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EXPERIMENTAL THERMAL

CONDUCTIVITY VALUES FOR MIXTURES

OF METHANE AND ETHANE

H. M. Roder

D. G. Friend

National Bureau of Standards

U.S. Department of Commerce

Boulder, Colorado 80303

Final Report

March 1985

-QC

100

• U56

85-3024

1985
\
RATIONAL BUREAU

OF STANDARDS

LIBRARY

EXPERIMENTAL THERMAL

CONDUCTIVITY VALUES FOR MIXTURES

OF METHANE AND ETHANE

H. M. Roder

D. G. Friend

Chemical Engineering Science Division

Center for Chemical Engineering

National Bureau of Standards

U.S. Department of Commerce

Boulder, Colorado 80303

Final Report

March 1985

U.S. DEPARTMENT OF COMMERCE, Malcolm Baldrige, Secretary

NATIONAL BUREAU OF STANDARDS, Ernest Ambler, Director

CONTENTS

Page

1. Introduction . ............ 1 2. Results for a 70/30 Mixture of Methane-Ethane ........

3. Results for a 50/50 Mixture of Methane-Ethane . 15

4. Results for a 35/65 Mixture of Methane-Ethane 28

5. References 38

Li st of Tables

Table 1. The thermal conductivity of a 70/30 methane-ethane mixture

Table 2. The thermal conductivity of a 50/50 methane-ethane mixture ... 16 Table 3. The thermal conductivity of a 35/65 methane-ethane mixture 29

Experimental Thermal Conductivity Val ues for

Mixtures of Methane and Ethane

Hans M. Roder and Daniel G. Friend

Chemical Engineering Science Division

Center for Chemical Engineering

National Bureau of Standards

Boulder, Colorado 80303

The experimental measurements of thermal conductivity as obtained in a transient hot

wire apparatus for mixtures of methane and ethane are recorded. The measurements were made at temperatures between 140 and 330 K with pressures between 0.1 and 70 MPa. Tiie density range is 0 to 24 rnol/L, the mole fractions of methane are 0.69, 0.50, and 0.35,

and the total number of points recorded is 2476.

Key words: ethane, hot wire, measurements, methane, mixtures, thermal conductivity,

transi ent.

1. Introduction

New experimental measurements of the thermal conductivity of fluids are always of interest,

especially if the measurement is an absolute one, and if the results are as accurate as those tnat

can be obtained from a transient hot wire apparatus. Perhaps the single drawback of a transient

hot wi re system is the rapid accumulation of large quantities of data. This report is the archival

record of results on mixtures of methane and ethane. There is a minimum of text since analysis,

explanation and discussion of the results will be given in future papers [l^]*.

The measurements were made with a transient hot wire thermal conductivity apparatus [3] which

has been tested with nitrogen [3], helium [3] and argon [4,5]. The system has been used previously

to measure the thermal conductivity surfaces of oxygen [6], hydrogen [7,8,9,10], methane [10,11],

ethane [10,12] and propane [10,13]. The temperature range of the instrument is 77 to 330 K and tue pressure range is from near zero to 70 MPa. The scheme used to measure the thermal conductivity surface of a given fluid is to conduct the- measurements along isotherms. The spacing in temperature is chosen to be around 20 K resulting •

a change of several percent in thermal conductivity between different isotherms. On each isotn_-r,

measurements are made at a number of different pressures. The spacing in pressure is arranged t give a spacing in density of about 0.5 mol /L . Finally, replicate measurements at the same cull

temperature and pressure are made with three or four different power levels. The replicate

measurements serve to verify the absence of convection, and, because the experimental temperutun'

vary with the applied power level, the measurements are actually independent of each othur.

The sections for the individual mixtures give the tables of data, the correlating equuM

the form of computer programs which were used to adjust the thermal conductivity values Ij

nominal temperatures, and the equation of state used to infer densities from the measured , and temperatures. Recorded in the tables of data are the run and the point numbers, t.he , . temperature and density of the mixture, the applied power, the experimental thermal . r . . . t_ and its associated linear regression statistic STAT. STAT is the uncertainty of tnu

''Numbers in brackets indicate the literature references at the end of the paper.

1
d( aT)

/

d( Jtnt) at the two sigma level , determined in the the data reduction program [3]. STAT is a direct measure of the precision of the thermal conductivity, i.e., a STAT of 0.001 corresponds to a precision of 0.1 percent in thermal conductivity. In the analysis of the thermal conductivity

surface it is desirable to have the thermal conductivities at integral values of temperature.

Therefore, each point has been adjusted at constant density ta a nominal temperature by a slight

shift in temperature using the correlating equations for the surface in question. Printed in the

data tables are the so adjusted thermal conductivities at the nominal isotherm temperature as well

as the deviation between the adjusted values and the correlating surface.

2. Results for a 70/30 Mixture of Methane-Ethane.

A total of 899 points are given in table 1. The actual mole fraction of methane in the

mixture is 0.68526 with the balance ethane. The computer programs developed for the thermal

conductivity surface of this mixture are shown below. The equation of state used for this mixture

i s given in [14]

.

FUNCTION TC70?0( »HO* T)

C COFF. FRO* TC021 > FIRST PASS* 27 M AR 95

DIMENSION A(3)*B(5>

DATA A / .1876727E-02* . 3C6Q668 F-04, . 1 94 1 864E-C6

/

DATA B/ • 2091 574 E-O? * .61093 47E-06* . 5868615E-05*

1 .3105442E-08, .5 910959E-08

/

TCZER0*A( 1) + A(?)*T + A (3 ) + T**2

E*CESS»< * (l)+9(2 )*T)*RH0*< B ( 3 ) +8 ( 4 ) *T ) *R HO** 3* B ( 5)*RHD**5

TC70?C*TC ZER0 + FXCFSS+CR703Q( RH0*T)

RETURN

END

FUNCTION CR7030(RH0*TE*P)

C COEF. FRO* TC021 AND MINIMS* C IRST PASS* 27 MAR 95

DIMENSION C ( 6

)

HATA (TC-239.779)* (RHOC-8.75)

DATA Cl .?768677E+-00*-.2240000E + C3, . 1 827450 E-01 »-. 5 57 1235 E-04

1 -.2212507E+00* .211 9179E+00/

T-TENP

IF(T.LT.TC) T-TC

DEN* RHO

IF (T.LT.363.500) GO TO 4

5 CR 7030*0.

RETURN

4 CONTINUE

ANPL-Cll) /{T+C(2))+C(3)*C(4)*T

DE LR H0*D E N-RHOC

X1«C (5)*DEIRHQ

IF (DFN.GT.RHOC) XI «C ( 6 ) * DE L R HO

CR7030-AMPL»FXO(-Xl*+2

)

RETURN

END

2
Table 1, The Thermal C on hue t 1 v i *-y of 8 79/30 "stnanp-Etnane <*

I *

Experimental Adjust e d Thermal r onductlvlt>

Thermal at a Nominal Deflation

Bun P t

.

Pressure Temperature Cens 1 tv P o w e r Conduc 1 1 vl ty $ T A T Temperature of 180. /K from Corelation

“Pa K mo 1 / L w / m W / m . K W/m.K percent

<>2C?0 1.708 182.606 27.6980 1.26766 . 16996 . 301 .16977 .57

9 20 2 9 1.733 181.388 27.7862 1 . 1 8 9 '

8

.16085 .P'01 .16836 03 92020 1.732 180.027 7797 1.08161 .16782 .001 .16780 -1. 66

<52027 1 .729 180.328 22. S’ 1 9 . 9801

8

.14738 .001 .16739 -2.20

<52 024 18.853 181.791 23.3160 1.26516 .1036’ .301 .13351 1.12

<> ? o ?

•; 18.851 1 81.080 7’. 3569 1 .18998 .10290 .331 .18238 . 28 92028 18.850 180.076 23.3001 1.08’67 .10198 .001 .10198 -.80

<52023 14.086 180.000 23.8130 .93000 .18086 .001 .18058 -1.66

9202? 20.027 181 . '10 23.0350 1.76950 .19567 . 001 .19555 1. 82 92021 20.026 180.046 73.8703 1.18858 , 1988 e .001 .19885 .85

<52020 ’0.023 180.397 20.8981 1.03770 .19395 .001 .19399 -. C6

*5 20 1 <5 20.013 139. o?o 23.9192 .03628 .19271 .031 .19202 -.97

92018 81.123 181.183 28. 2922 1.28375 .20507 .001 .20899 . 02 9201 7 81.123 180.689 74.3193 1.13189 .20397 . 001 .20397 .01

9201*. 81.116 180.179 28.3830 1.03397 .20353 .001 .20360 -.85

92015 81. Ill 180.030 76. 3899 .93557 . 20382 .001 .20351 -. 57 9201 8 58.061 180.878 28.7222 1.2301

9

.21888 .301 .21881 .32 92013 58.068 180.580 28.7385 1.17903 .21390 .001 .21392 -.10

92012 58.883 180.011 28.7683 1.03862 .21328 .331 .21338 -. 67 92008 68.291 181.196 28.9677 1.28366 .21960 . 0 C 1 .21960 -.13

92010 63.867 180.860 24.9729 1.38717 .21966 .001 .21903 -.16

92009 63.038 180.708 28.9758 1.28753 .22186 .001 .22188 .79 92003 68.302 180.007 28.9070 1.3.3 56 5 . 21986 .001 .21988 -.83

92000 63.021 180.270 75.000? 1.13612 .22033 .301 .22039 -.15

92002 68.312 180.509 26.0013 1,03389 .22002 .001 .22008 -.32

92001 68.011 180.236 25.0151 .93552 .21999 .301 .22005 -. 87

9 2007 63.021 139.821 75.0223 1.03122 .21908 .001 .22001 -.56

92006 63.019 139.699 20.0203 .93210 .2191? . 301 .21926 -.99

Exp e r 1 ment a 1 Adjusted Thermal Conduc 1 1 vl ty

Th erme 1 at a Nominal Oev 1 at 1 on Pun Pt. Pressure Temperature (Tensity Power fondue 1 1 v 1 ty STAT Temperature of 161. 9K from Corelation

“Pe K mo 1 / L W/m W/m.K W/m.K percent

93023 2.650 162.375 21.3226 1.11586 .18350 .031 .18383 -2. 11 93022 2.650 161.810 21.3657 1. 0<T860 .18857 .031 .18858 - 1.31

93021 2 . 6

K 0 161.896 21.3095 .90052 .18889 .001 .18858 -2.12

9«028 2.650 161.367 21.3998 .80696 .18616 .301 .18623 -1.06

93019 13.938 162.635 22.0178 1.23568 .15815 .001 .15008 -. 88

0 3010 13.980 162.288 22.0823 1.11588 .10769 .001 .15748 -.99

93017 13.932 161.898 22.0093 1. C011

7

.15759 .331 .15768 -1.58

93020 13.988 161.339 22.0998 .90875 .15958 .301 .15965 -.30

93016 27.320 163.005 22.6517 1.36110 .17263 .001 .17286 . 98 93C15 27.322 162.820 22.6836 1.23398 .17151 .001 .17183 -.02

93018 27.318 161.730 22.7211 1.11888 .17107 .301 .17109 -. 19 93013 27. 321 161.265 22. 7870 1.00169 .17176 .001 . 171 38 -.01

93012 39.885 162.657 23.1828 1.35619 .18380 . 301 .18370 1.11 93011 39.081 161.90? 23.2109 1.23 L37 .18380 .031 .18338 .61 93010 39.080 161.551 23. 2328 1.U32C . 18319 .001 .18323 .29 93009 39.837 160.000 23.266« .93956 .10253 .931 .18268 -. 82 93007 53.108 162.296 23.6587 1.35860 .19808 .001 .13877 1.86 93006 53.183 161.032 23.6779 1.23145 .19879 .331 .19879 1.25

93000 53.198 lfcl .860 23.6975 1.01305 .19738 .001 .19788 2.35

93006 53.181 161.171 23.7108 1.1080? .19338 .301 .19388 .10 03008 61.106 162.635 23.9903 1.88838 .20161 .001 .20189 2.17

93003 61 .ICO 162.312 20.9086 1.35298 .20102 .001 .20095 1.78

93002 61.095 161.539 23.9392 1.22803 .19986 .001 .19950 .43 930C1 61.083 161.025 20.9619 1.10587 .19659 .001 .19071 -.02

Experimental Adjusted Therm 1 Conductivity

Thermal at a Nominal deviation

Pun P t

.

