, . :: c. . ,
_._a L,
- n- .c: . - .-v. .
T tv.- . =
- ..;~ . t. : 0 '
4 :. 4 . .'
c, T .C M ,: s I.! = . 4.:.;A. i. 4 %. .' . ,
vi :- . 33 - 4 ,$ , = .. . . . .
- ;-. 18.'8' ' ** .8 T, r c. . 1. ; = "..
- 4. ; O a i
~.e...'. .
TEf1F 1.2- = -: .710 '. T404 +
T E *1; 14 = " } 4, I als s. , 4 _ , .i ,
T'c i n: I m_ = T N . M. . J
- 7. . .. . . ,
., w .l -
.. l -. = ,.
-a . 1 . ., . ...i s i . i s ._..
T C t 1 C- s*- = =
. ; G . 2. s.e , e i
- 1. . . "s'.. 1. : . . i
- I-: ti? C 12. =
- ".i .:. G, . f.. U s e i
e E. J J. . .i
- g_C; . . . . ., ' .
1 = t.1. U :- - t. 4 _. 5, . 3 r- ~ ' . 1 : U . : *. ,* gi :-. :. 2.'
-: = ;, c, J:p _ (, . C .!.
i
'M N ;, . = 0 . 2 4 ." "55:.
i
. O C .' 4 = , i . .- J ..
. G, .;41Q. .
= 0. :: , * ., : . 1,
.S : : - = u.-a4 . 56-,. -
l 1
...-..e. ..
_ I,12 . ,. ,~ s _- ._ ; ~** t*_ s12 L-*<~
\
' ! '1E - ;L ]. e,!
.! ."< T = . ' ..tJ .
.f : q ~, .y-- .. 7;sn.-..
e . _- - 1 .. .. * = ,
.s n .-
i.f..
M.
1*
w F by ,p=..*.g -e
-e.s ..se .
0 ** **4 l 7, m
,.g , =.
t' ly .: ,~
- C.. 7 . .; ;_ . ,1 .^ r t
a ', = a . ; 4 (, _.
~.wam.wa-.m...sw.w-~..-a-n.e.-.-.m...--- -- ..--~ ~ -.-~ -~~.-.. - ~.--.n--.-..-- - .---
l l
s I
~
h 1
- j. IUW14;Y 0,C NEM UGED LATA AT 945,0114 1
.I l
ll TEMP 1 =
- N . 59 'i
( T422.3
[mC[d E. 5 = %
- k. .,1. '. 'S. e h. ( [ b. } m'I . . I t . ft) ' 3 .
. . . . .ge j g, .
.4=*.'.
q 0
'. C .I 9. h' 4 = N.e~e' d .
- i I.I ( E { [j . .t Es =
IL f]C %. I.. d . N., M b i, [ d 'E. e E , )
f IEMG 4= $N.MO ( T4 9 2. . a d 9
! I E f1'O I= '$ 7 4. 61 Q ( T494.8
. *O f e - =
u) ,". b . b l.15.b
\ -t cJ1 $' a }
,I *e_ C }] D = %. ;4 o 4 4,s + - d s.' 'r . .,e h I g g -
-TCMP - -
= E. .; .I. . C' 4 f' < ~4~.'*>
i t . *.m . } ,. h . ".4 .a .
. I. . .s . .
I
- l. I_UNP } _I = %. .~a,} .}AU f 744%..s 4.mit . .
JT.MP lbJ = $. 7 7-e Pa h. M,.
t I. ?-ec s T Efic 16 = 531.460 ' . . 7179,i '
l T. :,nf "
e 1, i = '.' .I C; . ca .' n. ( "f4. .: r. . i 1
r
=.=.f' f' h
M .
g
.e4 ..
l
.p (.
- g C,.1.g h g- a -m- . 9 4 ,e r m. E ,at . 1 C 3 3. I,4 W t g
t * ; e.f i ., )
a 4
.I l
q .
[
.c L 0 7
} m O. . .l' d .1 t. 5. uI J. E. . ,a ge. s r4 -- se a e . we 9 i i M e . ,a. g' $
J f 0R?I . .I .:: 6 e4; : - , C, ; 57 4 .
e j .'o,.t ,. 4 = je,i ,.yj,, ; ,. * (
g.
,, , {o f
, e
,; c v. c, . = n. e .: .n. . -
, =. ~ p. a. e a'e . -. e a s .g si u.
- r. = 1.i . c' 4 . t ;-. wg-m- ,
1 d
a l
4 I .
b l
1
', e = = , L I ,. h
. l li1 M M a Y
, ,p- 7+=
,i *
..i.H.. Y. ,, 1
.I.*.p -
s'.T . C. = ji .1 . 14 * '
6 d
y se g .p.e e, . 6 6
.. . . . **e ,se . w . e , g 4
e
'I '
, g E .,_Ng '4j a
4
- 3. ..- ,. - . .
" . . . ,,, !.k "* C . , * . . . .
= $ eh , *.-*",f,'*
~
a.
.-he'. "[ .'J. [ P ., 4 'l 1
5 *- .,
4 g e.a , .
. to =-.b=*=.=-'.. +.;r.*..., . . ew
.= 4- = l[
. . e 4
t 9
_-- , - - , . , . . - - , , . . . , , - - - - - -_ _ _n-- -.- - - - _ . _ - _
.I 4
3*
. r
-t
.i 1
l iunm ac . CF BTM UF ED FT A AT 1000 0214 -
l TEMD 1 = " 3 4 . , O t. T'5 0 0. :'
T .,-. f t. ,.W . =
. ..*, 4 . w. ... - (.g . (. gg,. , .. ).
- s T .t ', C' .~. = ". '. 4 . cc' wi. t
'.,"..~.;.'.,' ;
7:M.
( < ,s 1 c. . .'
4 m. . c. 2,. . , .su ;
T.q> e. = m. .':. 4 . .: 1. o. ( T =.; .14 . ,
i i
. T .;' '. C' .; = ",. . 4 . 'i . n. ' . . ? ". n. 3. . 3 i TEMP 7= 534.700 r. .' S O . . :'
m.
y =
T e t W.. 4 . '- - O '
TEM: C' - = 5'4 /'00 ( 7 " 0 i . .'
T. . 4,p
. n. = e. : 4. ,14 0
.. (. ~
s 4 s. ,' .
l i T M.' 11 = ,:.:: 4 . ; i. t.
~
, TOT'F. 1.2 #. .;. " . l .*. l.' i ~. "' 4 ' . '8 T e,. r1,. ' 2..' == . . . .s j. r 3.u i .. s . .i e ~ .i TEr@ t4 2 5 ;. 4 ,, .: 6, r 7.;7:,
- 2. *., " . 6.
- Q T C. (IC .
A = t 7 '. 4 0 . .a 5, T M C' 1.:. = '.i .t .i . E.. ,t is T1 4.-
q I ; N. w. . j ,( = ;, , f.! ;. I ' f. - . .r C' t .'
T : r",: 15 = %. .:. ". . . ; s i <. T *. .: 1 . '
3 e c. . .i ,..i .
n= ,e b.-
- i. = .o ( **, d r . .e
, . s ] l e u-.
l g-t .e + -
4 v-*. : = 0 .. 4.; <r y :a, -4.>
g I g .h j . / F' P* ;'.
t -e = #j , d a q i $ q 4 I,' , e V r..
- j . . . m . .
- $ = 0,231 i ,_,. .., V:. , .
j
.,.s=,, ... . ,
4
. = }>.
} ~., s 6 e n
s a
s
., , , , . - - ' . .*= .
, g , ! , M a* , - 1., ,,
ge.*f.p,,,.=-.-J
..e e.
g+4 .
.t
. . . l J
e.
6 ay %. .ee. p,.,. ..p. ... , . , . . ,.e-.
re.
f= f d*.
-- y.l ,, hs
- m c, a g ; 4
. j,
- ..* *. .O:.
.. . j? O '".. 's 7 ' ' = , .. .
' "* " O L "" L'
.-.,r.,f ' '
'". $ * . * ? q t-qi, / m .**j* . . .. **~6e , . . .
3 y y ,. ** *, 4 g',....,j,=,.' =
Q , ;4 d n
d
..O N q
I
~ - _ - - - . - . - - . - ----__ _ -- _ .. _ - .. - - - - - .- _-.. ~ _ --- - - - - - - ---
E.
~
f il I
I' ,
1
!^
a a
a a
2 ,f,n . n.r.. ey ncn .., D. t. D. ~
7s.. n ,. 3o.i.s olla T:M,
- 1 = ". .N . ~. .:. n. ( ', e_, i.i = . 3 I
L T C..i 'd. :' .: = ". _; ". . h. ..' n.
'.
- 4 1 .
. y.. . .
i :. ,_ ,1 . 3 = . : : .12. 0 (.. , _ ~ . . .s . .s i T E f1~ 4 = "i.4. M O t 7516.>
TEMF 5= 53:4. M 0 ( 7521..)
l' 4
T.rpe .:, = .e. u . ? 0
. . 7 =.; '. 6. .
4
, T.C. M D. .' = '. ~) > J. e .J. I.' n.
. I - r.s$ r'..j h
T. c' M .C C,
= u, 3 4 . 0 l }
, ?. f.', ; 4. . ',a 4
,i cMr: .. : 0 3 4 ,. < e u- i ,e. ., ,, y . 4 a
! TEMP 10 = 534,400 -
747i.')
TEtF 1; = M ,4 . : 1 #.5 ( T464.
~
Ttv: .c '~ = " , . .. ' . u> <. ? c 2.. a_. . ',s .
T:. , n. 1:- = -
3*.U... :.' *. , i 4 .. .+ 1 . >.
T E qc> 14 = n n. 4 % i T462.y t .: vp 3 .:_= eg. u.._ . . :; . . a ,. n, , e a. ,e.*r . .,
T. - 1. ...)
, t Mr. = uc31. :.. .:a., - ,,I r
. : ,c,i r 1 -
. = .....i.
3 ;te .1. y *
,~ .,a.>
T c~ f.P. } :2. = '.~, .0, 4. .. . 4 6.. e, .' C., e.: ,* , ,#
4 r ,. E .g i =
- :. 1 1 - i
.4 . c t, . ,
l
\
3 1 d I
- v.
- n .. 4 = n . 2. 4 =. i 3. m: ; ':..
j ,f: s : 2= 0.das i 5 9_:a ,
j$ = I
. 's,d * ,~.*
\'***'A t A e.' C "t. .. !.,I a 8 a
> b I- = $g . 4[ -e.( 8$ ( g !
I
- g ;:-j <
g>e
. -f* f* .
2 ~ ,Ie w ';
1 ,-
' i , *+ e J q VPCI s= 0.ics ( 5i n. -
i I
l 0 ,. .
. h e,i ' .
I T I ,q E = 1015 l
a
.r .: T :. =
M. . .' 4 I.
I.. ~ . ..% u .h. . - - . e.
.. . s .
s a
q
. .q.:
- . ~ , T .:. .r p p : ." ., u u
- ~ 1* :. . = g. a . ;. ~ e=. C-1 l
4 4
- =. = ~., c = .1 : . p = .
.. i a . = o.d450 l
I I
I
- _ . _ , - . - . . - . - , - - ---,n. _ - - - .,,...-.-r,., nw -, . . . . . . . . . . . . . . . . . - . .. . . . . . . . .-mm-
.i
- 1. :
~
)
3-4 t
l i
1 .,. I U'1'1tWY 0; ME A i t.f E D D A T A A T IUFO 0114
- g. T -r M:- 1 = "_ 2 4 . F:20
. T ". 1 ". . >'
{ T r_ M;; :: ' = ".> '.:; '. . ' "_ l i s. .' ". 4 ?. . )
- T r. M;; .= ". V..
- .: n.
. . - 7=.=.*~.>
. TEMP 4 = 534.990 7516.i T e. t 'e " ". . 0. 1 9 -
~ *. . : . .*
".: . ' =" ' 4 . <*. * .i.
Tr. _ ... < ~. ". : 6 . i 7 .. g:, .- 'r = =.,,:: 4 . c. o. n. ( . s. : .:. . i TENF e= 5 35. 0:Y 0 ( 7541.)
- E M;: ..= e. : 4. .:. 0 o.
. r. 7 c%: .t . 3
- TEMP 10 = 514.540 ( Tai 7.1 1 T E r ic 1! = 534.360 ( 74e >
, TENP 12 = 51:.250 ( 755.3.4 T Et1P 11 a 524.140 (. 7447 a' T C. P. .: la = ". S . a . ". n. o. ( ' 4 A. .:: . .'.
i .
Tit ** [.*i p 4 C, =
4 *. !-sc. . .: f . O. i- 'i c.' %. 1. ,,
TENE 16 = 531.65U ( 7194.:'
3 } G ' e} C. J 'r -
~ u ~.*.eu. .: 2 : (g ( ~r,;. c. a.s . - ,
- ,p
, r_.eyc- ..
u.. .:4., . a a. n. ( ,- =,.. c,.,
1 2;E: 'l = ~5.12? t : 4 i14. >
' f* ),. f E I,'. d [8 % ,) dt
. .De V: % - 2= 0. san ( 5320.) .
v? :: t 3 0. 24 * . .'. $:g ri . ;
\,' P E' ' ', 4 1'.
O. d i 5d44,e ,
c, =
vfci v.di1 ,
571d.,
.. :: c - ;.e n. . w2 4 u, . c. n.
1 i
d i ., ; . C; cp.FEt"ED LATA 1 I n c._
- = 1 0.m , -
,' E k,
^
,, , g g
( M' E C T E D ; N h . S i, 0 d : 5.1
- i : d4,.251
)
! ,. r- .__. ., ~
1-4 = u. a l -.
I "
.+
4 1
(
1.-
)
i j
a i
1
- rn , n -,,re, .- . _ _ _ . - . - . _ _ _ _ _ _ _ _ _ _ - _ - - ~. - . - - - - - - ----a
P l
3 I
4 S
1 t .-_s . r
~ ,T _.
-. vie q
',, . i;
-1 .
un 'T . f _ -I T t ., s. .i., t <i 2.
- T . i t . te f .j -t -t , t, . g . -.j . . . . . . 1 at t
-* -**ts t- !s < ,T. J 0 o v. O ' F, --'T. ~ -
T i+ 'if e :J 4
- t f. e- ,3 - is 0 u e U'b s 'tisf' t u't te r ifa tfi 'is 8/s -t *1 uo -t -t u's : 81 ' Le is e '
I i- "t r-- 'I- f e9 f' f . 1_ i Tu f _ f .. f . T _ f _ f t _ r . ( _ ( _ ! i ., j _ t i f . . s? ?, ( _ < i. $;
it ti e t , ti e s- 9 i. 4
- H p.- . . - -: ~_. . . . . .. _- . . a q
.Y - . . . .- ggg -
r- , i 1 . q <1
.y . . . . . . . _. c. -..;..;. 7.. .-. _ . 7. . . .;. . -y .q , ..
- 3 3t *t 'la 3 'f' s * * % {_ tt 'p+ ct I. -= w+ ,
- i e 'ft ' e -s it 4 1- :It i -* '
i 8's ' t f i tj ' _ ' *. :T i t T. ,4 !T. h'- *J f ,* u *1 !. + lf, r-e 't * *1 1 e -t 't ,- 0 :. i L'4 o . . . . . . . e e e e s . . .s j'93 *'l
- i : *J fj .t '.t iL - -
- t Iti * * * 'f3 'i
- ? *1 ifs - t ** -1 ;3 s 't *? 's t -*t.- ..
' e . . . . . 4.
!! te 11 Q
~
a , 'esnt s* e*p : , et e i t ! tie =i : e is1ee i s', 6 e1 'ss ' . ' ' '- . _ - ._.4 t -g! *3:
~ ~
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E UMP 14iW OF MEM UFEL f4TA AT 110u 0114
.,6 4 TEMP 'l = 514.9S0 ( 7525.>
T Ct v. . _
3 = c ,: F. . a r.
,' 't 7 =. 4. . i
, *i.e.rq:. = =w,:... .._: : n.
u ( re.n. . . .,
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r =. ,) . .i TErqp =., = %..:. 5 . .: n 0 t ~ . 5 :s . . ; 1
, T. t.,1r- e. = 0: 4.'. . .u ( < ,. c. .
Tr t.ic < = s. :. s. . n. e.s.s <s 79. :..A. . a TCs9.P .
2.4 = R. . ".' . .'. .3. 6 L ~
o 5. ". 1 . '.'
T"MCt c.. = "' .: 5. . n. 6 i M. . .:: 5. , .
i TENF 10 e 52-1.d40 7497.)
L-T Ei1R 11 = 534.550 s 742:. '
, T n.c +q o ius = 9. ..: =..
- J u ,
. ~-N
. - .a -.i i TEMC 15 = $ 34. .:: i a) ( 7471.)
' TEM: 14 = $34.dc0 <
7 4 W . :'
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__ 9. .",J P. (
8
. 7 9. 0.' .0 . >
fC oW .). k p ( 40 e .,
> .$ @. = ; 6 ( '\*~ l ' f a >
j TEM *' 17 = 5 % .420 ( 7475.>
TENR 18 = S 3" . d.4 0 ' '
i 5 ;:' T . >
a
~
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j
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as M
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= A. . 3 4 ..
e
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g
'j CR! a r Q,242 r ' T L; 3 9, .. '
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i l
e I g[ '!, f'i $ t ,I 1,
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- S O96 *
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1 = f h. N hff e i
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g f l k ,*
i i
t i k ; I i 4 1 I
il e
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! IllMT160:Y OF '1EA.CU;ED DATA NT 1115'0114 1
4 a
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s % .t . 1 I) '.6 g,. rsc 4 ;, . 8 T1,? -3 = '." . :' . >
- t. . '.: " . 2 4_ t.i .
l
, JCMD
- O, = %. .~ 'A . .T a f., i. ? .t." J.. ", . -
'e
{
} Ci1p +
4 = =,. #. . m fi n t. ? = 5. .i. . i 4 f .,t}& R_ x 2, T, = . s' k i.t ul **' = 4. _: . .n 4
.e.
I ti'lF
]' 5 = es ;.. 5. V0' V ' a .s :.'. . 3 1
i .ptqp "s = *. ; <. 1 4< j'4 g
4 N. j ;. . e 1
a T cN. p c.. e.
- cs . c as. gi ( T. e. e ^sz.'
s l TEMF 9= 5.". 110 ( ~544.' ;
s.
il T E'1P .1 0 = 'H4.se0 t "49'.>
l TEMC 11 - = 534.510 i 7455..'
, TEMR 1.: = - ". .~ %. 4 .. i.Y <. " *w."r~ 5. . +
i 4
a T %-crqp 3 :: .
= s. .: 4. e- c. . i.) ( ' 4 :...:. .
va.>
j ,E, l d P 14 = : : , . 10 i. .,. u .
E.1 ". . , l o. '
1 TEM .'". = . ( ". " 3' a . .
!. T.:. tit 14,
= ". 0. 1 . ."< , fi
. i " ,: -t .r.i .
i
, T MP'l'. = W.. .
. "...a n. t T e.a.: %. . -
TEf1P 15 = $ 3 S. d a i' -
T59 7. .)
p ; c ;. . 1 m- .. =. fe4
.- . 4:. ,:,4.2. 49 w.e h
4 t
a
/ ^ 1.,
1 =
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7"' l.4 0 . 8
~
.i
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~
j _ , . . . . . . . , . .
j * !,l g .*((.. h [)g 0
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e,s F9 ** y
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i d
a e
l i
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1
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i l
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- u, s. w. . u. , . u- ( ~, g: s.. m. >.)
, TE:9 _1 = '., .: ". 7. 1 0 r, 7 ".; .4 4 . ,- i TEMF 4 = ! ~ S' % 3.10 t 7544.- Ttmp "- =-
- W, . .>. . C'
. t ' '. s, c^ .
- TEMP 6= 535.1d0 -
7545.> TCMP T= ".'.'e 170
. '. 7 ". " n. e :
T t t.1c. e = c.v: .:, . . e. .: n. -
.. - e. ,: n . ,,
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. c..' .", ".. 1 4. U. t, -
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- TEMF 10 = 5!-1.750 t 7 5 0 'f . 4 isc.9 13 2
.: d . .::., q . c . e. n. s= . ,
e sun: 4: = s .a . e,i n. 4- . < . e,:a.
. 4 Tc 91 - 1 ~- - . -
...~: 4 . ". .' y' '
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.":a. 4. A. c
{,+# _t n.c- 3a = .
- p. c.; .:. n. . ,
TEMF 15 = 5 3'J . 74 0 ( 7607.:. TEMP 16 = 531.750 ( Till.) < T='!9 . 'E = '
" ".. e ",, a n
-. t. 'e' A 'n e '
l
$ eO, fiF kD =
,5 I) i;)e e i
..C I,i g
.& l
+
i c;E: ., 65.!:10 6 4 i :,7 . i 1 = . - b,* n;. 1 = 0.c4: , 4 m.r.::._ 4 . /
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V' k N L. ] j = g [..' 4 (I , C4, r 4
,e ."",* , 8 kg . .I _ .
g
. Uh. g ,,
i WN i 5= 0.12. * '.U I ? . .i
@9 6= 6.;47 t 5946..
1 i P 4 k I I t.
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$ MC = .i Ib .,
.--@.W +
n
- TEMC E F AT'F E ' f. =
iME : 4.- '.35.1 9 1 H y, L., m h 3
- l. .... h h, .. - .o [
F
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$' .~e. .. .. , 'I 9
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g - Le 4 [ I I i. 4 i j M l 1 1.,-----._._,. - - I
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...U9Ma~ r . LF. M ..'-.. . . ' .6 - v Lir,. i w. ri 114,... vila 4 . Trap 1 = "..W. 6 0 0 ( 7 5 i . .:.
. T . ', P
= ".. .:M.. . e.. .e. i.'i ( - 7 "> > =_. . ;*
L T t r.'p y_ =
. : :c. . u, .: c..
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I . . . . . c .. T r. 1 ~r * =
- i.' u. . .e. n. ( r 1. .' .
a #.r: pra 2., = v. : 6
. . o.w, .. ... c., : :, ,
a T r.MF-_ x e.< .: :, . m; t.i i s ( . c =.. . 3 t T,tNR .
= .a. ,. ...- m. n. t o...,,- -
T :.' .' W. . =
.- - . .%.1 c.n C ? *.. ~t 4 . .>
s- ;p e. = v. e. . : : ;
< " .. c. c.; -.c ; ,
T e m, s. i. n. = e., . 4 . . c., < m, .. e , .; .
; TEMF 11 = 04.7:0 +
7511.> l p2 %. . a. . n .: , , c e ., T c. . M c. . ( c . .-
} 7[j Q. j ,i. c R ,7 4 . .* I c.t ( 'e4 '( 1e.e ,
] T e Mr ,14 = .. :. 4 . :.1 e - ,514.>
- f
- vD . l J 4.a = 2 7:6 . *6'~spg
( -'s, r } i . .'n J k[1h ) *h C S ,l , d i 1.) - ( Id ;5.1. 8 J
- f. g. , . .., i T P,. =
.k ( $ 0
- e C ** 1.t 8
( p % , .3
;".2,14..>
- 4. .
T.OMR I :.:. = ". 2%.. . .~ s i. i g s W 5 % C. . A. 4 = .: % . ] &., .~
., t
*: 4 5. ". . ' t
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. r' b. + 3. . w- 4,- s- , . '.6 u.
i
... =
- w. je.6
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6- . s4 . . ,
'c. - .
**. . 46 g $
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O
.g ..r. 9
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eg e W *e' . el = (t , i.a d.< ". , .* .,. g g. . J d"
-.4
- g. g o, e i ' .* 4 . .. O .. . ... . -
g. x t . .-4 . .s s . g* j , - = e} , : e ( , ', ? 4 I i o I
. - - m- e .-
ei . ,
- p, g ,. . . .m~s .. .g -a ~ ; , =, ,a ;g ,rj 1
aa Lrr-T m = ius l l tar: - i.n.1 a e t I i l 4 @.. ; f 9 q . -I 7 =* C. 4 -w } '.t '. . N. Ie.- ..A 4 C .I. . e dl
. .* .f. . - e"" u e
= - *- -, . .- . :..-
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. . . .ie. . rce .~~r. . . .. . - :: > ~ .7 N..
e.-t = p m ', .-. .=_
', +
4 6 = i,# , ;. 4 ; ;, _ O . I 9 i 4 1.' I.,m~. . . . . , . . . . . . , . _ , . - _.m__ . . _ . , _ , , , , , , . . _ _ , , , . _ , , , . _ . __ _ _ _ _ _ _ .. _ . ,
i !19: i i 1 1 IUMMMY 0: MEW *:) U:::L Ie T A AT 1200 0114 , l TEP- 1 = 5 ? * . 2 :' 0 ( 7562.> T:M: . :' = *i .U.; . ".. .. f.-
. ( ' S. . : ':.. . ..
- TEMP .
- = 9. .$ 5.. . +..10. ( T R. .x. . . '>
' i E ,", , - 4 = 5. .W
. .. 4 , i.'. i < 5 : 0. . C
+i E r.m^ s= s. .:s. 4 ". n. < rs. :.. n. 3 i T E c.1w
- . = , n.- cr u .
(- ,r a. .. ..U./
-j T M ,r=,- r = C.. *:: a. . :'* .*: u
. ( m.g ie
- c . ?
+
ten: $= 53".470 ( 7530.? J TEM: 9 .e Si5.IdC ( 7565.> TEhP 10 = 534.9?0 t 7530.> TEMP 11 = 534.e70 t 7520.> TEMF 12 = 515.7$0 ( 7606.? T. .e.r,p 1.2 = s . 4 . g =. . .. . .
. . 4 >:.4 :. . .,
TEME 11 = 534. :t u t' 7 52 :i . :> TEMF 15 = 555.?de ( 7625. 3 j 3 c_ . ,.1.-
- l e. -
uo.1. :: 9 es ccc- l./ TCMP, 1. ";
.. ;: 4 . 'r .. f.-
- = <
~.'.n."..> .
i
.It .. M W _ 1: = ._.o. e.. . ,:.. c. O. t. red. ,. ) / .
c.pc% e 1 = 8. w= . 1 7. s. g g. 4 <:.: c. ; . , t a
- v. p c. .e 1 = n. . w: : r r. s. : n ., . ,,
a . . j VP P :. c- = 9. c 4 c. ( 5e_..m.; i . . ] f O* J _ =
.* g Q N ,#. k . ..lI , y a . . .
] S,_. *+= I) Cd ,; l' c .. I. -.2 -f iQ , .8 i i v: p .i s. = 0 . .: 5. .:. i. 9. 7 4 n . . I
, )
4 , n. ..-n : = U . c 4 :.: (. .c.- 1 c..' . . ' 4 I
, .)" .,..._-y..
J W P *Z I . , l* & .
.. Y ? ? M W. j , YW 4 I
I i TIME = 1500 D M E = i.' 1 14 l TEMFEFATU;E ( DEC,G E E 3 v . :i = 5 3 5. d "' 1 CO:cECT;L :C E ." 2 .J :- E ::"I I A > = . ca . 9 31 '/
.Y, P'8 ..f*%. y* . 9+[... ..,j=C 1, d
; { .=t 8 =
fj , C ., ; - O 4 _+..e,..,-o.. ...,.__-a.__.-__ _m-._ -, iney s-*garw-wyv.
1. J t j .. .. E i -' a I i 1 !- r ) l s
.UMMA;Y CC. MEA 5UFED DATM AT 1215 0114 ,
a
- i i TEMP 1 = 525.360 (. 7569.>
l . T E M. . :- *=
. ". ." ... a.:. : r..
. ( '. ".i c. ' *.: . :'
!- TEMP 3= 535.TiG ( 7605.:' ! , TEMP 4 = 535.54u ( 75d 7. T:llk .
".i = 'J' .M. . " .i' O ( 'i".. J'.. e. . .)
., i D . 3 D O s=
l . TciW c. -s' =.s e. ..:. .
- v.c,y p ., = w. 4 :. , i
,; 7 s. ' a.,.
i fC_hO u' ? = Ne .** %. . "., [.] {_'l ~6.. ..,.,.) TEMP 9= 555.140 ( ? Se 7. :' TEMP 10 = 5N . 399 i 7532./ TEMF 11 = SI4.960 ( 7519.> T c ',<1; 1* u -- "'."..~"<'O 1 "r >.:,1 r.i . .., i IEMP 13 = 534.610 ( 7494.'* TEMP 14 = 5 5. Od 0 t 7535.? l , TEMP 15 = 515.970 (: Te3u.> TEMP 16 = 5II.920 t 7255.> 7 -en:: 1, = e. .:. .; . . : 0 < ,~ts.. . 4 3 4 TEMF li: = F s.E C 1 = 5 55. 9 i: r. 65.164 ( d.4 6 91. /
< 7626..
1 i VPo2 1 = 0.d47 ( 5E95.3 l ,
. ... c.= .can .
( ,;. . .. .n o . .
!F&~
/ 3= Q.547 i ' 5900,3 i '
s.Pc 3 4 = 0.d4: i M T5. > u, p ,:. < c., = r..i . m.::. a. i a.,7 e,o.-- 3 i i n: c ; ,:. = 0.d4: i 5911.> P i
,p .u.4. .:.e ui n_ p . m.c. . . . ;; u. i .c.i p c r g, l
2 , TIM.:. = 1.: 15 1 4, DATE = 0114 a-i TET: EFATU-E 'EEG;EE. .1 = 53". 3!i e I
' 0; c ii.' 7 E L ;; E ! ! !i; b < ? i l F Li
= :4.9401 J
Cn% O G' E .'.. .* i i E E (25j@i = 0.14?T , O ?
\ i Nw1ARY OF "E A?L+ ED D AT A AT 1230 0114 . TMP . 1 = "49. 410 t ?i ". '. 4 . t' l TEMP 2= 53".690 t 7602.i TcMP -
- = =,: e.
. 7 s. 0 ( 7 4. 6. .:; . :.
-icr1p a= ( -r.q :,m:.,
c.; ....c... e.: g r, i TEMP "= T. ( '"; :
,.'A. . " ". o.. , . .
.eMo e= . 3,;. 0
- i. .. .
( < . . ::. . > j " TE;1F 7= 525,.510 ( 7554 i 4 T Ef1P _:: = 5. '. ".. . " 5, 0 ( 7 9. .". . / .
- j a
TEMP 9= 535.460 < 7579.> , TEM 5 10 = $15.Os0 i 7541.) . ) .,. .. p : .: . v4 0 ieM r..
- 11 = t- .o <.>
j' TEMP 12 = 535.560 ( 7619..' ll TEMc 1 :.s = i. :.4. 9S 0 ( 7523.> , TEPP 14 = 9. . 5 . ".", n. '. 7 5. 2. . . '. . I TEMP'1$ = " 34. 0 2 u a 7641 li l TEN ' 16 = 5.01.9"O ( 7230.) i TcMP . 17 = %. .. A . c. n. n. , 7 7 :' .,. ',
.i .o:,4 . .'
I n. =
.i: :. t1_- r o :.: . v i o. t i
- FE! 1 = d5.191 ( 64495.>
VPP; I = 0.246 t 5 9 0 =, 1 . vrep.
- = y . m: : :. .. (. g
. :'c..3 J.
. s
;: aq . e.. = c. . :. 4,.:. < r;
. c. t,s. . ,
! VPPI 4 = 0.244 ( 55d.:. q pac. w
= n. . : ::4 . c u, , s. :_ . ,
4 VFR2 d = 0. 2 4 :- s'. Esil.3 4 1 I a 1 I 1 [ 8.lSiN a a ', 0.0 l[2 ;Et:1ED 041A TIMd = 1230 i DATc = v111 TEM:EPATU;F
- E 9;EL 3.> = "15. ih 4
1 6i e . } e " $,
; ,/ 2. : D; ;" E1 : . 4 -2 7:IA- = 0.i4i4 O
1 '. u , j l'
, _ . . _ _ _ . . . _ _ _ _ . ~ . _ _ _ . . . _ . . _ _ . _ _ _ , . _ _ _ , - . , . _ - _ . - _ . _ _ _ _ _ . . . _ _ _ . _ , . _ _
i. i l p , F ) 1 F -
-UMMRc'c DF MEi:.' UPED D+:< T A AT 1245 0114 F
s c qp 1 = c.sa g. . 4 s. n. c <- e.. ,".;; . , . 1 i' s TEMP 2= 535.910 ( 7614.:' T M-J = :, s,. . e. - .:< U ( ,.,>:..> e. TEMc 4 = 5 ~ 5. s.9 0 ( 7603.)
+ - , c.
e ti . s. = e. .; .:, . , ::a.
. . ( -r =i :. .:,-...,
TtM .:. = . . . .
.id . 4e..O. ( . i. a.)
.,i TEMP 7= *. ~.5 9. n. < T 5. 4.1. ? TEMP 8= 535.6.F0 ( 7e 00. 3 j T .R. M. . o :- 5.
. *; J '.i . *..
n,, ( ~ e- " # "; . '.' j TEMP 10 = 52.M. 07 0 ( 7540..' 4 TEMC 11 = $34.94n ( 7527.3
- y T t M F, a, - = .. :...e. . . .,< v. ... e..:= u...
( . j- TMP 13 = 535.110 t 7544.) a 3,. . u :. v
- T e fs.r 14 = (. ci,d.. .)
- q. TEMP 15 = 53d. ISO r 7651. I
+="p 4 6-.:. 1g =
. c> :.. .:. . cJ .u. < . u:. q s.. . .. .
.,rr2.. ., 4 . )
2 .,c M , 1 ,, = :, . . o l u. (. TtMP 1e. = 1 y.- d t. . u : U < ce.o:.> a CRE 1 = d.5.196 '. 64?O5.s VP;5 1 = 0. 24 :- ( 5?09.)
'v'P;l d= 0.d41 ( 5824.i 4c 5 y = 0,149 ( 5912.> ]
.i% s ~.
a = A. * :n24% t. s. & 7, .; e s't ,.
,v ' W. ;. :1 =
- u. - 4 < 5 ,. 5. .2.
i
'. 'P G : 6 = 0.d48 i: 5:15.; ,
t 4 t i j j u'iM AC .' DF C C; c E C TE D I r::.T A l TIME = 1545 !. D;tTE = Olla i, TM; c. F A T t.i; - r i c ' ; R R ~. ; .) --
- = E. .:. ". 4 7 4,
.I '" ' '
4 h
- i.
- I
'9cc; :WE;5v:E ip:Ie.
.. = 0, 3 a 4 9, f
1 I e e v* e' '-s,-w -.-s-v s 't v.w'w t tw *vs .or w ww= e . , . . , swww'wm mA*vww ww-wwm ew' w - . - - - - - - - ~ ~ - - - - - --"
_ _ . . _ . _ . . _ . . . . _ _ . _ _ . _ _ _ . . _ _ _ _ _ _ _ . _ _ _ -- - . _ = - - . . , W .I P 4 N if 4 3 rf.v1 AF Y Oc rtEAtucED DATA AT 1?OO v124 i s 4
^
i Tri'P
- 1 = C. .r". 4c0 i ~. ' 5 " ". . i l TEMP 2= 535.iiG ( 7621.>
'. d., u: : . /
{' - T c'i 1P .'<= 'U..'
. . ". . :.N. 0 t. .
i TEMF 4 = S 3 5. T .10 '. 7604.) I ".,= ,- TEl'P " .:: 9 . ? 40 7 e' f.s.. . > TEMP 6= 535.500 - 7%:. ) TetIP
. . = ". ':. F. . A. .:. n. >. r'"i.".. 'a
, TEMc 3= 535.:70 - 7600.:. i TEMP i' = 515.5: U t T591.3 ! T E.'1P 10 = 535.140 c T54T.) ! TEMP 11 = -535.170 i 7550.2 i TEMP Id = 535.95u t ~'616. > j TEMP 2 1. . = 5 :- 4. e.i 0 < T501.> ' TEt1F 14 =- Si5.Id0 t. 7545.i j
. T ::.. M :. - 1 '.. =
. ". .: . .: . c* : o. e '< e '.'. ".. . :n i TEt1P 16 = 5?!.090 -
T24d.> h; . TEMF 1T = 537.040 t 7737.> L TEMP 12: = 539.120 c 7645.> 1 ! P
- t,,, 2 1 = t...g. *. C. U. r - ( t 4
- 14 . 4'6 .
'/E P.[
} = 0.d49 I 5919.>
ypce : n :41 < m:=: , ' /Pch h == b. h4'.b t. $[19. ..