Pressure Temperature Dens 1 tv Power Conductivity STAT Temperature of 182. 6K from CoreleMon

MPa K TP 1 / L W / HI W/m.K W/m.K percent

98028 3.790 183.518 19. 6305 1.15618 . 12135 . 001 .12122 -1.73

98023 3.798 102. e80 19.7022 1.03562 .12198 .302 .12191 - 1.69

98022 3.795 102.899 19.7381 . 9223 8 .12262 .001 .12263 -1.66

98021 3.791 182.075 19.7729 .81502 .12287 .301 .12298 -1.85

98020 18.790 183.661 20.6639 1.28608 . 13797 .001 .13782 -.58

98019 18.793 182.061 20.7130 1.15415 .13eC6 .001 .13001 -. 9 ’

9 8010 18.706 102.819 20.7506 1.03503 . 13073 .001 .13075 -• 85 98017 18. 700 181.835 20.7911 .92073 .13887 .001 .13850 -1.85

98016 27.563 183.093 21.5258 1.70210 .15290 .001 .15206 -.01

9 4 01 5 27.558 102.5?' 21.5582 1.15308 .15382 .031 .15383 -. c ? 98018 27.560 181 .917 21.5937 1.03202 .15305 .001 .15315 -.61 98013 27.558 181.293 21.6293 .91820 .15330 .001 .15389 -.79

98011 39.833 103.805 72.1C68 1.81601 .16553 .001 .16581 1.23

3
o no 30.476 1 ?’.740 22.1404 1 .? 800’ .16488 .0 n l .16486 .51

5 4012 3 9 . 4

0 7 1 32.378 22.1596 1 .04377 . 16 791 . 001 . 16794 2.12

5 4 9 0 5 99.4 ?6 1 61. .5 74 27.1900 1.14735 .16403 .001 .16412 -. 39

04 o r 7 5 5 . 1

c ? 1 ?3 .845 2?.7456 1 .85392 • 1 7 c ? 9 .001 .17914 1.88

0 4006 55 .] 62 182.613 ?? . 7 ? 87 1.40520 .17835 .001 .17935 . 96 54008 c 5. 164 182.436 77.7969 1.15328 .18234 . 001 .13236 3.05

54 305 88.149 1 ? 2 . 1 5

1

22.8095 1.27U8 .17779 .Oil .17786 .45

9 4 902 64. 498 182.674 23.121] 1.39539 .1871? .001 .18711 1.94

o 4 0 Cl 64 . ? 0 4 192.357 23.1348 1.26948 .18858 .001 .18862 2.57 Experimental Adjusted Th e rm a 1 Co nriuc t 1 v 1 ty Therm# 1 at a Nominal Deviation

5 ij n P t • °r?ssure Temperature Tens 1 ty Power Conductivity STAT Temperature of 194. 2K from Corel atlon

“Pi K sol /L W/m W/m ,K W/m.K percent

51083 • ? 6C 194.86? . 2334 .08742 .01654 .003 .01647 1.C1

0 10 4? .261 194.064 .2345 .07096 .01644 . 003 .01645 . 90 5108 8 .368 195.766 .2354 .10559 .01681 .00? .01664 2.01 01081 . 3 60 193.35° . 235 6 .95627 .01619 .005 .01628 -.19

9 1 0 R 4 .3 61 192.730 .2364 .04336 .01630 .009 .01646 . 67 51087 .365 194 .91 7 . 236 H .03733 .01664 .003 .01656 1. 51 01086 .365 194.36? .2374 .07099 .01654 .007 .01652 1.26 51CR5 .365 193.579 .23?8 .05634 .01612 .007 • C 1 6 19 -.82

Experimental Adjusted Thermal Conluct 1 v 1 ty The p rn a 1 at a Nominal Devi at 1 on Sun Pit

.

Pressure T»moereture Density 0 ower Conductivity STAT Tamoerature of 203 .7K f rorn Corelation

8 P 3 K mo 1 / L W/m W/m.K W/ir.K percent

0 1 C 75 .37? 205.073 . 2275 .09265 .01768 .005 .01753 1.23 9107? .973 .204.311 .?? 85 .07523 .01752 .009 .01745 .78

5 1C 77 .372 203.461 . 2296 .05966 .01747 . 006 .01750 1.01

5 1C 8 0 . 372 202.840 . 2304 .04595 .01 751 .008 .01760 1.6C oir, 3 .600 203.230 .3812 .05962 .01801 .007 .01806 1.77 51075 .616 ? C 4 , 5 4 7 .3 B °7 .09248 .01824 .003 .01815 2. 1?

9 1074 .614 203.88? . 3889 •078]4 .01808 .003 .01806 1.64 51976 .61 6 202.619 .3937 .04591 .0178? .009 .01794 . 90

9 5C ? 4 8.110 205.034 17.5257 1.05484 .10205 .001 •1C1 87 1.36

9 80? 3 8.113 203.71 5 1 7.6920 .97468 .10173 .00? .10173 -. ?0 550?? 5.113 203.237 17.7510 .81221 .10181 .001 .10187 -. 98 55021 5.114 202.438 17.8481 .71599 .10217 .001 .10234 -1.55

95917 14.562 204.301 1 0 . 0 9 6 8 1.16825 .11707 .001 .11698 -1.71

9 501? 14.664 203.890 19.1320 1.04422 .1182° .001 .11825 -.93

95010 14.663 2C3.256 1°.18?5 ,9?526 .1176? .001 .117Se -2.04

9502C 14.665 202.65? 19.2307 ."1263 .11907 .001 .11922 -1.26

05013 27. 532 204.356 20.2440 1.30126 .12367 .001 .13357 -1.16

95014 27.53? 203.994 20.2666 1.16941 .13*49 .001 .13445 -. 76 95015 27.539 ?C3.387 20.3C44 1.64393 .13539 .001 .13544 -.44

9 8 C 1

6

27.53? 202.917 20.3334 .92541 .13601 .001 .13613 -. 26 95010 4C . 137 204.79? 21.0203 1.29763 .15046 .001 .15029 1.92 98C09 40.133 204.399 21.0410 1 .43987 .14644 .001 .1*633 -.97 °5011 40.145 203 .626 21.0826 1.15544 .14933 .001 .1*934 .60

9 5 01? 40. 1 45 203.043 21.1135 1.02840 .14918 .001 .14928 . 21

9 5005 53.637 203.874 71.7368 1.43832 .1596* .001 .15961 -.12

9 5 0 C 6 53.637 203 .943 21.7382 1.30504 .16108 .001 .16106 .76 95007 53.647 203.353 21 .7617 1.17174 .16205 .001 .16210 1. 14 95003 53.647 202.834 21. 7862 1.04548 .16296 .001 .16309 1.47

9 5 0 C ? 62.469 2 C 4 . 5 0

1

22.0771 1 .

' 90?

1

. 16775 .001 .16762 . 94

98.003 62.462 2C3 .845 22.1059 1.30725 .17008 .001 .17006 2.04

° 5

1‘ 0

1

62.471 203. 810 22.1078 1.43787 .16737 . 001 .16735 .43

9 5004 62.462 2C3.246 22. 1325 1.17157 .16989 .001 .16996 1.69 Experimental Adjusted Therma 1 Conductivity

Thermal a t a Nominal Deviation

?un P t

.

Pressur e Temperature Density Power Conductivity STAT Temperature of 214. 4K fr os Core 1 at 1 on MOg K mo 1 / L W/m W/m.K W/m.K percent

5 1C72 .416 215.959 .2421 .11700 .01925 .003 .01908 2.73 91071 .418 215.080 .2432 .09769 .01915 .003 .01908 2.71 9107C .41? 214.352 .2441 .07929 .019C* .008 .01905 2.56 91069 .41? 213.79] .2449 .06298 .01908 .010 .01915 3.08 9196? . «24 218.431 . 4991 .11780 . 0 1 9 0 3 .003 .01972 2.21 91967 .824 214.739 .5012 .09768 .01977 .004 .01974 2. 27 51066 .824 213. 493 .5034 .07920 .01931 .006 .01936 .35 91965 .324 213.892 .5047 .06205 .01959 .006 .01969 1.98 91060 1.169 21 8 .221 . 7367 .11778 .02052 .003 .02043 2.22 01059 1.16 8 214.660 .7395 .09762 .020*1 .004 .02039 1.96 9105? 1.167 214.205 .7416 .07929 .02063 .004 .02066 3.22 91057 1.166 ?13.341 .7451 .06286 .02058 .006 .02071 3.39 91164 1.19C 215.1 24 .7590 .11781 . 02 Cl 2 .002 .02004 .08 01063 1.190 214.612 . 7567 .09748 .02007 .00* .02007 .18 91062 1 .190 213.862 .7506 .07919 .01961 .004 .01968 -1.88

91061 1.190 213.368 . 7622 .06283 . 01956 .005 .01968 -1.90

4
Excer Imentsl Adjusted Thermal Conductivity

Thermal 8t a Nominal Deviation

»un Pt. Pressure T emper a*ur e Density Power Conduct 1 v I ty 3T4T Temperature of 223. 10 from Corelatlon

HP* K mo 1 / L W/m W/m.K V/m.K oercent

<51055 .307 224.833 • 2 13 7 .10278 .01951 .004 .01931 -.90

<51054 .387 224.037 .21*5 .08362 .01951 .005 .01940 -.43

<51053 .307 223. 37 c .215? .06627 .01958 . 006 .01955 . 32 91056 .307 222.896 .2167 .05105 .01553 .311 .01955 .35

<510*? .703 ?2 C .227 .4*64 . 1’303 .02026 .004 .02001 -.62

<51051 • 7 p 3 224.383 .4484 .10255 .02016 .002 .02001 -.65

<51050 .7*3 223.662 . 4502 .03334 .02011 • 004 .02004 -.50

91049 .783 223. C74 .451 7 .06611 •C199C .005 .01990 -1.23

91047 1.0®0 225. C37 .6337 .12383 .02058 .003 .02035 -1.60

91046 1.0«0 ’24.339 . 6364 .10266 . 02070 .004 .02055 -.63

91045 1.080 223.609 .6392 .08346 .02052 .005 .02046 -1.14

910*8 1.080 223.042 .6414 .066? 8 .02047 .007 .02049 -1.08

910*4 1.510 225.170 . 925 0 .14700 .02180 .304 .02156 -.02

910*3 1.510 224.630 .9292 .12377 .02180 .003 .02162 .23 91042 1.510 223.963 .9336 .10252 .02176 .003 .02166 .35 91041 1.510 223.253 .93 02 .09336 .02140 .004 .02138 -1.01

960 24 6.484 223.032 18.2338 . 99669 .08483 . 004 .08484 1.28

96023 6 .4 B 5 222.640 15.3087 .77999 .08505 .005 .08511 1.03

960?? 6.405 221 .895 18.4480 .67166 .08510 .008 .08527 .11 96021 6.486 221.134 18.5857 .57164 .08620 .001 .08647 .40 96020 16.137 223.603 17.6816 1.01971 .10423 .901 . 1 C 416 -.69

94019 16.134 222.764 17.7536 .89492 .1C-43C .001 •1C435 -1.25

96010 16.13? 222.070 l 7 • 013 3 . 7 7 92 0 .10500 .001 .10515 -1.10

96^17 16.131 221.310 1 7 . 9 77 6 .67077 . 1C 489 .031 .10515 -1.78

96016 27.490 223.569 19.0227 1.15028 .11949 .001 .11942 -1.19

96015 27.500 222 .74? 10.0764 1.0173? .11559 .001 .12005 -1.25

96014 27.407 222.165 19.1135 .89359 .12014 .301 .12028 -1.45

96013 27. 490 221.511 19.1551 • 77 6 9 8 .12016 .001 .12040 -1.61

96012 3

P .8 7 ? 22 3. 1’7 19.983? 1.15051 . 123C3 .001 .13303 -.51

96011 38.070 222.510 19.9865 1.C1813 .13344 .001 .13353 -.51

96010 30.069 221.849 20.0226 .39557 .13372 .001 .13391 -.62

96009 38.068 220.95? 2C.0716 .77655 .13310 .001 .13351 -1.47

96000 50.04* 223.401 20.6226 1.29167 .14*12 .001 .14407 .08 96007 50.043 222. e49 20.6495 1.15161 .14462 .001 .14466 . 19 96006 50.035 222.140 20.6337 1.01892 .14474 .001 .14439 - . 02 96005 5C.033 221.573 20.7112 .89373 .14447 .001 .14471 -.45

96003 60.675 224.001 21.1306 1.43355 .15480 .001 .15466 1.54 0600? 60.674 223.461 21.1547 1.29705 .18524 .0 01 .15518 1.61

96001 60.67C 223.249 21 .1640 1.14756 .15481 .001 .15479 1.26

04004 60.676 2?? .237 21.2097 1.01516 .18556 .001 .15570 1.34 Exoer litental Adjusted Thermal Conductivity

Therma

1

at a Nom Inal Deviation

Pun P t

•

Pressure Temperature Dens 1 tv Poser Conductivity ST4T Temoerature 0 * 234 . IK from Corelation

up* K mo 1 /L V/m W /m . K W/im, K per cent

91040 .920 23 c .3

1

7 . 4449 .12996 .02173 . 0C5 .021 ;9 . 63 91039 .021 234.546 .4469 .10765 .02165 ,00 7 .02159 .67 91038 ,S?1 233.871 .44 65 .09747 .02164 .003 .02166 .90 91037 .8 21 233.178 . 4501 .06943 .02127 .007 .02130 -. 36 91035 1.125 234.397 .6279 .10774 .0221* .007 .02212 . 66 91034 1.125 233.58? .530* • C 9 7 5 2 .02104 .006 .02199 .03 910*3 1.125 233.097 .8330 .06943 .02158 .005 .02170 -1.3 3 91031 1.624 234.789 .9449 .12983 .02316 .004 .02307 . 60 91029 1.625 233.500 .9532 .03749 • O’ 248 .006 .02305 • 3 9 °10?2 1.62* 232.990 .9556 .06937 .02201 .014 .02294 -.11

01028 1.975 235.302 1.1934 .15411 .02394 .903 .02369 -.03

91027 1.975 234.635 1.1895 .12992 .02400 .0 06 .02393 .90 9102* 1.975 233.539 1.1983 . 10758 .02399 .030 .02405 1.26

91025 1.976 233.245 1.2021 .09741 .02339 .012 .02349 -1.14

91023 2.445 234.944 1.5447 . 1

c 3 9 5 .02484 . 006 .02474 -.72

9102? 2.446 234.885 1.5483 .12963 .02496 .034 .02490 -.16

91021 2.447 234.040 1.5560 .10748 .02471 .00* .02471 -1.02

91024 2.444 233.411 1.5627 .08737 .02483 .006 .024*1 -.31

Experiment?! Adjusted Therml Conductl vl ty Therms 1 at a Nominal Oe v

1

• t 1 on Pun 0 1

.