- VFi ; 4 = 0.24s t S i.i " . ;i
{ s *p ;; .r E_ . = g.;;e. ( r.<
.r - e*. c. . ,
'/POC 6= Q.d4d a 5 91)], . 3 4
a 's i.. 3 L, i i
- . . vMe c.4 y' cf Q
- cECTED LiTi.
o TIME = IXv DeTE = O!14 TEric E F H T UF E <LEGAEE: 5.4 = 5 ?" . 4 s4 i n l-c o ec ECTED c c E; 2.,a d (Fils. = ea.%: e 'o' A P [ c- P N @ , [ if.] 6 ( 5 ]' { N ,s = 0 , j J ', ,- i,
I l. i t a i !. SUntN;y DF MEM UEED I+TR AT 1515 0114 i f
- TEMP 1 = 53*. 470 < 756 0. >
TEf1P 2= 51,5.-00 ( 76 23.;' T C >* .
.': = "2.:.9 . 2'. n.
' ~
< 4.?.u: . 1 TEMP 4 = 535.920 ( 7615.)
- c -
+4 : m ;:. e. .:...iur : n, t ? i: .0 ".. . .:'
e - r., c- e=
, :. ... . rc, u i.
3 , . . u 3 :. 3 , T3ti:
- T= "., .; 6. . .~. .' n. (. ? ". 0. 0. . .<
4 T Ei1P i= 535.70v - 7 6 0 . ;' T E'1F 9= 5 35. 6N / i'595.3 a T:MP 10 = M. 2 7 . c~ 4. 6 r 7 9. ". 4. . 4 Tei.s r. 11 c . :u. . c., c- (> is . a..a. c. . / TEMF li = 52S.99U ( 7635.> TCaP I? = " i.4. ', .: n. (. , E. n :. . .i TcMP 14 = " 19.,. 1 e. o.
.. r N 4:2.3
, T C '1C ' 1 ".. = "....:. '.- n. t' 441.i
-i+M ,:. t.. = 9. .:: s:. . 16.: n. i i": 4 e,e . ..i TE t1P 17 = 537.12 Q c '?4 5. .)
j u TEMF 19 = 53e.200 ( 7653.'
. FPE5 1 = 65.215 i: 64912..)
- V P P '.' 1 = 0.d43 ( 5916..
,.r. ...:..
^
-v c = 0.c4-
. e,
'np... - - , .
- c' . :: = U.c~,s t. y 1.,,,.e ..)
USC7 . 4 :* .
- h. . i. J a, s.
C,
.s.:: ~'e* . .e
,' C
)' ".q l..e ..
- E. I h. l . :(
s g,... .
/ "' " 1
] 7 = !).e C $' O l. .. "* J' 4 , ) 4 a 1 i d n d, h
. .f 'j e- .a
.'.l
- & P44 i.
2 TIhr = 1. DATE = 0114 T = '9 C .;
- T i l ; r.. - -
n L', t.: ';; ;;r'. .~ ; . <e .
= '. ~:. =s . " .a
=.. :
COFFECTOD c;E5: U3 Ei <: ! ;i . , = 64.9-i?
- j. VAN D; FM I5U;E 4 ,: 514.i = 0.2ds1
. 9 1' i 4
-,--ev-. ,,,,-.er- e.-,+p,y -,-r ,,..,,,,,m,,,,e.e,e.,.we,,,,,.., . . , , - - . - . . - . . . . . - - - - . - - - . . . - .
_ _ ~ . . _ _ _ . . . _ . _ _ ._ .. _ _ _. _ _ _ . _ _ _ -_ _ _ _ _ _ _ . _ _ _ . _ _ _ _ . . _ . . .. . . . , . _ . . _ . . . _ _ . _ _ l I
- l. _
I i l l IUnMH% G: McM UC ED D.:iT A H T 1330' 0114. 1 T~MP
$ 1-= es ..=.'. e.,4 n. ( "< er. r . c'i
.. :.. .. r. , U -
TtMP. : = :. 4 r e .2..,0.> ! TEMC ? =- 536.010 / 76.id . ) ! TEMP 4 = 535.990 i 7622.;' T c_ M e, ,. =
,x. ,..cU *
< c. c o . >
T _e.b1P A. = " ! = . T-. .: ti i r"" m:n. . ' , TEMP ' T= 5?5.730 f. 7d 0s. ' i 1rnp
- A. = a.
.. t. e., . w.. . o- T A l o. 1.
1 T:_nP Q =. ' 'A. . '. A. 0
.. 's' %< .T..'. .
TEMP 10 = $15.270 ( F56 0. > 1 TrMC 11 = -
"..::=
~(v = %. .: . .
i .~.. .$ . ..2 6
,,tO. M p 1d. = " s t . U :: U * .i04 1 . .!'
T MF 't _ 4. = 9 .: 4 . .:n r n. ,' " =; i 2. 0 . . C J 6.f.1.p
- f a C.i~W , .* . w Ze., l., . 7 C...C'.
TENP 15 = 5?s.360 (. /6d s. / TEf1R 1d = $32.150 r., 7151.>
= c..f. 3.90 T.: Mr 1 r,- ( .,,. ,x..;
TEMP 15 = 5 .e. 2-2 0 ( 7661.2 =
. O. . . .
r .~E ,2 1= e..cc- (. e.4 r.e. w. .> y PI' 1 = 0.250 v 5c 10. >
'.l : : - 2= Q.341 t 5.B15. >
v .; c : : , r,c. .t ;.; . .i
- n. . -.:.. t c. .
ih'vi 4 = J.t. '4 . ( , .,-: 61, >
- v. s e - .
=., 2 n . .: 2 2 , e . : ,- .
t e r r....
. =
. u . ::, o i. :, .. y .,. . i J
l 4 a I i . U M M e.Ri 0:'CD;;ECTEF I W I TIM: = .I. t. i n.
. I p, - T :. = v114 l 1
i
- p. .e . - - . pe . ..
- 7. 's N I C .;e .j' ' s C' 2 C. '! . c.$# . !.! N $ 3 * '
e E
, . r T & C.f' T C l'., p : .' .*. o. .: e;:...I h s : 4. 4 . .: T. ,.: =
.l
. -Y .k 1.. ,,6,,$ . ." ",.
'. f* ) J *
- I = 0) , ; k .g ..,, y 4
- - - . . - ...-o- ,-.-m., . - . .- - - - . - - - -. - . . - . - . , , - , - - - - . , , - ~ . - _ _ - - - - - - . - - - -
- . - , . - . . . - - . . . _ - _... .- ~ - -- -..... .-- . . . .- - - - _ . .
- . . - _ _ . _ _ - - . . . ~ . . _ . _ . . . _ . - - - . . _ . . .
1 I
. 6
.I i
y I t
>.gJM,, -e :,V . . - -
ur r17H H7 e r-; Lgg -e 2. ~ e,.. i;I 4 T C M:' 1 = "~,"" ' ' 9 9 > ThMD E= h ?h b.4 ?0 f'( 'hh l T MP 2 , .. = M. :'* ?. 1 u' f.i L 7 4 4. ". . > I T c_ M P 4 = :,
- 3 ..d40 ( ~see ~-,.>
i
- TtM - .p r g, = e3:. . .1 rso
- t. ece.. - . .:i i- T MP - .:,
. = ".r .; ". . .: 2 0 ( 7 9. 0.. ".; . 'i i'
T C. _ MP - 7= %. . ". . ' c. 0 t 7 f.1 1. .> ,' r. e. g o
. c. = c,; c. . c. c., r.i
-... ( 4_1 c. . .
l
, T MP c.. ' = . . ~.i . . - f.t ( '. 4 1 ' . .)
l TEMP 10 = 535.250 ( .5:1.> , T:Mc 11 =
- e., .w. . 31 0 ( 7 =,4. 4 . 3 i
T:g1r. ..
- = :. . g+ . s<u
( < e :. . e j TEMP 13 = 534.e50 ( 7499.> TEMF 14 = 535.'290 t 75s1.) TEMC 15 = 53d . a ? 0 < Td82.)
*., ~s~t . c' : o'
~
e- <t' "., c. . '>
~
i I T :~ ". C' o = i . TEMP I?= 537.230 t 77s1.) l TEMo 16 = 516.410 i 7674.> I F:ES 1 = 65.229 (. 6 4 si.s . .s 4 . . . . . 4 Vc d - I = 0. e_ ,.. e. '. :' .r e c . - 1, j.z a -. m = e c.i . .; : ... . ,
. s. c. o. .
j vs:5 ?= ri.d4: c 5?de.) 1 vcRS 4 = 0.d44 '. f ; 4, ? . 4 t'. 1 v--2 .
, = 0.cs:
t
- t. . .. :. : . >
l
. : c e..
., .:. . = <3. .:. n. r-
. 4 5., :. : c . .
1 i i t t i t e.A. . . . .-ry u, r_ ee._c TgL L... . c.T. - l l TINE = 114=
- PcTE = 0114 l
TEMcEMTU;E 'IE9CEE; 4.) = *15.ss? l I ' E. = g .* a a 1 VO;" C ? PEE 33UO3 (Fjl44 = Q.dd$h j ee 4 .a 4 1 .
L t a A I E SUMM9Py.0F ME6T.$ED D:'TA AT 1400 0114 , TEMP 1 = 535.d.70 t ?d00.;
,.._:: e. .cc0 TtMP c' = ( r ee u. ?
? _ - -. . . , . . .
- T t M P, o = ri t , . w- 0 (. < e a r . .'
I
, . TEmo 4-= SIG.040 t' 764d.*
TCM.P. 9 = ' 9. ?. S 4. 4 0 t ?. 4 . 7.' TEMP 6= $35. 6d 0 ( 7601.1 j TCNP - 7= .uct;% - .770 e. 7 4..,1 6. . i I , T E M.:' A. = . . . . ' 0. 0. 4 T 4. d t . :' l TEMF M = 5?? 780 '. 7d 1 1. ?' T E. .,,+- e... - . . .
'- , r ,a 1 . .'
1,i _. - s 3 . d e i., TEr1R 11 = SIN FIO ( T 5 i. 6 . > TtMP 1_
- = :3:.cco i. e3. %. >
- T E tic 11 = * "..... *2
- .n. ( 7 ". 4 a.. . 's .
TEMP 14 = 535.250 ( 7559.' TC'IP 1 '.'. = . ..
"_ . .' A . J M.
. ? 4. 4. ,:. . .
i i . . .. ,..
,.t E ,~,, _' 1 e. = 3 . . c . i c U. 8 tc 1
8 .,_'t,_<.'
.I FM-- 1 r.. = T4._.:
.2. .
.' . . O t
.<,O..>
- - _ = .
T u ,1 - 15 3 : : . 4 :. U. <e.r.> < l 4 11
; ; c >.
1, 4., a.; . : .: ? i .: 4 .e a a . 3 . i 4
't ,
d VFF; 1 = 0.149, i 5G21.) ! 1 VF w :- - = v.c4c.. ( ..v0? s l l vap; .;= n. . : c.:. n. i c. :., : ..i .
\
n ,
.v, e ... . .; 4 = 0.ca,r t. a. :. n . >. ;
4
, , E.FS .. -.- c.' s, -( e * ]
t' c. ' * . O.eC*e t. e
, * .s i ?-Fq . .. c. . , .
i .~ l) . C ,,,,i h- l .i*,**8, i l e a i ) l. l . . . - - . -
- l. LJ.1Ilt"
- i L ** '. "*CfICh j . h*.
- U J
0 1 "t .I M C = 1 a 4 0. E. er.T .t = U114 TEMFEPATUAE 'EEFEE1 F.> = 535./47
~
- f. @ h E C IE h F E E 3 .' L~ * $ ' A ,' } E ll
' = i J . .M d $ h
,p -p, .- a
.. g,y,. gb . .e .
.j peg me.' _ .p' Hw> , _,. =_
, j4 g g (gg . ,4,., .i o
A v---r,-n.,,,,.e--rw.,,.-.--,-.i..--,..ev-=w,-ww,,,o e,.-.. ---..,----e-..m_-_. . _ - - . . _ _ -e.ww
- ~ . _ - - - - - - . - - . . _ _ . . . _ _ .- .- _. - .-. _ _ . - _ . . -.._ . _ _ _ - _ . _ - . _ _
j s 1 l l' I
)
t 4 e a i 1
>UMMACf OF NEAsiiGED LATA AT 111*. 0114
~ng it i = =; : e . ,.; : o.
- c. e...c .=; . ,
l. 1EMP i = 556.220 ( T655 'a Tery 3 = m.. s. e.. I e ..o (... < e..4 ~.> l ,
.t .M., e.
4 = 0 - e. . O c.. Q s cc:. . 2 . .)
~
TEMP 5= 535.540 t 762 7. l) , T;MP J = c.:.s..c7n. i. 740n. 3 T e M:.- e = .n:. . . t < u ( < es u . > T : M- . :.=
. 0 . . ,... . - -i e. (. < e.c c . > .
{ T . m;: :. = e. .:. c, . R 9 n. . :.
?. . ...'-i i
, T :_ M P .I n. = ".i 3 ".. . 2:16 ( 7 ". >.:4.) , i
- T MP 11 = 9. :.R. 410 i. T"74.)
, T .. M c. 1 = ".' '.:' _. 1 ".. '.~i i. ?. .:. " c . .* I
- T.
- _MC l .: = '.' .: 4 . 7.:0 e 7". n. A. . i l TEMF 14 s 515.350 -t -' 5 s 6 . .
- TtM.' 1 ,., =
- iz e.. u : u.. ( i e..l.)
.d i
TEM: 16 = 5ti.530 ( 7266.> TEM: 17 = 5?7.419 c. 7774.) l TEMP 13 = 7679.? i S i s . 4 e~ O ( A PRES I.= d5.24d t d 4 9 5 '. . >
.... . . = <, .
. .s.
. . .~~ ;. . .
'/ i= u.44e. i.. c. e. 1 ,. .
.<P ; 1= 0.250 i' 5930...
./c s ; 4 = 0. pd i = api.a
. g ..
+
g 3 $ , 3ff fg l i-o'C P.3 $= Q,E51 *
$946. Ti i 4
I l I l l l l
. f. M 4) N h hl [h [# [1 Edi $d i
ilN:.. = 14.1 . . l D'<TE = 0114 TEM: EccTUs (IEG-EES : 4 = 535. 4 d ( CG C E[ TED U G E 3 3.,!L E f E '3 } S ) = f 4 . ~ ? .i
,/..M _> -. .....
t- - e. : . 0..-:.. (" . ; It a . = u..._,~ , .
.__ . .. . _ . - - .. . _ _ _ . . _ . . . . ._. . . _ . . . . _ . _ _ _ _ _ _ _ _ _ _ _ _ ~ . _ . _ _ _ . _ _ _ _ _ _ _ _ _ . . . . _ _ _ . _ _ _ . . . _ _ _
4 i l' IUMMAOY OF MEA ~O;ED DATA AT 1500 0114 T;ti,c' 1 = ".; .i ".. . '.:. " o. *.. 7..
< j c.. . >
- c. . =
1 . , . .. T e tilf., i... < e. . U. .. ' 1- e. .:. .e di u i TEMP 3= 53: 410 ( 767ec. :s i TEMP 4 = 516.210 < 7654.' TEMP 5= 536.160 ( 7649.>
- TE.& e, = a.. a. o . r:: : e. ( < e.. l e. .. '
,.., e.
T. .=& ,- = . U. . .:v r. ,- c. r e. . > TEMP G = 5 6.1.20 ( Td45.) TEMP 9= 536.050 ( 7641.) ry. r. .s.> T e_ ,1,. 10 = ...n. . . euo
. (
TEMP 11 = 5 5.520 '. 7 5 5 e. . >
.TcNP Id =
a.. . .:.:00 s r e,e :.. .)
; TEMF I? = 534.770 <
7510.i l T e m..: - 14 = =., :. :.t . ". ..: n. < 7. e.4_ _ c... , . TEMP 15 =- 534.74U ( 7707.) l i TEMP 16 = 5 31. 4 c. 0
- 72T5.)
T c. M. C 1<'= "i 'i
- 7 4. 6. n. ( c-' T. G. _ . .) I
- TEMC is = 536.61o a: 7694.>
r : dd*73.e F;ci 1 = 65.266 ( - 1 1 i VPF5 1 = 0.151 i 5:.40.3 l VFC I= 0.d44 t "dds.3 ' E r- r a ..s= v. 3 il i 5r.41.> j i/ P C ~ 4 = 0 . 2 4 ,' a
$401.1 ! s.,p o ;. .r. ,
- o. . .:. .:c. , =. . e. : . ,_
3 VPFS e. = v.151 ( 5 .:. 4 6. . . 1' i i i l I 4 1 i,- j
; 30mma.:',' En c G;;E CTE D D AT A TIME = 1500 DATE = 0114 4
T C M c E P A 9. . M.- <.. t.. ; : : e. ;; . i = =._=.:-.
,, , -g ' g
.- maE n. .
- 0. . ~
W I 1 e
i- - - _ - _ _ _ . _ _ . _ . _ . _ . _ _ _ . _ _ _ _ _ _ . _ _ - . . _ _ _ _ . - 1. b i-I l P i < ? IUMM A;Y OF MEFSOG ED D'; T i:' hi 1515 0114 l . t i
- i. T..MP 1 = R.. . e . :.:6.0 ( 74.10:.s
. . t-
,.,er - 1 . .>
! TcMe' d a- 3:e . 3ein i. c..
. :.e . ,:,..
. e.o.
.ic.eir-
- = (. .er 1.?.
TEMC 4 = 53e.a20 i 7 6 5:' . )
' T ,.1r .. ,.
.,= e. .a.cuu m
( ....
, e ..: . >
T ,MP .:. = 4. E. n. i. 74.14..i . T M.- r = u:.e . u y u -.. (.
<e4d.>.
4 TCMR R = ".34..120 ( ~ ' : 4 5. . .> TEMP Q = 5 36. 0i 0 i 7642.2 T N.P. i n. = 9.4%.". . -o. i ' - ". . ;: ".' . ,4 TEMP 11'= 5:-'5.460 (. 7579.) T ei -,1e , I c. = e. :. .e . c e o. ( < t. . : . . ' TCMP 1 ..'-= ". :.' a . 4 0 0
. . ( 7 " t. . . i
' 1. 4 = = . ~ " , 4 4_. n. , i.. ~ r = . . ~ .c. .. .' e
- T :.M ? . .
l T c. M . 1 o. = a.. :. .e. . . c 0 i < , - i. . . > l , .,_.e. e c.c..> , 4 item l e. = r e. . 4 c.. .u- (. T.:: r%., 1 .,. - = :. :, _, e. :, u i
. < . .Y z >
TEMR 18 = 536.610 ( 7694.'e
.G i.. e 4 r. e..v...;
- : :. 1 = e ,.. . d ...c I
i 4, 5:.42.4 j VF -~ 1 = v. c'31 i 4 , . _ ,, . .. 4
.. r e.. .. -
.= f j . .. . ., s. i,. .. . ,. ... . .i
~
J. :: s ?.- ,= (.. . .:".,1 . E. : 4 J . -i l,a'U k $. d = h.. 4.' . l
$. k { %. . ,"I vPc3 5= 0. 2 ?:: ( $ r : 0 :.
'vs: p.- 4 = n. . : .,.. . i a. .=..a . 3 I
I l i 1 l ' O ',l M M M " T (,j"
.~ f.. pJ* F.-. D (. f C h h. M.. .iM 1
TIM _ = 1*.1 J Dm.. i t = v114 N , TEM:E A1U-E > M3s E a . .' = "?". 920 a w h8= * ** P * * * * * * ** * * * = . - ** * * *
- u v:L*TEi --ti g0 : '-:.m. = or ec:e
,8'df,. f ,
G. kN$'y; ; ',) M [ 3
%F1 ***I = l,0 , d '*
I l l I f I
.~- - - . -. .-.- .- - . . . - . . . - . . . ~ . . . . . - - - - - - - . - --
I b
- 3U4MAcy OF MEA 5U6EI, [@TA
- .T 1*.36 0114 l
tt,. M P 1 = 52 . U:O ( reac.> I TwMC .;' =
. ".. . 9.. 4 3.1.16 i
' A. 'es.
s 1 TENF 3= 53 . 9 0 ( 76?i.) TEMP 4= 5 3 t . i.4 0 r. Tss7.>
" " ;. . . m: 7,f.
TiP N ..= <
' 4. W. n. . .'
T ,.tM.:- _- - = m., 3 :..-u
. . .' i . e :. 1.3 Terv ..
.- = c. .s .r. . l e. U
. i <e. 4 8. i T. J M c p = s .'. A 1 A. n. i N. 4 0 . i e
,,e. 4 e . .i Tt .. M-F 's =. e, . .. s e. , 1 ; .V .
T6m 'l e.. { l.s = ".".*.c.,. . r.=~ j. i a.4 ( y.iW2 s . JCMp-
}1. = u. : 2
.. . c :* n.
w. ( " =,. .4 1 4 i TEMA Id = '.3.. M O r 76;1.> Tir - tap 1.'.:- = 5. .a. . . A.1 6 -
- 5. c.4.)
ICMC 14
= c..~.cJ . ..
. 3 1. 6 ( e e,. A. . 3 TE C .i. #. "......:2 t) i
' ' 1 %. . 's i
T E. M- '1 I t..- = :. e o .c+e .u .' w< r. c i v. 3
.f. t
.. M w. 1 r = . -4 ., . e - e i (0Vc.>
,.. y. . .
. .: e . , . .. V rr1 U . J' I i%- .: = i l C Ei 1 = 45.dT6 ' s4 H 5.?
O I.p .
= l. . w .6
. , 4
.a m. .
)
VF;; i = 0.24- < 5 :a 19, i se.
. Ie? .11 . .)
s.', c. F ..1 .* *
- Ue .',1c L i.. d. l 1. :s W4- .==
" r-v '. .. - - V . .: '
,'] ', W
. .. 4 :..' t e , *. .
; n U. 2 : ', , g
- Q+ . )
a . t., . 41. 3
'r-,.. -
a e = Ue13 - i
. . . . . . , . , - . . i
. V i,l ," " ' :- .. ++:LTc0 [..<- i a
I I T$ = } ". J. Q I EITE E.O E I f.'5 6 ( D d + ,~- t~ E E .'. O. 8 = 5 3's . O c. -= i . Ig O
,n. ., - . . . - . .
m U- r . . .. r: ' ..; I ... - . = U . c. 4 :. - O
.,-,-.,.,-n --n,w-..m -..n, . , - . , , , - . < - , , , . . , , , , . - - , - _._,,,-.__,-.,,-,,-,,,,--.n.,-..__--,a,- . - , - _ - , . , , . _
- _ _ . _ . . - - - - . - - . . . - . . . - - . . - . . . . . . . _ - . . . - . - . - _ . _ _ . - . _ . - . ~ .
i I i
?
O; SUMMA;:Y OF MEA 504 D C@T. AT 1545 0114 TEMP- 1 = $35.9iG ( 7 6 5 2. ~> TEMP. i= 536 490 ( 7692.) T c H e., m=
.r .r e . o ; U. \ rece.>
I Tt MP :4 = S... e . ~: c U A. .- t e s . > T .Mo. . 9 = % . 4 . .:' :' n. i. ' d i. k . TEMP i = 5?d.0d0 t' 7635.' l ime jp .
= c, :.,:. . :. :c., . t- r ..,: s.o. > '
i T t N r. .6.= .ic 5. .- 0 ( r e .. c. . ? i_rpt .a. = c,
.:s. . u: r., n. . .? ,: c. o. . ,
TEF- t0= 515.6:60 r 7602..> e_ .3.edu
<eu_
.,..a,.>
T e ,", r,. 11 = , (. 1, ic7 ei-- .._ 2c - c. o e. . s= a. a. t. c c. c. . > , TEMR. 12. = ".P2 4 . '.:' .' n.. f. ' R. .:9. . ) TC _, 1R 14 = a. :. =... < E n. <. ~ ; r.m. . ,.
.4_t..- , , , , . , lo. = od: . :: e U .r< 19 )
t . 1 c TEMP 16 = .5??.440 i: 72:'2. )
~' '
T MR.- r = 9. 2 ?..i10 < ? ::. n. a .
- TEMP le = 51i.740 i:. 7712..'
O PRES -1 = c.=. 2 8 4 <. e 4 991 :.
.a. c ca.
. 1 = n. . _: .ic .> r. =.p.. a =.. . >
' 'PF :
2= 0.24s ( 5 :96..i acre : =
, n. . _:. u, : c. =..:.=,2..., .
. 4 = u . a 4 :.. r wg v. ,
vm'1 . 2 = v.coe i :. r., y.: . i c.a.. t.. e ven U.d?2 (. : > l l l 2 v~4 . . . i. __ u .,. .u,..- .
._r L w. ,. . - .
l . TIM.C_ = 1 5. 4 6 DATE = 0114 TEMCEF'TURE G;G:EE! R.'> = 5.. 073 j':"'
.a p O C i._ ] _. C ": "G:. _ 7. .' : .~. Z r O ~~ J J. s a E. (.i .! J e
\s' o g ,o
.h- h'h 6. . . '
..e ,h l
. h 'l
? g a
. u.e^~ **.
f
.._--.r~ . + , ,c-.ms.,,,,we-.. , . . , , , , , _ _ . . _ . _ .m. _ __ _.
___m,____.-____---___.-..
,['
. SU4MAFY 0. MEASURED ORTA AT 1600 Olla
. e.. . .. .
. T u. . .l 1 = s :. : . W u ( ,< . e 41.4 , TEMc 2= Sid.520 ( 7685.i >
i TEMP 3= 536.siO- ( 7701.> ! TEMP 4 =- 51s.410 ( 7674.> , TEMP 5= 536.360 ( ~' d 6 9 . .' l TEMP 6= 53e.030 ( 7636.> 1 TEMP 7= 536.d70 ( 7660.:' 2 T.t M- ' d = ..is. 33v r. .:te.> i , TEM: 9= 536.260 ( 7661.> l TEMD 10 =- 535.710 ( 7604.) 1 1 T E t"P 11 = 33".700 \~ 7603.> l TEMP 1d = 536.530 '. 76 6 .. ) ! TEMP 1 3 =' 534..;60 ( 7529. T; M.o 14 : = '.'. . A. 4 0
. i. <~=.,..'i
-s e r ramec,e .. +
em *m T t M a. - 1 g,
. = g.. *:, e*. . ,6, 0 (s .>
TEM? 16 = 532.530 ( 7d96.) [ TEMF 17 = 537.770 ( 7810.> TEMF I? = 536.560 i 7719.a i FRES 1 = 65.291 ( 64999 >
. .P D C 1 = Q . 28; .4 . ( =,
.*.e ;A.)
j './P F i 2= 0.244 ( Sd59.-
. VRF3 3= 0.252 i. 5957.?
I t
'VPP-4 = 0.246 ( 5911.)
3
,,s. e c e., = n. . :.:::. r c., .u.i. .:. ,- '
- 0. . is v . e. . e = . t .v:.e . i l
1 4 i d I i I l n . i !
;uMtm:Y CF CC;FECTED DATA )
4 d i
,. TIMt= I J n. n.
DATE = 0114 a. j TEM 4 EP A T '.'c E <f~G;EE5 P.> = 536.114 CDF:ECTED FRE53t/FE *FIld' = s$ 04d4 4 VA*U; PPEIIU'*E '"EIA' = 0.24d}
.. .- - - - - - . - - . - - - - - ~ - . . - - . _- . - . - . . . _ . _ . --
I I I I l l SUMM4s'i 0: ME;i50;ED DATA AT 1615 0114 TEMR 1 = 53e. 200 ( 7653..'
- ' 1EMP 2= 536.560 ( 7699.)
TEMP 3= 536. 6d 0 ( 76 9.:i TEMP 4 = 5?6.400 '. 7 6 3 .. TEMP 5= 536.430 ( 7676..a TEMF 6= 53e. 120 (. 7645.) TEMP 7= 526.310 ( 7664.) e: = 4
,icM .- .; :.. 2 e.. e.
( ,.,,..)
< e. , .
TEMP := 536.330 ( 7666.) t TEMP 10 = 535.850 (. 7615.> T t Mr- 11 = o s ti . .:: - u i.... recc.) i T ,,1 i c..: = w. .. .:. t. . :. 0 t r e e t . ,' l
'i.M. P 1 '.: = = : =.i . 0. 4. .
. i. '. =.
. . .:: Q. 4 TEMC 14 = 535.740 < 7d07.)
TEMF 15 = 536.:.60 't 7759.) j wz .m. .:. a., = u ::.. a. . e.i n. n , ,r c, e. .:. ..- TEMP 17 = 537./?O ':. 7812.) TEMP 15 = 536.910 ( 7725 ? 1 CPEI 1 = 65.d96 ( 65003.)
'vPP2 1 = 0.253 .: 5960.)
, VPP5 2= 0.247 .: 5904.
..;:. p t...
- =
. n. . - .- c: , . =.; ., e . ,,
VPPS 4 = 0.24 . ( 5918.. VPPI i = 0.233 r =. 8 0 5 . . . v p o .. .:. . = n.. % : = ,4 c e.c. i ,:. . :. l .I e ..
.a V M r'i r
,y qF u
.. m r .
L u '<- e .. T. .e. 7.i D s. T ,.
. Tli1E = 1615 D.4TE = 0114 d
s I s} .. 6hh llhm . ( *[g a.. .. N h. b..
. h . .,g g =.,.*,3, .. s 1
(~.
. evr'"..p .{(*
. T O. .T.3 ";
r .C c i. f.is- c- r 1 J q ,. = 4 =_ . n. 4 : '. J
< ' .:. ; O F pcE1.c.urE
<p IA. = 0 , u: 49; a
..,_.~m.-.-.---.~~_-.-*-----_m _e*
)
I e l . I e d .
- TUM'1 A;"i' CF MEF'SUFED DATA AT 1630 0114 i
TEMP- 1 = 536.350 ( Ties.)
- TEMP 2= 516.5?O < 76:0.> ,
re i q: , c = e., u. _ . ,r a n .: -<rr.P. . '., TEMP 4 = 5?d.480 '. - 7 6 8 1 . '
= = =; ~ 4 450 r T C rio .
TEMP h= 5 h ab0 A. 5r: -h 3'.) r T C._ M- <- = ..t ;.. A
- n.
( '<-
. 2 4 ". . ) ,
w= .. ... . T e_ .1F. .:e. c.O ( r er. _.-i. >. t TEMP P= $16.400 *: - 76 T3. :' TEMP 10 =. 535.770 t 7610.3 ( 0 0. . : T..M. P 11 = =i .24. . ::. 7 0. -
- 7. 4_.m TEMP 12 = 536.620 '. 76:5.)
T. E to..o l o- = en.. c. . :. g n.
,. v e e..:,i__...,
TEMP 14 = 515.210 ( 7614.) . 1 TEMP 15 = 517.010 ( 77?5.> J T _.r '1. ;' 1 4.. = " .: . *. ". A. <
. . ' 0 :J: . _ .. .
= T, 4:: 0 t 7 :.: 1 "., . )
TrMF . 1. ~. ' = _ . 9 TEMP 15 PFES 1
=
=
5?s.C70 65.301 i 6500s. ( 7710. > P l f vrr2 1 = 0. c o .:, (. ,. -.' - O. . > VFP 2= 0.248 ( 5905.' i
.y.p c. .e -=
_: n. . c =_; .;: ... c. :,4. :...> VPcf 4 = 0.250 ( 5929,i t VPRI 5= 0.239 (. " 5 09. :. VPRI 6= 0.355 ( 5:34.) , t 1 l 4 i t i 1, l ur r: _ _
- a UMrqr.1. ur t. _ T s r rci-- i --
l l TIME = 1s30 DATE = 0114 4 T t1F .ec4Tlis * :- r Ln ;i.:: w .- . ; . ; .> = : . 4. 6. (*
. 3:4. _ (.~ T = .~L*
- P cw:s* .* * ' a .. ( P .;. 1 s > = J_ '_~ . (.i =. i. ..
w' A i: 00 P P E $ j.U G h 1 C 3 i N :t = 0.24?9 i 4 i i i 4
+
- - - - ---.__-.-..__...4._..__.-,._.--~,.m. . . , , , . . - ~ .. _ % ,. .__-,.w.....#.m .m-.., __ _ _
,-,,..-.,.,.,..,.v..
O I . 1 l IUMMARY O'r NE A5 UPEL L;aTA A I 14.4S 0114 TEND 1 = 5?s.430 ( '676.'s
. TEMP 2= 53:. 620 ( 7695.. '
TC - .t. '. ' .
- = *".......n.
, :: '. 7 " l o . 'i TEMP 4 = 536.550 ( 76 :'d: . )
TEMP 5= $?d.550 i: 7691.) l TEM:' 6= 526. dE O ( 7661.1 ; TEMo 7= :36.de0
': 7679.) 1 l
T E *1s 5= 5?d . 46 0 7691.> ' TE74 ' 9= 5..6.420 ( 7675.) ! i TEM 10 = 535.570 ( 7620.) i I TEr1P 11 = $15.93U t. r u t . ~:i l TEMc 12 = 536.650 ( T d 9'i . ) ! i T MP 1.2: -
.. '.. ". . . ' :' n.
< . ' 5 ".. .: . ,i I TEMF 14 = 525.910 ( 7dEd.)
TEMP 15 = 517.100 - ' ' 774:1.? l T MP 14 = F. .:: _: . e. '< n.
- 1. ,:":. n. . .
O iEM = ..,
- :. _:,dr6
( . ::c U..> I 'E MP 19 = $ 3 6.
- 90 ( 7732.)
FPE3 1 = 65.30: 65015.? p o r. 1 = n.-. a_ s. a ,.. s. .r. c,.., PR: 2= 0.248 ' 5905.,
.i s p.. : =
- n. . : c, ., .
( s. e.. .:,.:, ,
.'FP 4 = 0.249 ( 5 16.;
,c.r p -
, c; = . i . : :. :. .: e,g14.s 4
./P s i - = 0,253 r 5964.,
i 4 l l l l
.< r.l'or .S ~ y F;; ( ".5 p C. T :_ 5tL A T ,:,
TIME = id45 CATE = 011a 1 4
- _,e. !.3 l 4.l _. 4.m h.e *.*. h . .[$ 3 ,
- h. . ..* f.l .3 l
l l
.. _ - . _. r _.._..N - .
. .... l 1
l acr: :: g ; ;i,; g , p ; ] ;, , = g , g a :. : j
,,,----._--,.7,,-y,ve, m,, , , , _ , , .,,,,,,,,,,,,._,..,,__..mm
1 I i. j SUMMAPY OF MEF'IURE7 DAT: AT 1700 0114 i Tc Mc-
. 1 = dit.460 t. .e61.)
,_d_ e..e, .
T: .r M- .,.- .t. e . .:. . >
.e = , i.
1
- T: -,M P 2 = a d e . ,.-uO.' t'( ,.ce .>
TEMP 4 = 5's.5dv + 76 :' 1. > ! T - Mc, *= . ".; .'. 6.. . e .:. f.t ( '. 4_ 5 4. . .'s TEMP -6= 536.360 r. 766',> I T_C M; 7= =.c.:4. . =_' c. r., <. ,' A_ :42 . 3 : T c ,+_' o.=
. y.
de.c.e . (.. ,.,1.>.. e. . r i TEMP 9= $36.500 ( - 76 83. .; 7 TEMP 10 = 325.:10 ( 7624.4 TEMP 11 = 525.880 i 7621.> ! TEMP 12 = 5?6.ed0 ( 7 T 15. :>
- i. TF.MR l s's. = 5 _7. "_; . 4 =.. r., (. 7 e; .
7 9.. . -) j TFMo 14 =
. * :S . n..o. n.
. ( ~ A_ 'S. . , .
TEMo 15 = 517 120 ( 7746.> i T,s e.r.jp . 1.:, .
= c.c .w :. 2. e c.;
- . :.: n.
7:2.1. :: s TEMP 17 =
^
537.940 ( 7527.) 1 @ TEMP 18 = S?7.050 i 7732.) ., , -g._ ) ry e, e ,. v c o . ) 1 = 31_2 (. i
- y> p e, .- 1 = n. . .: = 4 (. e_ec. c.. :._ . , ,
i' VFPI 2= 0. 2 4 * . < 5591 :. I vpp. : _= n. . .a c...
., =., c. 7. r.i . ..i
- VPR- 4 = 0.250 (
- 5411.:
- V r F ..
- ,'
= u.c4U * .
,., . l e.. li cr
,,.'c.. : .- A. = n. . : c., e. .