Pressure Temperature Dens 1 1 v Power Conductivity ST4 T Temperature of 242. 3K from Corelation

mp 3 K TO 1 / L W / m W/t .K Wm.K percent

91019 .975 245.324 .5085 .12592 .02 ’09 .002 .02269 . 64 91018 .975 244.498 .5106 .11261 .02208 .005 .02256 91017 .975 ?43, 9?2 .5121 .09151 .02265 .005 .02249 -.20

91020 .975 243.138 .5141 .07274 . 0’ 2 5 9 .0 09 .02251 91016 1.8 6m 248,554 1.0378 .16131 .02426 .003 .02398 . M

*1015 1.86 8 244.471 1.0450 .1*574 .02449 .324 .02431 J 1 91014 1.369 243.959 1.0487 .11244 . 0’ 404 . 0C5 .02390 - . Q8

91013 1.870 243.573 1.0516 .09140 .0230? .003 . 0? 3 a 3 -1 . J? 9101? 2.586 245. CC3 1.5316 .16103 .02564 .004 .02546 $3

91011 2.587 244.419 1.5334 .13568 .02503 .OO 7 .02549 6 1 91010 2.5 97 2*3. 6’6 1.5475 .11247 .32539 .007 . 3?5 31 -1.75

5
°1009 2 . 590 2*3.169 1.553* . 0° 1* 8 .0256* .007 .02559 -.72

<51007 3 . 7

0 9 2**. *70 2.0956 . 1 6080 .02737 .003 .02729 -1.58

<51006 3.299 2*3.949 2.1066 .1355* .02736 .005 .02731 -1.68

<51005 3. 290 2*3. 3*9 2.1191 .11227 .02669 .00* .02666 -*.33

<51 008 7.297 2*2.877 2.126* .09131 .02716 .006 .0271* -2.5 7 <5100* 3.301. 2** .006 2.6651 .16053 .0299* .00* .02995 -.29

<51001 3.985 2*3.571 2.6828 .135** • 03 OOC .007 .03001 -.33

<51001 3.889 2*2.761 2.7127 .0913* • C3 Cl* .0 0* .03015 -.31

<57052 7.176 239.8*7 11.261* .35*96 .07007 .015 .06855 -*.22

<57055 7.175 230.6** 11.3356 .31721 .07136 .018 .0698* -2. *9

°7<'50 7.177 239.280 11. *782 .280’3 .07509 .017 .07369 2. 50

<5 70 5* 7.175 239.173 11.51*1 .2*763 .07563 .026 .07*26 3.15

<570 56 7.174 239.943 11.598? .18683 .07872 .031 .077*2 6.90

<57051 7.176 239.909 11.61*5 .21578 .07731 .029 .07602 5.15

<5 7 05 0 7. 17 r 238.677 11.6979 . 1593* .08056 .0*0 .0793* 8.91

<5 70 2 7 7.6*3 2*9,602 11.8895 .**002 .07396 .009 .07310 .62 97026 7.6*3 239.058 12.0599 .35668 .07528 .012 .07*18 1.59

<5 7025 7.64* 239.80* 12. 1091 . 28325 .07605 .017 .07*88 2.37

7 7025 7.6*3 239.7]

12.13** .31862 .07560 .01* .07*** 1.72 970*9 6.966 2*3.661 12.66*6 .85895 .07377 .00* .07*15 -.38

<570*5 8,967 2*2.66? 12.8875 .73957 .07*38 .00* .07**8 -.77 970*7 9.967 2*1.936 13.0*56 .63037 .07*93 .006 .07*05 -.92 970*6 8 .<367 2*1.219 13.1988 .53965 .0752? .007 .07*97 -l.*l

970*5 8.967 2*0.626 13.3231 .*382* .07566 .009 .07527 -1.58

97046 8.967 2*0.000 13. *521 .35505 .07627 .010 .07575 -1.55

970*3 10.988 2*3.598 1* . 01 7 8 .859** .07903 .00* .07916 -.11

070*? 10.988 2*2.685 1 * , 1 5 9 7 . 740* 6 .07043 .00* .379*7 -.56

970*1 10.088 2*1.<55* 1 * . 2717 .63089 .08003 .005 .08000 -. 58 970*0 10.887 2*1.299 1* . 3 709 . 53026 .09008 .007 .08000 -1.21 97039 10.887 2*0.675 1*. *6** .*3849 .08059 .009 .060*6 -1.3* 97038 10.897 2*0.09* 1* . 5 5 2 1 .35521 .0809* .012 .08077 -1.**

97037 12.999 2*3.633 1*. 37*9 .95966 .083*2 . 005 .083*3 -.*3

970 3 6 12.999 2*2.905 1 * . 96 5 * . 7*1*7 .08*12 .006 .00412 -.27 97035 12.993 2*2.166 15.056° .63178 .09*2* .009 .08*2* -.91 9703* 12 .907 2*1.60* 15.1255 .53087 .08*65 .007 .08*65 -. 85 97033 12.695 2*1.021 15.1960 .*3913 .08*89 .008 .08*89 -l.il

97032 1 * . 756 3*3.916 1 = . *2 96 .85572 .098*1 .003 .08335 1.06

<57031 1 * . 7 5 5 2*3.371 15. *973 .73868 .09868 .005 .0886* .91

9 70 30 1*. 75* 2*2.79* 1°. 5506 .63069 .08929 .001 . 38927 1.10 97023 1* .961 2*3.117 1

c

• 57

1

r .85965 .08722 .005 .08719 -1 . * 3

<5 7029 1* .75* 2*2.370 15.595] .63166 .09015 .001 .09015 1.70 97022 1* .961 2*2. *82 16.6395 .7*120 .0878* .005 .08793 -1.25

97021 1*. 960 2*1 .86* 15.703* .631*7 .08817 .006 .08619 -1.39

9702* 1* .963 5*1. *37 15.7*9* .53389 .08910 .009 .0891* -.70 97020 23.366 2*3.359 IT.1’06 .97851 .10133 .001 .10120 -1.09

97019 23.365 2*2.500 17.23*7 .85172 .101*2 .001 . 1C139 -1.5*

<57013 23.36* 2*1 . °17 17.2855 .73*11 .1015* .001 .10159 -1.05

9701 7 23.361 2*1.18* 17.3321 . 6 ’ 5 1

7

.10175 .001 .10189 -2.0*

97016 31.72* ’*3.6*1 19.1639 1.11219 .11181 . 001 .11162 -1.33

<57915 3

1 .7’2 2*3.030 18.2021 .97702 .11217 .001 .11207 -1.33

9 7 01* 33 .719 ’*2.131 18.2567 .95081 .11225 .001 .11227 -1.72

97013 31.718 2*1. *1* 19.3009 .73337 .112*1 .001 .11253 -1.95

97012 *3. *79 ’*3.2*1 19. 2039 1 . 11366 .1261* .001 .12*99 -. 95

<5 ’911 *3. *77 2*2.535 19.3*06 .97861 .12612 .001 .12508 -1.27

970 10 *3 . *74 2*1.912 19.2730 .95196 .12597 .001 .12602 -.96 97009 43. *71 2*1.388 19.3053 .73366 .13*33 . C03 .12**8 -3. *6 97009 5 5 . * 1

9

2*3.639 19.9628 l.?5oa* .13691 .001 .13659 -.21

9 70 07 5

C

. *17 2*2.780 2C.0026 1 . 1 1 3 0 6 .13663 .001 .13655 -.87 97006 5 5 . * 1.

7

2*1.996 20.03 39 .97732 .13678 .001 .13692 -.e?

9 7005 5‘ . *1

3

2*1.379 20. 0673 .65109 .13737 .001 .13751 -.67

97002 67.09* 2 *3 .’3 9 20.592* 1. ’6078 .1*728 .301 .1*712 .39

0 7001 67.093 3*2.62? 2 o , 6 1 8 * 1.11613 .1*738 .001 .1*732 . 2* 9700* 67.097 2*1.893 20.6*96 .99156 . 14810 • oc 1 .1*916 . *7 97003 67.097 2*1. *79 20.6673 .955‘1 .1*866 .001 .1*879 .70 f*perlment»l Adjusted Therms 1 Conductivity

Thermal at a Nominal Deviation

on Pt. Pressurs T»np»r»ture Dsns 1 tv Power Conduct 1 v 1 1 y STAT Tenperature o' 253. 3K from Corelation

MPa K <ro 1 7 L y /m U/m.K W/t.K percent

°9] 74 .<51? 255.0*0 .*52* .1*17* .02381 .003 .02366 .1* 99173 .912 25* .*** . *538 . 117** . 0’366 .003 .02358 -.21

9°1 79 .913 253.599 .*558 .095*3 .03358 .00? .02360 -.15

69171 .91* 3 53 . f 6* .*577 ,07870 .023*5 .00* .02356 -.37

8 9170 1.902 2 55 .30* 1.0016 .16821 .02516 .002 .02*99 -. 51 89160 3 .902 25*. K 53 1.0058 .1*169 .02*9* .002 .02*96 -1. 11

9 91 6 3 3 .‘•02 3 5 3 .’<57 1.0100 .117?* .02*95 .003 .92*95 -.77

69167 1.903 253.379 1 .0126 .09527 .02*69 .007 .02*7* -1.68

8 916 6 2.779 25 c .292 1.5552 .1970? .02601 . 015 . 02666 -.30

8 91 6

6 2.7/9 35 *. 710 1.6613 . 158]

1

.02673 .002 .0266* -. **

6 9164 2.778 253.913 1

. 6h9P .1*160 .02665 .002 .0266* -.53 69163 2 ,77<5 253 .*’1 1.5750 .11723 .026* 11 . 003 .026*9 -1.19

R 91 61 3 . * 3 6 255.130 2.0288 . 19699 .029*2 .003 .02830 .22

0 91 1 3 3. *37 2 «* ,*05 2.0*11 .16800 .02029 .003 .0282* -.15

6 9159 3 .*33 253.792 2.0521 . 1*1*9 . 02 “37 .002 .02837 . 20 391 60 3. *36 269.303 2 . 0

c 8 2 .117*7 .02826 .00* .02830 -. 10

6
8 91 5 » 3.936 ’ 55.575 ’.1181 . 2”11 .02951 . 00 ? .02936 -.68

89157 3.936 251 . 85 ? 2.1315 .19633 . 0295 * .002 .02947 -.53

19156 3.938 251.179 ’.1519 .16717 . 029 ** .002 .02952 - . 54 19155 3.039 253.313 2.9719 .11090 .02853 .003 .02857 - 4.16 8 9151 1.195 25 *. 190 2.9169 . 26080 .03029 .011 .03018 - 4.07 0 9 1 53 1.197 251. *15 2.9618 .’2733 .03035 . Jl 3 .03030 - 4.03 8 915 ? 1 , 19 ° 251.027 ’.9668 .19618 .03050 .017 .03049 - 3.66 89151 1.501 253.612 2. 9863 .16726 .03060 .021 .03062 - 3.47

891 50 1.026 251.905 3.3710 .26065 . 032*7 .011 .03252 - 2.21 89119 1 . 0?8 251.363 3 . 395 * . 22 ?4 7 . 0321 * .014 .03213 - 3.78 B 9 1

<> 8 1.928 253.759 3 . 1 ’ ’ 6 .19613 .03357 .019 .03357 . 34 89117 1.980 ’ 53.171 3 . 150 ’ .16721 . 03398 .021 .03400 1.26

89116 5.102 25 c .317 3 . 889 * .29576 . 03*98 .011 .03595 1 . 2 ? “9115 * .103 251.701 3.9272 .26001 . 03633 .015 .03631 1.74 89111 5.101 251.211 3.9579 . ’2659 .03631 .018 .03630 1.32 8911 ? 5 . 1 C 5 253.700 3.9906 .19518 .03595 .022 .03595 -.07 8 9113 5.735 ’* 1.777 1.1190 . 29**1 . 0 ? 618 .013 .03819 .44 89111 5.785 251 . 17 ? 1.1129 .’6022 .03 849 .015 . 038*0 . 9 ’ 89110 *.786 253.876 1 . 191 ? . 22700 .03878 .019 .03878 1.04 89139 *.786 253 . 22-3 1.5151 .19561 .03874 .024 .03873 .20 89138 6.095 251.633 1 . 8 P 12 .29616 .04052 .014 .04055 .48 89137 6.095 251.063 1.9365 . ’6056 . 0408 * .016 .04086 .53