, =, .:. ,c.. ? . )-
I i i lI Iga'9;y 0F CC;F:CTED [+7A TIME = 1700 DATE = (6114
;l
! TEMPEC':rTv;E ( L EC-F E c ' O.> = 5 3 d . 2 d i. i 9 * [ , .. .. . . - . . . . . .A l , _.. . ., c . I l r re a- .._;. Li's
.,,E (
; I r. > =
0.ctOU l I l l wwc---y--q- >_.y 9 -y esp w w. w w y -we---vy- y-w,,.-y- .-r,..- c,..,.w.,w....,,r.ev.y.......,w, , , . . . . , , , -%- - - . . . - - - - . - ,.- - -i . - ,.....-..- e.-,-_a.
y e ,1 t i 1 r - j 2.UMMAPY OF MEASU ED DATA AT 1715 0114 l
- TEMP 1 = ~ 536.550 ( 7622.) ,
., TEMP 2= 526.660 ( 7701.) , v,_e np _: = =., .d.. ,:. . :.: a n. (.
<i 1<-.3
- i. TEMP 4 = 536.600 ( 7693.:'
TEMC 5= 536.690 . ( 7702.> T e r,.+
- e. = ,r. .e . 2 : U. (. . e r c . .'
TEMo 7= $2d.550 C 7689.> TEMP 8= 516.770 ( 7710.> TEMP .:. = =. :; :. . e o ( rr TEMD 10 = hh.d.Ohb ( Th.;:,h . )3 ' TEMP 11 = 535.:'50 ( ?628.) TEMP 12 = $26.940 ( 7727.:' TEMP 13 = 535.410 ( 7574.) ; TEf1P 14 = 536.000 ( 7653.> Trio? 19 =
-. =., .2.: 7 . wS.i n.. ( 7, 'r 5. 4 . )
j - TEMP 16 = 522.610 ( 7294.> ' i TEMP 17 = 532.000 ( 7813.) TEMS le = 537.120 < 7745.:' o a P;Ei 1 = 65. Ils ( 65016.:' s.,,-v y 1 = v.c:: ... ( .n. . . .e.; vp p .: a= v.23o .s- 5795,3
, v'p p e.--
..:: = n. . m: =., a ,: e :. v .: . ,,
i y p p e. ,- 4= n. . w: c.,1 . i s. :. 4 .>. s. . , i VPP5 5= 0.240 < 5820.)
,,.p p
. . a. = n. . w: s. e, c e sc. ;4. ..
1 4 , - t i i i l- IU'in ~ 4 CF CCPRECTED DATA _! J '1 TIME = 1715 l DATE = 0j14 T :_f,,f. ... rH. T U - t ( D i-e.~ e. s_ .. ~.i =
,e, n..414 CD;FECTED ;;E3;v;f iFilA) = 65.6700 4
VAEGP FFE500FE -G II A. = 0. 6 4.,- d
-rw- w-w-ww.v- y v p r s r -w -- ve-w--e vww 7v.wyry-+-ir-*we,vm-m-- y- w.em.mme em es e m m.-w .w .* +* m =.
L G - SUf1 MARY OF f1EASUPED DATA AT 1730 0114 1 . TEMP 1 = 535.650 ( 7698.) TEMP 2= '536.660 ( 7701.) TEf1P -3 = 536.920 ( 7725.> TEMP 4= 536.620 ( 7695.) TEf1P 5= 536.650 ( 7693.) l TEMP 6= 536.490 ( 7682.) TEMP 7= 536.670 ( 7700.:' 3 TEf1P 8= 536.840 ( 7 717. .> ; TEMP 9= 536.580 'J 7691.) TEMP 10 = 536.020 ( 7635.) TEMP 11 = 535.960 ( 7629.> TEf1P 12 = 536.900 ( 7723.) TEMP 13 = 535.410 ( 7574.) TEMP 14 = 536.Ot.0 ( 7639.) TEf1P 15 = 537.160 i. r751.) TEf1P 16 = 532.600 ( 7293.) TEMP 17 = 538.020 ( 7835.) TEMP 18 = 537.190 ( 7752.) PRES 1 = 65.325 ( 65032.) s l VPP3 1 = 0.254 ( 5980.) VPP3 2= 0.260 ( 6037.7 VPPS 3= 0.254 ( 5981.) VPRI 4 = 0.251 ( 5942.) VPPT 5= 0.240 ( 5821.> VPP3 6= 0.254 ( 5975.)
.iUMMARY OF COPPECTED DATA TIf1E = 1730 DATE = 0114 TEMPEFATUPE (DEGFEES P.>' = 536.445 COFPECTED PRESIUPE (PII A:' = 65.0720 VAPDF PREIIUPE (PSIA > = 0.2526 I
i
--rr F w ++r y5 -T--e-n+-ww4* -=w-, - - +--r.em+-- --
'+44,v e a &<+--- - * -%ee w*ev7+we =-
1 4 O SUMMAPY OF f1EASUPED DATA AT 1745 0114 . TEMP 1 = 536.800 ( 7713..) TEr1P. 2= 536.740 ( 7707.> < TEMP 3= 537.050 ( 7736.) ' TEMP 4 = 536,740 * ( 7707.> TEf1P 5= 536.750 ( 7708.) : TEMP 6= 536.590 ( T692.) - l. TEMP 7= 536.750 C 7708.>
- TEMP 8= 536.930 .C 7726.) ',
TEMP 9= 536.620 ( 7695.) ' TEMP 10 = 536.170 ( 7650.>
- TEf1P 11 = 536.060 ( 7639.>
TEMP 12 = 536.860 ( 7719.) TEMP 13 = 535.600 ( 7593.) TEMP 14 = 536.190 ( 7652.> TEMP 15 = 537.370 ( 7 77 0. 'e TEMP 16 = 532.620 ( 7295.) TEMP 17 = 535.090 ( 7842.?' TEMP 18 = 537.320 ( 7765.) PPES 1 = 65.332 i. 65039.) VPPI 1 = 0.255 t. 5984.> I VPPS 2= 0.253 ( 5969.) VPPS 3= l 0.255 ( 5985.) VPPS 4 = 0.252 ( 5958.> . VPPI 5= 0.240 ( 5823.> VPP5 6= 0.255 ( 5992.> , IUMMPFY OF COFFECTED DATA i TIME = 1745 DATE 0114 TEMPEPATUFE i.DEGPEEI P.' 536.548
=
LOFFECTED PPE51UFE (PIIA> = 65.0794 VAPOR PPE5IUFE ' P I I A .i = 0.2522 h
- . . - . ~ . , , , . _ , , , - . , . ~ , , ,
I 4*
/ )
G l l SUMMAPY OF MEASUPED DATA AT 1800 0114 1 TEMP 1 = 536.860 (. 7719.) TEMP 2= 536.800 ( 7713.) TEMP 3= 537.120 ( 7745.) i TEMP 4 = 536.750 ( 7708.) TEMP 5= 536.850 ( 7718.) TEMP '6 = 5:-6.66 0 ( 7699.) TEMP 7= 536.790 ( 7712.> TEMP 8= 536.860 ( 7719.? TEMP 9= 536.700 ( 7703.) TEMP 10 = 536.130 ( 7646.) TEMP 11 = 536.110 ( 7644.) , , TEMP 12 = 536.990 ( 7732.) TEMP 13 = 535.590 ( 7592.) TEMP 14 = 536.340 ( 7667.) TEMP 15 = 537.400 ( 7773.) TEMP 16 = 532.650 < 7298.) TEMP 17 = 538.080 ( 7841.) TEMP 18 = 537.270 ( 7760.)
.r)
(d PPE5 1 = 65.338 t. 65045.)
?
N* VPPI 1 = 0.256 ( 5997 > VPPS 2= 0.254 c 5980.y VPPI 3= 0.255 t 5989.) VPP5 4 = 0.252 ( 5951.) VPPS 5= 0.241' ( 5833.) VPPI 6= 0.255 ( 5983.? i IUMMAPY OF COFFECTED DATA TIME = 1800 DATE = 0114 1 I TEMPEPATUPE (DEGREES P.) = 536.590 COPPECTED PPES$UPE iP5IA) = 65.0851 l es VAFOP PPE!5UCE (P5IA) = 0.2525 I
\s
I
.i )m
( SUMMAPY OF MEASUFED DATA AT 1815 0114 TEMP 1 = 536.960 ( 7729.) TEMP 2= 536.800 c. 7713.) TEMP 3= 537.120 (. 7745.) TEMP 4= 536.800 (. 7713.) TEMP 5= 536.540 ( 7717.) TEMP 6= 536.680 ( 7701.) TEMP 7= 536.880 ( 7721.) TEMP 8= 537.000 ( 7733.) TEMP 9= 536.720 ( 7705.) TEMP 10 = 536.230 ( 7656.) TEMP 11 = 536.040 ( 7637.) TEMP 12 = 537.130 (. 7746.) TEMP 13 = 535.640 ( 7597.) TEMP 14 = 536.300 ( 7663.> TEMP 15 = 537.460 ( 7 7 79 . ~> TEMP 16 = 532.630 ( 7296.) D TEMP 17 = 538.100 ( 7843.> , V TEMP 18 = 537.290 ( 7762.) PRES 1 = 65.344 ( 65051.) VPP5 1 = 0.256 (. 5999.:' VPPS 2= 0.257 ( 6010.) VPPS 3= 0.256 ( 5995.:s VPPS 4 = 0.252 t. 5956.) VPPS 5= 0.241 (. 5833.) VPP3 6= <. 5984.:
~
0.255
SUMMARY
OF CCFFECTED DATA TIME = 1815 DATE = 0114 TEMPEPATUPE (DEGREEI P.) = 536.6i9 COPPECTED PFESIUPE iPSIA.i = 65.0904 VAPOP PFEi!UFE ( P S I A 's = 0.2532
.m - ie, -
i G k SUf1MAPY OF T1EA5UPED DAT A AT 1830 0114 TEMP 1 = 536.960 ( 7729.) TEMP 2= 536.870 ( 7720.) TEMP 3= 537.190 ( 7752.> TEMP 4 = 536.810 ( 7714.> TEMP 5= 536.900 ( 7723..* TEMP 6= 536.720 ( 7705.) TEMP 7= 536.880 ( 7721.) TEMP S= 537.200 ( 7753.) TEMP. 9= 536.780 ( 7711.) TEMP 10 = 536.350 ( 7668.) TEMP 11 = 536.100 ( 7643./ TEMP 12 = 537.190 ( 7752.) TEMP 13 = 535.710 i. 7604.) TEMP 14 = 536.340 ( 7667.) TEMP 15 = 537.480 ( 7781.3 I TEMP 16 = 532.640 ( 7297.) TEMP 17 = 538.130 ( 7846.> TEMP 18 = 537.370 'r 777 0. ? PPES 1 = 65.349 ( 65056.? E VPPS 1 = 0.254 ( 5982.> VPPS 2= 0.252 " ( 5953.) VPPS 3= 0.256 ( 5994.? VFPS 4 = 0.252 ( 5953.) VPP3 5= 0.241 ( 5833.3 VPRS 6= 0.256 < 5995.> SUMMAFY OF CDPFECTED DATA TIME = 1830 ; DATE = 0114 I TEMPEPATUFE (DEGPEE5 P.) = 536.685 COPPECTED PPES5UFE 'FIIP) = 65.096L VAFDP PPESEUFE (PEIA) = 0.2521
l
- 1 SUMMAPY OF f1EASUFED DATA AT 1845 0114 TEMP 1 = 537.090 ( 7742.)
TEMP 2= 536.930 ( 7726.). TEMP 3= 537.300 ( 7763.) TEMP 4= 536.920 ( 7725.) TEf1P 5= 537.020 ( 7735.:' TEMP 6= 536.840 ( 771T.> TEMP 7= 536.960 ( 7729.) TEMP 8= 537.130 ( 7746.> TEf1P 9= 536.900 ( 7723.) TEMP 10 = 536.300 ( ~ 7663.> TEt1P 11 = 536.340 ( 7667.> TEMP 12 = 537.290 ( 7762.> TEt1P 13 = 535.810 f 7614.) TEMP 14 = 536.430 ( 7676.) l TEMP 15 = 537.580 ( 7791.) TEMP 16 = 532.720 ( 7305.> TEf1P 17 = 538.240 ( 7857.) TEMP 18 = 537.430 ( 7776.> 1 PPES 1 = 65.355 ( 65062.> l VPPI 1 = 0.256 ( 6001.> VPPI 2= 0.247 ( 5900.? 1 1 VPP5 3= 0.256 ( 5997.) ' VPPS 4= 0.252 ( 5958.> < VPPS 5= 0.242 ( 5843.) i VPPI 6= 0.256 ( 5994.? 1
)
i l SUMMAPY OF COFFECTED DATA TIME = 1845 DATE = 0114 TEMPEFATUPE 'DEGPEEI P.:' = 536.774 COPPECTED PPE12UPE (PIIA) = 65.1028 VAPDF FFEI3UFE (PIIR) = 0.2518
-,-m----,, er----*-,.,-.-me,.,--.v.,mm-.,,--,---,-.-e. _,,w-.,_,,,,wy.m--m.,,,w.-wwwy--..ww.,,,*
l l 4
,s l 's 3UMMARY OF'MEASUPED DATA AT 1900 0114 TEMP 1 = 537.120 ( 7745.)
TEMP 2= 536.950 ( 7728.) TEMP 3= 537.280 ( 7761.) TEMP 4= 536.950 ( 7728.) TEMP 5= 537.020 ( 7735.) TEMP 6= 536.560 ( 7719.) , TEMP 7= 536.930 ( 7731.)
~ TEMP 8= 537.230 ( 7756.)
TEMP 9= 536.930 ( 7726.) TEMP 10 = 536.460 ( 7679.'s TEMP 11 = 536.330 ( 7666.> TEMP 12 = 537.150 ( 7748.) TEMP 13 = 535.820 ( 7615.) TEMP 14 = 536.560 *( 7689.) TEMP 15 = 537.600 ( 7793.) TEMP 16 = 532.720 ( 7305.) TEMP 17 = 538.230 ( 7856.> TEMP 18 = 537.460 ( 7779.) PRES 1 = 65.361 ( 65068.) VPPS 1 = 0.255 ( 5992.> VPPS 2= 0.248 ( 5907.) VPPS 3= 0.257 ( 6005.) VPPI 4 = 0.252 ( 5956.) VPPS 5= 0.243 ( 5847.? VPPS 6 =- 0.256 ( 6001.) i SUMMAPY OF CDPFECTED DATA 1 l TIME = 1900 l DATE = 0114 TEMPERATUPE (DEGFEES R.) = 536.799
)
COPPECTED PPESSUPE (PSIA) = 65.1086 1 VAPOP PPESSUPE (P5IA)
= 0.2520 0
s
1 I 1 I 1 , EUtif1APY OF f1EA3UPED DATA RT 1915'0114 TEMP 1 = 537.190 ( 7752.> TEMP 2= 537.020 ( 7735.) TEMP 3= 537.360 ( 7769.) , TEf1P '4= 536.960 ( 7729.> I TEf1P 5=- 537.070 ( 7740.) l TEMP 6= 536.910 '( 7724.) TEMP 7= 537.010 ( 7734.) , TEf1P 8= 537.260 ( 7759.) TEf1P 9= 536.960 ( 7729.) l
+
TEMP 10 = 536.490 ( 7682.) TEMP 11 = 536.260 ( 7659.:' TEMP 12 = 537.390 (-7772.) TEMP 13 = 535.970 ( 7630.) TEMP 14 = 536.600 ( 7693.) ' T Ef1P 15 = 537.700 ( 7803.) TEMP 16 = 532.750 ( 7308.) TEMP 17 = 538.320 ( 7865.) TEMP 18 = 537.580 ( 7791.) PFES 1 = 65.366 ( 65073.) t VPRS 1 = 0.258 ( 6015.) VPP5 2= 0.253 ( 5970.> VFPS 3= 0.257 ( 6007.) VPRI 4= 0.253 ( 5962.) - l VPPI 5= 0.243 ( 5854 ) VPP5 6= 0.258 ( 6016.) i l SUMf1ARY OF CDFRECTED DAT A l TIME = 1915 DATE = 0114
^
TEf1 PEF ATUF E ' DEGF EET P. :'
= 536.862 COFFECTED PFE55UFE (PSIA) = 65.1118
[ VAPOP PFES3UFE (PIIA) = 0.2538
. g. _ w ,y,% _ _ . , _ -.. _w v.w., ,,.m., .,,.__,.,c.--,ey. _,_ ,,, _ e , _,e r e -w w +,eec-- e.a -w e'w*-w n-
O. Q SUMMAPY OF MERTUFED DATA AT 1930 0114 TEMP 1 = 537.250 ( 7758.> TEMP 2'= 537.010 ( 7734.> TEMP 3= 537.330 ( 7766.) TEMP 4 = 537.030 ( 7736.) TEMP 5= 537.090 ( 7742.) TEMP 6= 536.990 ( 7732.) TEMP 7= 537.120 ( 7745.> TEMP 8= 537.260 ( 7759.> TEMP 9= 536.980 ( 7731.) TEMP 10 = 536.460 ( 7679.) TEMP 11 = 536.340 ( 7667.) TEMP 12 = 537.390 ( 7772.) TEMP 13 = 536.000 ( 7633.) TEMP 14 = 536.610 ( 7694.) TEMP 15 = 537.690 ( 7802.) . TEMP 16 = 532.760 ( 7309.) . TEMP 17 = 538.310 ( 7864.) s,/ TEMP 18 = 537.620 C 7795.) PPES 1 = 65.373 ( 65080.) VPPS 1 = 0.256 ( 5997.> , VPP5 2= 0.250 < 5929.) VPRS 3= 'O.257 ( 6012.) VPP5 4 = 0.252 ( 5968.) VPFS 5= 0.243 ( 5555.) VFPS 6= 0.258 C 6 015. SUMMAPY OF CDPFECTED DATA TIME = 1930 DATE = 0114 TEMPERATUPE <DEGFEE5 P.) = 536.6e7 COPPECTED PFE55UFE 'PIIA) - = 65.1195 Y VAPOP PFE55UFE (PSIA) = 0.2530
1 l l l O
\s s/
IUMr1APY OF T1EASUPED DATA AT 2000 0114 TEMP 1 = 537.460 ( 7779.) TEf1P 2= 537.090 ( 7742.) TEMP 3= 537.480 ( 7781.) TEMP 4= 537.180' ( 7751.)
-TEMP 5= 537.260 ( 7759.)
TEMP 6= 537.160 ( 7749.) TEMP T= 537.210 ( 7754.) TEI1P 8= 537.460 ( 7779.) TEMP 9= 537.100 ( 7743.:* TEMP 10 = 536.650 ( 7698.) TEMP 11 = 536.390 ( 7672.) TEf1P 12 = 537.520 ( 7785.) TEMP 13 = 536.220 ( 7655.> TEMP 14 = 536.770 ( 7710.) TEMP 15 = 537.880 ( 7821.) TEMP 16 = 532.820 ( 7315.> TEMP 17 = 538.430 ( 7876.) TEMP 18 = 537.690 ( 7802.) p PPES 1 = 65.382 ( 65089.) i' VPPI 1 = 0.257 ( 6009.) YPPS 2= 0.249 ( 5916.) - VPPS 3= 0.258 ( 6015.>
'/. P P S 4= 0.254 ( 5982.)
VPPS 5= 0.243 ( 5849.) VPPS 6= 0.258 ( 6 019. '> 1 l SUMMA Y OF COPPECTED DATA TIME = 2000 DATE = 0114 TEMPERATURE (DEGREES P.) = 537.031 CORRECTED FPE55UPE t F 51 A = 65.1282 VAPOP PPEIIUPE (PSIA? = 0.2533
. . . . -. . . . .~ . -- . - - 'O V
SUMMAPY OF f1EASUPED DATA AT 2015 0114 TEMP 1 = 537.530 '. 7786.) TEMP 2= 5:7.150 r. 7748.) , TEMP 3= 537.620 ( 7795.) TEMP 4 = < 537.200 ( 7753.) TEMP 5= 537.370 ( 7770.) i TEMP 6= 537.200 ( 7753.) l 1 TEMP 7= 537.300 ( 7763.) l TEMP 8= 537.450 ( 7778.) TEMP 9= 537.190 (. 7752.> TEMP 10 = 536.660 ( 7699.) TEMP 11 = 536.510 ( 7684.) TEMP 12 = 537.550 ( 7788.) ! ,_ TEMP 13 = 536.270 ( 7660.) TEMP 14 = 536.770 ( 7710.) TEMP 15 = 537.910 ( 7824.) TEMP 16 = 532.820 ( 7315.> TEMP 17 = 5?8.460 ( 7879.) TEMP 18 = 537.T60 ( 7809.> O PRES = l t s 1 65.388 ( 65095.. ' VPPS 1 = 0.258 ( 6023.> VFPI 2= 0.246 ( 5891.) VPP5 3= 0.258 ( 6016.) VPPS 4= 0.254 ( 5980.) VPFS 5= 0.244 ( 5864.) VPRI 6= 0.257 ( 6012.> IUMMAPY OF COFFECTED DATA 4 TIME = 2015 DATE = 0114 TEMPEPATUFE 'DEGPEES P.? = 537.084 COPPECTED PFESIUFE (P5 I A'i = 65.1343 VAPOP PPES5UPE (PSIA) = 0.2532 - f a% 4 y - ,w y e y r- -, y-.- . .,- - ---- - - - - + -. = - , a w +
p
\
SUMMAPY OF MEASUFED DATA AT 2030 0114 TEf1P. 1 = 537.550 ( 7788.) r TEt1P 2= 537.180 ( 7751'.) TEMP- 3= 537.640 ( 7797.) TEMP 4 = 537.260 ( 7759.) TEMP 5= 537.320 ( 7765. :' - TEMP 6= 537.230 ( 7756.) TEf1P 7= 537.350 ( 7768.) TEMP 8= 537.450 ( 7778.) TEMP 9= 537.160 ( 7749.) TEMP 10 = 536.700 ( 7703.) TEMP 11 = 536.530 ( 7686.> TEMP 12 = 537.550 ( 7788.) TEMP 13 = 536.320 C 7665.) TEMP 14 = 536.860 ( 7719.> TEf1P 15 = 537.910 ( 7824.) TEMP 16 = 532.S70 ( 7320.) TEf1P .17 = 538.520 ( 7885.) TEMP 18 = 537.720 ( 7805.) FPES 1 = 65.392 ( 65099.> O VPP5' 1 = 6036.> (V VPPI 2= 0.259 0.255 (. ( 5985.) VFPI 3= 0.258 ( 6021.> VPP5 4= 0.255 ( 5984.) VFP5 5= 0.244 ( 5863.) VPPS 6= 0.259 ( 6035.> SUMf1APY OF COPFECTED DATA TIME = 2030 DATE = 0114 TEMPEPATUPE (DEGFEE5 P.> = 537.107 COPFECTED PPE5'3UFE
- PSIA) = 65.1362 VAPOG PFE55UPE
- PSIA 3 = 0.2553
.-,,e 1-..,.r. ,vy. -,v-,,- wv .s wr.w------,-v-.-ee+--,,,r..r,..,,c..- c,.,--. ...,-.m.,......-..-......,.-.-,--.,..,-..m. - ,.e. -.. .-w.. . - . . . - - . - . . .
1 f < ( SUf1MAPY OF f1EASURED DATA AT 2045 0114 TEMP 1 = 53?.600 ( 7793.) TEMP 2= 537.220 (. 7755.) TEMP 3= 537.690 ( 7802.) TEf1P 4 = 537.230 (. 7756.> TEMP 5= 537.360 ( 7769.) TEf1P 6= 537.250 ( 7758.) TEf1P 7= 537.320 ( 7765.> TEf1P 8= 537.570 ( 7790.) TEMP 9= 537.260 (. 7759.) l TEf1P 10 = 536.660 ( 7699.> l i TEMP 11 = 536.600 ( 7693.> TEMP 12 = 5??.590 ( 7792./ TEMP 13 = 536.270 (. 7660.) TEMP 14 = 536.900 ( 7723.) TEMP 15 = 537.980 ( 7831.) TEMP 16 = 532.880 (. 7321.) TEMP 17 = 538.560 (. 7889.> TEMP 18 = 537.730 ( 7806.) ( w PPES 1 = 65.399 ( 65106.) VPPS 1 = 0.259 ( 6029.) VPRI 2= 0.251 ( 5943..' VPP5 3= 0.259 (. 6032.> VPP5 4 = 0.255 ( 5989.'e VPPS 5= 0.244 (. 5869.) ! VPP5 6= 0.261 (. 6051.> CUtir1APY OF COPPECTED DATA TIf1E = 2045 DATE = 0114 TEMFEPRTUPE (DEGEEES P.) = 537.138 COPPECTED FPE5IUPE (P'IR) = 65.1435 VAFDP FPE55UPE (P. IIA = 0.2551 O ra
^l3 V
SUtif1ARY OF f1EASIJFED DATA AT 2100 0114 r 1 c TEf1P 1 = 537.620 ( 7795.) TEf1P 2= 537.260 ( 7759.) TEf1P 3= 537.710 ( 7804.) TEf1P 4= 537.300 ( 7763.) TEf1P 5= 537.420 ( 7775.) TEf1P 6= 537,290 ( 7762.) l TEf1P 7= 537.380' ( 7771.) l TEf1P 8= 537.520 ( 7785.) TEf1P 9= 537.320 ( 7765.> TEf1P 10 = 536.750 ( 7708.) TEf1P 11 = 536.440 ( 7677.) TEf1P 12 = 537.480 ( 7781.) TEf1P 13 = 336.440 ( 7677.) TEf1P 14 = 537.080 ( 7741.> TEf1P 15 = 538.020 ( 7835.) TEf1P 16 = 532.900 ( 7323.) TEf1P 17 = 538.610 ( 7894.)
. TEf1P 18 = 537.530 ( 7816.>
A PRES 'I = 65.405 ( 55112.) k t/ PRS 1 = 0.259 t. 6028.) i VPPS 2= 0.254 ( 5982.) VPPI 3= 0.259 ( 6030.> VPPS 4= 0.254 ( 5979.) VPP! 5= 0.245 ( 5874.> VPPS 6= 0.259 ( 6034.) SUtif1ARY OF CCFFECTED DATA TIf1E = 2100. DATE = 0114 TEf1 PEF ATUPE (DEGFEE5 P.)
= 537.177 1 l
l COPPECTED PPESSUFE (PSIA > = 65.1492 ' YAPDP PPE35UPE (PSI A) = 0.2553
- 1 n
.- ~ . . . . - . _ _ _ _-. _ _ _
l i ,P\ \
SUMMARY
OF MEASURED DATA AT 2115 0114 TEMP 1 = 537.680 ( 7801.) TEf1P 2= 537.290 ( 7762.) TEMP 3= 537.750 'l 7808.) TEMP 4= 537.370 ( 7770.) TEMP 5= 537.460 (. 7779.) TEMP 6= 537.400 (. 7773.) TEMP 7= 537.480 ( 7781.) TEMP 8= 537.580 ( 7791.) TEMP 9= 537.270 (. 7760.) TEMP 10 = 536.790 ( 7712.> TEMP 11 = 536.740 ( 7707.) TEMP 12 = 537.750 ( 7808.) TEMP 13 = 536.450 ( 7678.) TEf1P 14.= 537.010 (. 7734.) TEf1P 15 = 537.980 <. 7831.> TEMP 16 = 532.950 ( 7328... . TEMP 17 = 538.630 (. 7896.) TEf1P 18 = 537.930 ( 7826.) PPES 1 = 65.410 ( 65117.) VPP! 1 = 0.260 ( 6038.) VPPS 2= 0.248 ( 5909.> VPPS 3= 0.259 ( 6036.) VPPi 4= 0.256 ( 5994.> VFPi 5= 0.245 ( 5875.> VPPS 6= 0.259 ( 6032.) 1 1 l SUMMAPY OF COFFECTED DATA , TIME = 2115 DATE = 0114 q 1 TEMPEFATUFE (DEGPEES P.) = 537.239 CORCECTED PFE55UFE (PSIA) = 65.1548 VAPOP PPE55UFE ( F 5 I Al'
= 0.2547
i t I
+
* [
M I v i r IUMMAPY OF MEASUFED DATA AT 2130 0114 ! 5 TEMP '1 = 537.720 (. 7805.? 5 TEMP 2= 537.370 ( 7770.) TEMP 3= 537.790 (. 7812.) ' TEMP 4 = 537.390 ( 7772.> ! TEMP 5= 537.520 ( 7785.) l TEMP 6= 537.440 (. 7777.) [ TEMP 7= 537.540 ( 7787.) l TEMP 8= 537.630 ( 7796.) 1 TEMP 9= 537.380 ( 7771.) l i TEMP 10 = 536.850 ( 7718.> I TEMP 11 = 536.780 ( 7711.) l TEMP 12 = 537.660 ( 7799.) ! TEMP 13 = 536.570 ( 7690.) l TEMP 14 = 537.010 ( 7734.) ' TEMP 15 = 538.050 ( 7838.) 1 TEMP 16 = 532.990 ( 7332.) i TEMP 17 = 538.750 ( 7908.) l TEMP 18 = 537.970 ( 7830 ) l l hL PPES J = 65.415 ( 65122.) 1 VPPS 1 = 0.258 ( 6025.) 1 VPPS 2= 0.252 c 5950.> 1 VPPS 3= 0.259 ( 6030.> VPPS 4 = 0.255 ( 5989.) VPP5 5= 0.245 ( 5880.) l VPFS 6= 0.261 ( 6048.> I s I i 1 i i IUMMAPY OF COPPECTED DATA i TIME = 2130 ' DATE = 0114 TEMPEPATUEE (DEGCEE5 P.) = 537.288 I COPPECTED PPE55URE (PSIA 4 = 65.1593
'/APDF PFE55UPE (PSIA)
. = 0.2552 4
L i .- - ., .- __s.,, . _ _ . _ . . _ . . _ _ , - _ _ . _ . .. . . . . . - . . . _ - . _ _ . _ . , , . . _ . . . _
i i E UMMAE:Y OF MEASUFED DATA AT 2145 0114 TEMP 1 = 537.760 (. 7809 > TEMP 2= 537,410 ( 7774.) i TEMP ?= 537.780 ( 7811.) ' TEMP 4 = 537.450 ( 7778.) TEMP 5= 537.520 ( 7785.? TEMP 6= 537.450 ': 7778.) TEMP 7= 537.500 ( 7783.) TEMP 3= 537.670 ( 7800.> TEMP 9= 537,430 ( 7776.'i TEMP 10 = 536.870 ( 7720.? TEMP 11 = 536.680 ' 7701.) TEMP 12 = 537.830 ( 7816.'i TEMP 13 = 536.550 ( T688.) TEMP 14 = 537.030 ( 7736... TEMP 15 = 535.170 ( 7850.) TEMP 16 = 533.050 ( 7338.> TEMP 17 = 538.770 ( . 7910.) TEMP 18 = 538.020 ( . 7835.) PPE; 1 = 65.420 ' 65128.* VCP2 1 = 0.259 C 6035.) VFPI 2= 0.257 ( 6009.:' UPP5 3= 0.260 ( 6042.:' VPPI 4 = 0.256 ( 5994.?
~VPPI 5= 0.245 ( 5578.)
VPPI 6= 0.262 ( 6059.? IUMMA;Y OF COFFECTED DATA TIME = 2145 DATE = 0114 TEMPEFATUEE (OEGFEES P.'> = 537.317 COFFECTED PCESIUFE (PSIA = 65.163E VAPCP PEE 25UCE CPIIA) = 0.2567 l
e,... -. . . -. .. - - - . . - . . . . . 5 i
' r\
- .Q SUtif1ARY. OF f1EASUPED DAT A AT 2200 0114 TEf1P 1 = 537.830 (. 7816.)
T Ef1P 2= 537.440 ( 7777.) TEMP 3= 537.970 ( 7830.> TEf1P 4 = 537.490 ( 7782.) TEr1P 5= 537.610 ( 7794.) TEMP d= 537.510 ( 7784.) . TEf1P 7= 537.600 (. 7793.) TEf1P 8= 537.850 ( 7818.) TEr1P 9= 537.500 ( 7783.) - TEMP 10 = 536.870 ( 7720.)
' Ef1P 11 = 536.850 ( 7718.)
1 T Ef1P 12 = 537.810 ( 7814.) TEf1P 13 = 536.580 ( 7691.) i TEf1P 14 = 537.130 ( 7746.) TEf1P 15 = 538.200 ( 7853.) . TEMP 16 = 533.050 ( 7338.> TEf1P 17 = 538.800 ( 7913.) TEf1P 18 = 533.010 ( 7834.) PPEI 1 = 65.425 <. 65133.>
- VPPS 1 = 0.260 ( 6045.)
VPPS 2= 0.260 ' 6045.> t/PPS 3= 0.260 ( 6045.) VPPS 4 = 0.256 ( 6002.4 VPPS 5= 0.246 ( 5883.> i VPPS 6= 0.261 ( 6053.) i i i l E Uf1f1 A Pr' DF CCFFECTED DATA T I f1E = 22 0 0 DATE = 0114 TEf1 PEF ATUF E (DEGPEES F.> = 537.385 i COFPECTED FPESIUFE
- P S I A :' = 65.1679 1
e VAPOP PPESIU;E (PSIA) = 0.2576 ( 4 4' o
,e--...m...'w.5-..--,. .e,-,-., v.-,e--.-._,.e*=..-.,,ww.-#-- . = *
- ___ _ _ _ . - - - - - - _ _ _ - - _ - -
1 O 1 5UMMAFY OF MERIUPED DATA AT 2215 0114 1 1 TEMP 1= 537.850 ( 7518.> , TEMP 2= 537.430 (. 7776.) TEMP 9 - 537.950 ( 7828.) TEMP 4= 538.500 '. 7883.'s TEMP 5= 537.560- ( 7789.) TEMP 6= 537.580 ( 7791.) TEMP 7= 537.620 ( 7795.) TEMP 8= 537.840 ( 7817.) TEMP 9= 537.460 ( 7779.) l TEMP 10 = 536.990 ( 7732.) TEMP 11 = 536.830 ( 7716.) TEMP 12 = 537.880 ( T821. :' TEMP 13 = 536.720 <. 7705.> TEMP 14 = 537.120 (. 7745.) TEMP 15 = 538.190 (. 7852.) - TEMP 16 = 533.020 (. 7335.) TEMP 17 = 538.830 ( 7916. TEMP 18 = 538.000 ( 7833.)
/' FRES 1 = 65.430 ( 65139.)
( VPRS 1 = 0.260 is 6 0 4 4 . '> VPPS 2= 0.254 ( 5976.) VPPI 3= 0.260 (. 6046.) VFPI 4 = 0.256 ( 6003.4 VPPI 5= 0.247 ( 5895.> VPPS 6= 0.260 ( 6046.>
SUMMARY
OF COFFECTED DATA TIME = 2215 DATE = 01:4 TEMPEPATUPE (DEGPEEI P.> = 537.459 COPPECTED FFEISUPE ( P 51 F9 = 65.1739 VAPDF PPE52UFE rFilA) = 0.2566 V i l l - 1 I
. - - _ _ _ - , _ _ , _ - . - ~ . ,
1 1 l 1 l , f - ( 5UMMARY OF f1ERIUPED DATA AT 2230 0114 TEMP 1 = 53T.900 ( 7823.) TEMP 2= 537.520 (. 7785.) TEMP 3= 538.020 ( 7835.) TEMP 4= 537.570 ( 7790.? TEMP 5= 537.660 ( 7799.) TEMP 6= $37.600 ( 7793.) TEMP 7= 537.650 ( 7798.) TEMP 8= 537.820 ( 7815.> TEMP 9= 537.590 (. 7792.>- , TEMP 10 = 537.130 ( 7746.> TEMP 11 = 536.890 ( 7722.) TEMP 12 = 537.860 ( 7819.> TEMP 13 = 536.690 ( 7702.> ! TEMP 14 = 537.270 (. 7760.) ! TEMP 15 = 538.270 c. 7860.3 l TEMP 16 = 533.080 ( 7341.) TEMP 17 = 538.880 r. 7921.> A l TEMP 18 = 538.090 ( 7842.) < PRES 1 = 65.435 ( 65143.) i l VPPS 1 = 0.262 ( 6063.) VPRS 2= 0.252 ( 5959.:. VPRS 3= 0.261 ( 6051.? VPRS 4 = 0.256 ( 5995.) VPRS 5= 0.246 ( 5892.) 1 VPPS 6= 0.261 ( 6058.> l l I SUMMAFY OF CDFFECTED DATA TIME = 2230 DATE = 0114 TEMFEPATUPE 'DEGFEES P.) = 537.463 COFPECTED PPE55UFE (PIIA) = 65.1785 e ( 'VAPOD FFE55UFE iF'ILa = 0.2566
I t 1 L@
SUMMARY
GF MEASUPED DATA AT d245 0114 TEMP 1 = 537,920 i_ 7825.') TEMP 2= 537.590 i 7791.)