891 36 6.096 253.592 1.9851 .22912 .04113 .021 . 0411 ? .53 89135 6 . C 97 2 * 2.916 5.0510 .19585 . 0414 * .''•2 5 .04140 .33 e 9131 6 . 36 ? 251.183 * .3554 .’9622 .04293 .014 .04296 .21 89133 6.362 2 * 1.011 5.3729 .26059 . 043*5 .018 .04357 1.39

39132 6 . 3*3 253.269 5.1681 .22720 .04388 .021 .04383 . 81 89131 6.361 252.923 *.5117 .19595 .04423 .027 .04415 .95 89130 6 . 57 ? 251.239 5.7113 . ’9671 . 04503 .015 .04507 .60 89129 6 . 57 ? 2 * 3.762 5.7786 .26116 . 045*4 .019 .045 54 . 81 89128 6.571 253 . 21 * 5 . 85 8 p . 227*5 . 04*80 .022 .04573 . 27 89127 6.575 252.701 5.9365 .19621 .04613 .02 9 . 0*599 -.09

89176 6. 3

79 251.368 6.2510 . 29369 .04827 .017 . 04*35 1.17 39125 * .879 ? 5 3 , 1 9 8 6.3996 .26121 .04849 .019 .04844 -.20

89121 6.879 253.039 6.1778 .22761 .04886 .024 .04874 -.54

89123 6.860 ’ 52.590 6.5598 .19615 .04925 .030 .04905 -.82

8912 ? 7.077 251.076 6.6836 . 29*18 .05033 .018 .05037 . 50 89118 7.097 251 . 29 ? 6.6836 . 2985 * . 0*058 .016 .05066 1.06 89121 7.077 ’ 53.717 6.7137 .’5993 .05121 .021 .05120 1.47 09117 7.097 253.951 6.7159 . 26397 .05094 .021 . 0*097 1.00 89120 7.076 253.530 6.7820 .22711 . 0 * 1*8 .028 .05153 1.71 89119 7 . 0 T 6 253.527 6.7011 .19683 .05262 .031 .05257 3.63 89116 7.098 253.211 6.9867 .22856 .05131 .026 . 0*120 -.02

89115 7,098 253.025 6.9252 .19750 .05206 .030 .05192 . 96 89111 7.380 253.561 7.3928 .29667 .05264 .017 . 052*9 -2.3 8 89113 7.380 252 .956 7.5215 .26038 .05326 .021 .05305 - 2.72 89112 7 . 381 252.637 7. 5965 .22697 .05389 .026 .05363 - 2.29

39111 7 . 3«1 252.168 7.7011 . 1958 ? .05431 .032 .05393 - 2.69

891 09 7.511 253.615 7.7137 .26236 . 0*596 .022 ,05594 . 91 89110 7.513 253.538 7 . 730 C . 29378 .05526 .013 .05522 -.5 2 89109 7.511 252.596 7.9176 .22699 . 05*90 .027 . 05*62 - 1.66 89107 7,511 2 * ? . 2 1 8

8.0399 .19592 . 0*632 .034 .05594 - 1.03 09106 7 . 75 ? 253.376 8.1887 .29635 .05740 .019 .05730 -.58

89105 7.75 2 252.987 8.2827 .26018 . 0*746 .021 .05727 - 1.37

89101 7.752 252.628 8.3705 .22720 . 0*778 .023 . 0*750 - 1.62 89103 7.752 252 . 52 * 8.3961 .19617 .05874 .035 .05343 -.19

39100 e . i ?9 253.975 8.7751 .26210 .06214 .025 .06218 3.36 99102 8.120 253.950 8.7823 .32326 .06058 .017 .06061 . 82 89101 8.129 253 . 8*0 8.8019 .29620 .06146 .021 .06148 2.08 3 9099 8.129 253.296 0,9129 .22737 .06276 .031 .06264 3.04

89098 8. 1

?9 252.963 9.0271 .19611 .06244 . 040 .06224 1.90

89096 8.102 252.937 9.5300 .29656 .06187 .020 .06167 - 1.90

89095 8 . 10 ’ 252.763 9.5711 .26105 .06217 .024 .06193 - 1.72 89091 e.102 252.113 9.6567 . 22?77 .06303 . 030 .06277 -.80

89097 9.102 252.139 9.7357 .19676 .06361 .038 .06322 -.48

89093 9.662 ’ 53.296 0.8789 .33123 .06277 .017 .06266 - 2.12 P 9 0 o 2 8.662 2. 52.916 9.9662 .’9672 .06343 .002 .06325 - 1 . 62 89091 8.662 252.675 1 C . 031 ? .26101 . 06390 . 00 ? .06366 - 1.29

89089 9.826 253.503 1 C . 0880 .33120

a 06 * 3 ? .002 .06431 -.*3

99090 8.662 25 ? .139 1 C . 0938 .22770 .06419 .003 .06390 - 1.20 89088 8.826 253.338 10.1283 .29672 .06480 .002 .06471 -.11

89087 8 . 8?6 253.261 10.1165 .26085 .06561 . 00 ? .06550 1.02

89096 8.826 252.178 10.3103 . 2 ’766 .06522 .002 .06495 -.72

89085 0.312 253.725 10.7265 .33376 .06684 .001 .06583 .39 89082 9.312 253.605 10. 7510 .26066 .06837 .002 .06834 2.47

89083 9.312 253.301 10.8229 .29610 .06751 . 00 ? .06743 . 66 89081 0.312 252.965 10.9006 .22776 .06834 . 00 ? .06820 1.65 89081 9.789 2 * 3.515 11.3133 . 37163 .06770 .001 .06766 - 1.07 °9080 9.799 253.131 11.1217 .33431 .06789 .002 .06760 - 1.22 89079 9.789 252.918 11.1695 .29637 .06841 .002 .06830 -.69

89078 9.789 252.160 11.5663 .26036 .06846 .002 .06929 - 1.13 8 9077 10.303 2 * 1.236 11.7187 .46180 . 0688 ? .001 .06886 -.97

89076 10.303 253.177 11 .8665 .37432 .06934 .001 .06931 - 1.00

80075 10.308 252. 8

91 11.9820 .29637 .06991 .002 .06982 -.79

99071 10.303 252.691 1 2 . 0188 .26093 .07018 .002 .07008

— . to 8 9073 10.862 251.122 12.1702 .*0881 . 07060 .001 .07064 -. >1 7
8 907? 10.8ol 2 5 3 . 9 7 8 12.2693 .66198 . 07 C 66 .001 .07067 86 89971 10.861 253.296 12.3607 .37670 .07128 .001 .07125 -.64 89070 10.961 2 52. 806 12.6567 .29672 . 07 1 6 p .002 .07162 -.56 89069 11. 629 256.616 12.6936 .55750 .07236 .001 .07239 -.72

a 9368 11.629 253.997 12.7928 .66155 .07301 .001 .07302 -.38

89067 11.627 263.361 12.8933 .37635 .07362 .001 .07341 -.40 89366 11.627 252.670 13.0030 .29657 .07382 . 002 .07379 -.49

9 90 6 6 12.951 266,^37 13.1283 .55807 .07669 .001 .07450 -.26

8 9066 12.350 253.96! 13.2271 .66150 .C75C9 .001 .07509 -.04

89063 12.350 253.365 13.3172 .37612 .07552 .001 .07552 -.01 89067 12.369 252.679 13.6137 . 29656 .07591 .002 .07591 -.08

8 90 61 13.518 256.769 13.6966 .55736 .07783 .001 .07790 .59

a 9C 6

C

13.517 256.061 13.7882 .66096 .07850 .001 .07849 . 86

9 9059 13.517 253.328 13.8807 .37399 .07967 .001 .07869 .49

9 90 f

o 13.516 252.386 13.9376 .29660 .07938 .00? .07941 1.02

99r 67 16.676 256.990 16.1218 .55763 .08092 .001 .03086 1.54 89063 16.729 2 56 .666 16.2005 .55731 .08072 .001 .0«067 .75

3 90 '6 16,626 256.269 16.7083 .66121 .08100 .001 .08093 1.07

8 9365 16.626 253.590 16.2886 .37628 .08165 .001 .08166 1.33

3 9C 5 2 16.770 263.726 16.3108 .66059 .08094 .001 .08094 . 29 B90 r l 16.728 253.689 16.3382 .37600 .08135 .001 .08137 .61

9 90 5 8 16.626 253.160 16.3391 . 2965 2 .08225 .00? .08229 1.71

9 90 6 9 1^.373 ’56.323 16.7856 .55760 .08383 .001 .08379 .13 89098 16.372 253.521 16.9693 .66129 .09389 .001 .08391 -.39

39087 16. 371 25? .996 16.9239 . 37650 .08442 .001 .08449 -.14

99066 16.369 252.671 16.9778 .2966? .08429 .00? .08440 -.68

99066 18.717 255 .067 16.2619 .66318 .08711 .001 .08699 .16 89066 18.315 256.120 15.3310 .55778 .08728 . 001 .08725 -.30

89063 18.313 253.693 1 5.3991 .66157 .08763 .001 .08766 -.32 89062 18.313 252.912 15.6636 .37667 .08759 .00? .08768 -.77

3906) 20.566 756.131 15.7676 .66253 .09196 .001 .09181 1.17 89060 20.666 253.997 15.8633 • 5

K 7 2 6 .09137 .001 .09135 -. 19 99039 20.563 253.367 15.9967 .66086 .09170 .001 .09175 -.23

8 903 8 20.884 262.863 15.9609 .37663 .09210 .001 .09221 -.13 99037 23.633 256.535 16.3331 .66279 .09556 .001 .09647 -.28 89036 23.631 263. e66 16. 386? .55728 • 09 c 7 6 .001 .09575 -.47

89036 23.629 253.295 16.6276 .6612? .09605 .002 .09611 -.50

99035 23.631 252.788 16.6659 .37626 .09653 .002 .09666 -.31 89033 26.796 256.59? 16.8516 .6621? . 10096 .001 .10085 .25

9 903? 26.796 256.036 16.8905 .55752 • 1 912 8 .001 .10125 .26 99C?0 26.793 253.266 16.9638 .66073 .10045 .001 .1005? -.99

B90?l 26.795 252.800 16.9766 .61636 .10075 .002 .10099 -.94 99029 30.635 255.136 17. 3192 .83836 . 1 C 50 9 .001 .10490 -.43 89029 30.635 2

' 4 .779 17.3620 .77653 .10513 .001 .10499 -.57

9 9027 30.635 256.156 17.3917 .66211 .10537 .001 .10532 -.66

89026 30.633 253.237 17.660? .55360 .10552 .001 .10560 -. 98 89025 36.331 255.685 17.8099 .90028 .11117 .001 .11099 .17

8 9026 35.328 756.6-'! 17.9699 .77600 .11108 .001 .11095 -.38

«9023 35.328 253.921 17.9128 .56267 .11 127 .001 .11125 -. 55 89022 36,376 253.687 17.9261 .55660 .11143 .001 .11145 -.51

8 9019 37.252 255.239 18.0271 .89916 .11326 .001 .11304 -.13

9 9019 37.257 754.510 19.0689 .77617 • 1 1 4 16 .001 .11405 .33 99920 37.257 256.059 18.0965 .66211 .11410 .001 .11406 .06 89021 37.251 253.667 18.1287 .56655 .11433 .001 .11438 .Cl 99015 67.077 255.293 18.8555 1.03193 .12315 .001 .12291 -.37

89016 67.088 256.662 18.9889 .89931 .12365 .001 .12352 -.23 89013 67.077 256.157 19.9122 .77638 . 12364 .001 .12358 -.42

89016 67.078 253.636 18.9383 .66163 .12428 .001 .12431 -.11 89017 67 . C 83 253.092 18.9658 .55679 .12447 .001 .12458 -.18

39012 51.056 256.050 19.1031 1.17261 . 12735 .001 .12699 . 29

8 9011 51.051 255.293 19.1389 1.02997 .12759 .001 .12735 .19 89010 51 .053 236.660 19.1705 .99763 .12795 .001 .1278? .23 «9009 51 .050 253.800 19.2106 .77080 .12746 .001 .12746 -.48

89008 62.939 256.007 19.8332 1.17667 .13905 .001 .13869 1.33 P90C7 62.976 ’55.185 19.8686 1.03317 .13926 .001 .13903 1.21 89006 62.935 256.807 19.9869 .90226 .13975 .001 .13958 1.43 89005 62.933 253.530 19.9603 .77166 .13853 .001 .13857 .12 89006 68.250 256.361 20.0973 1.32586 .14295 .001 .14252 1.24