' TEMP 3= 538.020 (: 7835.>
TEMP 4 = 537.600 ( 7793.> TEMF 5= 537.700 (. 7803.) TEMP 6= 537.610 ( 7794. '.) TEMP 7= 537.730 ( 7806 > TEMP ::: = ' c4n < 3 TEMP 9= b.3::h$ 5 9 b I h'A : ?b2$ b TEMP 10 = 537.090 ( T T4 2. :' TEMP 11 = 536.930 ( 7726.) TEMP 12 = 5?T.970 ( 7830.j TEMP 13 = 536.760 ( 7709.) TEMP 14 = 537.340 ( TT67.) TEMP 15 = 53A.350 al 7868.) TEMP 16 = 533.130 v. T346.: TEMF II = 538.990 ( T 3 3 2 . .) TEMP 18'= 538.190 ( 7852.> PPE3 1 = 65.440 s. 65148.3 VPP5 1 = 0.261 ( 6049.; VPPI 2= 0.253 ( 59'i s. ) .! VPP5 3= 0.261 ( 6058.>
/F P5 4 = 0.258 ( f 02 0, 3 VPP3 5= 0.246 ( 58S9.)
VFPI 6= 0.262 i. 6059.> U ll IUNMAcy OF CG;FECTED DATA TIME = 2245 DATE = 0114 TEMPEFATUEE (DEGEEE3 P.) .
= 537.514 CGGFECTED FFEI;:UPE irSIA> = 65.1833 vrcOP FFEI5U;E i. P : IA) = 0.25T1 1
1 1
,..- ,_m . . - . - . , . . - _ . . _ - . _ . . , . . ,- .. . , - - ._-..__--.,-,..,,-----,,.-._..._....--,__,.-,__-.,.--,i
4 /~'s b l l
+
l l l l l
SUMMARY
OF MEASUPED DATA AT 2300 0114 TEMP 1 = 537.970 < 7830.) 1 TEMP 2= 537.610 ( 7794./ ' i TEMP 3= 538.030 < 7836.) TEMP 4= 537.700 ( 7803.) l TEMP 5= 537.770 ( 7810.) l TEMP 6'= - 537.700 ( 7803.) l TEMP 7= 537.730 ( 7806.) l TEMP 8= 537.930 ( 7826.) TEMP 9= 537.670 ( 7800.) TEMP 10 = 537.200 ( 7753.) 1 TEMP 11 = 537.000 ( 7733.) l TEMP 12 = 537.920 ( 7825.) TEMP 13 = 536.740 ( 7707.) TEMP 14 = - 537.330 ( 7766.) TEMP 15 = 538.350 ( 7868.) s TEMP 16 = 533.150 ( 7348.)
\"') TEMP 17 = 538.980 ( 7931.)
TEMP 18 = 538.180 ( 7851.) PRES 1 = 65.446 ( 65154.) VPPS 1 = 0.260 ( 6046'.) VPPS 2= 0.257 ( 6010.) VPRS 3= 0.262 ( 6059.) VPPS 4= 0.257 ( 6007.) VPRS 5= 0.247 ( 5902.) VPRS 6= 0.261 ( 6055.) IUMMAPY OF CDPFECTED DATR TIME = 2300 DATE = 0114 TEMPERATUPE (DEGFEES P.) = 537.544 CORRECTED PPE! SUPE (PSIA) = 65.1868
(/~
,) TEMP 17 = 538.990 ( 7932.)
TEMP 18 = 538.220 ( 7855.) PPES 1 = 65.451 ( 65159.) VPPS 1 = 0.261 ( 6058.)
. VPPS 2= 0.252 ( 5949.)
VPPS 3= 0.262 ( 6061.) VPPS 4= 0.257 (. 6005.> VPPS 5= 0.247 ( 5898.) VPPS 6= 0.262 ( 6065.) SUMMAPY OF COPPECTED DATA TIME = 2315 DATE = 0114 TEMPEPATUPE (DEGREES R.) = 537.573 COPPECTED PRE 55UPE (PSIR) = 65.1946 t VAPOR PPF55UPE (PSIA) = 0.2569
.g 3 k. I
SUMMARY
0 NEASUkED DATA AT 2330 0114 TEMP 1 = 538.130 ( 7846.) TEMP 2= 537.700 ( 7803.) TEMP 3= 538.140 (. 7847.) TEMP 4= 537.750 ( 7808.) TEMP 5= 537.840 ( 7817.) TEMP 6= 537.800 ( 7813.) TEMP 7= 537.910' ( 7824.) TEMP 8= 537.990 ( 7832.) TEMP 9= 537.720 < 7805.) TEMP 10 = 537.210 ( 7754.) TEMP 11 = 536.960 -( 7729.) TEMP 12 = 537.990 ( 7832.) TEMP 13 = 536.800 ( 7713.) TEMP 14 = 537.400 ( 7773.) l TEMP 15 = 538.480 ( 7881.) l TEMP 16 = 533.210 ( 7354.)
" TEMP 17 = 539.060 ( 7939.)
TEMP 18 = 538.300 ( ?863.)
,m
( PRES 1 = 65.456 ( 65164.) I VPPS 1 = 0.263 ( 6075.) VPPS 2= 0.251 c. 5938.) i'
, VPPS 3= 0.262 < 6065.)
VPRS 4 = 0.258 ( 6021.) YPRS 5= 0.248 ( 5906.) VPPS 6= 0.263 ( 6074.) IUMMARY OF COPPECTED DATA TIME = 2330 DATE = 0114 TEMFEPATUPE (DEGREES P.) = 537.624 CDPRECTED PPE550FE (P S I A ':' = 65.1989 ' l VAPOP PPESSURE (PSIA).
= 0.2576
(~) .
'J
i 4 ( V SUMMAPY OF MEASUPED DATA AT 2345 0114 TEMP 1 = 538.160 ( 7849.)
- TEMP 2= 537.720 ( 7805.)
' TEMP 3= 538.150 ( 7848.)
TEMP 4= 537.760 ( 7809.) - TEMP 5= 537.870 ( 7820.) TEMP 6= 537.800 ( 7813.) TEMP 7= 537.870 ( 7820.) TEMP 8= 538.040 ( 7837.) TEMP 9= 537.780 ( 7811.) TEMP 10 w 537.290 ( 7762.) TEMP 11 = 537.100 ( 7743.) TEMP 12 = 538.110 ( 7844.) TEMP 13 = 537.010 ( 7734.) TEMP 14 = 537.480 ( 7781.) TEMP 15 = 538.510 ( 7884.) TEMP 16 = 533.190 ( 7352.) TEMP 17 = 539.080 ( 7941.) TEMF 18 = 538.340 ( 7867.) r~' PRES 1 = 65.462 ( 65170.) ( VPPS 1 = 0.261 ( 6'056.) VPPS 2= 0.255 (. 5983.) VPP5 3= 0.262 ( 6067.) VPP! 4= 0.258 ( 6022.> VPPI 5= 0.248 ( 5911.) VPRS 6= 0.264 ( 6088.) . t SUMMAPY OF COPPECTED DATA > TIME = 2345 DATE = 0114 TEMPERATUPE (DEGPEES R.) = 537.674 COPPECTED PPES5UFE (PSIA) = 65.2042 VAPOP FPES5UPE (PSIA) = 0.2583 m
/
i
.,# m I t
\,.) SUf1f1APY OF f1EASUPED DATA AT 0 0115 TEf1P 1 = 538.160 ( T849.) TEf1P 2= 537.780 ( 7811.) l TEf1P 3= 538.180 ( 7851.) TEl1P 4= 537.840 ( 7817.> ; TEf1P 5= 537.930 ( 7826.) TEt1P 6= 537.850 ( 7818.) TEf1P 7= 537.950 ( 7828.> TEf1P S= 538.100 ( 7843.) TEf1P 9= 537.810 ( 7814.) ; TEf1P 10 = 537.300 t: 7763.) TEf1P 11 = '537.220 ( 7756.) TEf1P 12 = 538,290 ( 7862.) TEf1P 13 = 537.030 ( 7736.) TEf1P 14 = 537.450 ( 7778.) TEf1P 15 = 536.510 ( 7884.) TEt1P 16 = 533.250 ( 7358 > TEf1P 17 = 539.100 ( 7943.) TEf1P 18 = 538.370 ( 7870.)
/m PPES 1 = 65. 4 t. ? ( 65176.)
C VPPS 1 = 0.263 ( 6075.) VPPS 2= 0.255 ( 5992.) VPP5 3= 0.263 ( 6074.)
,,VPRS 4= 0.259 ( 6 n 3 3. >
VPPS 5= 0.248 ( 5912.> VPPS 6= 0.263 ( 6078.) SUf1f1APY OF COPPECTED DATA TIf1E = 0 DATE = 0115 TEMPEPRTUPE (DEGF EE5 P. ) = 537.722 COPPECTED PPE!5UPE (Pila) = 65.2095 i VAPOP PPES5UFE (P2IA) = 0.2590 i s. 4 N/ l I l l __ __ , .-- ~.
1 I i ('~$ l .%.)
SUMMARY
OF MEASUPED DATA AT 15 0115 s TEMP 1 = 538.250 ( 7858.) TEf1P 2= 537.790 ( 7812.) TEMP 3= 538.320 ( 7865.) TEf1P 4= 537.850 ( 7818.) TEf1P 5= 537.970 ( 7830.) TEMP 6= 537.900 ( 7823.) TEMP 7= $37.990 ( 7832.) TEf1P 8= -538.360 ( 7869.) TEf1P 9= 537.820 ( 7815.) TEf1P 10 = 537.340 ( 7767.) TEMP 11 = 537.150 ( 7748.) TEMP 12 =' 538.180 ( 7851.) TEMP 13 = 53?.110 ( 7744.) TEf1P 14 = 537.540 ( 7787.) TEf1P 15 = 538.630 ( 7896.) TEMP'16 = 533.240 ( 7357.) TEf1P 17 = 539.160 ( 7949.) TEMP 18 = 538.450 ( 7878.) 'O u PRES 1 = 65.472 ( 65180.> VPPS 1 = 0.263 ( 6069.) VPPS 2= 0.252 ( 5953.) VPPS 3= 0.263 ( 6071.) VPPS 4= 0.259 t. 6027.) VPP5 5= 0.248 ( 5915.) VPPS 6= 0.263 ( 6076.) SUf1MAPY OF COFFECTED DATA T I f1E = 15 DATE = 0115 TEf1PERATUPE (DEGREES P.) = 537.775 CDPPECTED PPESSUFE (PSIA) = 65.2143 l 0.2581 VAPOP PRESSURE (PSIA) = s l l l
i t
\
b , SUf1t1ARY OF f1EASUPED DATA AT 30 0115 TEf1P 1 = 538.350 ( 7868.) ' TEf1P 2= 537.810 ( 7814.) TEf1P 3= 538.300 ( TP63.) , TEf1P 4= 537.920 ( 7825.) TEf1P 5= 537.950 ( 7828.> TEMP 6= 537.960 ( 7829.) TEf1P 7= 538.010 ( 7834.) TEMP S= 538.200 ('7853.) TEMP 9= 537.870 ( 7820.>- TEMP 10 = 537.300 ( 7763.) TEMP 11 =- 537.170 ( 7-'5 0. ) TEMP 12 = 538.370 ( 7870.) TEMP 13 = 537.040 ( 7737.) TEMP 14 = 537.680 ( 7801.)
- TEf1P 15 = 538.610 ( 7894.)
TEMP 16 = 533.280 ( 7361.) TEf1P 17 = 539.180 ( 7951.) TEMP 18 = 538.410 ( 7874.) > PPES 1 = 65.478 ( 65186.>
- VPRS 1 = 0.263 ( 6071.)
VPPS 2= 0.252 ( 5958.) VPPS 3= 0.233 ( 6076.) VPPS 4= 0.259 ( 6030.) VPPS 5= 0.248 ( 5914.) VPPS 6= 0.264 ( 6085.) SUf1MAPY OF CORPECTED DATA TIME = 30 DATE = 0115 TEMPEPATUFE (DEGPEE5 P.) = 537.796 COPPECTED PPESSUPE (PSIA) = 65.2200 VAPDP FPE55UPE (PSIA) = 0.2584 e e x - n
.> vre ----m - - , , w- -.c.m-- - - . ,.-,-- , .wc.. -re. .,wo. .we.n-r,., y--u,,
9
/^%
i
\
SUf1 MARY OF MEASUPED DATA AT 45 0115 TEMP 1 = 538.410 ( 7874.) !
, TEMP 2= 537.870 ( 7820.)
TEMP 3= 538.450 ( 7879.) TEMP 4= 538.000 ( 7833.) TEMP 5= 538.060 (. 7839.)
, TEMP 6= 538.030 ( 7836.)
TEf1P 7= 538.050 ( 7838.) , TEf1P 8= 538.220 ( 7855.) TEMP 9= 537.960 ( 7829.) TEMP 10 = 537.390 ( 7772.) TEMP 11 = 537.190 ( 7752.) TEMP 12 = 538.350 ( 7868.) TEMP 13 = 537.130 ( 7746.) TEf1P 14 = 537.780 ( 7811.) P TEMP 15 = 538.650 ( 7898.) TEf1P 16 = 533.260 ( 7359.) TEMP 17 = 539.220 ( 7955.) TEMP 18 = 538.490 ( 7882.) , PPES 1 = 65.485 ( 65193.) ( VPPS 1 = 0.264 ( 6080.) VPRS 2= 0.249 ( 5926.) ^ VPPS 3= 0.264 ( 6081.) VPPS 4= 0.259 ( 6034.) VPRS 5= 0.249 ( 5918.) r VPPS 6= 0.263 r 6078.) t r SUf1 MARY OF CORRECTED DATA i TIME = 45 : DATE = 0115 ! TEMPEPRTURE (DEGFEES R.) = 537.858 CORFECTED PRESSURE (PSIA > = 65.2272 ; l' VAPOR PFESSURE (PSIR) = 0.2582 ! l ; ["' [ t 5 t
}
l ! l b
1 i 1 l l ms A i 1
SUMMARY
OF MEASUPED DATA RT 100 0115 TEMP 1= 538.420 ( 7875.) TEMP 2= 537.890 ( 7822.) TEMP 3= 538.370 ( 7870.)
' TEMP 4= 537.990 ( 7832.>
TEMP 5= 538.100 ( 7843.) TEMP 6= 538.070 ( 7840.) . TEMP 7= 538.120 ( 7845.) TEMP 8= 538.270 ( 7860.) TEMP 9= 53?.970 ( 7830.) TEMP 10 = 537.470 ( 7780.) TEMP 11 = 537.310 ( 7764.) TEMP 12 = 538.500 ( 7883.) TEMP 13 = 537.270 ( 7760.) TEMP 14 = 537.740 ( 7807.) TEMP 15 = 538.720 ( 7905.) TEMP 16 = 533.290 ( 7362.) TENP 17 = 539.250 ( 7958.)
,s TEMP 18 = 538.500 ( 7883.) * '
k PRES 1 = 65.489 ( 65197.) VPPS 1 = 0.264 ( 6084.) VPRS 2= 0.252 ( 5958.) VPPS 3= 0.263 r. 6079.) VPPS 4= 0.260 ( 6046.) VPPS 5= 0.249 ( 5922.) VPRS 6= 0.265 ( 6095.) EUf1 MARY OF COPPECTED DATA ! T I f1E = 100 DATE = 0115 i 1 < l TEf1PEPATUPE (DEGPEES P.) = 537.900 i l COPPECTED PRES 5UPE (PSIA) = 65.2302 i l VAPOP PRESEUPE (PSIR) = 0.2592 " l a i l 1 l l 1
- i
.1 O
4 J SUMMAPY OF MEASUPED DATA AT 115 0115 TEMP 1 = 538.490 ( 7882.) TEMP 2= 537.910 ( 7824.) TEMP 3= 538.460 ( 7879.) TEMP 4= 538.000 ( 7833.) TEMP 5= 538.070 ( 7840.) TEMP 6= 538.140 ( 7847.) TEMP 7= 538.140 ( 7847.) TEMP S= 538.320 ( 7865.> TEMP 9= 537.990 ( 7832.) TEMP 10 = 53?.480 ( 7781.) TEMP 11 = 537.330 ( 7766.) TEMP 12 = 539.360 ( 7869.) . TEMP 13 = 537.190 ( 7752.) l TEMP 14 = 537.710 <. 7804.) TEMP 15 = 538.720 (. 7905.) TEMP 16 = 533.340 ( 7367.) TEMP 17 = 539.320 ( 7965.) TEMP 18 = 538.590 ( 7892.) PRES 1 = 65.494 ( 65202.) VPRS 1 = 0.264 ( 6080.) VPPS 2= 0.259 ( 6028.) VPPS 3= 0.264 ( 6084.)- VPRS 4= 0.259, ( 6033.) VPPS 5= 0.250 ( 5927.) VPPS 6= 0.265 ( 6095.) SUMf1APY OF COPPECTED DATA TIME = 115 DATE = 0115 TEMPERATUPE (DEGPEES P.)
= 537.914 COPPECTED PRES $UFE *: PSI A)
= 65.2343 O
Q VAPOR PPESSUFE (PSIA) = 0.2601 f ag- -,. ,t- - + - + y
\
I 1 U(~h
SUMMARY
OF MEASURED DATA AT 130 0115 I TEMP 1 = 538.550 ( 7888.) s TEMP 2= 537.970 ( 7830.) TEMP 3= 538.430 -( 7876.) TEMP 4= 538.670 ( 7840.) TEMP 5= 538.110 ( 7844.) TEMP 6= 538.150 < 7848.) TEMP 7= 538.230 ( 7856.)
. TEMP 8= 538.420 ( 7875.)
TEf1P 9= 538.050 ( 7838.) TEMP 10 = 537.570 ( 7790.) TEt1P 11 = 537.240 ( 7757.) TEMP 12 = 538.5,50 ( 7888.) TEMP 13 = 537.180 ( 7751.) TEMP 14 = 537.770 ( 7810.) TEMP 15 = 538.800 ( 7913.) TEMP 16 = 533.330 ( 7366.> TEMP 17 = 539.320 ( 7965.> TEMP 18 = 538.620 ( 7895.) PRES 1 = 65.500 ( 65208.)
\
VPPI 1 = 0.263 ( 6077.) VPPS 2= 0.265 ( 6091.) VPPS 3= 0.264 t. 4081.) VPPS 4= 0.260 ( 6044.) VPPS 5= 0.250 ( 5928.) VPRS 6= 0.265 ( 6094.) l l SUMMAPY OF CDPFECTED DATA j TIME = 130 DATE = 0115 TEMPERATURE ' DEGREES P.) = 537.961 CORRECTED PPES5UPE (PSIA) = 65.2391 VAPDP PPES5UPE t. PSIA.> = 0.2613 (
\
l 6 l-
i l 1 (~~ i t
\~ .
SUMMAPY OF MEASURED DATA AT 145 0115
, TEMP 1 = 538.560 ( 7889.)
TEMP 2= 537.990 ( 7832.) TEMP 3= 538.460 ( 7879.) TEMP 4 = 538.080 ( 7841.> TEMP 5= 538.270 ( 7860.) TEMP 6= 538.250 ( 7858.)
~
TEMP 7= 538.240 ( 7857.) TEMP R= 538.500 ( 7883.) TEMP 9= 538.010 ( 7834.) TEMP 10 = 537.590 ( 7792.) TEMP 11 = 537.390 ( 7772.) TEMP 12 = 538.500 ( 7883.) TEMP 13 = 537.380 ( 7771.) TEMP 14 = 537.870 ( 7820.') TEMP 15 = 538.840 ( 7917.) TEMP 16 = 533.340 ( 7367.) TEMP 17 = 539.350 ( 7968.) TEMP 18 = 538.660 4: 7899.) I \ PPES 1 = 65.505 ( 65213.> V VPPI 1 = 0.265 ( 6097.> I VPRS 2= 0.261 ( 6052.) VPPS 3= 0.265 ( 6095.) i VPPS 4= 0.261 ( 6050.) i VPPS 5= 0.250 ( 5934.) VPPS 6= 0.266 ( 6102.) s IUMMARY OF COFFECTED DATA TIME = 145 DATE = 0115 TEMPERATUPE (DEGPEES P.) = 538.013 COPPECTED PPESSUPE (PSIA) = 65.2439 VAPOP FPESSUFE (PS I A = 0.2615
\
1 J SUMMAPY OF MEASUFED DATA AT 200 0115 TEMP 1 = 538.620 ( 7895.) TEMP 2= 538.030 ( 7836.)
' TEMP 3= 538.480 ( 7881.)
TEMP 4= 538.130 ( 7846.) TEMP 5= 538.250 ( 7858.) TEMP 6= 538.240 ( 7857.) TEMP T= 538.300 ( 7863.) TEMP 8= 538.520 ( 7895.) 9= i TEMP 538.150 ( 7848.) TEMP 10 = 537.620 ( 7795.) TEMP 11 = 537.380 ( 7771.) TEMP 12 = 538.530 ( 7886.) TEMP 13 = 537.390 ( 7772.) TEMP 14 = 537.850 ( 7818.) TEMP 15 = 538.900 ( 7923.) TEMP 16 = 533.370 ( 7370.) TEMP 17 = 539.420 ( 7975.'s TEMP 18 = 538.690 ( 7902.) PRES 1 = 65.510 ( 65218.) VPRS 1 = 0.265 ( 6092.) YPRS 2= 0.255 ( 5990.) VPRI 3= 0.265 ( 6099.) VPRS 4 = 0.262 ( 606V.) VPPS 5= 0.250 ( 5933.) VPRS 6= 0.265 ( 6101.) SUMMAPY OF CORRECTED DATA TIME = 200 DATE = 0115 TEMPEPATUFE (DEGPEES R.) = 538.046 CORPECTED PRESSURE (PSIA) = 65.2497 VAPOP PPESSUPE (PSIA) = 0.2607 i ( i \_
. l
~
v .-,,.,r-. - , - -, , . , --. , , -r ,.-.. , -, - - - - - -<,e ..r-, , < - - -
'b L
L. ,
SUMMARY
OF MEASUPED DATA AT 215 0115
' TEMP 1 = 538.580 ( 7891.)
TEMP 2= 538.100 ( 7843.) TEMP 3= 538.580 ( 7891.) TEMP 4= 538.120 ( 7845.) TEMP 5= 538.310 ( 7864.) TEMP 6= 538.280 ( 7861.) TEMP 7= 538.320 ( 7865.) TEMP 8= 538.510 ( 7884.) TEMP 9= 538.180 ( 7851.'s TEMP 10 = 537.670 ( 7800.) TEMP 11 = 537.430 ( 7776.) TEMP 12 = $38.520 ( 7885.) TEMP 13 = 537.480 ( 7781.) TEMP 14 = 537.900 ( 7823.) TEMP 15 = 538.960 ( 7929.) TEMP 16 =. 533.430 ( 7376.) TEMP 17 = 539.4?O ( 7980,) TEMP 18 = 538.740 ( 7907.) 7-s PRES 1 = 65.516 ( 65224.) VPPS 1 = 0.266 ( 6103.) VPPS 2= 0.250 ( 5930.) VPRS 3= 0.265 ( 6096.) ~ VPPS 4= 0.262 ( 6059.)
- VPPS 5= 0.250 ( 5935.>
- VPRS 6= 0.265 ( 6101.)
SUMMARY
OF COPPECTED DATA l TIME = 215 l DATE = 0115 TEMPEPATUPE (DEGFEES P.)
= 538.084 CDRFECTED PFESIURE (PSIA) = 65.2565 VAPOP PFESSUPE (PSIA) = 0.2599 O
C
1 1 f'y V ! l l l l l CUMMARY OF MEASUPED DATA AT 230 0115 J TEMP 1 = 538.730 ( 7906.>
' TEMP 2= 538.120 ( 7845.)
TEMP 3= 538.630 ( 7996.) TEMP 4= 538.210 ( 7854.) TEMP 5= 539.360 ( 7869.) . TEMP 6= 538.350 ( 7868.) - TEMP 7= 538.390 ( 7872.) ; TEMP S= 539.540 ( 7887.) ' TEMP 9= 538.190 ( 7852.) , TEMP 10 = 537.620 ( 7795.) TEMP 11 = 537.480 ( 7781.) TEMP 12 = 538.460 ( T879.) TEMP 13 = 537.400 ( 7773.) , TEMP 14 = 537.950 ( 7828.) TEMP 15 = 538.970 ( 7930.) TEMP 16 = 533.420 ( 7375.> TEMP 17 = 539.500 ( 7983.> TEMP 18 = 539.740 ( 7907.) gs - PRE 3 1 = 65.520 5 65228.) VPPS 1 = 0.265 ( 6099.) VPPS 2= 0.259 ( 6032.:i VPPS 3= 0.266 ( 6105.) VPRS 4= 0.261 ( 6050.) VPPS 5= 0.251 c. 5938.) . VPRS 6= 0.266 ( 6109.) SUMMAPY OF COFPECTED DATA TIME = 230 DATE = 0115 TEMPERATUPE (DEGFEE5 P.) = 538.113 COFPECTED PPE35UPE (PSIA) = 65.2569 VAPOP PPE55UPE (PSIA) = 0.2615 O l
- r .- -
.r.- -r - r - - - .,--,
I l
.I
^
k.- '
SUMMARY
OF f1EASUPED DATA AT 245 0115 TEf1P 1 = 538.780 ( 7911.)
, TEMP 2= 538.160 ( 7849.)
- TEMP 3= 538.720 ( 7905.)
S TEMP 4= 538.240 < 7857.) TEMP 5= 538.400 ( 7873.)
, TEMP 6= 538.360 C 7869.)
TEMP 7= 538.450 ( 7878.) TEf1P 8= 536.740 ( 7907.) TEf1P 9= 538.270 ( 7860.) TEMP 10 = 537.820 ( 7815.) TEMP 11 = 537.530 ( 7786.) TEf1P 12 = 538.770 ( 7910.) TEf1P 13 = 537.580 ( 7791.) ' TEf1P 14 = 538.010 ( 7834.) TEf1P 15 = 538.990 ( 7932.) TEf1P 16 = 533.460 ( 7379.) TEMP 17 = 539.540 ( 7987.) TEMP 18 = 538.850 ( 7918.)
-~ PRES 1 = 65.525 ( 65233.)
VPRS 1 = 0.265 ( 6094.)
, VPPS 2= 0.261 ( 6052.)
VPPS 3= 0.266 ( 6105.) VPPS 4= 0.261 ( 6 05 7. 'e VPPS 5= 0.251 ( 5945.) VPPS 6= 0.267 ( 6113.> SUMf1APY OF COPPECTED DATA T I f1E = 245 DATE = 0115 TEf1 PEP ATUR E (DEGPEE5 R.) = 538.202 CDPRECTED PPESIUFE ( PS I A:' = 65.2633 VAPDP PPESIUPE (PSIA) = 0.2620 , l j l 1
- l l
1
i 1 4 i je~g , O
SUMMARY
OF MEASUPED DATA AT 300 0115
, TEMP 1
= 538.870 ( 7920.)
TEMP 2 =_ 538.180 ( 7851.) TEMP 3= 538.760 ( 7909.) TEf1P 4 = 538.310 ( 7864.) TEMP 5= 538.420 ( 7875 ) , TEMP 6= 538.420 ( 7675.) TEMP 7= 538.500 ( 7883.) TEMP 8= 538.640 ( 7897.) TEMP 9= 538.310 ( 7864.) TEMP 10 = 537.870 ( 7820.) TEMP 11 = 537.570 ( 7790.) TEMP 12 = 538.580 ( 7891.) TEMP 13 = 537.630 ( 7796.) TEMP 14 = 537.990 ( 7832.) TEMP 15 = 539.070 ( 7940.) TEMP 16 = 533.480 ( 7381.) TEMP 17 = 539.580 ( 7991.) TEMP 18 = 538.830 ( 7916.) n-( PRES 1 = 65.530 (. 65238.) L VPRS 1 = 0.265 ( 6101.) VPRS 2= 0.260 ( 6042.) VPPS 3= 0.266 ( 6110.) VPPS 4= 0.262 ( 6067.) VPPS 5= 0.251 ( 5941.) VPRS 6= 0.267 ( 6112.) SUMMAPY OF CDPRECTED DATA TIME = 300 DATE = 0115 TEMPERATUPE (DEGFEES P.) = 538.222 COPPECTED PPE35UPE (F SI A) = 65.2682 VAPOP PFESSUFE < PSIA) = 0.2622 r f A
s -
.s /
SUMMARY
OF MEA 5UPED DATA AT 315 0115 TEMP 1 = 538.890 ( 7922.) TEMP 2= 538.220 ( 7855.) TEMP 3= 538.770 ( 7910.) TEMP 4= 538.320 ( 7865.) TEMP 5= 538.450 ( 7878.) TEMP 6= 538.400 ( 7873.> TEMP 7= 538.540 ( 7887.) TEMP 8= 538.800 ( 7913.) TEMP 9= 538.330 ( 7866.? TEMP 10 = 537.930 ( 7826.) TEMP 11 = 537.610 ( 7794.) TEMP 12 = 538.690 ( 7902.) TEMP 13 = 537.590 ( 7792.) TEMP 1 +1 = 538.100 ( 7843.) < TEMP 15 = 539.070 < 7940.) TEMP 16 = 533.510 ( 7384.) TEMP 17 = 539.610 ( 7994.) TEMP 18 = 538.890 ( 7922.) PPES 1 = 65.534 ( 65242.> VPR! 1 = 0.266 ( 6110.) VPRS 2= 0.255 ( 5989.) VEPS 3= 0.266 <. 6111.) VPPI 4= 0.262 ( 6066.) VPP5 5= 0.251 ( 5947.) V'PPS 6= 0.267 ( 6116.)
, IUMMAPY OF COFFECTED DATR TIME = , 315 DATE'= 0115 TEMPEPATUPE (DEGPEE5 P.) = 538.261 COPPECTED PPESSUFE (Pila) = 65.2727 VAPOP PPE55UFE (PTIA) = 0.2616
~
----m---,gy w.- ,g_ -- ._-
Y*rtfv W T --t+r--- twt v- 'wtw'*v
J l l l bt v i l l SUMf1ARY OF f1EASUPED DATA AT 330 0115 TEf1P 1 = 538.950 ( 7928.) TEMP 2= 538.290 ( 7862.> TEMP 3= 538.880 ( 7921.) TEt1P 4= 538.410 ( 7874.) TEf1P 5= 538.570 ( 7890.) TEt1P 6= 538.550 ( 7888.) TEMP 7= 538.590 ( 7892.) TEt1P 8= 536.750 ( 7908.) TEf1P 9= 538.390 ( 7872.) TEMP 10 = 537.960 ( 7829.) TEMP 11 = 537.610 ( 7794.) TEMP 12 = 538.700 ( 7903.) TEMP 13 = 537.660 ( 7799.> TEMP 14 = 538.150 ( 7848.) TEMP 15 = 539.100 ( 7943.) TEMP 16 = 533.530 ( 7386.> TEMP 17 = 539.680 ( 8001.) O t
~
TEf1P 18 = 538.990 ( 7932.> L PPES 1 = 65.539 5 65247.) VPRS 1 = 0.267 ( 6115.) VPRS 2= 0.249 ( 5918.) VPPS 3= 0.267 ( 6114.) VPPS 4= 0.263 ( 6071.> VPPS 5= 0.252 ( 5954.> - VPPS 6= 0.267 ( 6116.) 1 l l I SUMMAPY OF COPPECTED DATA TIME = 330 l DATE = 0115 l TEMPEPATUFE (DEGFEES P.) = 538.319 COPPECTED PPEISUPE (P5IA> = 65.2785 g VAPOP PPE55UPE (PSIA) = 0.2608 U
O\ (v/ SUtif1APY OF f1EASUPED DATA AT 345 0115 TEf1P 1 = 538.940 ( 7927.) TEf1P 2= 538.370 ( 7870.) TEf1P 3= 538.810 ( 7914.) TEf1P 4= 538.420- ( 7875.) TEf1P 5= 536.550 ( 7888.) TEf1P 6= 538.500 ( 7883.) TEf1P 7= 538.580 ( 7891.) TEf1P 8= 538.860 ( 7919.) ,, TEf1P 9= 538.470 ( 7880.) TEf1P 10 = 538.000 ( 7833.) TEf1P 11 = 537.680 <. 7801.) TEf1P 12 = 538.800 ( 7913.) TEf1P 13 = 537.670 ( 7800.) TEf1P 14 = 538.130 ( 7846.) TEf1P 15 = 539.130 ( 7946.> TEf1P 16 = 533.610 ( 7394.) TEf1P 17 = 539.770 ( 8010.> TEMP 18 = 538.950 ( 7928.) b
- s. PRES 1 = 65.544 ( 65252.>
VPPS 1 = 0.266 ( 6109.) VPPS 2= 0.261 ( 6048.) YPPS 3= 0.267 ( 6121.) VPPS 4 = 0.263 ( 6074.) VPPS 5= 0.252 ( 5952.> VPPS 6= 0.268 ( 6125.> SUf1 MARY OF COPPECTED DATA T I f1E = 345 DATE = 0115 TEf1PERATUFE (DEGFEES P.) = 538.344 CDPFECTED PPESIUPE (PSI A:' = 65.2813 YAPOP PRESSUPE (PSIA) = 0.2631 O V
"** ' + + = -
I-r% ,(
SUMMARY
OF MEASUFED DATA AT 400 0115 TEMP 1 = 538.830 ( 7916.) TEMP 2= 538.430 ( 7876.) TEf1P 3= 538.870 ( 7920.) TEMP 4= 538.510 ( 7584.) TEMP 5= 538.570 ( 7890.) TEMP 6= 538.500 (. 7883.) TEMP 7= 538.620 ( 7895.) TEMP 8= 538.760 ( 7909.) TEMP 9= 538.440 ( 7877.) - TEMP 10 = 537.920 ( 7825.) TEf1P 11 = 537.740 ( 7807.) TEMP 12 = 538.840 ( 7917.) TEf1P 13 = 537.520 ( 7785.) TEf1P 14 = 538.130 ( 7846.) TEMP 15 = 539.230 ( 7956.) TEMP 16 = 533.660 (. 7399. TEMP 17 = 539.820 ( 8015.) (%) (,_, TEMP 18 = 539.060 ( 7939.) l FPES 1 = 65.549 ( 65257.) I VPPS 1 = 0.268 ( 6127.) ! VPPS 2= 0.270 ( 6148.) l VPRS 3= 0.267 ( 6121.) ) VPPS 4 = 0.263 ( 6076.) l VPPS 5= 0.252 ( 5957.) ' VPRS 6= 0.268 ( 6125.) I l l
SUMMARY
OF COPPECTED DATA TIME = 400 DATE = 0115 TEMPEPATUPE (DEGFEES P.) = 539.353 COPPECTED PPE55UFE (PSIA) = 65.2842 O' g VAPOR PPESSUPE (P!IA) = 0.2651 s
, y n+- rn g gs ---- - ,
\
i 1
-p) .
U s SUfif1APY OF f1EASUPED DATA AT 415 0115 i TEf1P 1 = 538.790 ( 7912.) TEf1P 2= 538.500 ( 7883.) TEf1P 3= 538.970 ( 7930.) TEf1P 4 = 538.520 <. 7885.) TEf1P 5= 538.600 ( 7893.) TEMP 6= 538.500 ( 7883.) TEMD 7= 538.600 (. 7893.) TEMP S= 538.650 (. 7898.) TEMP 9= 538.550 ( 7888.> TEf1P 10 = 537.890 ( 7822.) TEf1P 11 = 537.790 v. 7812.> TEMP 12 = 538.730 ( 7906.> TEMP 13 = 537.520 i. 7785.) TEMP 14 = 538.130 ( 7846.> ; TEMP 15 = 539.230 ( 7956.> TEMP 16 = 533.740 ( 7407.>' TEMP 17 = 539.900 ( 8023.) p TEMP 18 = 539.070 (. 7940.)