3 9CC3 68.251 255.661 20.1310 1.17298 .1429? .001 .14263 .95

8 9 00 2 68.252 256.360 20.1812 .89966 .14361 .001 .14352 1.04 899C1 68.255 253.250 2C.2272 .65978 . 14340 .001 .14349 .53

Exper i mental Adjusted Therms 1 Conductl v 1 ty Thermal at a Nominal Dev 1 at 1 on un Pt. Pressure Temperature C en s 1 t v Power Conduct 1 vl ty STAT Temperature of 274. 6K from Corelation

"Pa K mo 1 / L w/ m W/m.K W/m.K percent

8 915 6 .312 276 .761 .1386 .12753 .02591 .002 .02589 1.67 88156 .312 276.127 .1387 .10389 .02606 .003 .02612 2.53 88153 .212 272.971 .1393 .08212 .02573 .005 .02594 1.86

881 c 6 .312 272.669 .1395 .06358 .02573 .006 .02599 2.01 88151 .933 275.087 .6263 .15630 .02646 .002 .02639 .87 88150 .933 776.292 . 6259 .12761 .02636 .003 .02640 . 87

«81 69 .933 273.694 .6271 .10363 .02598 .004 .02611 -.23 88152 .933 273.086 . 62 7 P .08258 .02612 .003 .02631 .55 88168 2.166 27= .967 1.0277 .21237 ,o?eo5 .00? .02787 .59

8
R 9 i *7 2 . 1 ** 275.067 1.0322 .18116 .02785 .OCl .02778 .25 B 81*6 2 . 1*5 27 *. 30 * 1.0363 .15251 . 0277 * .002 .02777 .17 881*5 2 . 1*5 273.531 1 . 0*03 . 1262 * . 0276 ? .003 .02775 .06

881 ** 3.075 275.521 1 . 5*79 .21237 .02899 .001 .02987 -.82

881*3 3.075 27*. 652 1. 5558 .18126 .02925 .002 . 0292 * . 37 881 *2 3.075 27*. 029 1 . 561 * .15253 .02929 .002 .02936 .72 881*1 3.075 373.260 1.5686 .12632 .02912 .003 .02928 .*0 881*0 3.762 276.232 1 . 957 * . 2 * 61 * .03020 .001 . 03000 -.93

88139 3.763 275.297 1.9693 .21255 .03023 .001 . 0301 * -.56

88138 3.763 27*. 507 1.9798 .18121 .03058 .001 .03059 .81 88137 3 . 76 * 273.681 1.9909 . 152*9 .03017 .003 . 0302 e -.32

88136 *.618 275. *67 2.5385 . 2*602 . 032*1 .001 .03231 . 82 88138 *.620 27*. 851 2 . 551 ? .21251 .03181 . 00 ? .03178 -.96

8813 * *.621 27* .189 2.5651 .18139 .03088 .002 .03092 - 3.90 88133 *.622 273 . 5*2 2.5785 .15262 .03210 .002 .03221 . 1 * 88132 5.115 276 . 1*5 2 . 09*2 .28317 .03268 .012 .03251 - 2. 03 88131 5.117 275. *77 2.9015 . 2*685 .03123 .005 .03113 - 6.72

881 30 5.121 27*. 363 2.9307 . 21.300 .03266 .015 .03268 - 1.96

88129 5 . 12 * 273 . 7*9 2 . 9*83 .18129 .03310 .003 .03319 -. 53 881?8 5.753 275.995 3 . 38*1 .20532 .03531 .011 .03517 .76 98127 5 . 75 * 275.916 3.3876 . 2*923 . 03*57 .015 . 03**3 - 1.36

98126 5.756 275. *35 3. *038 .21600 . 03*29 .019 . 03*20 - 2 . 22 89125 5.758 275.3 8 * 3. *135 .18502 . 03*99 .025 . 03*93 -.20

8812 * 6 . 3 ** 27*. 827 3.9308 • 2«223 .03620 .011 .03618 - 2.07

881 23 6 . 3*5 27*. 180 3 . 959* . 2 * 59 * .03632 .013 .03635 - 1.87 8 fl i 22 6 . 3*9 273.538 3.9992 .21235 .03618 .017 .03627 - 2. *3 88121 6.350 273.097 *.0107 .18112 .03596 .021 .03609 - 3.19 P R 12 C 6.851 275.076 *.3903 .32073 .03865 .010 .03861 -.36

"3119 6.«51 27 *. 8*6 6. *023 .28210 .08859 .003 .03857 -.59

8811 8 6.852 273.835 *.*528 . 2*596 .03 86 * . 01 * .03969 -.81

88117 6.852 273.321 *.*833 .21215 .03886 .018 .03895 -.*6

88116 7.339 275 .709 *. 83*6 . 3222 * . 0 * 13 * .003 . 0*127 1.60

88115 7 . 339 27* .999 6.8780 .29350 . 0*126 .002 . 0*123 1.07

8811 * 7 . 3*0 27*. 797 *.8918 . 2*795 . 0 * 1*9 . 00 ? . 0 * 1*7 1 . * 8 « 911 ? 7 . 3*0 273 . 57 * 6.9689 . 212 ** . 0 * 11 * .002 . 0*120 .03 88113 7.731 275.733 =.2352 . 36?96 . 0 * 26 ? .002 . 0*257 .51 89111 7.732 375.109 5.2792 .32191 . 0*305 .002 . 0*302 1.11

881

C 9 7.733 27*. 775 5 . 3 C 61 . 2*523 . 0*238 . 00 * . 0*237 -.67 P 81 1 0 7.733 27*. 385 5 . 331 ° .28292 . 0*301 .002 . 0*302 . 56 88100 8.179 276.125 5.6821 .36719 . 0*568 .002 . 0*562 2.77

88107 8.190 275.805 5.7082 .32588 . 0*582 .001 . 0*577 2 . 8 * 98106 8.181 275.196 5.7579 .20655 . 0 * 57 * .002 . 0*572 2.23 88105 9.181 275 . 10 ? 5.7656 .25120 . 0*632 . 00 ? . 0*630 3.36 8810 * 8.572 27 *. 9*9 6.2166 . 3628 * . 0*696 .002 . 0*695 ."1 881 C 3 8.572 2 7* , * * 7 6 . 26*0 .32176 . 0*708 .002 . 9*708 . 12 88101 8.573 273.767 6.3306 .20209 . 0*677 .002 . 0*678 - 1.17

08102 8.572 273. *97 6 . 356 * . 2*672 . 0 * 69 * .003 . 0*696 - 1.05 8 81 CO 9.093 27 *. 9*2 6 . 912 * . 3637 * . 0 * 97 * .002 . 0 * 97* .37 80099 9 . 09 * 27*. 207 6 . 892 ? .32198 . 0*952 .015 . 0*952 -. 80 880°e 9 . 09 * 273.720 6 . 9*62 .28299 . 0*999 .001 . 0*999 -.35

88097 9 . 09 * 273 . 13 * 7.0131 . 2*620 . 0 * 985 .001 . 0*985 - 1.25

88095 9. *57 2 7 5 • 95 8 7 . 1 1*6 .*1108 . 0515 * .010 . 0515 * 1.17 8 « 09 * 9. *57 27 * .607 7.2673 .36306 .05109 .012 .05109 - 1.0 = 88096 9 . *57 27*. 190 7. 3162 .28565 .05232 .002 .05232 . 90 88093 9. *58 273.999 7 . 3*05 .32129 . 051*2 .002 . 051*2 - 1 . C 5 88092 9.880 276. *36 7 . K 2 8 ] .*9985 . 053 2 P .013 .05329 . 9 * 89091 9.890 276.231 7.5520 .*5139 .05386 .001 .05339 1 . b * 88090 9.879 275.795 7 . 60 * 3 .*0607 . 05*02 .002 . 05*03 1.67 8 8 089 9.879 275 . 1*1 7.6810 .32186 . 06*69 .001 . 05*70 2 . 2 5

88083 10.376 275 . 32 * 8.2033 .*9756 . 05*63 .008 . 05 * 6 * - 1.95

89087 10.376 27*. 763 0.2761 .**900 . 05*09 .010 . 05*89 - 2 . 0 * 98086 10.376 27*. 322 0 . 33*6 .*0317 .05517 .on .05517 - 1.98

98085 10.377 273.331 8. *689 • 3 1 °2 6 . 0552 * .002 .05521 - 2.89

88093 10.770 275.105

R .6561 .* 97*6 .05653 .009 . 0565 * - 1.82 8808 * 10.778 27 *. 97 * 8.6732 .*5092 .05699 .010 . 0

57 CC - 1.12 9 PC 82 10.778 77 *. 17 » e . 7 R 15 .*0331 . 0=689 .012 .05689 - 2.08

88091 10.779 273.287 0.9057 . 3188 * .05707 .003 . 0570 * - 2. 66 88080 11 . 2*9 275.952 9 . 01 ** .55012 .05835 .009 .05937 - 1.05

09079 11.250 275 . 3*8 9.0960 .*9370 .05860 . 009 .05961 - 1.17 88078 11 . 2=0 27 * .**9 9 , 2 1°2 .* 0*51 .05900 . 00 ? .05900 - 1.32 89077 11 . 25 C 273.313 9.3785 .31936 .05899 .002 . 0=997 - 2 . *0 88076 11.795 275.065 9.5221 .55135 , 06 A 66 .001 . 060=9 -.*1 « 8075 11.795 275 . 23 * 0.6216 .*9920 .06080 . C 01 . 0=081 -.«l

8907 * 11.795 27 * .*27 0.7322 .* 0*60 .06116 .002 .06116 -.9o 8 9073 11.795 273. *10 9 . 97*9 . 319 * 5 .06108 .002 .06107 - 1 . 9 ? 88072 1 ? .* 0 * 275.795 10.0677 . 550*7 .06253 .001 .06253 -.67

88

C 71 12 . 

0 * 2 7 = .366 10.1252 ,* 9°96 .06318 .002 .06318 • 03 88070 12 . 

0 * 27*. *80 10 . 2 * 5 ! .*0668 .06315 .002 .06315 -.72

89069 12 .*

C * 273.205 10. *207 .31959 . 0=908 .002 .06309 - 1.85

RPC 68 13.030 275.090 10 . 5 7 75 .60370 . 06*28 .002 . 06*27 -.56 89067 13.030 275.015 10.6552 .*9090 . 06 * 3 * .001 • 06.* 3* - 1.21 « 8066 13.030 27*. 196 1 C . 7637 .* 0*57 . 06*87 .002 . 06*97 — . 9 ) 99065 1 3 , A ?0 373.226 10 . 893 * .31985 . C 65 C 7 .003 .06509 -1 .*0 « 906 * 13.810 275.355 11.0852 . 60*30 . 0667 ? .001 .06670 -.03

98063 13.811 27*. 668 11.2355 .*9971 . 0670 ? .001 .06702

— . * 2 9806 ? 13.809 27 * .

01 * 11.3172 . *0523 . 067 *? .001 . 007*3 -.76 9
3 80 61 13.810 273.197 11.3218 .32003 .0672? .002 .06726 -1.13

8806 C 13.572 275.873 11.5381 .60331 .06673 .001 .06069 .25 88059 13.572 273.905 11.6651 .39965 .06900 .002 .06907 .11 38058 13. c 72 273.791 11.7997 . 3051 3 .06912 .001 .06915 -.56

8 8057 13.570 273.163 11.8750 .32025 .06923 .003 .06930 -.79

88055 15.556 275.776 12.1300 .60590 .07159 .001 .07152 .77

8 3055 15.666 273.833 12.2350 .50113 .07192 .001 .07190 .65

8 8 05 3 15. 665 273.027 12.3371 .30629 .07223 .001 .07227 .59 88053 15.665 273.203 32.3303 .32090 .07216 .002 .07223 -.03

8 8052 16.760 276.333 12.5778 .60300 .07377 .002 .07365 2.28 88051 16.761 275.550 12. 6616 .39919 . 07530 .001 .07533 2.63 3805 C 16.761 275.063 12.7131 .30397 .07623 .002 .07619 3.32

8 8039 16.763 ’73.492 12.7533 .32136 .07633 .003 .07632 3.35

8 8038 19.132 275.673 13.1831 .60391 .07713 .001 .07703 1.31 88037 19.138 273.805 13.2703 .50083 .07720 .00’ .07718 .99 88035 18.133 274.358 1 ’ . 30? fi .30726 .07762 .002 .07783 1.59

8 803 5 18.133 272.962 13.3503 .31037 .07703 .003 .07717 -.29

8 80 33 10.703 275.37? 13.7233 .60329 . 07995 .001 .07986 1.13 88038 19.702 273.686 13.7933 .50022 .08033 .001 .08032 1.18

88032 19.700 ’73.963 13.8595 .30623 .08087 .00’ .08093 1.33 88031 19.600 273.336 13.9151 .32121 .08067 .003 .08090 . 86

8 8030 20. 585 276.331 13.9856 .60380 .03176 .001 .08167 1.39 88033 20.583 ’73.683 13.0503 .39932 .08197 .001 .08196 1.25

8 803 7 20.590 273.771 13.1323 .30593 .08170 .00’ , oei 79 .31 8803 C 20.582 273.389 13.1539 .32182 .00277 .002 .08299 1.56

8 80 3

c 73.337 273.503 14.7782 .60206 .09601 .001 .08602 .23

0 8033 23.350 273.735 13.8392 .39946 .00509 .001 .08599 -.31

8 8033 23.336 273.052 13.8921 .30300 .08603 .001 .08623 -.38

p 8032 26.707 275.038 15.393’ .71726 .09051 .001 .09035 -.05

88031 26.708 273.323 15.3352 .60268 .09085 .001 .09088 -.02

88030 26.707 273.563 15.3989 .39831 .09092 .001 .09106 -.31

38020 26.705 272.803 15.5526 .30373 .09089 .002 .09113 -.71

88028 30.617 27 c .883 15.9833 .03353 .09583 .001 .09565 .20

8 3027 30.615 273.9*6 16.0317 .71901 .09619 .001 .09613 .17 33026 30.615 273.313 16.0851 .60381 .09655 .001 .09659 .23 68025 30.614 2 77 . 23

2

16.1535 .39753 . 09580 .001 .09599 -1.02

98023 35.153 275.359 16.6358 .93999 . 1 C 120 .001 .10116 -.33

8 8023 35.151 273.688 16.6730 .71509 .10166 .002 .10163 -.23

8802? 35.136 273.911 1 6

•

7 1 9 8 .60150 .

1

C 1 76 .002 .10186 -.35

88021 35.136 273.203 16.7613 .39690 .10169 .001 .10190 -.82

8 80 20 30.663 276.066 17.2197 .97633 . 10857 .003 .10833 .83

8 8 010 30.663 276.307 17.2603 .93266 .10783 .001 .10771 -.13

68018 30.656 273.383 l 7 . 3091 .71765 . 10821 .001 .10823 -.13

88017 30.639 ’73.769 17. ’313 . 60369 .10833 .001 .10856 -.15

8 8018 36.095 275.700 17.8363 .97333 .13311 .001 .11393 -.27

88015 36.995 273.793 17.881 C .93937 .11351 .001 .11337 -.23

88013 36.996 273.185 17.9110 .71515 .11353 .001 .31359 -.33

“ 80 3 3 36.995 273.162 3 7 . °61

3

.60007 .11353 .001 .11377 -.80

8 3012 53.381 275.551 18.3338 .97563 .12198 .001 .12182 .35 8803 1 53.389 273.980 19.3633 .83283 .12237 .001 .12230 .38

8901 0 53.389 273.315 19.3915 .71795 .12237 .001 .12231 .26

° 8009 54,399 273.665 l

a .5213 .60321 .12221 .002 .12236 -.09

8 800 8 62.785 275.381 18.9909 .97892 .13009 .006 .12993 1.08 88007 62.788 273.39° 19.033’ .83283 .12937 .001 .12938 .29 88005 67.790 273.686 3.9.058 S .71768 .12601 .005 .12812 -1.03

88005 62.800 273.257 10.0861 .60269 .12915 .009 .12937 -.33 88003 67. 302 275.369 19. 2620 .97930 .13360 .003 .13336 .93 88003 67.308 273.613 19.2930 .83309 .33165 .013 .13163 -.75 38002 67.309 ?73. p 36 19.3231 .71937 .13337 .001 .13359 .30

9 8001 67. 317 273.070 19.3570 .60235 .13303 .013 .13329 -. 17

t «p e r 1 mental Adjusted Therms 1 Conductivity

Therma 1 at a Nominal Devi at Ion

:un Pt. Pressure Temperature Dens 1 ty °o<er Conductivity STAT Temoerature of 296. 3K from Corel at 1 on

f'Pa K TO 1 / L W / T W/ir.K W/iP.K percent

8 7 1

c 7 .*53 ’97.323 .18 5* .16610 .02933 .003 .02918 2.05 87165 .353 ’06.504 .1663 .13766 .02901 .006 .02898 1.37

«71 5* .353 295.733 .1971 .11197 .02913 . 005 .02923 2.21

871 53 .353 29^,032 ,i 876 .08079 .02875 .006 .02893 1.23

875 53 1.075 ’93,191 .3389 .10798 .02999 .005 .02973 1.73 87152 1.075 2 9 7 ,398 .3501 .16698 . 02986 .003 .02970 1.62 87151 1 .

0

7 5 296.298 . 3 5 ’ 3 .1333? .02961 .006 .02962 1.33

8 7150 1.075 295.668 . 3533 .11263 .02936 .007 .02957 1.16

8 7 1 3 o 2,368 298.033 1.0327 .23179 .03111 .003 .03098 .70

873 48 2.365 297.137 1. 0369 .19813 .03092 . 003 .03001 .35 07147 2.365 ’96.350 1.0303 ,166«0 .03095 .003 .03096 . 88 87135 2.365 205.681 1.0335 .13823 .08066 .003 .03076 .22

0 714 5 3.303 297.563 1.3953 .23209 .03210 .002 .03193 .27

9 7 1 3 3 3. 303 296.837 1.5008 .19809 .03208 .009 .03202 .37

8 7138 3 . 303 296.081 1.5063 .16690 .03193 .002 .03190 .32 37132 3.393 295.573 1.5102 .13839 .03189 .003 .03200 .35

971 31 3.251 297.544 1.9957 .23171 . 03372 . 002 .03356 1.10

8 7130 3.251 296.546 2.0067 .19813 .03332 .002 .03330 .2?

971 39 3.2 M ’96.009 2.0327 .16690 .03337 .002 .03332 .53

071 70 3.251 295.333 2.0203 . 1 3 8 3 0 .03333 .003 .03387 .92

10
0’137 5 .0°0 297.179 ’.6759 .23201 . 03 5 C ? .002 .03492 1.05 a 71. 36 5 . 090 296.616 2.6076 .19010 .03496 .003 .03494 1. C 1 5.039 296.110 ’.6917 • 1 5 6 a 6 .03489 .003 .03463 .09 a 7 1 3 5 5.0-9 295.311 ’.5061 .13033 • C 3 4 P 1 .003 .03495 . 91 a 71 3 3 K .91 2 297.780 2.9625 .26’81 .03643 .00? .03625 . 70 «7 t ?2 5.91? 297.215 ’.9737 .23150 .03642 .001 .03632 . 77 e 7 1

*> 3 5.^1? 296.616 ’ , 9 B 5 P .19777 .03660 .002 .03637 . 82

a 71 3 C 6 .912 296.262 2.9932 . 16703 .03665 .002 .03647 1.02

871 29 5.91? ? 9 5 ,67? 3.0091 .13005 .03618 .005 .03630 . 4’ a 7 l 28 6.509 297.670 3.3977 .26351 . 03 77 P .002 .0376? .67 67127 ‘.589 296.756 3.6206 .’3185 .03766 .001 .03762 .46 37126 6.589 296.330 3. 6311 .19306 .03766 .002 .03747 03 87125 8.509 2°6 .760 3.6656 .16705 .03766 .002 .03771 . 50 P 7 1 2 4 7.13" 297.176 ’.7796 .26815 .03900 .003 .03891 .71 87123 7.138 296.636 3.7955 .23167 .03093 .002 .03890 .55

87

J 22 7.129 296.037 3.8133 .19769 .03891 . 003 .03895 . 5? 67121 7.178 295.701 3.0235 .16685 . C 3906 .003 .03912 .66 0 71? r, 7. a ?6 297.512 6.2569 .3075? .06070 .0 01 .04058 .71 a 7 11 Q 7.836 296.921 6.2781 .26819 .04076 .001 .04070 . 82

87] If) 7.836 296.300 6.300’ .23157 .06066 .002 .04065 . 50 87117 7 , G 7 6 296.626 6.3256 .19759 ,06063 .002 .0‘ C 71 .43 87116 8.670 297.313 6.7295 .30767 .06276 .004 .04267 1.52 87115 8.670 296.666 6. 7573 .26816 .06267 .003 .04244 .76 8 7116 8.670 296.179 6.77 P 1 .2316? .06227 .003 .04229 .21 87113 P .670 295.660 6 , ° 00 9 .19759 .06264 .004 .04251 .53 «7112 9. ie 6 297.222 c . 2767 .30768 .04456 .002 .04449 . 84 87111 9.186 296.606 5.3080 .26818 .04448 .003 .04446 . 50 6 71 1 C 9. 1 P 6 296.061 5. 3360 .23184 , C 4 r 09 .003 .04512 1.71 07109 9.106 295.377 5 .371 P .19770 .04446 .002 .04455 .14 87108 9.8?1 298.273 5.7098 .39365 .04653 .00? .04633 1.17

87107 9.021 297.601 5.7679 .36922 .04651 .001 .04641 .41 8710* 9.021 296.367 a . 3190 .26780 .04643 .002 .04643 .34 87105 9.022 205.503 5.8711 .19758 .04634 .002 .04641 -.17

87106 1 C . 603 298.110 6.1736 . 39362 .04822 .001 .04809 . 77 87103 10.600 297.260 6.2206 . 36903 .04816 .001 .04010 .31 87102 10.608 296.323 6.2379 .26795 .0482? .00? .04823 .09 87101 1 C . 608 296.330 6. 3635 .19307 .04026 .002 .04833 -.27 B 71 CO 10.980 298.368 6.600 8 .66026 .04990 .001 .04977 .57 87099 10.980 296. 836 6.7056 .36898 .04995 .001 .04992 -.00

87090 10.980 296.108 6.7576 .26806 .05006 .002 .05000 -. 13 87097 10.980 295.159 6. 9270 .19755 .04991 .004 .04998 -.69 0 7096 11.662 290.793 6.9395 .66069 .08206 .001 .05191 1.56 a 7095 11 .662 297.060 7.0679 .34818 .05163 .002 .05159 .31 87096 11.661 296.206 7. 1297 . ’677? .05175 .002 .05176 .14 87093 11 .661 295 .797 7.1613 .19795 .05186 .002 .05189 .14 87092 12.197 295.501 7.5132 .63969 .05379 .0 0? .05368 .74 07001 12.197 297.636 7.5777 .36907 .05462 .00? .05455 1.86

87

C 90 12.197 296.609 7.6666 .26787 .05450 .003 .05449 1.06

87089 12.197 ’95.013 7.7978 .19767 . O c 4 1 3.003 .05419 -.44

87007 12.903 297.816 P .0865 .66055 .05576 .002 .05569 . 1 C 87086 12.903 296 . 967 0.1565 .36879 .05607 .002 .05604 .20 87005 12.903 296.121 0.2297 .26026 .05624 .002 .05625 .0* 07080 12.906 295.173 8.3123 .1977’ .05633 .003 .05638 -.33

°7

C 86 13.563 297.666 0.5776 .60921 .05740 .004 .05735 -. 50 8 7083 13.563 2 9*- . 7 02 8.6381 .63900 . 05771 .002 .05769 -.32

87002 13.566 295.908 3 . 7170 .36761 .05 POO .002 .05802 -.30

87081 13.563 296.915 8.0079 .26653 .05736 .007 .05742 -1.58

870 P 0 16.216 297.368 o . 0266 .63976 . 05942 .002 .05938 -.OR

87079 16.216 296.829 9.0702 .63923 .05953 .003 .05951 -.16

37078 16.215 295.723 9.1721 .3673" .05916 .003 .05919 -1.39

07077 16.215 296 .812 9.2579 .26635 .05965 .002 .05972 -1.06

87076 16.966 297.586 9.6766 .56160 .06103 .00? .06097 -.40

87075 16.066 296.662 9.5595 .63917 .06126 .002 .06135 -.34

87076 16 .966 295.773 9.6602 .34773 .06159 .00? .06162 -.42

07073 16.965 296.676 9.7662 .26621 .06127 .002 .06135 -1.53

37072 15.977 297.375 1 C . 0776 .54144 .0639? .002 . 063 P 8 .se 07071 15.976 296.303 10.1683 .63990 .06360 .002 .06360 -.62 P 7070 15.977 295.509 10.2699 .36752 .06377 .002 .0630? -.60

87069 15.977 296.681 10.3665 .26665 .06410 .004 .06421 -.80 8 7083 16.06? 297.193 10.5596 .54136 .06577 .002 .06572 .15 07067 16.862 296.200 10.6686 .63902 .06554 .003 .06555 -.63 0 7066 16.363 295.397 10.7236 .36753 .06594 .003 .06600 -.41

«7065 16.362 296.567 lo.eoie .26661 .06587 .004 .06599 -.93

87066 17,828 297.13? 11. 0273 .5623? .06725 .004 .06720 • * 5 4 87063 17.820 296 .000 11.1279 .63953 .06820 .003 .06823 .35 87062 17.826 295.656 11.1577 . 34862 .06612 .003 .06817 • OP 87061 17.826 296.560 11.2565 .26686 • 06ei8 .00? .06831 -•35