\ '
PF.ES 1 = 65.554 ( 65262.) VPPS 1 = 0.267 ( 6119.) VPPS 2= 0.269 ( 612 7. > VFPS 3= 0.267 ( 6120.> VPPS 4= 0.264 ( 6080.) VPPS 5= 0.252 ( 5959.> > VPPS 6= 0.267 ,( 6121.) SUMf1APY OF COPPECTED DATA T I f1E = 415 DATE = 0115 TEMPEPATUFE <DEGPEES P.)
= 539.364 CORPECTED PRES $UFE (PSIA) = 65.2895 VAPOP FPESSUPE (PSIA) = 0.2648
[ l t - 4 9
- e. - - - - - - - - , ,,-.w-- ,. e*w- .---
1 s ( 4
SUMMARY
DF MEASUFED DATA AT 430 0115 TEMP 1 = 538.780 ( 7911.) TEMP 2= 538.550 ( 7888.) TEMP 3= 539.060 ( 7939.) TEMP 4 = 538.590 ( 7892.) ; TEMP 5= 538.620 <. 7895.) i TEMP 6= 538.510 ( 7884.) TEMP 7= 538.600 ( 7893.) TEMP 8= 538.840 ( 7917.) -
- TEMP 9= 533.550 ( 7888.)
TEMP 10 = 537.950 ( 7829.) TEMP 11 = 537.850 ( 7818.) ; TEMP 12 = 539.710 ( 7904.) TEMP 13 = 537.600 ( 7793.) ; TEMP 14 = 533.100 (. 7843.) , TEMP 15 = 539.290 ( 7962.) TEMP 16 = 533.720 ( 7405.) J TEMP 17 = 539.930 ( 8026.) _)- TEMP 18 = 539.060 ( 7939.> a PPES 1 = 65.560 ( 65268.) VPP3 1 = 0.268 ( 6127.) VFPS 2= 0.266 ( 6107.) VPP5 3= 0.268 ( 6130.) VPPI 4= 0.264 ( 6089.) VPP5 5= 0.253 (. 5968.) VPPS 6= 0.269 ( 6141.) l l
SUMMARY
OF CDFFECTED DATA ) TIME = 430 DATE = 0115 TEMPEPATUFE (DEGPEES P.) = 538.401 1 COPPECTED PRE 55UPE (PSIR) = 65.2952 VAPOP PPESSUFE (P S I A~) = 0.2651 I 1 6
- , - , - , , - , , , . - .,-- n. , , , , - , . . . .
i r~' EUMMARY OF MEA 5UFED DATA AT 445 0115 TEr1P 1 = 538.760 ( 7909.) TEMP 2= 538.610 ( 7894.) TEMP 3= 539.020 ( 7935.) j TEMP 4 = 538.650 t 7898.) TEMP 5= 538.680 ( 7901.) I TEMP 6= 538.530 ( 7886.) TEf1P 7= 538.690 ( 7902.> TEMP 8= 538.680 ( 79 01. ~) TEMP 9= 538.550 ( 7891.) I i TEMP 10 = 537.950 ( 7828.> TEMP 11 = 537.800 ( 7813.> TEMP 12 = 539.000 ( 7933.) TEr1P 13 = 537.680 ( 78,01.) i TEMP 14 = 538.120 ( 7645.> TEMP 15 = 539.280 ( 7961.) TEMP 16 = 533.790 ( 7412.) f
\,
TEMP 17 = TEMP 18 = 539.990 539.130 ( ( 8032.) 7946.> FRES 1 = 65.564 ( 65272.) VPRC 1 = 0.267 ( 6120.) VPPS 2-= 0.264 ( 6082.) VFPS 3= 0.269 ( 6130.> VPRS 4= 0.263 ( 6079.) VPPS 5= 0.2'53 ( 5967.> VPPS 6= 0.268 ( 6129.> SUMMAPY OF COFFECTED DATA TIME =. 445 DATE = 0115 TEMPEPATUFE (DEGFEE5 F.) = 533.433 COPPECTED PFEISUPE (P5IA) = 65.3001 VAFOP PFESSUPE ( P S I A's = 0.2643
l l O Y l l SUrir1ARY OF f1EATUPED DATA AT 500 0115
.- TEf1P 1= 538.780 ( 7911.)
TEMP 2= 538.650 ( 7898.) TEMP 3= 539.010 ( 7934.) TEMP 4= 538.630 ( 7896.) TEf1P 5= 538.700 ( 7903 ) . TEMP 6= 538.500 ( 7883.) TEMP 7= 538.710 ( 7904.) TEf1P 8= 538.780 ( 7911.) TEf1P 9= 538.560 ( 7889.) TEf1P 10 = 538.050 ( 7838.> ' TEMP 11 = 537.920 ( 7825.) TEMP 12 = 538.970 ( 7930.) TEf1P 13 = 537.520 ( T785.> TEMP 14 = 538.160 ( 7849.) TEMP 15 = 539.360 ( 7369.> TEf1P 16 = 533.810 ( 7414.) TEf1P 17 = 540.030 ( 8042.) TEMP 18 = 539.220 ( 7955.) - 1 's PRES 1 = 65.569 ( 65277.) VPRS 1 = 0.268 ( 6127.) VPPS 2= 0.258 ( 6017.) VPPS 3= 0.269 ( 6133.) VPPS 4.= 0.264 ( 6081.) l VPPS 5= 0.253 l ( 5969.> VPPS 6= 0.269 ( 6138.) l l l IUMr1APY OF COPPEC TED DAT A T I f1E = 500 DATE = 0115 TEf1PEPATUPE (DEGPEES P.) = 538.458 l COPPECTED PFESSUPE (P3IA) = 65.3058 VAPOP PFESSUFE (Pila) = 0.2635 r e
i 4 1 i 1 1 l l s j
SUMMARY
OF f1EAIUPED DATA AT 515 0115 ,
, TEf1P 1 = 538.800 ( 7913.> l TEMP 2= 538.d50 ( 7998.) i TEt1P 3= 538.990 ( 7932.)
TEt1P 4= 538.660 ( 7899.) TEMP 5= 538.710 t. 7904.) ; TEMP 6= 538.540 (. 7897.) l TEMP 7= 538.?30 ( 7?O6.) ! TEf1P 8= 338.680 (. 790'1.) TEt1P 9= 538.620 ( 7895.> TEMP 10 = 538.110 ( 7844.) TEf1P 11 = 537.980 ( 7831.) TEf1P 12 = 538.950 ( 7928.) l TEMP 13 = 537.560 ( 7789.) TEMP 14 = 538.150 ( 7948.) -l TEMP 15 = 539.370 ( 7970.) ! TEMP 16 = 533.890 i. 7422., ) TEf1P 17 = 540.070 ( 8040.) TEf1F 18 = 539.210 ( 7954.) PPES 1 = 65.573 (: 65281..) VPPS 1 = 0.269 ( 6139.) VPPS 2= 0.260 ( 6044.) VPPI 3= 0.268 ( C.13 0. > VPPS 4= 0.264 (: 6090.) VPPS 5= 0.253 ( 5970.> VPPI 6= 0.270 ( 6144.> - IUf1MA*Y OF COPPECTED DAT A tit 1E = 515 DATE = 0115 TEMPEPATUFE (DEGPEES P.) = 539.471 CDPPECTED PPE57UPE (P3IA) = 65.3039 VAPDP FPE5IUFE (PIIA) = 0.2644
- - -- n- -,.n- - ,
ee--+ ,-,, , - -.-m.,. v. -, e- --r.e.--,----,- - - - - . - av-e-nw-
1 I 9 f~ \ Nm , I SUMMAPY OF MEAIUPED DATA AT 530 0115 TEMP 1 = 538.760 ( 7909.) TEMP 2= 538.740 -( 7907.) TEMP 3= 539.010 (. 7934.) TEMP 4= 538.710 ( 7904.) TEMP 5= 538.720 ( 7905.) TEMP 6= 538.580 ( 7891.) TEMP 7= 538.760 ( 7909.) TEMP 8= 538.920 ( 7925.) TEMP 9= 538.660 (. 7899.) TEMP 10 = 538.090 <. 7842.) TEMP 11 = 538.020 ( 7835.) TEMP 12 = 538.950 ( 7928.> , TEMP 13 = 537.670 ( 7800.) t TEMP 14 = 538,160 ( 7849.) TEMP 15 = 539.420 ( 7975.) - TEMP 16 = 533.950 .( 7428.) i TEMP 17 = 540.150 ( 8048.) - TEMP 18 = 539.230 ( 7956.) , PRES 1 = 65.578 t. 65286.) VPPI 1 = 0.269 ( 6139.) VPRS 2= 0.260 ( 6046.) VPP7 3= 0.269 ( 6141.) , j VPPS 4 = 0.265 ( 6034.) VPPS 5= 0.254 ( 5976.) VPP5 6= 0.269 ( 6142.) 4 IUMMHPY OF COFPECTED DATA TIME = 530 DATE = 0115 TEMPERATUPE (DEGEEEI P.) = 538.517 COPPECTED PREI3UFE (PSIA) = 65.3136 ' VAPOP PPEISUFE (PSIA) = 0.2647 r
'T l
l I I
SUMMARY
OF MEA?UPED DATA AT 545 0115 TEMP 1 = 538.800 ( 7913.) TEMP 2= 538.810 ( 7914.) TEMP 3= 539.130 ( 7946.) TEMP 4= 538.780 ( 7911.) TEMP 5= 538.800 s.' 7913.) , TEMP 6= 538.620 ( 7895.) TEMP 7= 538.740 ( 7907.) TEMP 8= 538.770 ( 7910.) TEMP 9= 538.720 ( 7905.) TEMP 10 = 538.080 ( 7841.) TEMP 11 = 538.050 ( 78?8.) TEMP 12 = 538.940 ( 7927.) TEMP 13 = 537.620 ( 7795.) TEMP 14 = 538.210 ( 7854.) TEMP 15 = 539.460 ( 7979.) TEMP 16 = 533.960 ( 7429.') TEMP 17 = 540.180 ( 8051.) TEMP 18 = 539.250 ( 7958.) - FREI 1 = 65.583 ( 65291.) VPPS 1 =. 0.268 ( 6131.) VPPS 2= 0.261 t. 6052.) VPPS 3= 0.269 ( 6140.) VPP5 4= 0.266 ( 6104.) VPPS 5= 0.254 ( 5975.) VPPS 6= 0.269 ( 6142.) GUMMARY OF CDPPECTED DATA TIME = 545 DATE = 0115 TEMPERATUPE (DEGFEE5 P.) = 538.541 CDPFECTED PPESIUPE (PSIA) = 65.3184 1 1 VAPDP PFEI1UPE (PIIA) = 0.2d49 i s I
l (~s , ( CUMMARY OF MEA 5URED DATA AT 600 0115 TEMP 1 = 538.810 ( 7914.) TEMP 2= 538.84U ( 7917.)
' TEMP 3= 539.110 ( 7944.)
TEMP 4= 538.850 ( 7918.) l l TEMP 5= 538.870 ( 7920.) TEMP 6= 538.610 ( 7894. '> TEMP 7= 538.820 ( 7915.) TEMP 8= 538.?50 ( 7928.) i TEMP 9= 538.730 ( 7906.) TEMP 10 = 538.260 ( 7859.) TEMP 11 = 538.100 ( 7843.) TEMP 12 = 538.980 ( 7931.) TEMP 13 = 537.660 ( 7793.) TEMP 14 = 538.320 ( 7865.) TEMP 15 = 539.490 ( 7982.) TEMP 16 = 534.030 ( 7436.) TEMP 17 = 540.270 ( 8 06 0. :e TEMP 18 = 539.310 ( 7964.) PPES 1 = 65.587 ( 65295.) O (_) VPRI VPR5 1 z 2= 0.270 0.260 ( ( 6152.) 6042.) VPRI 3= 0.270 ( 6145.) VPPS 4= 0.266 ( 6110.) VPRI 5= 0.254 ( 5977.'s VPPS 6= 0.271 ( 6154 > SUMMAPY OF COPPECTED DATA 1 TIME = 600 DATE = 0115 l TEMPEPATU:E (DEGPEEI P. ) = 538.601 ' COPPECTED P E15UPE r. P S I A 's = 65.3218 VAPOP PPEIIUPE <P5IAi = 0.2655 I
(n)
%s i SUMt1APY OF t1EASURED DATA AT 615 0115 TEMP 1 = 533.740 ( 7907.)
TEMP 2= 539.860 (. 7919.) TEMP 3= 539.090 (. 7942.) TEMP 4 = 538.800 ( 7913.) TEMP 5= 538.820 ( 7915.) TEf1P 6= 538.620 ( 7895.) TEMP 7= 538.780 ( 7911.> TEMP 8= 538.920 ( 7925.) TEMP 9= 538.750 ( 7908.) TEMP 10 = 533.200 ( 7853.> TEMP 11 = 533.120 c. 784 5. .> TEMP 12 = 539.020 (. 7935.) TEMP 13 = 537.620 (. 7795. 'e TEMP 14 = 533.230 ( 7856.> TEMP 15 = 539.470 ( 7980.) TEMP 16 = 534.020 ( 7435.) TEMP 17 = 540.240 ( 8057.) TEMP 18 = 539.320 ( 7965.> ['- PRES 1 = 65.592 ( 65300.) x VPRS 1 = 0.270 ( 6144.> VPRT 2= 0.259 ( 6029.) VPPS 3= 0.270 ( 6146.) VPRS 4 = 0.266 ( 6108.) VPRS 5= 0.255 i 5984.> VPPS 6= 0.270 (. 6145.) I SUMMAPY OF CORPECTED DATA TIME = 615 DATE = 0115 TEMPERATUPE (DEGPEEI P.) = 538.578 COPPECTED PPES3UPE (P5I A:' = 65.3272 VADOR PRESIUPE (PSIA)
= 0.2651
~
N
1 l i , e In\ s / , U IUtif1ARY OF r1EASUPED DATA AT 630 0115 TEMP 1 = 538.810 ( 7914.> TEt1P 2= 538.890 ( ?922. TEf1P 3= 539.120 ( 7945.) TEf1P 4 = 538.820 ( 7915.) TEMP 5= 538.880 ( 7921.> TEMP 6= 538.630 ( 7896.) TEt1P 7= 538.770 ( 7910.) TEt1P S= 538.940 ( 7927.) TEMP 9= 538.790 ( ?912.? TEf1P 10 = 538.310 ( 7864.) TEt1P 11 = 538.170 ( 7350.) TEMP 12 = 539.060 ( 7939.) ' TEMP 13 = 537.540 ( 7787.) TEMP 14 = 533.270 ( 7860.) TEMP 15 = 539.580 ( 7991.) TEMP 16 = 534.060 t. 7439.) TEMP 17 = 540.230 ( 8056.)' TEMP 18 = 539.380 ( 7971.) Os k PRES 1 = 65.596 ( 65304.> VPRS 1 = 0.269 ( 6140.) VPPS 2= 0.260 ( 6044.) VPPS 3= ,0.270 ( 6145.) VPPS 4 = 0.266 ( 6108.) VPP5 5= 0.255 ( 5986.) VPPS 6= 'O.271 ( 6157.)
, SUMMAPY OF COPPECTED DATA TIME = 630 DATE = 0115 TEf1 PEP ATUF E (DEGFEE3 P.) = 538.614 COPPECTED PPEISUFE (PSIA) = 65.3309 VAPOP PPEISUPE (PSIA) = 0.2654 O
v
I
,m I I
(/ k l SUf1f1APY OF f1ERIUFED DATA AT 645 0115
- , TEf1P 1 = 538.840 -( 7?17. )
b TEMP 2= 538.920 ( 7925.)
- TEf1P 3= 539.210 ( 7?54.)
TEf1P 4 = 538.880 ( 7921.) TEMP 5= 538.880 ( 7921.) TEf1P 6=~ 533.630 ':. 7901.) TEf1P 7= 538.810 ( 7914.) TEMP S= 538.930 (. 7926.> TEMP 9= 538.810 ( 7914.) TEMP 10 = 538.350 ( 7868./
.. TEMP 11 = 533.190 ( 7352.)
- TEf1P 12 = 539.020 ( 7935.)
TEMP 13 = 537.670 ( 7800.> TEf1P 14 = 538.280 ( 7861.> TEMP 15 = 539.590 < 7992.) T Ef1P 16 = 534.090 ( 7442.? TEMP 17 = 540.280 ( S061.) TEf1P 18 = 539.330 ( 7971.) (3v) PRES 1 = 65.601 '. 65309.)
, VPP5 1 = 0.270 ( 6147.)
VFPS 2= 0.259 ( 6029.) VPP5 3= 0.270 ( 6145.> VPPI 4 = 0.266 ( 6110.> VPRI 5= 0.255 ( 5990.> VPPS 6= 0.271 ( 6161.) ,
SUMMARY
OF CDPRECTED DATA TIME = 645 DATE = 0115 TEMPEPATUPE (DEGFEE5 P.> = 538.645 l COPPECTED PFE55UPE (PSIA) = 65.3359 ' VAPOP PPE55UFE (PIIA> = 0.2654 v
I J l l l () V
SUMMARY
OF MEASUFED DATA AT 700 0115 , d TEMP 1 = 538.900 ( 7923.) TEf1P 2= 538.990 ( 7932.) TEMP 3= 539,290 ( 7?62.> TEMP 4= 538.960 ( 7929.) TEMP 5= 538.920 ( 7925.) TEMP 6= 538.730 ( 7906.) TEMP 7= 538.910 ( 7924.) TEMP 8= 539.010 ( 79?4.) , TEMP 9= 538.850 ( 7918.) TEMP 10 = 538.310 ( 7864.) TEt1P 11 = 538.210 ( 7854.) TEMP 12 = 539.190 ( 7952.> . TEMP 13 = 537.710 ( 7804.> l TEMP 14 = 538.320 ( 7865.> TEMP 15 = 539.620 (. 7995.) $ TEMP 16 = 534.120 ( 7445.) ' TEMP 17 = 540.350 ( 8068.> s TEMP 18 = 539.400 ( 7973.) PRES 1 = 65.605 ( 65313.) VPF:e 1 = 0.270 ( 6149.) VPPS 2= 0.269 ( 6141.) VPPS 3= 0.270 ( 6148.) VPPS 4 = 0.267 ( 6116.) VPPS 5= 0.255 ( 5938.) VPP3 6= 0.269 ( 6134.) SUMMAPY OF COPFECTED DATA TIME = 700 DATE = 0115 TEMPERATUFE (DEGFEEI P.'> = 538.700 COPPECTED PPE35UPE iPIIA) = 65.3382 VAPOP PRESIUPE (PIIA) = 0.2671
. . , . , - - . . - - - - - - , , . - , - ~ - - - - --
,-m :
( l i 1 1
SUMMARY
OF f1ERSURED DATA AT 715 0115 TEMP 1 = 538.920 ( 7925.) TEMP 2= 538.980 ( 7931.) TEt1P 3= 539.330 ( 7966.) i TEMP 4= 539.970 ( 7930.> l TEMP 5= 538.920 ( 7925.> 1 TEt1P 6= 538.760 ( 7909.> ' TEMP 7= 539.960 ( 7929.) TEt1P 8= 538.920 ( 7925.> TEMP 9= 538.840 ( 7917.) TEMP 10 = 538.320 ( 7865.) TEMP 11 = 539.240 (,785 7. ) TEMP 12 = 539.180 ( 7951.) "
' TEMP 13 = 537.860 ( 7819.) ~
TEf1P 14 = 538.400 ( 7873.) TEMP 15 = 539.660 ( 7999.> TEMP 16 = 534.150 ( 7446.) TEMP 17 = 540.380 ( 8071.)
/~% TEt1P 18 = 539.490 ( 7982.>
U
- PPES 1 = 65.609 ( 65317.)
VPPS 1 = 0.270 ( 6152.) VPRS 2= 0.268 ( 6129.)
'VPRS 3= 0.270 ( 6150.)
VPRS 4 = 0.266 ( 6108. > VPRI 5= 0.255 ( 5993.> VPRS 6= 0.270 ( 6153.) SUMMAPY OF COFFECTED DATA tit 1E = 715 - DATE = 0115 l TEMPERATUPE (DEGPEET P. ) = 538.726 CORPECTED PRE 35URE (P5IA) = 65.3422 VAPOP PPES3URE t#1IA) = 0.2671 i (' ' i
4 m ' '( \ Q) , I.Urif1APY OF 11EATUPED DATA AT 730 0115 s TEf1P 1 = 538.990 ( 7932.)
. TEf1P 2= 539.070 ( 7940.)
TEf1P 3= 539.320 ( 7965.> TEt1P 4= 539.030 ( 7936.> TEr1P 5= 539.040 ( 7937.> TEf1P 6= 533.820 ( 7915.) TEf1P 7= 539.000 ( 7933.) T$t1P 8= 539.090 ( 7912.) TEf1P 9= 538.950 ( 7928.> TEf1P 10 = 538.320 ( 7865.) TEf1P 11 = 538.240 ( 7857.) TEt1P 12 = 539.270 (. 7960.) TEt1P 13 = 537.880 ( 7821.) TEr1P 14 = 538.420 ( 7875.) TEf1P 15 = 539.750 ( 8008.> TEr1P 16 = 534.180 ( 7451.)
. TEf1P 17 = 540.440 ( 8077.)
TEl1P 18 = 539.530 (. 7986.> s
) PPES 1 = 65.613 ( 65321.)
VPPS 1 = 0.270 <. 6149.) VPPS 2= 0.263 ( 6076.) VPPS 3= 0.271 ( 6163.) VPPS 4= 0.268 (. 6125.) VFPS 5= 0.256 ( 5996.) VPPS 6= 0.272 ( 6167.)
;Urir1ARY OF CORPECTED DATA T I f1E = 730 DATE = 0115 TEt1 PEP ATUF E (DEGREE 3 P.> = 538.786 COPPECTED PPEISURE (Pila) = 65.3465 VAPOP PPE55URE (PTIA) = 0.2670 ,O '
\
I l %, 9 i
SUMMARY
OF MERIUPED DATA AT 745 0115
) TEMP 1 = 538.990 ( 7932.) 1 TEMP 2= 539.120 ( 7945.)
TEMP 3= 539.320 ( 7965.) ' TEMP 4= 539.110 ( 7944.) TEMP 5= 539.150 ( 7948.> TEMP 6= 538.840 ( 7917.) . TEMP 7= 539.070 ( 7940.) TEMP 8= 539.250 ( 7958.> TEMP 9= 538.940 ( 7927.> TEMP 10 = 538.430 ( 7876.) TEMP 11 = 538.290 ( 7862.) TEMP 12 = 539.430 ( 7976.> TEND 13 = 537.860 ( 7819.> TEMP 14 = 538.530 ( 7886.) TEMP 15 = 539.740 ( 8007.) TEMP 16 r: 534.250 ( 7458.) TEMP 17 = 540.510 ( 8084.); TEMP 18 = 539.620 ( 7995.'> ( ( PPES 1 = 65.618 ( 65326.)
- VPP2 1 = 0.271 ( 615?.)
VPP3 2= 0.270 ( 6152.) VPRS 3= 0.271 ( 6164.) VPP3 4= 0.269 ( 6133.) VPPS 5= 0.256 ( 6001.>
, VPP5 6= ,0.271 ( 6160.)
IUMMAPY OF COPPECTED DATA TIME = 745 DATE = 0115 TEMPEFATUPE t.DEGEEES P.> = 538,847 COPPECTED PPES3UPE (PSIA) = 65.3497 VAPOP PPE23UEE (PSIA) = 0.2686 9
[\ t SUMMAPY OF MEASUPED DATA AT 800 0115 TEMP 1 = 539.030 ( 7936.) TEMP 2= 539.180 ( 7951. '> TEMP 3= 539.420 ( 7975.) TEMP 4 = 539.140 ( 7947.) TEMP 5= 539.230 ( 7956.) TEMP 6= 533.860 ( 7919.) TEMP 7= 539.080 ( 7941.) TEMP 8= 539.120 ( 7945.) TEMP 9= 539.020 ( 7935.) TEMP 10 = 533.450 ( 7878.) TEhP 11 = 539.360 ( 7869.) . TEMP 12 = 539.410 ( 7974.) TEMP 13 = 53?.720 ( 7805.) TEMP 14 = 538.570 ( 7890.) TEMP 15 = 539.820 (. 8015.) TEMP 16 = 534.290 ( 7462.) TEMP 17 = 540.580 ( 8091.) TEMP 18 = 539.640 ( 7997.)
-T
/ l PRES 1 = 65.622 ( 65330.) i VPP5 1 = 0.272 ( 6166.)
VPR5 2= 0.267 ( 6116.) VPPS 3= 0.271 (. 6163.) VPPS 4 = 0.266 ( 6130.) VPRS 5= 0.256 (. 59?6.) VPP3 6= 0.272 ( 6166.) I l
-l l
l 5UMMAPY OF COFPECTED DATA l TIME = 800 l DATE = 0115 1 1 TEMPEPATURE (DEGPEEI R.> = 539.573 COPPECTED PRESIUFE + P S I A '>
.. = 65.3543 1
VAPOP PFE53UPE (PII A:* = 0.2680 l
.s_-) ,
I _ , _ , _ , , , _ u ~m - sn--
l i I .
.-m t t O
IUMMARY OF MEASUPED DATA AT 815 0115 TEMP 1 = 538.980 ( 7931.)
- TEMP 2= 539.260 ( 7939.)
TEMP 3= 539.420 ( 7975.) TEMP 4= 539.200 ( 7952.) TEMP 5= 539.200 ( 7953.) TEMP 6= 538.910 ( 7924.> TEMP 7= 539.150 ( 7948.) TEMP 8= 539.220 ( 7955.) i TEMP 9= 539.070 ( 7940.) TEMP 10 = 538.500 ( 7883.) TEMP 11 = 538.430 ( 7876.> TEMP 12 = 539.240 ( 7957.) TEMP 13 = 537.910 ( 7824.) TEMP 14 = 538.910 ( 7924.) TEMP 15 = 539.740 ( 8007.) TEMP 16 = 534.370 ( 7470.) TEMP 17.= 540.620 t. 8095.) TEMP 18 = 539.710 ( 8004.) s PRES - 1 = 65.626 ( 65334.) d VPPS 1 = 0.270 ( 6153.) VPPS 2= 0.251 ( 5?46.) VPRS 3= 0.272 (. 6165.) VPPS 4= 0.269 ( 6142.) VPPS 5= 0.257 ( 6007.) VPRI 6= 0.271 ( 6164.)
SUMMARY
OF CORRECTED DATA TIME = 815 DATE = 0115 TEMPEFATURE (DEGFEES P.) = 538.924 COPPECTED PPE!SURE (PSIA) = 65.3605 VAPOR PPE51UPE (PSIA > = 0.2654
1 V SUMMAFY OF MEASUPED DATA AT 830 0115 TEMP 1 = 538.990 ( 7932.) TEMP 2= 539.290 ( 7962.> TEMP 3= 539.560 ( 7939.>
. TEMP 4 = 539.240 ( 7 9 57. '>
TEMP 5= 539.170 ( 7950.> TEMP 6= 538.890 ( 7922.) TEMP 7= 539.100 ( 7943.) TEMP 8= 539.110 ( 7944.) TEMP 9= 539.080 ( 7941. '> TEMP 10 = 538.420 ( 7575.) TEMP 11 = 533.450 ( 7878.> TEMP 12 = 539.380 ( 7971.) TEMP 13 = 537.770 ( 7810.) TEMP 14 = 538.580 c. 7891.?> TEMP 15 = 539.850 ( 8018.) TEMP 16 = 534.450 ( 7478.) TEMP 17 = 540.560 ( 8039.> 4 TEMP 18 = 539.700 <. 8003.) PRES 1 = 65.630 ( 65333i) VPPS 1 = 0.271 ( 6163.) VPRS 2= 0.267 ( 6114.> VPPS 3= 0.272 ( 6173.) YPPS 4= 0.269 ( 6134.) , VPPS 5= 0.257 ( 6006.> VPRI 6= 0.271 ( 6164.) c
SUMMARY
OF CORPECTED DATA TIME = 830 DATE = 0115 TEMPEPATURE (DEGREE 3. P.) = 538.908 COFPECTED PPE55UPE (PIIA) = 65.3620 VADOP PPESTURE (PSIA's = 0.2683 9
= < - _ _ _ , - ---
. --. s . , , .. e .2 --- . er -~ e,..-.
r~s \s i 1 i
SUMMARY
OF MERSUPED DATA AT 645 01.15 l
' l TEMP 1 = 538.980 ( 7931.:' l TEMP 2= 539.340 ( 7967.) l TEMP 3= 539.470 ( 7980.)
TEMP 4= 539.220 ( 7955.) TEMP 5= 539.230 ( 7956.) l TEMP 6= 538.940 ( ?927.) l TEMP 7= 539.130 ( 7946.) TEMP 8= 539.250 ( 7958.) TEMP 9= 539.160 ( 7949.> TEMP 10 = 538.640 ( 7897.) TEMP 11 = 538.500 J ( 7883.> i TEMP 12 = 539.370 ( 7970.) TEMP 13 = 537.800 ( 7813.) TEMP 14 = 538.560 ( 7889.) TEMP 15 = 539.920 ( 8025.) TEMP 16 = 534.500 ( 7483.) TEMP 17 = 540.700 ( 8103.) s TEMP 18 = 539.730 ( 8006.) PRES 1 = 65.637 ( 65345.) VPPS 1 = 0.271 ( 6164.> VPPS 2= 0.273 ( 6181.) VPPS 3= 0.272 ( 6174.? VPRS 4 = 0.269 ( 6139.) VPRS 5= 0.257 ~( 6005.> VPPS 6= 0.274 ( 6188.) 5UMMAPY OF COFFECTED DATA TIME = 845 DATE = 0115 1 TEMPEPATUPE (DEGREE 5 P.) = 538.953 i COPPECTED PPESSURE (PSIA) = 65.3674 VAPOR PPES3UPE (PSIA > = 0.2698 1
l 1 4 4 f SUf1t1ARY OF f1EASUPED DATA AT 900 0115 TEf1P 1 = 539.110 ( 7944.) TEf1P 2= 539.370 ( 7970.)
. TEf1P 3= 539.620 ( 7995.>
TEf1P 4= 539.250 ( 7958.) TEf1P 5= 539.280 ( 7961.> TEf1P 6= 538.970 ( ?930.) TEf1P 7= 539.150 ( ?948.) TEf1P 8= 539.260 ( 7959.) TEf1P 9= 539.140 ( 7947.)
' TEf1P 10 = 538.59G < 7892.)
TEf1P 11 = 538.650 C 7898. ) TEMP 12 = 539.520 ( 7985.> TEMP 13 = 537.910 ( ?824.) TEf1P 14 = 538.630 ( 7896.) TEf1P 15 = 539.890 ( 8022.>
/~N TEMP 16 = 534.550 ( 7489.)
TEf1P 17 = 540.720 ( 8105.> TEf1P 18 = 539.820 ( 8015.) PPES 1 = 65.640 ( 65348.) VPP5 1 = 0.272 ( 6172.> VPPS 2= 0.275 ( 6201.) ' VPPS 3= 0.273 ( 6180.) VPPS 4= 0.269 (-6136.) VPPS 5= 0.257 ( 6009.) VPPS 6= 0.273 ( 6182.) l SUt1 MARY OF COPPECTED DATA TIME = 900 DATE = 0115 TEf1PERATUPE (DEGPEES P.) = 539.008 CDRRECTED PPESOUPE (PSIA) = 65.3700 1 O VAPOP PRES 5UFE (PSIA) = 0.2703
. --,--m , 4 _ - - - .-- .--,
l
%r i
SUf1 MARY OF t1EASUPED DATA AT 915 0115 TEt1P 1 = 539.260 ( 7959.) TEMP 2= 539.380 ( 7971.) TEMP 3= 539.740 ( 8007.) TEMP 4= 539.300 (.7963.) TEMP 5= 539.320 ( 7965.) I TEMP 6= 539.100 ( 7943.) TEMP 7= 539.250 ( 7958.) TEMP 8= 539.290 ( 7962.) , TEf1P 9= 539.190 ( 7952.) 1 TEMP 10 = 538.490 ( 7882.) TEMP 11 = 538.670 0 7900.) TEMP 12 = 539.450 ( 7978 ) TEf1P 13 = 538.070 ( 7840.) TEMP 14 = 538.890 ( 7922.) TEMP 15 = 539.950 ( 8028.) TEf1P 16 = 534.510 ( 7484.) TEMP 17 = 540.720 ( 8105.) - TEMP 18 = 539.850 ( 8018.)
\
PFES 1 = 65.646 ( 65354.) VPRS 1 = 0.272 ( 6171.) VPPS 2= 0.274 ( 6192.) VPRS 3= 0.273 ( 6176.) VPRS 4= 0.270 ( 6146.) VPRS 5= 0.257 ( 6014.) VPRS 6= 0.273 ( 6179.) SUMMAPY OF CDFRECTED DATA 1 T I f1E = 915 ' DATE = 0115 TEMPERATUPE (DEGREE 5 R.) = 539.068 l CORRECTED PRESSURE iPSIA) = 65.3759 VAPOR PRESSURE (PSIA) =
~
0.2703 e f v
\
U IUMMARY OF MEASURED DATA AT 930 0115 , TEMP 1 = 539.410 ( 7974.) TEMP 2= 539.370 ( 7970.) TEf1P 3= 539.630 ( 7996.) TEf1P 4= 539.310 ( 7964.) TEf1P 5= 539.350 ( 7968.) , TEf1P 6= 539.140 ( 7947.) ' TEf1P 7= 539.320 ( 7965.) TEMP 8= 539.390 ( 7972.) TEMP 9= 539.300 ( 7963.) TEMP 10 = 538.750 ( 7908.) TEMP 11 = 538.d60 ( 7899.) TEMP 12 = 539.620 ( 7995.) TEf1P 13 = 538.150 ( 7846.) TEf1P 1.4 = 5?8.830 ( 7916.) TEMP 15 = 540.080 ( 8041.) TEf1P 16 = 534.520 ( 7485.) TEMP 17 = 540.750 ( 8108. > TEf1P 18 = 539.920 ( 8025.) i PRES 1 = 65.649 ( 65357.) l l VPRS 1 = 0.273 ( 6182.) . 1 VPRS 2= 0.296 ( 6411.) VPRS 3= 0.273 ( 6179.) VPPS 4 = 0.269 ( 6133.) VPRS 5= 0.258 ( 6020.) VPP5 6= 0.272 ( 6167.) l l SUf1 MAP / OF COFFECTED DATA T I f1E = 930 i DATE = 0115 TEf1PER ATUF E (DEGEEES P.> = 539.128 COPPECTED PPE55UPE (P5IR) = 65.3751 VAPDP PPE15UPE (PSIA) = 0.2741 O 4 . . - v - , -- ,- u- ,, . , . --, .--, . - ~ . - ~ -,,- ~
1 1
.i i
f t v
SUMMARY
OF MERSURED DATA AT 945 0115 TEMP 1 = 539.500 ( 7983.)
' TEMP 2= 539.410 ( ?974.)
TEMP 3= 539.740 ( 8007.) TEMP 4 = 539.350 (. 7968.) TEMP 5= 539.380 ( 7971.) TEMP 6= 539.300 ( 7963.) TEMP 7= 539.440 ( 7977.) TEMP 8= 539.450 ( 7978.) TEMP 9= 539.260 ( 7959.) TEMP 10 = 538.750 ( 7908.) TEMP 11 = 538.700 ( 7903.) TEMP 12 = 539.580 ( 7991.) TEMP 13 = 538.280 ( 7861.) TEMP 14 = 538.950 ( 7928.) TEMP 15 = 540.030 ( 8036.) TEMP 16 = 334.520 ( 7485.) TEMP 17 = 540.780 ( 8111.) TEMP 18 = 539.960 ( 8029.) / PRES 1 = 65.653 ( 65361.) VPRS 1 = 0.273 ( 6182.) VPRS 2= 0.273 ( 6184.) VPRS 3= 0.274 ( 6186./ VPRS 4= 0.270 ( 6147.) VPRS 5= 0.253 ( 6024.) VPRS 6= 0.275 ( 6196.) 1
SUMMARY
OF CDPRECTED DATA j TIME = 945 DATE = 0115 TEMPERATUPE (~ DEGREES R.) = 539.178 CORPECTED PRESSURE (PSIA)
= 65.3824 VAPDP PPE55UPE (PSIA) = 0.2708
*- 7 ? w r ut- g * $ me -r- *"wi=- m--* "r e -
--*ee 1 --T"T*
l ('N 5UMMARY OF MEASURED. DATA AT 1000 0115 TEMP 1 = 539.560 ( 7989.) TEMP 2= 539.440 ( 7977.) TEf1P 3= 539.810 c. 8014.) TEMP 4 = 539.460 ( 7979.) - TEf1P 5= 539.500 ( 7983.) TEMP 6= 539.320 ( 7965.) TEf1P 7= 539.430 ( 7976.) TEf1P 8= 539.510 ( 7984.) TEMP 9= 539.350 -( 7968.) TEf1P 10 = 538.730 ( 7906.) TEMP 11 = 538.730 ( 7906.) TEMP 12 = 539.590 ( 7992.) TEf1P 13 = 538.330 ( 7866.> TEf1P 14 = 533.380 ( 7931.) TEl1P 15 = 540.090 ( 8042.) TEf1P 16 = 534.510 ( 7484.) TEMP 17 = 540.780 ( Bill.) TEf1P 18 = 540.020 ( 8035.) O
> PRES 1 = 65.659 ( 65367.)
VPRS 1 = 0.273 ( 6184.) VPPS 2= 0.274 ( 6186.) VPRS 3= 0.274 ( 6189.) VPPS 4 = 0.270 ( 6145.) VPR5 5= 0.258 ( 6023.) VPPS 6= 0.275 ( 6200.) SUf1r1APY OF COPPECTED DATA TIf1E = 1000 DATE = 0115 TEf1PERATUPE (DEGFEES P.> = 539,222 COPPECTED PPES3UPE (PSIA) = 65.388? , VAPOP PPESSUPE (PSIA) = 0.2'709 O V l .-, - - - - - - . - - , , , - - e,-,. , ..,cre,, r--~-- - -
/ %
/ 1 \J
SUMMARY
OF MEASURED DATA AT 1015 0115 TEMP 1= 539.660 ( 7939.) TEMP 2= 539.430 ( 7976.)
< TEMP 3= 539.800 ( 8013.) ,
TEMP 4= 539.470 (. 7980.) . TEMP 5= 533.550 (. 7988.) TEMP 6= 539.330 ( 7966.) TEMP 7= 539.500 ( 7983.) i TEMP S= 539.580 ( 7991.) TEMP 9= 539.370 ( 7970.) TEMP 10 = 538.780 ( 7911.) TEMP 11 = 538.740 ( 7907..) TEMP 12 = 539.620 ( 7995.) TEMP 13 = 538.330 ( 7872.) TEMP 14 = 539.180 ( 7951.) TEMP 15 = 540.130 ( 8046.) TEMP 16 = 534.470 ( 7480.) TEMP 17 = 540.800 ( 8113.) TEMP 18 = 540.020 ( 8035.) : PRES 1 = 65.561 ( 65369.) N i VPRS 1 = 0.275 ( 6197.) VPPS 2= 0.278 ( 6233.) VPPS 3= 0.274 ( 6191.) VPRS 4 = 0.270 ( 6152.) VPR5 5= 0.258 ( 6022.) VPRS 6= 0.274 ( 6193.) - TUMMARY OF CORRECTED DATA TIME = 1015 DATE = 0115 TEMFEPATUFE (DEGREE 5 P.) = 539.263 COPPECTED FRE55UPE (PSIA > = 65.3891 VAPOR PFE55UEE (PSIA) = 0.2721 r
t b W SUMMAPY OF T1EASUPED DATA AT 1030 0115 TEt1P 1 = 539.710 ( 8004.) TEt1P 2= 539.470 ( 7980.) TEMP 3= 539.850 ( 9018.) TEMP 4= 539.480 ( 7981.) TEt1P 5= 539.580 (. 7991.) TEt1P 6= 539.400 ( 7973.) TEMP 7= 539.550 ( 7988.) TEMP S= 539.790 ( 8012.> TEMP 9= 539.460 ( 7979.) TEMP 10 = 538.790 ( 7912.) l TEMP 11 = 538.760 ( 7909.) ! TEMP 12 = 539.800 ( 8013.) TEMP.13 = 538.500 ( 7883.) TEMP 14 = 539.300 ( 7963.) TEMP 15 = 540.160 ( 8049.) g TEMP 16 = 534.470 ( 7480.) u' TEMP 17 = 540.840 ( 8117.) TEt1P 18 = 540.080 ( 8041.) PRES 1 = 65.666 ( 65374.) VPPS 1 = 0.275 ( d196.) VPPS 2= 0.279 ( 6288.> VPRS 3= 0.274 ( 6185.) VPPS 4= 0.271 ( 6160.) VPPS 5= 0.259 ( 6030.> VPPS 6= 0.275 ( 6202.>
SUMMARY
OF COPPECTED DATA TIME = 1030 DATE = 0115 TEf1PEPATUPE (DEC, FEES P.)
= 539.330 COPPECTED PRES 3URE (PSIA) = 65.3938 VAPOP PPE55UFE (PSIA) = 0.2724
v 3UMMARY OF T1EASUPED DATA AT 1045 0115 s TEt1P 1 = 539.700 ( 8003.) TEMP 2= 539.520 ( 7985.: TEf1P 3= 539.880 ( 8021.) TEMP 4= 539.540 ( 7987.) TEf1P 5= 539.630 ( 7996.:' TEMP 6= 539.400 ( 7973.) TEMP 7= 539.570 ( 7990.) TE!1P 8= 539.840 ( 8017.) TEMP 9= 539.480 ( 7951.> TEf1P 10 = 538.890 ( 7922.) TEMP 11 = 538.760 ( 7909.? TEMP 12 = 539.870 ( 8020.) TEf1P 13 = 538.520 ( 7885.) TEMP 14 = 539.210 ( 7954.) TEt1P 15 = 540.160 ( 8049.> TEf1P 16 = 534.440 ( 7477.) TEf1P 17 = 540.900 ( 8123.) o TEf1P 18 = 540.120 ( 8045.> ( PPES 1 = 65.669 ( 65377.) VPRS 1 = 0.274 ( 6195.) VPPS 2= 0.274 ( 6195.) VPPS 3= 0.274 ( 6194.> VFRS 4= 0.270 ( 6151.) VPRS 5= 0.259 ( 6027.) VPPS 6= 0.275 ( 6200..'
SUMMARY
OF CDPFECTED DATA TIME = 1045 DATE = 0115 TEMPEPATUPF. (DEGREET P.) = 539.354 COPPECTED PRESSUFE (P S I A:s = 65.3977 VAPOP PPES5UPE (PSIA) = 0.2715 (a
i
/-- %-) .
l
SUMMARY
OF MEASUFED DATA AT 1100 0115 TEMP 1 = 539.800 ( 8013.) TEMP 2= 539.550 ( 7988.) TEMP 3= 539.880 ( 8021.) TEMP 4= 539.530 ( 7986.) TEMP 5= 539.680 ( 8001.) TEMP 6= 539.470 ( 7980.) TEMP 7= 539.610 ( 7994.) TEMP 8= 539.690 ( 8002.) TEMP. 9= 539.550 ( 7988.) TEMP 10 = 538.950 ( 7928.) TEMP 11 = 538.780 ( 7911.) TEMP 12 = 539.820 ( 8015.) TEMP 13 = 538.480 ( 7881.) TEMP 14 = 539.350 ( 7968.) TEMP 15 = 540.190 ( 8 052. '> TEMP 16 = 534.450 ( 7478.)
/) TEMP 17 = 540.920 ( 8125.)
\ms/ TEMP 18 = 540.180 ( 8051.> PRES 1 = 65.673 ( 65381.) VPRS 1 = 0.274 ( 6193.) VPPS 2= 0.274 '( 6193.) VPPS 3= 0.274 ( 6193.) VPRS 4= 0.271 ( 6157.) VPPS 5= 0.258 ( 6025.) VPPS 6= 0.275 ( 6198.)
SUMMARY
OF CORRECTED DATA TIME = 1100 DATE = 0115 TEMPEPATURE (DEGPEES R.) = 539.379 1 1 l CORPECTED PRESSURE (PSIA) = 65.401< l i VAPOR PRE 55UFE (PSIR) I [v^) = 0.2715 l 4 I
? \
s
SUMMARY
OF MERSUPED DATA AT 1115 0115 TEMP 1 = 539.860 ( 8019.) TEMP 2= 539.600 ( 7993.) TEMP 3= 539;980 ( 8031.) TEMP 4c 539.620 -( 7995.) TEMP 5= 539.710 ( 8004.) TEMP 6= 539.530 ( 7986.)
- TEMP 7= 539.630 ( 7996.) .
TEMP 8= 539.940 ( 8027.) TEMP 9= 539.540 ( 7987.) TEMP 10 = 538.970 ( 7930.) TEMP 11 = 538.970 ( 7930.) TEMP 12 = 539.910 ( 8024.) TEMP 13 = 538.490 ( 7882.) TEMP 14 = 539.430 ( 7976.) TEMP 15 = 540.300 ( 8063.) TEMP 16 = 534.440 ( 7477.) TEMP 17 = 540.980 ( 8131.) [~') TEMP 18 = 540.200 ( 8053.) PR.ES 1 = 65.677 ( 65385.) VPRS 1 = 0.275 ( 6205.) VPRS 2= 0.275 ( 6203.) VPPS 3= 0.275 ( 6201.) VPRS 4= 0.271 ( 6157.) ' VPPS 5= 0.259 ( 6035.) VPRS 6= 0.276 ( 6209.)
SUMMARY
OF COPRECTED DATA TIME = 1115 DATE = 0115 TEMPEPRTUFE (fiEGREES P. ) = 539.450 CORRECTED PP5SSUPE (PSIA) = 65.4049 by VAPOP PPESIUFE (PSIA) = 0.2723
r~. \ l' I N-. . ;
SUMMARY
OF MEASUPED DATA AT 1130 0115 ' TEMP 1 = 539.890 ( 8022.) TEMP 2= 539.610 ( 7994.) TEMP 3= 540.010 ( 8034.) TEMP 4= 539.620 ( 7995.) TEMP 5= 539.700 ( 8003.) TEMP 6= 539,580 ( 7991.) TEMP 7= 539.680 ( 8001.) TEMP 8= 539.940 ( 8027.) j TEMP 9= 539.600 ( 7993.) ; TEMP 10 = 539.020 ( 7935.) TEMP 11 = 538.890 ( 7922.) TEMP 12 = 539.930 ( 8026.) TEMP 13 = 538.650 ( 7898.) i TEMP 14 = 539.330 ( 7966.) TEMP 15 = 540.310 ( 8064.) TEMP 16 = 534.400 ( 7473.) ' TEMP 17'= 540.940 ( 8127.) s TEMP 18 = 540.220 ( 8055.)
\'
FRES 1 = 65.682 ( 65390.) VPRS 1 = 0.273 ( 6179.) VPRS 2= 0.274 ( 6190.) VPRS 3= 0.275 ( 6E01.) VPRS 4= 0.271 ( 6161.) VPRS 5= 0.259 ( 6033.) VPPS 6= 0.276 ( 6212.) I l l SUMMAS.Y OF COPPECTED DATA TIME = 1130 DATE = 0115 TEMPEPATURE (DEGREES P.) = 539.463 COPPECTED PRESSUPE (PSIA) = 65.4105 VAPOR PPES3URE (PSIA) = 0.2717
(~ (
SUMMARY
OF MEASUPED DATA AT 1145 0115
- TEMP 1 = 539.920 ( 8025.)'
TEMP 2= 539.660 ( 7999.) TEf1P 3= 540.020 ( S035.) TEMP 4= 539.660 ( 7999.) 1 TEMP 5= 539.780 ( 8011.) l TEMP 6= 539.600 '( 7993.) TEf1P 7= 539.720 ( 8005.) TEMP 8= 539.890 ( 8022.) TEMP' 9= 539.630 ( 7996.) TEMP 10 = 539.180 ( 7951.) TEMP 11 = 539.060 ( 7939.) TEMP 12 = 540.080 ( 8041.)
. TEf1P 13 = 538.680 ( 7901.)
TEMP 14 = 539.470 ( 798 0. '> TEf1P 15 = 540.320 ( 8065.) TEMP 16 = 534.490 ( 7482.) TEMP 17 = 541.050 ( 8138.) TEf1P 18 = 540.270 ( 8060.) () PRES 1= 65.686 ( 65394.) VPRS 1 = 0.275 ( 6198.) VPRI 2. = 0.274 ( 6195.) VPRS 3= 0.274 ( 6192.) VPRS 4 = 0.270 ( 6150.) VPRS 5= 0.260 ( 6045.) VPRS 6= 0.275 ( 6201.) SUf1MAPY OF CORRECTED DATA TIME = 1145 DATE = 0115 TEf1PERATUPE (DEGREES P.> = 539.526 CORPECTED PPESSUPE (PSIA) = 65.4144 VAPOP PPESSUPE (PSIA) = 0.2718 C (
h s U i
SUMMARY
OF MEASURED DATA AT 1200 0115
, TEMP 1 = 540.010 ( 8034.)
- TEMP 2= 539.670 ( 8000.)
TEMP 3= 540.040 ( 8037.) TEMP 4 = 539.710 ( 8004.) TEMP 5= 539.790 ( 8012.) TEMP 6= 539.680 ( 8001.) ' TEMP 7= 539.760 ( 8009.) TEMP 8= 540.010 ( 8034.) TEMP 9= 539.690 ( 8002.) TEMP 10 = 539.150 ( 7948.) TEMP 11 = 538.980 ( 7931.) TEMP 12 = 539.900 ( 8023.) TEMP 13 = 538.730 ( 7906.) TEMP 14 = 539.420 ( 7975.) TEMP 15 = 540.360 ( 8069.)
; TEMP 16 = 534.530 ( 7486.)
TEMP 17 = 541.080 ( 8141.) TEMP 18 = 540.300 ( 8063.) () PRES VPRS 1 =
=
65.688 ( 65396.) 0.275 ( 6204.) i 1 VPRS 2= 0.276 ( 6206.) VPRS 3= 0.276 ( 6208.) VPRS 4= 0.272 ( 6167.) VPRS 5= 0.260 ( 6041.) VPRS 6= 0.276 ( 6210.) 4 l
SUMMARY
OF CORRECTED DATA
- TIME = 1200 l DATE = 0115 TEMPERATURE (DEGPEES P.) = 539.544 CORRECTED PPES5UFE (PSIA) = 65.4154 i
VAPOR PRESOUPE (PII A') = 0.2727 i (w I
\
t g-s (_ OUMMAPY OF MEASURED DATA RT 1215 0115 TEMP 1 = 540.100 ( 8043.) TEMP 2= 539.700 ( 8003.) TEMP 3= 540.100 ( 8043.) TEMP 4= 539.730 ( 8006.) TEMP 5= 539.840 ( 8017.) TEMP 6= 539.660 (. 7999.) TEMP 7= 539.860 ( 8019.) TEMP 'S= 540.070 ( 8040.) TEMP 9= 539.720 ( 8005.) TEMP 10 = 539.090 ( 7942.) TEMP 11 = 538.960 ( 7929.) TEMP 12 = 540.070 ( 8040.) TEMP 13 = 539.700 ( 7903.) TEMP 14 = 539.450 ( 7978.) ' TEMP 15 = 540.420 ( 8075.) TEMP 16 = 534.500 ( 7483.) TEMP 17 = 541.100 ( 8143.) TEMP 18 = 540.370 ( 8070.) ( \ PPES 1 = 65.693 ( 65401.) 1 VPRS 1 = 0.277 ( 6221.) . VPRS 2= 0.277 ( 6216.) VPPS 3= 0.276 ( 6211.) l VPPS 4 = 0.272 ( 6170.) ' VPPS 5= 0.260 ( 6043.) , VPPS 6= 0.276 ( 6215.) IUMMARY OF CDPPECTED DATA TIME = 1215 DATE = 0115 TEMPEPATUPE (DEGPEE5 P.> = 539.580 CDRPECTED FPESTURE (PSIA) = 65.4198 VAPOP PPESSURE (PSIA) = 0.2734 O (
(v) 30nnAPT DF MEA?OPED DATA AT 1230 0115 TEMP 1 = 540.090 t. 8042.) TEMP 2= 539.720 t. 8005.3 TEMP 3= $40.250 t 8058.) TEMP 4= 539.780 t 8011.) TEMP 5= 539.850 t. 8018.) TEMP 6= 539.710 t 8004.) TEMP 7= 539.900 t. 8023.) TEMP 8= 540.120 t. 8045.) TEMP 9= 539.760 t. 8009.) TEMP 10 = 539.120 t T945.) , TEMP 11 = 539.090 t. 7942.) TEMP 12 = 540.110 t 8044.) TEMP 13 = 538.740 t 7907.) TEMP 14 = 539.570 t T990. ) TEMP 15 = 540.420 t 8075.> TEMP 16 = 534.460 t 7479.) TEMP 17 = 541.150 t. 8148.) TEMP 18 = 540.390 t. 8072.) sm ( ( PRES 1 = 65.697 ( 6540".) VPPI 1 = 0.277 t. 6224.) VPPS 2= 0.277 t. 6216.3
,, VPPS 3= 0.276 t. 6208.)
VPP5 4= 0.271 t. 6163.> VPP! 5= 0.261 l 6048.) VPP5 6= 0.276 l 6212.) SDMMAPT DF COPPECTED DATA TIME = 1230 I DATE = 0115 j i TEMPEPRTOPE (DEGREE! P.) = 539.626 l l CDFFECTED FPE0:0FE (P!IA) = 65.4239 l VAPDP PPE!!OFE (PIIA) = 0.2733
)
O k-I
, - - - - , -e
l
, ~ , . l 1 I
.)
#UMMAPY OF MEASURED DATA AT 1245 0115 TEMP 1 = 540.070 ( 8040.)
TEMP 2= 539.800 ( 8013.) TEMP 3= 540.160 ( 8049.) TEMP 4= 539.840 ( 8017.) . TEMP 5= 539.910 ( 8024.) l TE: 6= 539.760 ( 8009.) l 7= I TEMP 539.890 ( 8022.) TEMP 8= 540.020 ( 8035.) TEMP 9= 539.780 ( 8011.) TEMP 10 = 539.270 ( 7960.) TEMP 11 = 539.120 ( 7945.) TEMP 12 = 540.040 ( 8037.) TEMP 13 = 538.840 ( 7917.) l TEMP 14 = 539.630 ( 7996.) i TEMP 15 = 540.480 ( 8081.) TEMP 16 = 534.480 ( 7481.) ; TEMP 17 = 541.200 ( 8153.) TEMP 18 = 540.430 ( 8076.) PRES 1 = 65.702 ( 65410.) e I ( VPRS 1 = 0.277 ( 6216.) VPRS 2= 0.276 ( 6213.) VPPS 3= 0.276 ( 6210.'> VPRS 4= 0.272 ( 6171.) VPPS 5= 0.260 ( 6043.) VPRS 6= 0.275 ( 6203.) 1
- 1
SUMMARY
OF COPPECTED DATA TIME = 1245 DATE = 0115 TEMPERATUCE t. DEGREE 5 R.) = 539.653 CDRFECTED PRESSUPE (PSIA) = 65.4290 VAPOR PRESSUPE (PSIA) = 0.2731
/~N
( x
l 1 i (~% l i ;
\_ '
SUMMARY
OF MEASURED DATA AT 1300 0115 ! I TEMP 1 = 540.130 ( 8046.) TEMP 2= 539.850 ( 8018.)
'~
TEMP 3= 540.290 ( 8062.) l TEMP 4= 539.870 ( 8020.) TEMP 5= 539.940 ( 8027.) , TEMP 6= 539.800 ( 8013.) I TEMP 7= 539.950 ( 8028.) l TEMP S= 540.080 ( 8041.) ; TEMP 9= 539.830 ( 8016.) I TEMP 10 = 539.220 ( 7955.) ! TEMP 11 = 539.020 ( 7935.) i TEMP 12 = 540.090 ( 8042.) TEMP 13 = 538.760 ( 7909.) 1 TEMP 14 = 539.730 ( 8006.) i TEMP 15 = 540.460 ( 8079.) l TEMP 16 = 534.590 ( 7492.) i TEMP 17 =- 541.260 ( 8159.) TEMP 18 = 540.470 ( 8080.) l PRES 1 = 65.706 ( 65414.) I ("' (_, VPRS VPRS 1 = 2= 0.276 0.276 ( 6211.) ( 6212.)
)
i VPRS 3= 0.276 (-6213.) ; VPRS 4= 0.272 ( 6166.) l VPRS 5= 0.261 ( 6051.) l VPRS 6= 0.276 ( 6209.) 1 I
SUMMARY
OF CORRECTED DATA TIME = 1300 l DATE = 0115 TEMPEPRTUPE (DEGPEES R.) = 539.686 CORRECTED FRESSURE (PSIA) = 65.4330 VAPOR PPESSUPE (PSIA) = 0.2731 (~ V) g - ,
,-n -, 7---
4 1 1 O j (). ' TUMMARY OF 11ERSUPED DATA RT 1315 01 5 TEMP 1 = 540.100 ( 8043.) TEMP 2= 539.870 ( 8020.) ', TEMP 3= 540.250 ( 8058.) TEMP 4= 539.890 ( 8022.) TEMP 5= 540.050 ( 8 038. .e TEMP 6= 539.880 ( 8021.) TEMP 7= 540.000 ( 8033.> l TEMP 8= 540.090 ( 8042.) TEMP 9= 539.830 ( 8016.) TEMP 10 = 539.340 ( 7967.) TEMP 11 = 539.110 ( 7944. 1 TEMP 12 = 540.180 ( 3051.) ' TEMP 13 = 538.850 ( 7918.) TEMP 14 = 539.670 ( 8000.) TEMP 15 = 540.520 t. 8085.) TEMP 16 = 534.570 ( 7490.) l TEMP 17 = 541.280 ( 8161.) I 1 TEMP 18 = 540.480 ( 8081.) 4 PRES 1 = 65.710 ( 65418.) /m VPRS 1 = 0.277 ( 6220.) l
\ VPPS 2= 0.277 ( 6217.>
VPPS 3= 0.276 ( 6215.< VPPS 4= 0.273 ( 6176.) VPRS 5= 0.261 ( 6053.) i VPPS 6= 0.277 ( 6222.) l l EUMMAFY OF CDPFECTED DATA TIME = 1315 DATE = 0115 TEMFERATURE (DEGF EE5 R.) = 539.721 COPPECTED FRES5UPE (PSIA) = 65.4363 VAPDP PPE55UPE (PSIA) = 0.2738 f~% ( *
'6 J /'N l
( i 1 \) 1
SUMMARY
OF MEASORED DATA AT 1330 0115 TEMP 1 = 540.180 (-8051.) TEMP 2= 539.920 ( 8025.) TEMP 3= 540.310 ( $064.) TEMP 4= 539.920 t. 8025.) TEf1P 5= 540.020 ( 8035.) 1 TEMP 6= 539.860 ( 8019.) l TEMP 7= 539.960 t' 8029.) i TEMP 8= 540.070 ( 8040.) - TEMP 9= 539.880 ( 8021.) l TEMP 10 = 539.380 t. 7971.) : TEMP 11 =- 539.170 t. 7950.) I TEMP 12 = 540.160 ( 8049.). ' TEMP 13 = 537.880 t 7921.) TEMP 14 = 53S 680 t 8001.) TEMP 15 = 540.'10 ( 8094.) ! TEMP 16 = 534.600 t 7493.) TEMP 17 = 541.310 ( 8164.) TEMP 18 = 540.510 ( 8084.) fsg PRES 1 = 65.714 ( 65422.)
\ ',)
VPRS 1 = 0.278 ( 6226.) VPPS 2= 0.277 ( 6224.) VPPS 3= 0.277 ( 6221.) VPPS 4 = 0.273 ( 6184.e VPPS 5= 0.261 ( 6057.) VPPS 6= 0.276 ( 6210.)
SUMMARY
OF COPPECTED DATA TIME = 1330 DATE = 0115 TEMPERATUPE (DEGREES P.) = 539.747 COPPECTED PRESSURE (PSIA) = 65.4399 VAPOP PRESSOPE (PSIA) = 0.2742 V
i
/\ e 6
\s) t
SUMMARY
OF f1EA50 FED DATA AT 1345 0115-s TEf1P 1 = 540.180 ( 8051.) TEMP 2= 539.9T0 ( 8030.) TEf1P 3= 540.380 ( 8071.) TEf1P 4= 539.950 ( 8028.1 TEMP 5= 540.080 t 8041.) TEf1P 6= 539.890~ ( 8022.) TEf1P 7= 539.970 ( 8030.) TEMP 8= 540.200 ( 8053.) TEMP 9= 539.920 ( 8025.) TEMP 10 = 539.370 ( 7970.) TEMP 11 = 539.330 ( 7966.) TEMP 12 = 540.220 ( 8055.) TEt1P 13 = 538.860 ( 7919.) TEf1P 14 = 539.680 ( 8001.) TEMP 15 = 540.590 t 8092.) TEMP 16 = 534.740 t. 7507.) TEf1P 17 = 541.350 ( 8168.) TEf1P 18 = 540.520 t 8085.)
/%
( PRES 1 = 65.718 ( 65426.) VPRS 1 = 0.278 ( 6226.) VPRS 2= 0.277 ( 6222.) VPPS 3= 0.277 ( 6218.) VPRT 4 =. O.273 ( 6183.) VPPS 5= 0.261 ( 6055.) VPRS 6= 0.278 ( 6233.) l
SUMMARY
OF CORRECTED DATA TIME = 1345 l DATE = 0115 TEf1PEPATURE (DEGFEES R. ) = 53Q.788 CDFRECTED PPE55UPE (PSIA) = 65.4438 VAPOR PRE 55UPE (PSIA) = 0.2744 i G
i
/
(f, li h
SUMMARY
OF MEA 3URED DATA AT 1400 0115 ! l TEMP 1 = 540.230 ( 8056.) l TEMP 2= 540.000 ( 8033.) TEMP 3= 540.400 t. 8073.) TEf1P 4= 540.050 ( 8038.) TEMP 5= 540.110 ( 8044.) ! TEMP 6= 539.930 ( 8026.) TEMP 7= 540.030 ( 8036.> ; TEMP 8= 540.280 ( 8061.) ! TEf1P 9= 539.990 t. 8032.) . TEMP 10 = 539.390 ( 7972.) ! TEMP 11 = 539.260 ( 7959.) ! i TEf1P 12 = 540.200 t. 8053.) ; TEMP 13 = 538.940 ( 7927.) TEf1P 14 = 539.840 ( 8017.) 1 TEMP 15 = 540.670 t. 8100. ) ; TEMP 16 = 534.800 ( 7513.) , TEMP 17 = 541.390 t. 8172.) TEMP 18 = 540.5T0 ( 8090.) PRES = 65.722 65430.) eI ( 1 t. ! I L/ j VPRS 1 = 0.277 t. 6225.> VPPI 2= 0.277 t, 6225.) VPR$ 3= 0.2'78 t. 6226.) VPRS 4= 0.273 t. 6183.) VPPS 5= 0.261 t' 6058.) i VPRS 6= 0.278 t. 6229.) i k i f SUMMAPT OF COPPECTED DATA TIME = 1400 DATE = 0115
. TEMPERATURE.tDEGPEE P.) = 539.838 COPPECTED PFE33DRE t.PS I A) = 65.4476 I VAPOR PRES 30PE (PIIA? = 0.2745 l
i
\
I t I
4
/m
( l A - j l l
SUMMARY
OF MEA 30 FED DATA AT 1415 0115
- TEMP 1 = 540.240 t. 8057..'
TEMP 2= 539.980 t. 8031.) TEMP 3= 540.410 t. 8074.) TEMP 4= 540.000 ( 8033.) TEMP 5= 540.150 ( 8048.) TEMP 6= 539.940 ( 8027.) TEMP 7= 540.020 ( 8035.) TEMP 8= 540.200 ( 8053.) TEf1P 9= 539.930 ( 8026.) TEf1P 10 = 539.380 ( 7971.) TEMP 11 = 539.390 ( 7972.) TEMP 12 = 540.180 ( 8051.) TEMP 13 = 538.860 ( 7919.) TEMP 14 = 539.780 t. 8011.) TEMP 15 = 54 0. T10 ( 8104.> TEMP 16 = 534.630 ( 7496.) TEMP 17 = 541.410 t. 8174.) TEMP 18 = 540.600 (. 8093.) ' f ( PRES 1 = 65.724 ( 65432.) 9'PR S 1 = 0.278 t 6236.) VPRS 2= 0.278 t: 6233.> VPRI 3= 0.278 t 6230.) VPPS 4= 0.274 t. 6188.) VPRI 5= 0.262 ( 6060.1 VPPS 6= 0.277 t. 6221.) COMMAPT OF CDPPECTED DATA TIME = 1415 DATE = 0115 TEMPERATOPE (DEGPEEE P.) = 539.825 CORRECTED PPEISOPE (PTIA> = 65.4492 VAPDP PPEISOPE (PSIA) = 0.2750 1 ; 1
m U SUf1MAPY OF MEASUPED DATA AT 1430 0115 TEf1F 1 = 540.260 ( 8059.) TEMP 2= 540.'000 ( 8033.) TEf1P 3= 540.420 t 8075.3 TEMP 4= 540.080 t 8041.3 TEMP 5= 540.110 ( 8044.) TEMP 6= 540.010 t. 8034.) TEMP 7= 540.100 t 8043.) TEf1P $= 540.2T0 t 8060.) TEMP 9= 539.990 t 8032.) TEMP 10 = 539.400 t 7973.) TEnP 11 = 539.280 t 7961.> TEnP 12 = 540.370 t, 8070.) TEMP 13 = 539.020 t, 7935.) TEnP 14 = 539.920 t, 8025.) TEMP 15 = 540.730 t. 8106.'.1 , TEMP 16 = 534.620 t. 7495.) TEMP 17 = 541.420 t S175.) TEMP 18 = 540.650 t. 8098.) i PPE5 1 = 65.727 t. 65435.,1 VPP5 1 = 0.277 (.6224.) VPP3 2= 0.278 ( 6227.) l VPPS 3= 0.278 t 6230.) I VPP5 4= 0.273 ( 6176.) { VPPi 5= 0.262 ( 6063.) l .I VPPS 6= 0.279 i 6243.) ' I 4 1 ,
*UMMAPY OF COPAECTED DATF1 1
i TIME = 1430 DATE = 0115 i TEMPEPATURE (DEGFEE; P.) = 539.873 COPPECTED PFE!! ORE t.PII FO = 65.4524 VAPDP FFE!!DPE t.P S I A ) = 0.2747 i e V
r FAPLEY Uti1T 1 YEPIFICATI0fi LEAKAGE PATE (WEIGHT PEPCEf4T< DAY)
, f1A15-POIfiT AriALYSIS TIf1E Arid DATE AT ITART OF TEST: 2200 0115 ELAPSED TIf1E: 4.50 HOUP5 ~~
TIf1E TEf1P PPES5URE C T f1T . AIR f1'A55 LOIS TOT. AVG. f1A55 (R) '(PSIA) f1 A 5 0 (LE:f1's (LE:f1) LOSI (LE:f1/HR) - 2200 540.527 65.5055 654212 2215 540.535 65.5075 654222 -10.5 -42.1 2230 540.561 65.5096 654212 10.5 -0.2 2245 540.576 65.5122 654219 -7.2 -9.7 2300 540.617 65.5125 654173 46.2 38.9 2315 540.665 65.5149 654138 34.3 58.6 2330 540.670 65.5180 654164 -25.2 32.0 2345 540.709 65.5192 654129 35.0 47.4 0 540.717 65.5212 654139 -9.9 36.5 15 540.748 65.5228 654118 20.9 41.8 30 540.770 65.5257 654119 -1.3 37.1
, 100 540.818 65.5283 654087 32.4 41.7 115 540.860 65.5306 654060 26.7 46.7 130 540.863 65.5317 654067 -7.4 41.2 145 540.904 65.5332 654033 34.6 47.7 200 540.914 e5.5365 654054 -20.8 39.5 215 540.941 65.53T2 6S4028 25.2 43.1 230 540.981 65.5397 654005 23.9 46.0 FREE RIP VOLUI1E UIED (f11 LL I Ofi5 DF CU. FT.) = 2.000 PEGF ESSIOf 4 LIfiE IfiTEPCEPT (LE:I1) = 654227 TLOPE (L E:fi eHR ) = -47.7 VEPIFICATIOf4 TES T LEAL AGE PATE UPPEP LIf11T = 0.229 VEPI FI C AT I Df'i TE5T LEAKAGE PATE LOWEP LIf11T = 0.155 THE CALCULATED LEAEAGE PATE = 0.175 t
1 l [ . (Ov
)i t
IUtir1ARY DAT A s FAPLEY UNIT 1 VERIFIC AT I Dri alt 1AX = 0.150 VOL = 2000000.00 VRATET = 0.211 VRATEt1 = 0.192
+
tit 1E DATE TEl1P FRESSURE VPRS 2200 115 540.52750 65.505534 0.28152179 2215 115 540.53495 65.507492 0.28156055 ' 2230 115 540.56059 65.509553 0.28149805 2245 115 540.57611 65.512156 0.25189154 2300 115 540.61739 65.512532 0.28251386 2315 115 540.66545 65.514920 0.28212333 2330 115 540.67032 65.518038 0.28200213 2345 115 540.70882 65.519197 0.28284026 0 116 540.71696 65.521180 0.28265494 15 116 540.74785 65.522827 0.28320584 30 116 540.77043 65.525695 0.28333514 100 116 540.81841 65.528263 0.28376276 m 115 116 540.86002 65.530632 0.28438961 (' 130 116 540.86309 65.531747 0.28427424 145 116 540.90353 65.533179 0.28483833 200 116 540.91354 65.536477 6.28453758 215 116 540.94054 65.537225 0.28478906 230 116 540.98083 65.539716 0.28529459 0 0 0. 0 0. 0 0. 0 ; 4 iv e O
4 l ,D l k l SUf1r1ARY OF f1EA5URED DATA AT 1700 0115 1 TEMP 1 = 540.570 ( 8090.) ! TEMP 2= 540.390 ( 8 0?2. ) l 1
- TEMP 3= 540.780 ( 8111.)
TEMP 4 = 540.370 ( 8070.) . TEMP 5= 540.490 ( 8082.) TEMP 6= 540.280 ( 8061.) TEf1P 7= 540.470 ( 8 08 0. > ! TEMP 8= 540.610 ( 8094.) i TEf1P 9= 540.370 ( 8070.) TEf1P 10 = 539.680 ( A 0 01. ) TEf1P 11 = 539.640 ( F.97.) TEMP 12 = 540.770 ( 8110.) TEf1P 13 = 539.280 ( 7961.) ; TEMP 14 = 540.280 ( 8061.) ' TEMP 15 = 541.080 r 8141.) TEMP 16 = 534.890 ( 7522.) TEMP 17 = 541.750 ( 8208./ TEMP 18 = 540.990 ( 8132.) PPES 1 = 65.755 ( 65463'.) C ( VPPS 1 = 0.281 ( 6261.) VPPS 2= 0.281 ( 6261.) VPRS 3= 0.280 ( 6249.) VPRT 4= 0.276 ( 62 08. > VPRS 5= 0.264 ( 6082.) VPRS 6= 0.280 ( 6253.? - SUtir1APY OF COPPECTED DATA l TIME = 1700 l DATE = 0115 I TEMPERATUFE (DEGPEES P.) = 540.210 1 CORRECTED PPESSUFE ( P S I A'> = 65.4778 VAPOP PEE 55UPE (P5IA)
= 0.2773 D
i
J (~s v) (
~
OUrif1APY OF f1EASURED DATA AT 1715 0115 TEf1P 1 = 540.620 ( 8095.) s TEf1P 2= 540.390 ( 8072.>
. TEf1P 3= 540.820 ( 8115.)