07060 19.150 296.785 11.6217 .56100 .07056 .002 .07053 . *9 87059 1 9 , 1 c 0 2 9 K . 06 5 11.7006 . 638 6 P .07049 .001 .07053 -•02 0 70 5 P 19.150 295.137 11 .7636 .36712 .07028 .003 .07039 — • 6^ 87057 19.150 296. 3’9 11.3328 .26660 .07079 .004 .07097 -•25 R 7055 20.696 296.722 12.1330 .54131 .07314 . 002 .07311 . 7G 07056 20.696 295.868 12.2033 .43886 .07291 .00? .07296 • 02 07053 20.696 296.920 12.2811 .34693 .07300 .003 .07314 -• 2o "7056 20.696 296.591 12.3093 .26739 .07383 .006 .07400 y 1 8 7052 22.032 297 . K 32 12.5965 .65499 .07555 .001 .07543 • 63

11
0 70*1 72 . R 83 296.653 12.0634 .54164 . 07584 .C01 .07591 . 67

8 70 '

0

22.081 295.934 12.7269 .43943 .07577 .302 .07578 . 1 8

R 704 q 2? .0°1 794.932 1 2.79en .34699 .07064 .002 .07560 -.30

R 7 0 4 H 23.026 297.297 13.1704 .55384 .07815 .301 .07905 .28

8’r>4 7 23.925 796.404 13. 1864 .54072 .07045 .002 .07945 . 31

R704*, 23.875 295.606 13.2959 .43862 . 0786 C .003 .07869 .10 P70*? 23. 375 2

c 4 . 9 1

1

13.3053 .34685 .07869 .002 .07380 -.03

97044 25.877 797.094 13.6438 .66358 .08118 .001 .09109 . 17

8 70 4 R 25.827 296.239 13.7039 .54079 .08138 .301 .08140 .09

o 704 ? 76.829 ?°5 .366 13.7650 .43839 .08156 .002 .08169 -.05

(57041 75 . °76 794.716 13.9112 .34696 .09148 .002 .08169 -.40 87940 27.972 297.076 14.1118 .65478 . 00440 .001 .08431 .37

8 fin <5 77.927 296.736 14.1676 . 54169 .08460 .001 .08462 .29

8 70 ? 9 27.970 296.363 14.2256 .43884 .00464 .001 .08478 .00 87037 27.918 294.623 14.2749 .34743 .08482 .003 .03506 -.07

8 7036 30.998 296.947 14.6940 .66537 .0«650 .301 .08942 .32

0 70 3 8 30.897 796 .1 88 14.7415 .54238 , 9 8 P 8 5 .001 .08888 . 44

9 701 34, 30.895 796.498 14.7843 .43905 .09990 .302 .08903 .25

0 7773 30.897 794.701 14. 3344 .34724 .08842 .002 .09366 -.59

8703? 33.731 797.800 15.1175 .70032 .00228 .001 .09207 .74

o 70 31 33.732 795.999 15.1706 .65626 .00224 .001 .09216 .38 07330 33.732 796.055 15.2200 .54235 .09222 .001 .09227 .06

B 7 0 2 9 33.730 295.407 15.2579 .43997 .09238 .002 .09253 .01

8 70? 8 37.396 797.911 1

c

• 7 1 ? 6 .94379 .09660 .0 01 .09645 .10

87{'?6 37.900 296.296 15 .8027 .65475 .09664 .010 .09666 -. 50 87026 37.901 295 .979 1

* . 9 1 9 6 .54216 . 09666 .301 .09672 -.58

8 7074 47.138 797.696 16.2492 .9437? . 1C143 .001 .10122 .01 87023 42.137 297.491 16.2595 .77861 .10144 .001 .10126 -.04 87027 47.137 296.370 16. 3168 .65442 .10123 .001 . 10123 -.60

8 7021 47.137 295.604 16.3518 .54142 .10136 .001 .10149 -.67

87020 47.208 297.695 16.7986 .04349 .10711 .001 .106 09 .39 07019 47.706 797.363 16 . 804 8 .77803 .10742 .001 . 1C7 26 . 50

8 7018 47.207 296.198 16.9600 . 60459 .10645 .jci .10649 -.68

8 7717 47.709 295.066 16.8905 .54191 . 10675 .001 .10689 -.59

6 701? 52.770 297.401 17.3128 .Q1177 .11121 .001 .11104 -.85

87014 52.77® 796,996 17.3317 .77704 .11220 .001 .11210 -.08

9 7016 57

.

7 ? 9 296.791 17.3629 .65423 .11239 .031 .11241 -.11

07014 57.780 295.547 17.3965 .54176 .11259 .001 .11273 -.15

8 70 09 59.630 799.032 17.8277 1.00725 .11786 .301 .11758 -.17

87010 69.634 297.282 17.9595 .91234 .11803 .001 .11788 -.23

97011 59.637 296.557 17.3901 .77839 .11841 .001 .11338 -.10

87017 59.640 296.134 17.9082 .65379 .11976 .001 .11982 .09 87005 57.047 297.599 18.3511 1.05504 . 1245C .001 .12429 . 19 87X7 67.058 297.193 18.3676 .01119 .12482 .001 .12468 . 33

8 700 6 67.052 298.653 19.3999 .77827 .12521 .001 .12516 .51 87001 67.606 296.993 10.4134 1.04485 .12437 .001 .12426 -.46

8 7008 67.059 790.934 18.4179 .65466 .12537 .001 .12545 .45

8 7007 67.554 296.407 18.4365 .90219 .12472 .001 .12472 -.33 87C03 6 7 • 6 0 0 295.827 18.4591 .77050 .12527 .001 .12537 -.03

87004 67.649 295.718 18.4932 .64924 .12527 .001 .12647 -. 19

Exper 1 men t a 1 Adjusted Therma

1

Conductivity

Thermal e t a Nominal Deviation

in p t . Pressure Temoerature Density "o<er C ond uc 1 1 v 1 tv ST A T Temoerature of 324. 2K from Corelation

MPe K T- 0 1 / L V / m W/ir ,K W/m.K percent

901 5? 1.426 325.562 .5447 .19’?8 .03376 .002 .03356 -.05

90] 51 1.4 76 324.861 .5460 .16631 .03356 .002 .03346 -.34

901 50 1.426 324.308 . 0471 . 13794 .33342 .003 .03341 -.51 90149 1.476 323.401 . 54 80 .11107 .03341 .004 .03354 -. 13 90148 2.63? 325.760 1.0361 .19723 .03461 .002 .03445 -.88

00147 2.632 324.544 1.0390 .16616 .03460 .002 .03455 -.61

90146 7.637 324.094 1.0413 .13794 .03442 .003 .03444 -.95

90145 2.633 323.420 1.0440 .11207 .03445 .005 .03457 -.58

9 01 4 4 3.697 325.793 1.4914 .23139 .03584 .001 .03561 -.76

90143 3.697 325.191 1.4951 .19768 .03595 .002 .03581 -.23

90142 3.69’ 324.369 1 .0003 .16631 .03564 .00? .03562 -.79

901 41 3.697 323.719 1 .5044 .13779 .03546 .003 .03554 -1.05

90139 4.849 324.734 2.0226 .19754 .03711 .003 .03704 -. 52

001.3 7 4.848 324.423 2.0255 .16629 .03672 .002 .03669 -1.48

901 40 4.046 323.763 2.0318 .13822 .03681 .003 .03689 -1.00

9013 8 4.849 323.622 2.0331 .13804 .03672 .004 .03691 -1.20

90136 5.876 325.807 2. 5034 .26787 . 03856 .001 .03933 -.43 90135 5 . 0’6 325.197 2.5111 .23138 .03849 .001 .03935 -.43 90134 5.876 374.507 2.5199 .19752 .03 824 .002 .03820 -.89

90133 0.876 323.820 2.5787 .16619 .03818 .00 3 .03824 -. 84 901 32 6.801 325.689 2.9673 .26792 .03979 .002 .03959 -.46

901 7 1 8.801 370.007 2.9782 .23140 ,03990 .0 03 .03988 .21 90130 6.801 324.481 2.0867 .19751 .03961 .002 .03958 -.62 90129 6.801 323.813 2.9976 .16641 .03962 .003 .03968 -.44

90129 7.759 324.860 7.4811 .23163 .04113 .002 .04104 -.49

00127 7.758 324.1 83 3.4940 . 1 9766 .04133 .007 .04134 .13

00.128 7.767 323.574 3.507] .16650 .04127 .005 .04136 . 10 90125 7. 767 323.360 3.5115 .13793 .0*091 .004 .04103 -.73

90124 8.669 375.135 3.9678 .23208 .04293 .002 .04281 .25

9 017? 8.669 324.249 3.9897 .19925 .04293 .003 .04293 .36

12
ooi 22 8.669 323.092 3.9961 .16737 .08200 .000 .08283 .09 901?) 8.669 323.169 8.0168 .13909 .08285 .003 .08259 62

901 20 9.825 325.609 4.3735 .30752 .08835 .002 .08818 .85 00119 9.825 325.085 6.3894 .2681? .08818 .008 .08808 .02 90118 9.825 328 .813 8.8072 .23150 .08816 .003 .08818 . 12 90117 9.825 328.388 8.8081 .19760 .08397 .003 .08395 -.31

9011') 9.895 328.008 8.8586 . 23080 .08833 .002 .08836 .25 90118 9.895 323.588 8.8721 .19698 .08829 .006 .08838 .19

901 1 * 9.895 323.081 ‘.8873 .16598 .08811 .003 .08826 -. 19 00115 9.895 322.606 8.5003 .13760 .08396 .003 .08816 -.40

90112 10.828 328.709 6. <7678 .’6793 .08621 .003 .08815 .50 90111 10.828 328.355 8.9798 .23188 .08618 .002 .08613 .35

901 10 10.829 323.717 5.002? .19761 .08601 . 002 .04607 .07 90109 10.829 322.977 C .0?8 C .16600 .08577 .008 .04592 -.46

001 CP 11.281 328.570 5.8387 .26791 .08782 .003 .08778 .51 90107 11.281 323.817 5.8682 .23102 .08752 . 005 .08757 -.16

90106 11.281 323.381 5.8871 .19730 .0477’ .003 .08783 .25

90 1 C 5 11.281 322.986 5.5025 .1661 9

.08740 .008 .08762 -.28

00108 12.081 328.126 5.9815 .26781 .08935 .003 .08936 .08 90101 12.081 323.636 5. 9628 .23108 .08941 .002 .08987 .14 90102 12.081 323.352 5.9753 . 1 97 ’ 1 .08931 .006 .08980 -.09

90101 12.081 323.087 5.9686 .16629 .08926 .003 .08930 -.23

00099 12.981 323.997 6.8625 .26737 .05181 .002 .05183 . 39 90098 12.981 323.858 6.8688 .23099 .05105 .303 .05113 -.40 90097 12.9°1 323.136 6.5086 .19728 .05123 .002 .05138 -.11

90100 12.981 322.760 6.5229 .16688 .06185 .00? .05159 . 26 90096 13.890 328.202 4.9638 .26793 . 05302 .002 .05302 -.18

90095 13.690 323.61 86.9982 .23130 .05326 .003 .05332 .15 90093 13.890 323.137 7.0195 .19783 .05272 .003 .05202 -.87

90098 13.990 322.805 7.037? .16688 .05312 .003 .05325 -.28

90092 18.783 328.836 7.8168 .30709 .05539 .003 .05537 .93 90091 18.783 323.910 7.8858 .26803 .05881 .003 .05808 -. 28 OG 0 O 0 18.783 323.55? 7.8650 .23150 .05500 .008 .05518 . 16 900 89 18. 783 322.940 7.4996 .19782 .05510 .002 .05521 .05 9 GC 8 e 15 .' 83 328.225 7.9282 .30607 .05675 .003 .05675 -.15

90087 15.683 323.798 7.9895 .26767 .05680 .003 .05688 -.10

90086 15.63? 323 .308 7.9785 .23132 .05655 .002 .05663 -.75 90085 15.68? 322.989 7.9993 .19733 .05691 .003 .05701 -.21

00088 18.518 328.686 8.3190 .38921 .05881 .002 .05877 . 68 90083 16.510 328.296 8.3832 .30609 .05832 .003 .05832 -.51

90082 16.518 323.698 9.3786 . 26780 .05887 .008 .05851 -.21

90

C 81 16.517 323.173 8.8104 .23131 .05827 .003 . 0 C 8 36. -.70

90080 17.708 328.73? 8. 8888 .34992 .06101 .002 .06097 .86 90076 17.689 328.183 8.3921 .30801 .06073 .002 .06073 .05 90079 17.707 328.383 8.9061 .30805 .06103 .002 .0610? .82 Q 0075 17.689 323.872 8.9283 .2687? .06033 .007 .06030 -.76

90077 17.706 328.059 0.9261 .23271 .06122 .008 .06123 . 68 90 C 79 17.707 328.019 0.9291 .26906 .06128 .00? .06130 . 72 90078 17.650 323.396 8.9822 .23202 .06073 .004 .06080 -.10

90073 17. 6*0 322.068 8.9761 . 1980 9 .06088 .005 .06099 -.08

90072 18.819 328.895 9.3966 .38989 .06291 .002 .06289 . 17 90071 18.820 328.020 9.8278 .30761 .06275 .003 .06277 -. 23 90070 18.820 323.539 9.8598 .26887 .06308 .003 .06310 .09 90069 IP . 820 323.106 9.8812 .23180 .06297 .002 .06306 -.13