TEf1P 4= 540.430 ( 8076.) TEf1P 5= 540.500 ( 8083.) TEf1P 6= 540.330 ( 8066.> TEf1P 7= 540.460 ( 8079.) TEf1P 8= 540.570 ( 8090.) TEf1P 9= 540.340 ( 8067.) TEf1P 10 = 539.820 ( 8015.) TEf1P 11 = 539.780 ( 8011.) TEf1P 12 = 540.580 ( 8091.) TEf1P 13 = 539.170 ( 7950.> TEf1P 14 = 540.130 ( 8046.) TEf1P 15 = 541.030 ( 8136.) TEf1P 16 = 534.910 ( 7524.) TEf1P 17 = 541.800 ( 8213.) TEf1P 18 = 541.020 ( 8135.) PPES 1 = 65.756 ( 65464.) VPPS 1 = 0.281 ( 6262. '> VPPS 2= 0.281 ( 62,62.) VPPS 3= 0.280 ( 6253.> VPRI 4= 0.2Td. ( 6215.) VPRS 5= 0.264 ( 6068.) VPPS 6= 0.281 ( 6 2d,5. > SUtir1AFY OF CDPPECTED DATA TIf1E = 1715 DATE = 0115 TEf1PEPATUPE t'DEGPEE5 P.> = 540.208 CORPECTED PPE55UFE (PSIA) = 65.4783 VAPOP PPE55UFE r.P S I A) = 0.2778 C i
1 , I' l l fm l Q
SUMMARY
OF MEASURED DATA AT 1730 0115 l TEMP 1 = 540.590 ( 8092.) I TEMP 2= 540.390 ( 8072.) TEMP 3= 540.790 ( 8112.) l TEMP 4= 540.370 ( 8070.) ) TEMP 5= 540.550 ( 8088.) l l TEMP 6= 540.360 ( 8069.) TEMP 7= 540.440 ( 8077.) TEMP 8= 540.550 ( 8088.) TEMP 9= 540.390 ( 8072.> TEMP 10 = 539.750 ( 8008.)
, TEMP 11 = 539.740 ( 8007.) <
TEMP 12 = 540.780 ( 8111.) TEMP 13 = 539.320 ( 7965.) TEf1P 14 = 540.250 ( 8058.) TEf1P 15 = 541.080 ( 8141.) TEMP 16 = 5?4.940 ( 7527.) TEMP 17 = 541.810 ( 8214.) TEMP 18 = 540.990 ( 8132.) PRES 1 = 65.759 ( 65466.>
"A VPPS 1 = 0.280 ( 6247.)
VPRS 2= 0.280 ( 6247.) VPRS 3= 0.281 ( 6259..i VPRS 4= 0.276 ( 6210.) VPRS 5= 0.264 (. 6090.> VPPS 6= 0.281 ( 6258.) SUMMAPY OF CDPRECTED DATA 1 l TIME = 1730 i DATE = 0115 TEMPEPATURE (DEGREE! P.) = 540.231 CORPECTED PPESSURE (PSIA) = 65.4809 i l VAPDP PRE 25UPE (PIIAT = 0.2772 l t
i
-ftg) i
SUMMARY
OF MEASURED DATA AT 1745 0115
-" TEMP 1 = 540.590 ( 8092.)
i TEMP 2 =- 540.420 ( 8075.) TEf1P 3= 540.810 ( 8114.) TEMP 4 = 540.450 ( 8078.) TEr1P 5= 540.480 ( 8081.) TEf1P 6= 540.350 ( 8068.) TEMP 7= 540.420 ( 8075.) TEf1P 8= 540.610 ( 8094.) TEMP 9= 540.430 ( 8076.) TEMP 10 = 539.810 ( 8014.) TEMP 11 = 539.730 ( 8006.) TEMP 12 = 540.700 (. 8103.)
. TEMP 13 = 539.340 ( 7967.)
TEt1P 14 = 540.200 ( 8053.) TEf1P 15 = 541.100 (. 8143.) TEt1P 16 = 534.910 ( 7524.) TEf1P 17 = 54'1.810 (. 8214.) TEMP 18 = 541.020 ( 8135.)
-b-PRES 1 = 65.760 ( 65468.)
VPRS 1 = 0.281 (. 6253.> VPPS 2= 0.281 t. 6258.> VPPS 3= 0.281 ( 6259.) ' VPRS 4= 0.276 ( 6207.)
, VPPS 5= 0.265 t. 6093.)
VPPS 6= 0.281 ( 6266.) IUMMAPY OF COFFECTED DATA TIf1E = 1745 DATE = 0115 TEMPEPATUFE (DEGREES P.) = 540.236 COPPECTED PPE55UFE (Pila) = 65.4825 VAPOP PRESSUFE (PSIA) = 0.2776 0
. - , - . ..n. . , n. ,
....e
(h V SUf1 MARY CF MEASUPED DATA AT 1800 0115
, TEf1P 1 = 540.640 ( 8097.)
TEMP 2= 540.420 ( 8075.) TEMP 3= 540.84'O ( 8117.) TEMP 4 = 540.410 ( 8074.) TEMP 5= 540.580 ( 8091.) TEf1P 6= 540.390 ( 8072.) TEf1P .7 = 540.540 ( 8087.) TEMP 8= 540.630 ( 8096.) TEMP 9= 540.380 ( 8071.) TEMP 10 = 539.900 ( 8023.) TEMP 11 = 539.840. ( 8017.) TEND 12 = 540.830 ( 8116.) TEMP 13 = 539.410 ( 7974.) TEf1P 14 = 540.440 ( 8077.) TEMP 15 = 541.090 ( 8142.) v TEf1P 16 = 534.950 ( 7528.) < TEMP 17 = 541.820 ( 8215.) TEMP 18 = 541.076 ( 8140.> D ( PRES 1 = 65.761 ( 65469.) VPRS 1 = 0.281 ( 6265.) VPPS 2= 0.281 c. 6265.> VPPS 3= 0.281 ( 6261.) VEPS 4= 0.277 ( 6224.) VPPS 5= 0.265 ( 6093.) VPRS 6= 0.281 ( 6263.)
SUMMARY
OF CDPFECTED DATA TIME = 1800 DATE = 0115 TEMPEPRTURE (DEGPEES P.)
= 540.293 CDPPECTED PPE5SUFE (PSIA) = 65.4829 VAPOP FPESSUPE (PSIA) = 0.2782 C\
.L)
i l 1
~
e 1 1 v .. A '
]
SUf1f1APY OF T1EASUPED DATA AT 1815 0115 i TEf1P 1 = 540.700 (- 8103. ) TEf1P 2= 540.470 ( 8080.)
' TEf1P 3= 540.830 l" ( 8116.)
TEMP 4= 540.490 ( 8082.) TEf1P 5= 540.520 ( 8085.)
; TEMP 6= 540.410 ( 8074.) ; , TEMP 7= 540.550 ( 8088.)
i TEf1P S= 540.730 ( 8106.) TEf1P . 9= 540.410 ( 8074.) l TEMP 10 = 539.890 ( 8022.? l TEMP 11 = 539.680 t. 8001.) 4 TEf1P 12 = 540.690 ( 8102.) TEMP 13 = 339.400 t. 7973.)
; TEf1P 14 = 540.310 ( 8064.) .
i TEMP 15 = 541.140 ( 8147.) TEMP 16 = 535.050 ( 7538.) TEf1P 17 = 541.880 ( 8221.) I TEMP 18 = S41.090 ( 8142.) 1 TPES 1 = 65.762 ( 65470.) ] .. VPRS 1 = 0.282 ( 6267.) 5 VPRS 2= 0.282 ( 6267.)
) . VPPS 3= 0.281 ( 6259.)
VPPS 4= 0.277 ( 6219.) VPPS 5=, G.265 t' 6095.) j VPPS 6= 0.281 ( 6258.) e i. 1 i j j
SUMMARY
OF COFFECTED DATA J j TIf1E = 1815 1 DATE = 0115 s , 4 l 4 TEf1F EF ATUF E (DEGPEES P. ) = 540.293
; CORRECTED PPE55UPE (PSIA) = 65.4840 VAPOP PRE 55UPE (PSIH) = 0.2781 4
a 1 5
l l
,N- 1 (s-)
SUrir1ARY OF MEASUFED DATA AT 1830 0115 TEMP 1 = 540.720 ( 8105.) s- TEf1P 2= 540.470 ( 8080.) - TEMP 3= 540.870 ( 8120.) TEMP 4 = 540.490 ( 8082.) l TEMP 5= 540.580 ( 8091.) TEf1P 6= 540.450 ( 8078.) TEMP 7= 540.600 ( 8093.) TEf1P 8= 540.770 ( 3110.) TEMP 9= 540.450 ( 8078.) TEMP 10 = 539.880 ( 8021.) TEMP 11 = 539.720 ( 8005.) TEMP 12 = 540.780 ( 8111.) TEf1P 13 = 539.390 ( 7972.) TEMP 14 = 540.280 ( 8061.) TEMP 15 = 541.170 ( 8150.) TEMP 16 = 534.940 ( 7527.) TEMP 17 = 541.820 ( 8215.) TEMP 18 = 541.140 ( 8147.) (~N PREO 1 ~= 65.764 ( 65472.)
\
VPRS 1 = 0.281 ( 6264.) VPPS 2= 0.281 ( 6264.) VPPS 3= 0.281- ( 6262.) VPPT 4 = 0.277 ( 6223.) VPPS 5= 0.265 ( 6099.) VPRS 6= 0.281 ( 6261.) SUMMAPY OF COFFECTED DATA TIME = 1830 DATE = 0115 TEMPEPATURE (DEGPEES R.) = 540.312 CDPRECTED PPES5UFE (PSIA) - 65.4858 VAPDP PRES 5UPE (PS I A:' = 0.2782 ! -s i
. , , , ,.-.- .-,,-n ,,.- -
i r~N 1 I )' \_/ - SUtit1ARY OF f1EASURED DATA AT 1845 0115
' TEMP 1 = 540.720 ( 8105.)
TEt1P 2= 540.510 ( 8084.) TEMP 3= 540.880 ( 8121.) TEf1P 4= 540.490 ( 8082.) TEt1P 5= 540.600 ( 8093.) TEt1P 6= 540.470 ( 8080.) TEMP 7= 540.620 ( 8095.) TEt1P - 8= 540.780' ( Sill.) TEf1P 9= 540.430 ( 8076.) a TEt1P 10 = 539.930 ( 8026.) ' TEt1P 11 = 539.800 ( 8013.) TEf1P 12 = 540.880 ( 8121.) TEt1P 13 = 539.450 ( 7978./ c TEt1P 14 = 540.380 ( 8071.) TEMP 15 = 541.160 ( 8149.) TEf1P 16 = 534.970 ( 7530.) TEf1P 17 = 541.880 ( 8221.) TEf1P 18 = 541.110 (. 8144.) PRES 1 = 65.764 ( 65472.) VPRS 1 = 0.28' 2 ( 6271.? ,e VPRS 2= 0.282 < 6271.) VPPS 3= 0.281 ( 6262.) ' VPRS 4= 0.278 ( 6235.) VPRS 5= 0.265 ( 6100.) VPRS 6= 0.283 ( 6279.) SUMt1APY OF COPPECTED DATR tit 1E = 1845 DATE = 0115 TEt1FERATUFE (DEGFEES P.) = 540.342 COPPECTED PPES5UPE (PSIA) = 65.4851 VAPOP PPE55.UFE (PSIA) .
= 0.2790 e
i V(\ . i
t' h i r k a SUf1f1RPY OF f1EA5UF ED DAT A AT 1900 0115 TEf1P 1 = 540.650 ( 8098.) TEf1P 2= 540.570 ( 8090.) ^ TEf1P 3= 540.900 ( 8123.) ( 8086.> TEf1P 4= 540.530 TEMP 5= 540.630 ( 8096.) TEf1P 6= 540.430 ( 8076.) TEMP 7= 540.570 ( 8090.) TEf1P S= 540.700 ( 8103.) TEf1P 9= 540.560 ( 8089.) T Ef1P 10 = 539.940 ( 8027.) TEf1P 11 = 539.810 (. 8014.) TEMP 12 = 540.800 ( 8113.> T Ef1P 13 = 539.430 ( 7976.) TEf1P 14 = 540.390 ( 8072.) TEf1P 15 = 541.170 ( 8150.) TEMP 16 = 535.010 ( 7534.) TEf1P 17 = 541.950 ( 8228.) T Ef1P 18 = 541.140 ( 8147.) PRES 1 = 65.766 ( 65474.) D l
\
VPPS 1 = 0.282 ( 6268.) VPRS 2= 0.282 ( 6268.) VPRS 3= 0.281 ( 6266.) l VPPS 4 = 0.2?7 ( 6224.) ' VPPS 5= 0.265 ( 6099.> VPPS 6= 0.280 ( 6252.)
SUMMARY
OF COPFECTED DATA TIME = 1900 DATE = 0115 TEMPEPATUFE (DEGPEE5 P.)
. = 540.347 CORFECTED PPESSUPE (PSIA) = 65.4877 VAPOP PFESSUPE (PSIA) = 0.2784 C
i
- , ...- . .,_ __ . . . _ . ~, _ . . , , , _ . _ . ... . _ _ . . . , _ . _ . . - . _ . . . . _ . ,
(" ( SUfil1ARY OF f1EA3UPED DATA AT 1915 0115 TEf1P 1 = 540.S 0 ( 8090.)
, TEf1P 2= 540.600 i: 8093.)
TEMP 3= 540.900 ( 8123.) TEf1P 4= 540.550 ( 8088.) TEf1P 5= $40.610 ( 8094.) TEf1P 6= 540.360 ( 8069.) TEMP 7= 540.570 ( 8090.) . TEf1P 8= 540.850 ( 8118.) TEf1P 9= 540.530 ( 8096.) TEMP 10 = 540.000 (. 8033.) TEf1P 11 = 539.910 ( 8024.) TEf1P 12 = 540.720 (: 8105.) TEf1P 13 = 539.300 ( 7963.) TEMP 14 = 540.330 ( 8066.) - TEf1P 15 = 541'.170 ( 8150.) TEMP 16 = 535.080 ( 7541.) TEf1P 17 = 542.020 ( 8235.) TEf1P 18 = 541.150 ( 8148.) p PRES 1 = 65.767 ( 65475.)
's") VPPS 1 = 0.282 ( 6274.)
VPPS 2= 0.282 ( 6274.) VPPS 3= 0.282 ( 6271.) VPP5 4 = 0.278 ( 6232.) VPPS 5= 0.265 ( 6097.) VPPS 6= 0.281 (. 6265.) 5Uf1f1APY OF COFFECTED DAT A TIME = 1915 DATE = 0115 TEf1PEPATUF E (DEGPEES P. ) = 540.346 CORRECTED FFE!!URE (PSIA) = 65.48S1 VAPOR PREISUFE (PSIA) = 0.2790 l
%s
im L SUf1f1APY- OF f1EASUPED DATA RT 1930 0115 TEf1P 1 = 540.560 ( 8089.) 's TEr1P 2= 540.660 ( 8099.) TEf1P 3= 540.970 ( 8130.) TEf1P 4= 540.620 ( 8095.) TEl1P 5= 540.610 ( 8094.) TEMP 6= 540.400 ( 8073.) TEt1P 7= 540.570 ( 8090.) TEMP S= 540.720 ( 8105.) TEMP 9= 540.500 ( 8083.) TEMP 10 = 539.870 ( 8020.) TEMP 11 = 539.930 ( 8026.) TEMP 12 = 540.670 ( 8100.) TEMP 13 = 539.280 ( 7961.) TEMP 14 a 540.210 ( 8054.) TEMP 15 m 541.190 ( 8152.) TEf1P 16 = 535.150 (. 7548.> TEMP 17 = 542.060 ( 8239.) TEf1P 18 = 541.210 ( 8154.)
,f , PRES 1 = 65.769 ( 65477.>
VPRS 1 = 0.283 ( 6278.) OPRS 2= 0.283 ( 6278.>- VPRS 3= 0.282 ( 6269.'> VPPS 4= 0.279 ( 6242.) VPPS 5= 0.265 ( 6101.) VPFS 6=. 0.283 ( 6281.) 1
SUMMARY
OF CDFFECTED DATA TIME = 1'930 DATE = 0115 TEMPERATUPE (DEGREE 5 R.) = 540.341 COPPECTED PPESIUWE (PSIA) = 65.4896 i VAPOP PPESSUPE ' P S I A :'
- = 0.2795 s
e 4 _ ___ , , , -,--y - - -- - nw- * --
I 1 l 1 i
. l 1
i 1 SUMt1APY OF MEASUPED DATA AT 1945 0115 l l
, TEMP 1 = 540.520 t: 8085.) ,
TEMP 2= 540.690 ( 8102.) ' l TEt1P 3= 540.980 ( 8131.) TEMP 4= 540.570 ( 8090.) TEMP 5= 540.620 ( 8095.) i TEf1P 6= 540.370 ( 8070.) l TEf1P 7= 540.590 ( 8092.) l TEMP S= 540.760 0 8109.) TEf1P 9= 540.590 ( 8092.) TEMP 10 = 540.050 ( 8038.) TEMP 11 = 540.040 ( 8037.) TEf1P 12 = 540.880 ( 8121.) TEMP 13 = 539.250 ( 7958.) TEf1P 14 = 540.220 ( 8055.) TEMP 15 = 541.270 ( 8160.) TEMP 16 = 535.230 ( 7556.> l TEMP 17 = 542.110 (. 8244.> I TEf1P 18 = 541.190 ( 8152.) lA) PRES 1= 65.771 ( 65479.) VPRI 1 = 0.282 ( 6271.) VPPS 2= 0.282 ( 6271.) VPRS 3= 0.282 ( 6274.) VPRS 4= 0.278 ( 6232.) VPPS 5= 0.2'66 (. 6104.> VPPS 6= 0.284 ( 6298.) SUMr1ARY OF COPFECTED DATA TIME = 1945 DATE = 0115 TEt1 PEF ATUPE (DEGFEES P.> = 540.382 CORPECTED PPEISUPE (PSIA) = 65.4918 VAPOP PPE55UPE (PSIA) = 0.2793 n v
1 l .( SUf1f1APY OF f1ERSUPED DATA AT 2000 0115
,. TEMP 1 = 540.480 ( 8081.)
TEMP 2= 540.760 ( 8109.3 ' TEMP 3= 540.930 ( 8126.) TEMP 4= 540.650' ( 6:098.) TEf1P 5= 540.690 ( 8102.) TEMP 6= 540.370 ( 8070.) TEMP 7= 540.540 ( 8087.) TEMP 8= 540.570 ( 8090.) TEMP 9= 540.620 ( 8095.) TEMP 10 = 5?9.970 ( 8030.) TEMP 11 = 540.020 ( 8035.> TEf1P 12 = '540.870 ( 8120.) TEMP 13 = 539.340 ( 7967.) TEMP 14 = 540.1TO '( 8050.) TEMP 15 = 541.280 ( 8161.) TEMP 16 = 535.250 ( 7558.> TEMP 17 = 542.130 ( 8246.> TEMP 18 = 541.210 ( 8154.) O r e PRE 5 1 = 65.773 ( 65481.> %) VPPS 1 = 0.282 ( 6269. > VPRS 2= 0.282 ( 6269.) VPRS 3= 0.283 ( 6278.) VFPS 4 = 0.279 ( 6237.) VPPS 5= 0.266 ( 6103.) VPPS 6= 0.282 ( 6275.>
SUMMARY
OF CDFPECTED DATA TIME = 2000 DATE = 0115 T Ef1F EP ATUF E (DEGPEES P.) = 540.376 COPPECTED FPE55UPE (PSIA) = 65.4939 VAPOP FPES!UPE iPSIA) = 0.2792 p . t
, ,e.-. .,n.,
t O SUrif1APY OF f1EA5UFED DATA RT 2015 0115 TEf1P 1 = 540.450 ( S078.) TEf1P 2= 540.810 ( 8114.) , TEf1P 3= 541.050 ( 8138.) TEf1P 4= 540.680 ( 8101.) TEf1P 5= 540.730 ( 8106.) TEf1P 6= 540.380 ( 8071.) TEf1P 7= 540.530 ( 8056.) TEf1P 8= 540.870 ( 8120.) TEf1P 9= 540.630 ( 8096.) TEf1P 10 = 540.000 ( 8033.> TEf1P i1 = 540.020 ( 8035.> l TEf1P 12 = 540.770 ( 8110.) TEf1P 13 = 539.270 ( 7960.) l T Ef1P 14 = 54D.220 ( 8055.) ! TEf1P 15 = 541.280 ( 8161.) T Ef1P 16 = 535.300 ( 7563.) TEt1P 17 = 542,120 ( 8245.> TEf1P 18 = 541.290 ( 8162.) l I m PPES 1 = 65.776 ( 65484.) \ VPP5 1 = 0.283 ( 6279.) VPPS 2= 0.283 ( 6279.) VPRS 3= 0.283 ( 6278.) VPPS 4= 0.279 ( 6246.) l VPPS 5= 0.267 ( 6115.) VPRS 6= 0.284 ( 6291.) l l 1 IUrir1APY OF COFPECTED DATA T I f1E = 2 015 DATE = 0115 TEf1 PEF ATUPE (DEGFEES R.' = 540.407 CDPFECTED PFE55UFE (PSIA) = 65.4960 VAPOP PPES5UPE (PSIA) = 0.2801
\
-- - - - - - , . - - , , -,c.,- - ,,--r- m ..c
_ . . . . . .. . . - . - ~ . - - - .. - = . . - - - , . - O
~
SUf1f1ARY OF f1EASUPED DATA AT 2030 0115' TEf1P 1 = 540.420 (. 8075.) TEf1P 2= 540.860 ( 8119.) T Ef1P 3= 540.930 ( 8126.) TEf1P 4= 540.720 ( 8105.) TEf1P 5= 540.700 ( 8103.') TEf1P 6= 540.410 (, 8074.) TEf1P 7= 540.590 ( 8092.) TEf1P S= 540.660 ( 8099.) TEf1P 9= 540.640 ( 8097.) TEf1P 10 = 540.000 ( 8033.> TEf1P 11 = 540.070 ( 8040.) TEl1P 12 = 540.730 ( 8106.) TEf1P 13 = 539.260 ( 7959.) TEf1P 14 = 540.330 ( 8066.) TEf1P 15 = 541.220 ( 8155.) TEf1P 16 = 535.320 ( 7565.) TEf1P 17 = 542.180 ( 8151.) TEf1P 18 = 541.260 ( 8161.) PPE! 1= 65.777 ( 65485.) VPPS 1 = 0.283 ( 6286.) VPRS 2= 0.283 ( 6286.) VPR5 3= 0.283 ( 6285.> VPR5 4 = 0.280 (. 6248.> VPPI 5= 0.267 ( 6113.) VPPS 6= 0.282 ( 6269.,' TUf1 MARY OF COFFECTED DATA TIf1E = 2030 DATE = 0115 TEf1 PEP ATUF E (DEGFEE3 P.) = 540.401 COPPECTED PRE 55UFE ( F S I A :' = 65.4969 VAPOP PFE HUFE (PSIA) = 0.2802 O . ) I. . _ , . . - - , . - . , , .-_ _ . _ . - , . . . . . - . . _ . . _ . .
i A i
\ !
SUtiMAPY OF f1EA5UPED DATA AT 2045 0115 i
- TEf1P 1 = 540.420 ( 8075.)
TEf1P 2= 540.890 ( 8122..) T El1P - 3= 541.000 ( 8133.) TEf1P 4= 540.710 ( 8104.) TEl1P 5= 540.720 ( 8105.) TEf1P 6= 540.380 ( 8071.) TEl1P T= 540.560 ( 8089.) TEl1P 8= 540.780 < 8111.) TEi1P 9= 540.670 ( 8100.) TEMP 10 = 540.040 ( S037.) TEf1P 11 = 540.170 ( 8050.) TEMP 12 = 540.710 ( 8104.) TEMP 13 = 539.300 t. 7963.> TEMP 14 = 5-10.400 ( 8073.) TEMP 15 = 541.290 ( 8162.) TEMP 16 = 535.390 ( 7572.) TEMP 17 = 542.190 ( 8252.>' TEMP 18 = 541.290 ( 8162.) r i c PRES 1 = 65.779 ( 65487.) VPP5 1 = 0.283 ( 6285.) VPPS 2= 0.283 ( 6285.) VPPS 3= 0.283 ( 6285.) VPPS 4= 0.279 ( 6245.) - VPPS 5= 0.267 ( 6114.) VPPS 6= 0.284 ( 6289.) - SUrir1APY OF CDPFEC TED DAT A TIME = 2045 DATE = 0115 TEMPEPATURE 6:DEGFEE5 P.) = 540.434 CDPRECTED PFE25UPE (PSIA) = 65.4987 l l VAPOP PPEM UFE (PSIA) = 0.2804 I O V m-
i ~ V . SUMf1ARY OF f1EASUFED DAT A AT 2100 0115 TEf1P 1 = 540.360 ( 8069.>
, TEf1P 2= 540.920 ( 8125.)
TEf1P 3= 540.980 ( 8131./ TEf1P 4 = 540.720' (. 8105.) TEMP 5= 540.740 ( 8107.) TEMP 6= 540.400 ( 8073.) TEf1P 7= 5M'.550 ( 8088.) TEf1P 8= 540.620 ( 8095.) TEf1P 9= 540.660 ( 8099.) TEMP 10 = 540.020 ( 8035.'s TEf1P 11 = 540.150 ( 8048.) TEMP 12 = 540.860 ( 8119.> TEMP 13 = 539,250 ( 7958.) TEMP 14 = 540.160 ( 8019.> TEf1P 15 = 541.300 ( 816 3'. > TEf1P 16 = 535.370 ( 7570.) TEf1P 17 = 542.240 ( 8257.) TEf1P 18 = 541.300 ( 8163./ PRES 1 = 65.780 ( 65488.> .
.y VPPS 1 = 0.284 ( 6290.)
VPPS 2= 0.284 ( 6290.> VPPS 3= 0.284 ( 6291.) - VPRS 4= 0.280 ( 6252.) VPRS 5= 0.267 ( 6113.> VPPS 6= 0.283 ( 6283.> 5 SUMf1ARY OF CDPPECTED DATA
. TIf1E = 2100 DATE = 0115 TEMPERATURE (DEGPEES P.) = 540.414 COPPECTED PPE55UPE (PSIA) = 65.4993 VAPOP PPE55URE (PIIR) = 0.2'307 A
t
x \ CUMMAFY OF MEA:UPED DATA AT 2115 0115 TEf1P 1 = 540.430 ( 8076.) TEf1P 2= 540.910 ( 8124.) TEf1P 3= 541.030 ( 8136.) TEMP 4= 540.800 ( 8113.> TEMP 5= 540.770 '. 8110. > TEf1P 6= 540.380 ( 8071.> I TEMP 7= 540.600 ( 8093.) TEf1P 8= 540.630 (' 80 6.) T E f1P 9= 540.660 t' 8099.) T Ef1F 10 = 540.080 ( 8041.)
- TEMP 11 = 540.060 t. 8041.>
TEMP 12 = $40.880 ( B121.) TEMP 13 = 539.220 t. 7955.) T Ef1P 14 = 540.290 ( 8062.) TEMP 15 = 541.340 ( 9167.) TEf1P 16 = 535.460 ( 7579.) TEMP 17 = 542.2'30 ( 8256.) TEMP 18 = 541.360 ( 8169.> PFE 1 = 65.782 ( 65490.) VPR5 1 = 0.284 ( 6290.> I VPPE 2= 0.284 ( 6290.> VFP5 3= 0.284 4 6290.) VPP5 4 = 0.281 ( 6263.) VPPS 5= 0.26? ( 6115.> VPPI 6= 0.282 ( 62T5.>
- Uf1MAGY OF CDEFECTED DATA TIME = 2115 DATE = 0115 TEMPEPATUFE (DEGREEI P.; = 540.444 COPPECTED PRE::UGE (PSIA) = 65.5012 VAPDP PFE UFE i. P : I A > = 0.280?
' )
i 1 r . ( l l SUf1f1APY OF ME ASUR ED DAT A AT 2130 0115 TEMP 1 = 540.470 ( 8080.)
- TEMP 2= $40.910 ( 8124.) i TEMP 3= 541.090 ( 8142.>- i TEf1P 4= 540.800 ( 8113.)
TEf1P 5= 540.780 ( 8111.) T Ef1P 6= 540.410 ( 8074.> TEMP 7= 540.600 ( 8093.) TEf1P 8= 540.730 ( 8106.) T Ef1P 9= 540.710 ( 8104.) TEMP 10 = 540.130 ( 8046.) TEf1P 11 = 540.170 ( 8050.) TEf1P 12 = 540.730 ( 8106.) TEf1P 13 = 539.300 C 7963.) TEf1P 14 = 540.380 ( 8071.) TEMP 15 = 541.340 ( 8167.) TEf1P 16 = 535.440 ( 7577.) TEf1P 17 = 542.260 ( 8259.) TEf1P 18 = 541.340 ( 8167.:' PRES 1 = 65.784 ( 65492.) VPPS 1 = 0.283 ( 6280.) VPPS 2= 0.283 ( 6280.) VPPS 3= 0.285 ( 6297.> VPPS 4 = 0.281 ( 6260.) VPPS 5= 0.267 ( 6121.) VPPS 6= 0.284 ( 6293.) 1 SUf1MAPY OF CDPF ECTED DAT A TIf1E = 2130 DATE = 0115 TEMPEPATURE (DEGFEEI P.) = 540.471 COPPECTED PPE!SUFE (P5IA) = 65.5032 VAPDP PPEHUPE (PSIA) = 0.2809
)
i O V SUfil1ARY OF T1EASUPED DATA AT 2145 0115 TEt1P 1 = 540.470 ( 8 08 0. '> ' TEl1P 2= 540.980 ( 8131..) TEt1P 3= 541.090 ( 8142.) TEt1P 4 = 540.870 ( 8120.) TEMP 5= 540.850 ( 8118.) TEt1P 6= 540.470 ( 8080.) TEf1P 7= 540.680 ( 8101.) TEf1P 8= 540.750 ( 8108.) TEf1P 9= 540.720 (. 8105.) l TEr1P 10 = 540.090 ( 8042.) l TEMP 11 = 540.120 ( 8045.) l TEf1P 12 = 540.890 ( 8122.) TEf1P 13 = 539.300 ( 7963.> , TEt1P 14 = 540.400 ( 8073.) l TEf1P 15 = 541.340 ( 8167.) ) TEf1P 16 = 535.450 ( 7578.) - TEMP 1' T = 5424270 ( 8260.) l ,,p TEl1P 18 = 541.370 ( 8170.)
's PRES 1 = 65.786 ( 65494.)
VPRS 1 = 0.284 (. 6287.) VPPS 2= 0.284 ( 6287.) , VPRS 3= 0.284 (-6295.) ! VPRS 4= 0.281 (. 6258.) i VPRS 5= 0.d'68 (.6124.) ! VPPS 6= 0.285 ( 6303.> l i SUMr1APY OF COFPECTED DATA TIME = 2145 DATE = 0115 TEf1 PEP AT UF E (DEGPEES P.> = 5404500 COPPECTED FPE!SUFE (PCIA) = 65.5049 VAPOP PPE!!UFE (PSIA) = 0.2812 i G
= r
- l d
o-V( g 4 SUf1 MARY OF MEASUPED DAT A AT 2200 0115 TEMP 1 = 540.470 ( 8080.) -' TEMP 2= 540.980 ( 8131.) s TEf1P 3= 541.100 ( 8143.) TEMP 4= 540.850 ( 8118.) TEf1P 5= 540.850 ( 8118.) TEMP 6= 540.460 ( 8079.) TEMP 7= 540.710 ( S104.) TEf1P 8= 540.880 ( 8121.) TEMP 9= 540.740 ( 8107.) TEMP 10 = 540.100 ( 8043.) TEMP 11 = 540.140 ( 8047.) TEf1P 12 = 540.980 ( 8131.) TEMP 13 = 539.250 ( 7958.) TEf1P 14 = 540.430 ( 80?6.) TEMP 15 = 541.430 ( 8176.) TEMP 16 = 535.520 ( 7585.) TEMP 17 = 542.3c'O ( 8265.) TEf1P 18 = 541.410 ( 81?4.) PRES '1 = 65.787 ( 65495.) VPRT 1 = 0.285 ( 6298.> VPES 2= 0.285 ( 6298.) VPPS '3 = 0.284 ( 629?.) VPPS 4 = 0.281 ( 6257.] VPPS 5= 0.268 ( 6129.') VPRS 6= 0.295 ( 6299.) ,
!Uf1f1ARY OF COFRECTED DATA TIME = 2200 DATE = 0115 TEf1 PEF ATUPE (DEGFEES P.) = 540.527 CORRECTED PPEISURE (Pf1A) = 65.5055 VAPOP PPEISUFE (PSIA) = 0.2815 l'
b
1
,m i l i
1 SUf1 MARY OF f1ERIUPED DATA AT 22'30 0115 TEMP 1 = 540.550 ( 8088.) TEf1P 2= 541.040 ( 8137.) ; TEMP 3= 541.150 ( 8148.) TEf1P 4 = 540.900 ( 8123.) TEMP 5= 540.840 (. 8117.) TEf1P 6= 540.580 ( 8091.)
)
TEf1P 7= 540.700 ( 8103.) TEf1P 8= 540.850 ( 8118.) l TEf1P 9= 540.800 ( 8113.> l TEf1P 10 = 540.190 ( 8052.) i TEf1P 11 = 540.230 ( 8056.) l TEf1P 12 = 541.020 ( 8135.) TEf1P 13 = i 539.340 ( 7967.) l TEr1P 14 = 540.290 ( 8062.) TEMP 15 = 541.400 ( 8173.) TEMP 16 = 535.580 ( 7591.) TEMP 17 = 542.340 ( 8267.) TEMP 18 = $41.450 ( 8178.) ,(%. (/ PRES 1 = 65.791 ( 65499.) VPRS 1 = 0.284 ( 6288.) VPRS 2= 0.284 ( 6288.) VPPS 3= 0.284 ( 6292.) VPPS 4= 0.281 ( 6263.) VPPS 5= 0.268 ( 6131.) VPP 5: 6= 0.286 ( 6314.> SUMi1APY OF COFPECT ED DATA TIf1E = 2230 DATE = 0115 TEMPEPATUPE (DEGREE 5 P.) = 540.561 COPPECTED PPE55UFE (PIIA) = 65.5096 VAPOP PPESSUFE (PSIA) = 0.2815 ['Ni 8 v
O t
.(
SUf1MAPY OF T1EA;UFED DATA AT 2245 0115
/
TEf1P 1 = 540.590 ( 8092.)
~
TEf1P 2= 541.020 ( 8135.) TEMP 3= 541.1P0 ( 8145.) TEMP 4= 540.860 ( 8119.) TEf1P 5= 540.850 C 8118.) TEMP 6= 540.560 ( 8089.) TEMP 7= 540.770 ( 8110.) TEMP 8= 540.770 ( 8110.) e TEMP 9= 540.770 ( 8110.) TEMP 10 = 540.070 ( 8040.) TEMP 11 = 540.290 ( 8062.) TEMP 12 = 541.040 ( 8137.) TEMP 13 = 539.460 ( 7979.) l TEf1P 14 = 540.520 ( 8085.) TEMP 15 = 541.460 ( 8179.) TEMP 16 = 535.530 ( 7586.) TEMP 17 = 542.360 ( 8269.) TEMP 18 = 541.440 ( 8177.) O PRES 1 = 65.794 ( 65502.>
\
VPRS 1 = 0.285 ( 6301.) VPRS 2= 0.285 ( 6301.) YPPS 3= 0.285 ( 6298.) VPPS 4 = 0.281 ( 6265.) VPPS 5= 0.268 ( 6130.)
- VPPS 6= 0.285 ( 6298.)
SUf1 MARY OF COFPECTED DATA TIf1E = 2245 DATE = 0115 TEf1 PEP ATUF E (DEGFEES R.) = 540.576 CORRECTED PRES!UPE (P5IA) = 65.5122 VAPOP PFESSUPE (PSIA) = 0.2819 ; i 1 l
,O t ( 9
.U'1MAFY OF MEASURED DATA AT 2300 0115 TEMP 1 = 540.600 ( 8093.>
TEMP 2= 541.070 ( 8140.) TEMP ?= 541.120 ( 8145.) TEMP 4= 540.940 ( 8127.) TEMP 5= 540.?50 ( 8128.) TEMP 6= 540.560 ( 8089.) TEMP 7= 540.820 ( 8115.) ' TEMP 8= 540.950 ( 8128.) TEMP 9= 540.790 ! ( 8112.) TEMP 10 = 540.290 ( 8062.) TEMP 11 = 540.220 ( 8055.) TEMP 12 = 541.130 ( 8146.) TEMP 13 = 539.430 ( 7976.) TEMP 14 = 540.440 ( 8077.) TEMP 15 = 541.470 ( 8180.) TEf1P 16 = 535.560 ( 7589.) TEMP 17 = 542.420 ( 8275.) TEMP 18 = 541.480 ( 8181.) PRES 1 = 65.795 ( 65503.) VPPS 1 = 0.286 ( 6308.) VPRS 2= 0.256 ( 6308.) VPPS 3= 0.286 ( 6307.>
. VPRS 4= 0.282 ( 6268.)
YPPS 5= 0.269 ( 6135.)
, 'VPPS 6= 0.285 ( 6305.)
i i l
SUMMARY
OF COPPECTED DATA TIME = 2300 DATE = 0115 TEMPERATURE (DEGGEES P.) = 540.617 EORRECTED PPESSURE (PSIA's = 65.5125 VAPOR PRESSUPE (PSI A's = 0.2825 U)
4 ( l l SUMMAPY OF MEASUFED DATA AT 2315 0115 TEMP 1 = 540.670 ( 8100.) TEMP 2= 541.090 ( 8142.) TEMP 3= 541.260 ( 8159.) ! TEMP 4= 541.010 ( 8134.) l TEMP- 5= 540.970 ( 8130.) TEMP 6= 540.600 ( 8093.) TEMP 7= 540.850 ( 8118.) l TEMP 8= 541.000 ( 8133.) 1 TEMP 9= 540.860 ( 8119.) TEMP 10 = 540.370 ( 8070.) TEMP 11 = 540.270 ( 8060.) TEMP 12 = 541.080 ( 8141.) TEMP 13 = 539.500 ( 7983.) TEMP 14 = 5404540 ( 8087.) TEMP 15 = 541.510 ( 8184.) TEMP 16 = 535.580 ( 7591.) TEMP 17 = 542.400 ( 8273.)
,_s TEMP 18 = 541.500 ( 8183.) /
PFES 1 = 65.797 c 65505.) VPPS 1 = 0.284 ( 6295.) VPPS 2= 0.284 ( 62954) VPRI 3= 0.286 ( 6308.> VPPS 4= 0.282 ( 6267.) VPRS 5= 0.269 (,6136.) VPRS 6= 0.286 ( 6310.) SUMMAPY OF COFFECTED DATA TIME = 2315 , DATE = 0115 TEMPEPATUPE (DEGFEES P.) = 540.665 CORPEETED FFE55UFE (PSIA > = 65.5149 VAPOP PPES5UPE (PT I O = 0.2821 i (~T
\
1______-__ _ _ - --- - - -'
4 a _,/
, SUf1f1APY OF f1EASURED DATA AT 2330 0115 TEf1P 1 = 540.700 ( 8103.)
TEf1P 2= 541.120 ( 8145.) < TEf1P 3= 541.240 ( 8157.) TEMP 4 = 540.950 ( 8128.) TEMP 5= 540.960 ( 8129.) TEf1P 6= 540.640 ( 8097.? TEMP T= 540.820 s. 8115.) TEMP 8= 540.950 ( 8128.) TEMP 9= 540.STO (. 8120.) TEf1P 10 = 5404290 ( 8062.) TEf1P 11 = 540.280 ( 8061.) TEMP 12 = 541.160 ( 8149.? TEMP 13 = 5394530 ( 7996.) TEMP 14 = 540.550 ( 80?S.> TEMP 15 = 541.540 ( 8187.3 TEMP 16 = 535.570 ( 7590.) TEMP 17 = 5424440 ( 8277.) TEf1P 18 = 541.560 ( 8189 ) PREI 1 = 65.800 (: 65508.) VPP- 1 = 0.285 ( 6300..> VFP5 2= 0.285 ( 6300.) VPPS 3= 0.285 ( 6303.) VPPS 4 = 0.281 ( 6266.) VPPI 5= 0.268 ( 6131.> VPP5 6= 0.255 ( 6300.) SUMMAPY OF COPPECTED DATA T I f1E = 23 3 0 DATE = 0115 TEMFEFATUPE <DEGGEET P.) = 540.670 { COPPECTED FPE55UPE (P5IA) = 65.5180 77 VAPOP FPE25UFE (PIIA> = 0.2820 c )
'w /
l l l
,f~% SUMr1ARY OF MEA 5URED DAT A AT 2345 0115 t TEMP 1 = 540.680 ( 8101.) TEMP 2= 541.150 ( 8148.) TEMP 3= 541.220 ( 8155.) TEt1P 4 = 540.980 ( 8131.) TEMP 5= 541.040 ( 8137.) TEMP 6= 540.680 ( 8101.) TEr1P 7= 540.830 ( 8116.) TEMP 8= 540.970 ( 8130.) TEMP 9= 540.950 ( 8128.) TEMP 10 = 540.320 ( 8065.) TEMP 11 = 540.370 ( 8070.) TEMP 12 = 541.290 ( 8162.) TEMP 13 = 539.590 ( 7992.) TEMP 14 = 540.590 ( 8092.) TEMP 15 = 541.550 ( 8188.) " TEf1P 16 = 535.620 ( 7595.> TEMP 17 = 542.460 ( 8279.) TEf1P 18 = 541.570 ( 8190.) /' PRES 1 = 65.802 ( 65510.) \ . VPRS 1 = 0.286 ( 6313.) VPRS 2= 0.286 ( 6313.) YPPS 3= 0.286 (. 6307.) VPRS 4= 0.282 ( 6273.) VPPS 5= 0.269 ( 6136.> VPPS 6= 0.286 ( 6307.) i i SUMMAPY OF CDPRECTED DATA TIr1E = 2345 ! DATE = 0115 1 TEMPEPATUPE (DEGREES P.;' = 540.709 CORRECTED PPESSUFE (PSIA) = 65.5192 VAPDP PFESSUPE (PSIA) = 0.2828 (
O
's $
v SUf1f1RRY OF f1EASUPED DATA RT 0 0116 TEf1P 1 = 540.740 ( 8107.> TEf1P 2= 541.160 ( 8149.) TEf1P 3= 541.230 ( 8156.) - TEf1P 4= 541.000 C 8133. ) TEf1P 5= 541.040 ( 8137.) TEf1P 6 tr 540.670 ( 8100.) TEf1P 7= 5404880 ( 8121.)
- TEf1P 8= 540.960 (. 8129.)
TEf1P 9= 540.930 ( 8126.) TEf1P 10 = 540.380 ( 8071.) TEf1P 11 = 540.380 ( 8071.) TEf1P 12 = 541.120 ( 8145.) TEf1P 13 = 539.570 ( 7990.) TEf1P 14 = 540.610 ( 8094;) TEf1P 15 = 541.600 ~< 819':. ) TEf1P 16 = 535.660 ( 7599.) TEf1P 17 = 542a480 ( 8281.) TEf1P 18 = 541.610 ( 8194.) ( PPES 1 = 65.804 (. 65512.'s k VPPS 1 = 0.286 ( 6308.) , VPPS 2= 0.286 ( 6308.> VPPS 3= 0.286 ( 6311.'> VPRS 4= 0.282 ( 6273.) VPRS 5= 0.269 (. 6139.:' VPRS 6= 0.286 ( 6314.) SUl1r1APY OF CDFFECTED DATA TIf1E = 0 DATE = 0116 TEf1PERATUPE (DEGFEES P.) = 540.717 COPPECTED PRESSUPE (P S I A :' = 65.5212 . VAPOP PFES5UPE (PSIA) = 0.2829 U
- f')
v . SUtif1ARY OF' f1EASUPED DAT A AT 15 0116 TEf1P 1 = 540.730 ( 8106.) TEf1P 2= 541. d'0 0 ( 8153.> TEf1P 3 =- 541.230 ( 8156.) TEf1P 4= 541.040 < 8137.> ' TEf1P 5= 541.080 (: 8141.) TEf1P 6= 540.730 ( 8106.) TEf1P 7= 540.890 C 8122.) TEf1P 8= 540.950 ( 8128.) TEf1P 9= 540.930 ( 8126.) TEt1P 10 = 540.300 ( 8063.) TEf1P 11 = 540.500 ( 8083.) TEf1P 12 = 541;320 ( 8165.) TEf1P 13 = 539.570 ( 7990.) TEf1P 14 = 540.670 ( 8100.) TEf1P 15 = 541;650 ( 8198.> TEf1P 16 = 5354620 ( 7595.> TEf1P 17 = 542.520 ( 8285.) c O TEf1P 18 = 541 d20 ( 8195.)
%) .
PRES 1 = 65.806 ( 65514.) VPRS 1 = 0.286 ( 6315.) VPPS 2= 0.286 ( 6315.) VPRS 3= 0.287 ( 6317.) VPRS 4 = 04282 ( 62'76.> VPPS 5= 0.269 ( 6142.) VPPS 6= 0.285 ( 6305.> SUrir1ARY OF COPPECTED DATA T I f1E = 15 DATE = 0116 TEf1PEPATUPE (DEGREES P.) = 540.748 COPPECTED PPES5UPE iPSIA> = 65.522'8 VAPOR PPES$UPE (PSIA) = 0.2832
^k/
'9 6
4
a b s
/~~'s i.
i
- SUrif1ARY OF. f1EASUPED DATA AT 30 0116 i -
TEf1P 1 = 540.770 ( 8110.) TEf1P 2= 541.240 ( 8157.)
- TEf1P 3= 541.380 ( 8171.)
TEf1P 4= 541.060 ( 8139.) )
- TD1P 5= 541.050 ( 8138.) 1 TEf1P 6= 540.700 ( 8103.)
TEf1P ' 7= 540.940 ( 8127.)
- TEf1P 8= 541.100 ( 8143.)
TEf1P 9= 540.970 ( 8130.) TEf1P 10 = 540.400 ( 8073.) TEf1P 11 = 540.470 ( 8080 ) TEf1P 12 = 541.170 ( 8150.> TEf1P 13 = 539.660 ( 7999.) TEf1P 14 = 540.590 ( 8092.) l TEf1P 15 = 541.630 (. 8196.) TEf1P 16 = 535.660 (. 7599.) TEf1P 17 = 542.520 ( 8285.) TEf1P 18 = 541.660 ( 8199.) l PRES 1 = 65.809 ( 65517.) VPRS 1 = 0.286 (. 6308.) VPRS 2= 0.286 ( 6308.) 4
! VPRS 3= 0.287 ( 6319.)
VPRS 4= 0,282 ( 6275.) VPRS 5= 0.270 ( 6145.)
- VPPS 6= 0.288 ( 6332.)
i i i 1 SUrir1APY OR CDPFECTED DATA , T I f1E = 30 i DATE = 0116 T Ef1PER ATUPE (DEGEEES P.) = 540.770 COPPECTED PPES5UPE (P5IA? = 65.5257 VAPOR PPE55URE (PSIA) = 0.d833
\
M SUMMAPY OF MEASUPED DATA AT 100 0116
^
TEMP 1 = 540.860 ( 8119.) TEMP 2= 541.260 C 8159.) TEf1P 3= 541.400 ( 8173.) TEMP 4= 541.120 ( 8145.) TEMP 5= 541.150 ( 8148.) TEMP 6= 540.770 ( 8110.) TEMP 7= 541.020 ( 8135.) TEMP 8= 541.160 (. 8149.) TEMP 9= 541.020 ( 8135.) TEf1P 10 = 540.410 ( 8074.) TEf1P 11 = 540.520 ( 8085.) TEf1P 12 = 541.060 ( 8139.) TEMP 13 = 539.640 ( 7997.) TEf1P 14 = 540.800 ( 8113. ) . TEf1P 15 = 541.660 ( 8199.) TEf1P 16 = 535.680 ( 7601.) TEf1P 1? = 542.580 ( 8291.) TEf1P 18 = 541.690 ( 8202.) PRES 1 = 65.812 ( 65520.) VFRS 1 = 0.287 ( 6318.) VPP5 2= 0.287 ( 6318.) VPPE 3= 0.287 ( 6319.> VPRS 4= 0.283 ( 6282.) VPRS 5= 0.269 <. 6143.) VPPS 6= 0.288 ( 6327.) ' SUMMAPY OF COPPECTED DATA T I f1E = 100 DATE = 0116 TEf1PEPATUPE (DEGPEES P.) = 540.818 COPPECTED PPE55UPE (P5IA) .
= 65.5283 VAPOP PREISUFE (PSIA >.
= 0.2838 f"'s )
i l i I l
T
- % s
>V l. SUf1f1ARY OF T1EAIUPED BAT 6 AT 115 0116 TEf1P 1 = 540.860 ( 8119.) TEf1P 2= 541.290 ( 8162.) TEf1P 3= 541.410 ( 8174.) TEf1P 4 = 541.120 ( 8145.> TEf1P 5x 541.180 ( 8.151.) TEMP 6= 540.740 ( 8107.> TEf1P 7= 540.980 ( 8131.) TEl1P 8= 541.150 ( 8148.) TEMP 9= 541.030 ( 8136.) TEf1P 10 = 540.510 ( 8084.) TEf1P 11 = 540.570 ( 8090.)
+ TEMP 12 = 541.380 ( 8171.)
TEf1P 13 = 539.750 ( 8008.) TEf1P 14 = 540.780 ( 8111.) TEf1P 15 = 541.720 ( 8205.) TEMP 16 = 535.730 ( 7606.) TEMP 17 = 542.620 ( 8295.> > (~} TEf1P 18 = 541.760 (. 8209.) V PPES 1 = 65.815 ( 65523.) VPPS 1 = 0.288 <. 6327.> VPP5 2= 0.288 ( 6327.> VPPI 3= 0.287 ( 6319.) VPPS 4 = 0.284 ( 6293.) VPRS 5= 0.270 t. 6153.> VPPS 6= 0.287 ( 6322.) l l EUf1MAF Y OF COFFECTED DATA I TIME = 115 DATE = 0116 TEMPEPATUFE (DEGFEES P.)^ = 546.860 COPPECTED PPE55UPE (PSIA) = 65.5306 VAPOP PPE55UFE (PSIA) = 0.2844 \
,_,-.3 , - - - , - - - - - .,wc,ge., , - -g--,
.y
. i r
k,_y) s-SUt1MAPY OF f1EASUPED DATA AT 130 0116 ' TEf1P 1 = 540.920 ( 8125.) TEMP 2= 541.320 ( 8165.) TEMP 3= 541.460 ( E 179. ) TEf1P 4= 541.180 (' 8151.> TEMP 5= 541.130 ( 8146.) TEMP 6= 540.880 ( 8121.) TEf1P 7= 541.100 ( 8143.) TEf1P 8= 541.080 ( 8141.> TEf1P 9= 541.050 ( 8138.) TEf1P 10 = 540.390 ( 6072.) TEMP 11 = 540.500 ( 8083.> TEf1P 12 = 541.260 ( 9159.) TEf1P 13 = 539.720 ( 8005.) TEMP 14 = 540.730 ( 8106.) TEf1P 15 = 541.750 ( 8208.) TEMP 16 = 535.710 ( 7604.) TEf1P 17 = 542.640 ( 8297.)
\
TEMP 18 = 541.820 ( 8215.) PPES 1 = 65.816 ( 65524.> VPRS 1 = 0.287 ( 6322.> VPPS 2= 0.28T ( 6322.) VPPS 3= 0.288 ( 6330.) VPRS 4= 0.284 ( 6287.) VPPS 5= 0.271 ( 6154.) VPRT 6= 0.287 ( 6321.) SUl1t1APY OF COPGECTED DATA T I f1E = 130 DATE = 0116 TEMPEPATUPE (DEGFEE5 P.) = 540.863 CORRECTED PPE55UPE ( PII A:s = 65.5317 p VAPOR PPEISUPE (PIIA) = 0.2843 V
.rh A V v SUtif1ARY OF T1EAEUFED DATA AT 145 0116 TEf1P 1 = 540.930 ( 8126.) TEf1P 2= 541.330 ( 8166.) TEf1P 3= 541.440 ( 8177.) TEMP 4= 541.200 ( 9153.> TEf1P 5= 541.260 ( 8159.) TEf1P 6= 540.870 ( 8120.) TEMP 7= 541.080 ( 8141.) TEf1P 8= 541.200 ( 8153.) i TEf1P 9= 541.110 ( 8144.) l TEf1P 10 = 540.490 ( 8082.> TEf1P 11 = 540.510 ( 8084.) TEf1P 12 = 541.280 ( 8161.) TEf1P 13 = 539.890 ( 8022.) TEf1P 14 = 540.810 ( 8114.) TEf1P 15 = 541.770 ( 8210.) TEf1P 16 = 535.700 ( 7603.) TEf1P 17 = 542.660 ( 8299.) f TEf1P 18 = 541.900 ( 82' 13.) PRES 1 = 65.818 ( 65526.) VPRS 1 = 0.288 ( 6333.) VPPS 2= 0.288 ( 6333.> VPRS 3= 0.E88 ( 6329.> VPRS 4= 0.284 ( 6290.) " VPPS 5= 0.271 ( 6155.) VPRS 6= 0.288 ( 6330.) l SUf1r1ARY OF CORPECTED DATA T I f1E = 145 DATE = 0116 l TEf1 PEP AT URE (DEGFEES P.) = 540.904 COPPECTED PRES 50FE (PSIR) = 65.5332 Q VAPOP PFESSUPE (P!IR) = 0.2848 V 8 y - -
,, e e..-,, ,r~-- ,, + .. - - -.. --- - ,,-,..-., ~ , - c- -
SUf1 MARY OF f1EASUPED DATA AT 200 0116
/
TEf1P 1 = 540.990 ( 8132.) TEf1P 2= 541.340 ( 6167.) TEf1P 3= 541.530 ( 8186.) TEf1P 4= 541.200 ( 8153.) TEf1P 5= 541.190 ( 8152.) TEf1P 6= 540.930 ( 8126.) T Ef1P 7= 541.120 ( 8145.) TEf1P 8= 541.180 ( 8151.) TEf1P 9= 541.130 ( 8146.) l TEf1P 10 = 540.480 ( 8081.) l TEf1P 11 = 540.530 ( 8086.) l TEf1P 12 = 541.290 ( 8162.'s l TEf1P 13 = 539.840 ( 8017.) ' TEf1P 14 = 540.770 ( 8110.) TEf1F 15 = 541.800 ( 8213.) TEf1P 16 = 535.720 ( 76 0.5. > TEf1P 17 = 542.650 ( 8298.) /^ i TEf1P 18 = 541.820 ( 8215.) % 1 PPES 1 = 65.821 ( 65529.> VPPS 1 = 0.287 ( 6320.> , VPRS 2= 0.287 ( 6320.) ' VPRS 3= 0.288 ( 6327.) VPRS 4 = 0.285 ( 6299.) l VPPS 5= 0.271 ( 6154.) ' I VPRS 6= 0.288 ( 6331.)
SUMMARY
OF CORPECTED DATA TI f1E = 200 DATE = 0116 TEf1PEPATURE (DEGPEES R.) = 540.914 CORRECTED PPESSUFE (PSIA) = 65.5365 VAPOR PPE55UFE (PSIA) = 0.2845 x
gs ! \ i' d v-1 l
SUMMARY
OF MEASURED DATA AT 215 0116 TEMP 1 = 541.020 ( 8135.) 541.360 TEMP 2= ( 8169.) TEMP 3= 541.500 ( 8183.) TEMP 4 = 541.220 ( 8155.) TEMP 5= 541.210 ( 8154.) TEMP 6= 540.930 ( 8126.) TEMP 7= 541.100 ( 8143.) TEMP 8= 541.230 ( 8156.) TEMP 9= 541.140 ( 8147.) TEMP 10 = 540.550 ( 8088.) TEMP 11 = 540.630 ( 8096.) TEMP 12 = 541.410 ( 8174.) TEMP i3 = 539.810 ( 8014.) TEMP 14 = 540.720 ( 8105.) TEMP 15 = 541.820 ( 8215.) TEMP 16 = 535.800 ( 7613.) TEMP 17 = 542.700 ( 8303.) fq TEMP 18 = 541.900 ( 8263.) N) PPES 1 = 65.822 ( 65530.) VPR5 1 = 0.287 ( 6323.) VPPS 2= 0.287 ( 6 3 2 3'. > VPPS 3= 0.288 ( 6328.) VPPS 4= 0.285 ( 6297.) VPRS 5= 0.271 ( 6159.) , VPPS 6= 0.289 ( 6340.) 5UMMAPY OF CDPRECTED DATA TIME = 215 DATE = 0116 TEMPEPATUPE (DEGREES P. ) = 540.941 COPPECTED PPES50FE (PSIA) = 65.5372 l l VAPOP PPE55UPE (PSIA) = 0.2848 O l (j l l 1 1 l l
A
~
SUMMARY
OF f1EASURED DATA AT 230 0116
< TEMP 1 = 541.050 ( 8138.)
TEMP 2= 541.420 ( 8175.) TEMP 3= 541.500 ( 8183.) TEMP 4= 541.260 ( 8159.)
. TEMP 5= 541.290 ( 8162.)
TEf1P 6= 540.970 ( 8130.) TEMP 7= 541.100 ( 8143.) TEMP 8= 541.230 ( 8156.) TEMP 9= 541.190 ( 8152.) TEMP 10 = 540.680 ( 8101.) TEMP 11 = 540.650 ( 8098.) TEMP 12 = 541.410 ( 8174.) TEMP 13 = 539.870 ( 8020.) TEf1P 14 = 540.890 ( 8122.) TEMP 15 = 541.840 ( 8217.) TEf1P 16 = 535.750 ( 7611.) TEf1P 17 = 542.750 ( 8308.) TEf1P 18 = 541.840 ( 8217.) O ( . PPES 1 = 65.825 ( 65533.) VPRS 1 = 0.288 ( 6334.) VPPS 2= 0.288 ( 6334.) VPPS 3= 0.288 ( 6332.) VPRS 4= 0.285 ( 6301.) VPRS 5= 0.271 ( 6160.) VPRS 6= 0.288 ( 6335.) SUMMA ~Y OF COPPECTED DATA TIME = 230 DATE = 0116 TEMPEPATUPE (DEGFEES P.) = 540.981 COPPECTED PRESCUPE (P5 I A > = 65.5397 VAPOR PPES5UFE (P5IA) = 0.2853 (h c) t t
. - - - . , , . . - - - - . w,
i L A, TYPE B TEST
SUMMARY
- SECOND REFUELING . ig . (Performed at 54 psig)
LEAKAGE l , l DATE RATE (SCCM)l DESCRIPTION MWR
'l PENETRATION-
'25113 11/17/80 0.19 Q1T52B015-B ELECTRICAL PENETRATION 25113 11/17/80 0.09 Q1T52B023-B- ELECTRICAL PENETRATION ,
25113 11/17/80 0.12 , Q1T52B028-3 ELECTRICAL PENETRATION 25113 11/17/80 0.10 Q1T52B026-3 ELECTRICAL PENETRATION 25113 11/17/80 0.02 Q1T52B024-3 ELECTRICAL PENETRATION ELECTRICAL PENETRATION 25113 11/17/80 0.0 Q1T52B020-B 25113 12/30/80 0.07 Q1T52A001-A ELECTRICAL PENETRATION ELECTRICAL PENETRATION 25113 11/25/80 0.90 Q1T52 B008-4 ELECTRICAL PENETRATION 25113 12/30/80 0.0 Q1T52A002-A ELECTRICAL PENETRATION 25113 11/25/80 0.05 [ QlT52B006-A ELECTRICAL PENETRATION 25113 11/19/80 0.43 Q1T52B010-4 ELECTRICAL PENETRATION 25113 11/19/80 0.10 Q1T52B007-A ELECTRICAL PENETRATION 25113 11/21/80 0.31 QlT52B002-A ELECTRICAL PENETRATION 25113 11/19/80 0.12 Q1T52B005-A , ELECTRICAL PENETRATION 25113 11/17/80 1.72 Q1T52B014-A ELECTRICAL PENETRATION 25113 11/19/80 0.09 Q1T52B001-A ELECTRICAL PENETRATION 25113 11/25/80 0.12 Q1T52B019-A ELECTRICAL PENETRATION 25113 11/17/80 0.09 Q1T52B013-1 ELECTRICAL PENETRATION 25113 12/29/80 0.07 Q1T52A003-A ELECTRICAL PENETRATION 25113 12/30/80 0.03 QT52A004-A ELECTRICAL PENETRATION- 25113 11/17/80 0.07 Q1T52B012-1 O SU A-1 1
- i
TYPE B TEST SNMMARY - SECOND REFUELING (Performed at 54 psig) O Continued LEAKAGE l l DESCRIPTION MWR DATE RATE (SCCM)l l PENETRATION-ELECTRICAL PENETRATION 25113 11/15/80- 0.034 Q1T52B030-2 ELECTRICAL PENETRATION 25113 11/15/80 0.02 Q1T52B016-B ELECTRICAL PENETRATION 25113 11/14/80 0.05 Q1T52B042-2 ELECTRICAL PENETRATION 25113 11/15/80 0.051 Q1T528047-B ELECTRICAL PENETRATION 25113 11/17/80 0.14 Q1T52B046-B ELECTRICAL PENETRATION 25113 12/31/80- 0'.07 Q1T52A005-B ELECTRICAL PENETRATION 25113 11/15/80 0.034 Q1T528022-B ELECTRICAL PENETRATION 25113 11/25/80 0.051 Q1T52B038-B Repair Q1T528017-B ELECTRICAL PENETRATION MWR-30109 12/30/80 0.05 Q1T528031-2 ELECTRICAL PENETRATION 25113 11/14/80 0.09 Q1T52B018-B ELECTRICAL PENETRATION 25113 11/15/80 0.07 O* . Repair MWR-30110 12/30/80 0.12 Q1T52B025-B ELECTRICAL PENETRATION Q1T52B037-N ELECTRICAL PENETRATION 25113 11/14/80 0.07 Q1T52B041-N ELECTRICAL PENETRATION 25113 11/14/80 0.02 Q1T52B033-N ELECTRICAL PENETRATION 25113 11/14/80 0.034 , Q1T52B039-N ELECTRICAL PENETRATION 25113 11/14/80 0.26 Repair , Q1T52B040-N ELECTRICAL PENETRATION MWR-30108 1/2/81 0.02 Repair Q1T52B035-N ELECTRICAL PENETRATION MWR-30107 12/30/80 0.12 Q1T52B034-N ELECTRICAL PENETRATION 25113 11/14/80 0.12 01T52B032-N ELECTRICAL PENETRATION 25113 11/14/80 0.02 Q1T52A006-B ELECTRICAL PENETRATION 25113 12/29/80 0.07 Q1T52B009-A ELECTRICAL PENETRATION 25113 12/29/80 0.05
'Q1T52B011-B ELECTRICAL PENETRATION 25113 12/29/80 0.07 ,
SU-19 A-2
* = _
, .~ .-_- _ _ . . . . ._,
TYPE B TF,ST
SUMMARY
- SECOND REFUELING (Performed at 48 psig)
Continued LEAKAGE l
-l MWR DATE RATE (SCCM)l l PENETRATION DESCRIPTION FUEL TRANSFER TUBE -
BLIND FLANGE 32257 1/4/81 17.6 14 FUEL TRANSFER TUBE - BELLOWS 32257 1/6/81 149.1 - 14 2/27/81 377 84 EQUIPMENT HATCH - SEALS MAIN AIR LOCK - INTERIOR 2/28/81 99.6 86 No leakage 1/12/81 @ 16 psig 86 - MAIN AIR LOCK - SEALS 87 AUX AIR LOCK - INTERIOR 32260 1/4/81 0.1 No leakage 1/12/81 @ 16 psig 87 AUX AIR LOCK - SEALS 1 O V SU-19 A-3 b- w y, ,-- --,,,.y - -- n ,,- --y ,, wy-r- -awy,q- g.-e..6- e N $ M $- w
TYPE C TEST
SUMMARY
- SECOND REFUELING (Performed at 48 psig)
LEAKAGE TOTAL l l ' RATE LEAKAGE l l VALVE MWR DATE (SCCM) (SCCM) l l PENETRATION 24960 12/5/80 2.4 -2.4 10 Q1E11V025A 24961 12/5/80 2.4 Q1E11V026A 24962 12/5/80 1.6 1.6 11 Q1E11V026B , Q1E11V025B 24963 12/5/80 1.6 24965 12/30/80 95.8 95.8' 12 Q1P13V282 Q1P13V281 24967 12/30/80 95.8 24969 12/29/80 125.2 125.2 13 Q1P13V283 Q1P18V284 24971 12/29/80 125.2 24972 12/5/80 8.2 8.2 16 Q1E11V001A 24973 12/5/80 28.2 28.2 18 Q1E11V001B 23 24974 1/3/81 0.4 3.5 Q1E21V253A QlE21V253B 24975 1/3/81 0.4 Q1E21V253C 24976 1/3/81 0.4 Q1E21v254 24977 1/3/81 3.5 r 24 24978 12/29/80 0.2 1.2 Q1E21V257 Q1E21V258 24979 12/29/80 1.2 Q1E21V119 24980 12/29/80 0.2 i 24981 11/14/80 34.1 34.1 25 Q1E21V115B 24982 11/14/80 3.4 3.4 26' Q1E21V115C 27 24983 12/6/80 4.1 4.1 Q1E21V115A 24984 12/29/80 1.7 20.4 28 Q1E21V249A' Q1E21V213 24985 11/29/80 1.7 f (3) Q1E21V249B 24986 1/4/81 20.4 SU-19 A-4
,:. - -.. . . .. Y
- . . . . . . - . . . ~ . ,
TYPE C TEST
SUMMARY
- SECOND REFUELING (Performed at 48 psig) l
. /~'% . Continued (/ LEAKAGE TOTAL l ,
'l RATE LEAKAGE l l
VALVE MWR DATE (SCCM) (SCCM) l l PENETRATION 24987 11/19/80 42.9 42.9 29 Q1E21V049 24988 11/19/80 37.7 Q1E21V050 24989 11/19/80 32.4' 32.4 30 Q1B13V040 Q1B13V038 24990 11/19/80 12.4, ; 24991 11/21/80 21.1 35.0 31 .Q1G21v005 Q1G21V006 24992 11/21/80 22.5 , Q1G21V064' 24993 11/21/80 35.0 f 24994 12/31/80 5.1 213.0 32 Q1P16V072 . Q1P16V081 24995 12/31/80 213.0 24996 11/20/80 38.8 38.8 33 Q1G21HV3380 Q1G21V204 24997 12/4/80 10.1 24998 12/7/80 0.7 8.2 42 Q1P17V083 , Q1P17V082 24999 12/12/80 8.2 25000 11/19/80 25.5 195.0 43 Q1P17hv3045 . Q1P17HV3184 25084 2/11/81 195.0 44 25085 12/16/80 4.2 7.1 Q1P17V097 Q1P17V099 25086 12/16/80 7.1 25098 1/5/81 3.2 16.2 ! 45 Q1P17HV3095 Q1P17V159 25088 12/7/80 16.2 25089 11/29/80 1.4 14.4 46 Q1P17HV3443 Q1P17HV3067 25090 11/19/80 14.4 25091 12/16/80 134.0 134.0 47 Q1P18V001 (}. A-5 j 50-19 l 1
, I TYPE C. TEST
SUMMARY
- SECOND REFUELING (Performed at 48 psig)
O Continued 1 LEAKAGE TOTAL l l, RATE LEAKAGE l l VALVE MWR DATE (SCCM) (SCCM) l l PENETRATION 25092 1/11/81 134.0 Q1P18V002 25093 1/27/81 100.6 260.0 48 Q1P19HV3611 25094 1/7/81 260.0 QlP19V002B 25095 11/19/80 5.4 5.4 L 49' Q1E21V052 25096 11/19/80 3.7 , Q1E21V091 25097 11/18/80 3.2 3.2 50 Q1P15HV3766 Q1P15HV3334 25098- 11/18/80 2.4 , 25099 11/24/80 0.8 1.1 54 Q1E14V002 QlE14HV3658 25100 11/24/80 1.1 25101 11/24/80 67.4 67.4 55 Q1E14HV3657 Q1E14V001 25102 11/24/80 14.1 , 56 Q1P15HV3104 25103 12/10/80 0.7 1.0
-Q1P15HV3331 25104 12/10/80 1.0 57 Q1P15HV3103 25105 11/18/80 7.1 7.6 ;
Q1P15HV332 25106 11/18/80 7.6 58 25107 11/18/80 4.4 4.4 Q1P15HV3765 Q1P15HV3333 25108 11/18/80 3.7 25109 12/7/80 0.2 7.1 59 Q1E11V039B i Q1E11V039A 25110 12/7/80 0.2 Q1E21V263A 25043 12/7/80 0.2 Q1E21V263B 25044 12/7/80 0.2 Q1B13V054 25045 12/7/80 7.1 Q1E11V040 25046 12/7/80 0.2 SU-19 A-6 _ _ _ -_ _ _ , . . ~ , _._,_ _e_.--,_,__., .
TYPE C TEST
SUMMARY
- SECOND REFUELING (Performed at 48 psig)
(% ( Continued LEAKAGE TOTAL l l RATE LEAKAGE l l VALVE MWR DATE (SCCM) (SCCM) l l PENETRATION 60 25047 12/5/80 3.9 189.0 Q1P16V075 Q1P16V071 25048 1/8/81 189.0 61A 30940 11/29/80 6.9 6.9 Q1E23V022D Q1E23V022C 30942 11/29/80 6.9 Q1E23V023B 30941 11/29/80 6.9 61B 25052 11/18/80 23.6 23.6 Q1E23V024B QlE23V025B 25053 11/18/80 23.6 62 Q1G21V082 25054 11/20/80 20.4 23.1 Q1G21V001 25055 11/20/80 23.1 63 Q1E21V058 25056 12/12/80 0.0 1.9 Q1E21V059 25057 1/3/81 1.9 64A Q1B13V037 25058 11/22/80 7.1 7.1 Q1B13V039 25059 1/5/81 3.6 64B Q1B13V026A 25060 11/24/80 2.4 2.4 Q1B13V026B 25061 11/24/80 1.6 66 Q1E23V025A 25062 11/18/80 23.6 23.6 Q1E23V024A 25063 11/18/80 23.6 67 Q1E23V022B 30943 11/29/80 17.9 17.9 Q1E23V022A 25065 11/18/80 2.2 Q1E23V023A 25066 11/18/80 2.2 70 Q1E14V004 25067 1/7/81 5.0 124.3 Q1E14V003 25068 1/6/81 124.3 71 Q1P23V002A 25069 11/26/80 4.1 4.1 SU-19 A,-7
-e9 - y.P.. --rs. - +s.e-..-e p-gr-ny wm---e- eqa-- +
TYPE C TEST
SUMMARY
- SECOND REFUELING
' ' (Performed at 48 psig) Continued , LEAKAGE TOTAL l l RATE LEAKAGE l , l VALVE MWR DATE (SCCM) (SCCM) l. l PENETRATION 72 25070 11/26/80 43.4 43.4 Q1P23V002B 78 25071 11/20/80 33.1 33.1 Q1G21HV3377-Q1G21V291 25072 12/29/80 7.0 Q1G21HV3376 25073 12/29/80 7.0 82 25074 11/21/80 2.2 5.3 Q1P11V001 Q1P11V002 25075 12/20/80 5.3 93 Q1E13V003A 25076 11/21/80 5.2 6.3 Q1E13V004A 25077 11/21/80 6.3 - 94 Q1E13V004B 25078 11/21/80 4.0 4.0 () 95 Q1E13V003B Q1G31V012 25079 25080 11/21/80 12/17/80 2.7 22.8 22.8 . QIc31V013 25081 12/17/80 12.3 i 103 Q1E23V002 30944 11/29/80 1.1 5.9 , Q1E23V003 25083 11/18/80 5.9 l 12 Q1P13V289 24996 12/26/80 95.8 l 12 Q1P13V290 24964 12/26/80 95.8 13 Q1P13V291A 24970 12/29/80 125.2 13 Q1P13V292 24968 12/29/80 125.2 97B Q1P19V004 25112 1/8/81 '13.5 24.2 97B Q1P19HV2228 25111 1/8/81 24.2 . O SU A-8 i
,~,- , 1, - , , 4 ...,-# _r-,r- , f--,.. .,m_, , , , - . _ - ...,..,r4 , , , , ~ .-,,-#s,
TYPE B & C TEST RESULTS - CONCLUSIONS U,m ELECTRICAL PENETRATIONS 6.324 SCCM TYPE B TECTS: FUEL TRANSFER TUBE 166.7 SCCM AUXILIARY AIR LOCK 0.1 SCCM MAIN AIR LOCK 99.6 SCCM 377.0 SCCM EQUIPMENT llATCil 649.724 SCCM VALVES 1991.2 SCCM TYPE C TESTS: TOTAL TYPE B & C LEAKAGE: 2640.9 SCCM O o v SU-19 A-9
- _ . _ . _ ,}}