90068 19.958 328.636 9.8613 .3987? . 065

C 0 .001 .06897 .33 90067 19.959 328.287 9.8886 • 3 8 9 e 7 .06898 .002 .06498 .19 9 00'' 6

19.959 323.697 9.9227 .30787 .06873 .003 .06878 -.36

90065 19.960 323.271 <7.9508 . 26328 .06530 .006 .06538 . 36 9006 8 21.278 328.677 1 G . 3653 .3987? .06692 .008 .06608 -. 11 9006? 21.278 328. 1 C 8 10.802? .35001 .06708 .002 .06708 -.08

90062 21.275 323.710 10.8275 .30787 .06703 ,003 .06708 -.23 9 0061 21.276 32? .301 10.4550 .26882 .06693 .002 .06702 -.51

90060 22.733 328.81? 1 C . 0946 .39457 .06956 .003 .04954 • ?8 00059 22.783 323. *86 1 C . 9300 .38961 .06936 .001 • 0 6 9 40 -.21

90058 22.738 323.195 10.9730 .30752 .06938 . 003 .04943 -.37

90057 2 2 . 7 ’ 8 323.0

X 9 10.9083 .26300 .06927 .003 .06939 . 1 L 90056 28.025 328.708 17.291’ . 8 8’1 0

.07110 .003 .07105 -.31 90055 2 8.028 328.317 11.3158 .39480 .0713? .002 .071 31 -.11

90058 28.025 323.992 11.3359 . 3899? .07139 .003 .171 42 -.11

90053 28.025 323.388 11.3781 .3974g .97137 .003 .07146 -.31

90

C 52 26.059 325.311 11 . 8883 .89195 .07812 .002 .07800 -. 10 90051 2 6 • 0 c 9 328.638 11.9855 .88166 . 07860 .008 .07863 . 87 90050 ’6.058 323.803 1 1.9360 .38988 .07830 .003 .07835 -.27

90089 26.058 323.517 11.9538 .30783 .07381 .005 .07399 -.66

90088 27.727 328.800 12.3093 .89282 .07681 .003 .07678 .22 90087 27. 729 328.519 12. ’?65 .88207 .07686 .003 .07683 -. ’2 9 0086 27,725 323.727 12.3726 .38951 .07651 .003 .07657 -.8.5 90085 27.72? 323.282 12.8013 .30722 .07606 .008 .07618 -1.19

90088 30. 2 C 0 326. ?7

X 1 2. 8623 .58529 .07972 .002 .07957 -.21

9008? 30.250 324.829 12.8931 .89202 .0001 8

.003 .06010 .19 9 00 2 30.289 328.217 12.9279 .88181 .07945 .002 .07865 -.64

90081 30.289 323.708 12.9573 . 3 4 9 P 9 .07080 .002 .07?97— • 44 90040 32.609 728.40 6

13.3855 .60007 .08292 .002 .08276 -.01 90036 32.909 325.460 13.3012 .6000’ .00291 .001 .00278 -.’1 90039 32.609 328.508 13.3989 .58328 .08227 .0 02 .06 2 ’3 -1 . C 8 90035 32.909 325.198 13. 3957 .58859 .08297 .001 .08283 -.31

13
30038 33.610 733.788 13.9397 .69095 . 08267 .0 09 .08293 -.99

90039 32. 808 333.736 13.9981 .99119 .08293 .002 .08392 -.62

3.00 3 ? 33.608 323 . 97 ? 13.9518 . 3991 ? .08305 .005 .08316 -.36

3 003 3 33.810 333.531 13.9979 .3993 8 .08293 .009 .08303 -.79

30033 36.668 335.139 13.7929 . =9961 . 0853 ? .001 .08509 -. 36

3 00 31 ’ 9.669 329.197 13.7939 .99136 .08999 .002 .08500 -.87

0 0330 39.671 333.993 13.8063 .39967 .08536 .002 .08590 -.50

30039 39.668 323.952 13.8321 .39953 .08513 . 00 ? .08525 -. 89 9oo?e 38 . 9=9 335.670 19 . 337 =

. 6=871 .06894 .002 .08872 - 1.01 90037 38 . 96 ? 336.117 19.3657 .59528 .08966 .001 . 089=3 -.39 90036 38 . 96 ? 333.970 16.9336 .99131 .06932 .003 .08936 - 1.01

9 00 2 = 38.961 333.316 16.9569 .39917 . 08918 .003 .08932 - 1.33 90039 93.511 336.305 19 . 752 ? .78712 . 0931 = .001 .09189 - 1.03 0003 3 91 .516 335 . 7=9 19.7990 .66776 .09297 .001 .09229 -.89

90033 91.519 339.996 19.8375 .59926 .09251 .001 .09398 - 1.06 90031 91.519 333.993 19.8619 .99165 .09277 .002 .09383 -. 90 90018 95.993 336.009 15.3325 . 7«173 .09699 .001 .09670 -.87

90017 95 ,90i, 335.212 15.3688 .65688 .09682 .001 .09666 - 1.23 90019 96.933 329. =99 15. 3992 .59963 . 09726 .003 .09721 -.92

90030 95.993 329.009 1 5.9336 .99256 .09731 .002 .09735 - 1.00

9C0 1

9

50.636 325.823 18.8539 .73169 .10131 .001 .10109 - 1.09 90013 50.625 329.012 15.3939 .65685 .10128 . 00 ? .10117 - 1.32 90015 50.636 329 . 7=7 15.9002 .59536 .10168 . C01 .10159 -.96

9 001 *' = 0.636 339.728 15 . 923 ? .99399 .10208 .002 .10308 -.68 90C10 55.798 335 .807 16.3570 .78102 .10578 .001 .10551 - 1.32 900C9 55.799 329.901 16.3999 .65697 .10583 .001 .10570 - 1.98 90011 55.799 339.907 16.9111 .59966 .10617 .031 .10613 - 1.23

9 f. 0

1

3 55 . 70 ? 339.013 16.9310 .99391 .10666 .001 .10670 -.87 90006 61.733 325 . 7fc7 16.8676 .78336 .11130 .001 .11103 -.93 90005 61.783 335.233 16 . 888 ? .65858 .11126 .001 .11108 - 1.07 9000 ? 61.780 339.869 16.0026 .59539 .11171 .001 .11160 -.79 90003 61.779 329.127 16.9316 .99335 .11196 .302 .11198 -.67 90003 67.350 326.813 17. 2<,69 .92002 .11613 .001 .11567 -.39

90003 57.351 335.959 17.2788 .78339 .11632 .301 .11601 -.39

30001 67.390 335.769 17. 3859 .66036 .11669 • on .11636 -.15 90003 67 . 35 ? 329.723 17.3352 .59666 .11628 .002 .11619 -.67

14
3 . Results for a 50/50 Mixture of Methane-Ethane.

A total of 932 points are given in table 2. The actual mole fraction of methane in the

mixture is 0.50217 with the balance ethane. The computer programs developed for the thermal

conductivity surface of this mixture are shown below. The equation of state used for this mixture

is given in [14].

FUNCTION TC5050(RH0,T)

C COEF. FROM TC 021 28 MAR 85

DIMENSION A(3),B(5)

DATA A/ .9271600E-02,-.3606085E-04> . 3047760E-06

/

DATA 8/ .2281903E-02* . 1157403 E-06> .4184580E-05#

1 .9001806E-08, .1243893E-07/

TC ZERO*A(l)+A(2)*T+A(3)*T+*2

EXCES$"(8(1)+B(2)*T)*RH0+(B(3)+8(4)*T)*RH0**3+8(5)*RH0**5

TC5050*TCZER0+EXCESS+CR5050(RH0,T)

RETURN

END

FUNCTION CR5050<RH0,TEMP)

C COEF. FROM TC021 AND MINIMS 28 MAR 85

DIMENSION C ( 6

)

DATA (TC-262.919), (RHOC-8.68)

DATA C/ .2953032E+00»-.2425000E+03* .3256997E-01#-.9394503E-04#

1 -.2243679E+00, .2357194E+00

/

T-TEMP

DEN-RHO

IF(T.LT.TC) T*TC

IF(T.LT.371.129) GO TO 4

5 CR 5050*0

•

RETURN

4 CONTINUE

AMPL«C(1)/(T*C(2) )+C(3)*C(4)*T

DELRHO-DEN-RHOC

X1-C(5)*DELRH0

IF (DEN.GT .RHOC ) X1«C (6 )*DELRH0

CR5050«AMPL*EXP(-X1**2

)

RETURN

END

15
Teble 2. The The r m a 1 C 0 n d U C t 1 V i t y of a

'50/50 Me tn an e- E t h a ne Mix

Experimental Adjusted Thermal Conduct 1 v 1 ty Therms 1 at a Nominal Deviation

Run Pt. Pressure Temperature Oens 1 1 v Power Conduct 1 v 1 ty STAT Temperature of 152. 9K from Corelation

MPa K mo 1 / L M/m W/m.K W/m. K percent

103332 3.6*2 153.89* 21 .*375 1.37078 .1/03* .001 .17019 -.6*

103031 3.6*1 153.*** 21. *635 1.2*91

8

.17027 .001 .17018 -1.00

103030 3.639 153.122 21. *819 1.1377* . 1709* .0 01 .17090 -.83 103020 3.695 152. *07 21.5229 1.02108 .16922 .001 .16929 -2.35

103029 8.838 153.908 21.66*5 1.37175 .17616 .001 .17600 -.21 103027 8.836 153 .*26 21.6807 1.2516* .17625 .001 .17616 -. *7 103026 8.935 152.969 21.7056 1.13537 .1758* .001 .17582 -1.00

103025 8.8 30 152.335 21 .7*00 1.02253 .17*51 .001 . 17*59 -2.19

10302* 15.056 153.875 21. e 912 1.37*85 . 18258 .001 .162*2 .18 103023 15.051 153.3*0 21.9187 1.252*8 .18235 .001 .18227 -.27

103022 15.051 152.778 21.9476 1. 1 3303 .18138 .001 .18139 -1.15

103021 15.0** 152.169 21.9787 1. C 2125 .17999 .001 .18010 -2.31

103020 21.51* 153.575 22.1256 1.3709* .18783 .001 .18772 -.12 103019 21.503 153. *81 22. 1298 1.25302 .18821 .001 .18811 .03 103018 21 .*92 152.661 22.1696 1.1*063 .187*2 .001 .187*5 -.86

103017 21 .*91 152.058 22.1991 1.03311 .18595 .001 .18608 -2.01

103018 28.799 153.522 22.3506 1.37167 .193*2 .001 .19331 -.22

103015 28.795 152.9*2 27. 3775 1.25266 .19307 .001 .19306 -.72

10301* 28.795 1

1 2 .62

1

22.3922 1.13968 .19272 .001 .19276 -1.08

1 C 3 C 13 28.790 151.927 22.42*3 1.03233 .19175 .001 .19190 -1.97

103012 36. 890 153.389 22. 5796 1.35797 .19855 .001 .198*9 -.67

103011 38.592 152.869 22.5939 1.2*172 .1900* .001 .1989* -.6* 103010 36.587 152. *51 22.612* 1.12787 .19885 .001 .19892 -,°0

103009 36.591 151.752 22.6*36 1.01530 .19736 .001 .1975* -2. 03 103008 *3.937 153.206 22.7619 1.3620* .20516 .001 .20510 .15

1 C 3007 *3.937 152.932 22.7736 1.2*731 .

2

C 6 C 3 .001 .20602 .*3 103008 *3.93* 152.635 22.7862 1.13621 .

2

C 662 .001 .20656 .52 103005 *3.930 151.763 22.9235 1.02977 . 20*51 .001 • 30* b 9 -.89

10300* 50.660 153.3*1 22.9106 1.3651* .21037 .001 .21029 .6* 1030 C 3 50.673 152.703 22.9373 1 .’*70* .21058 .001 .21061 .*3 103002 50.66* 152.509 22.9*51 1.13528 .21093 .0 C 1 .21099 .50 103001 50.660 151 .*67 22.9883 1.03095 .20908 .001 .20931 -.88

Exoer Imental A djus ted Therma

1

Conduct 1 v 1 ty Thermal at a Nominal Deviation

Run Pt. Pressure T emperature Dens 1 ty Power Conduc 1 1 v 1 ty STAT Temperature of 177. IK from Corelatlon

MPa K mo 1 /L W/m W/m.K W/m.K percent

10*028 3.636 177.772 19.962* 1.23290 .1*318 .001 .1*308 -.52 10*027 3.633 177.336 19.9911 1.11136 . 1*377 .001 .1*37* -.**

10*026 3.631 176.8*2 20.0235 .99599 .1**25 .on .1**29 -.*9

10*025 3.627 176. **2 20.0*96 .88726 .1**69 .001 .1**79 -.*9

10*02* 12.5*7 177.5*2 20.49*6 1.23321 .15*10 .001 .15*03 -.21 10*023 12.521 177.039 20.5223 1.11153 .15**7 .001 .15**8 -.29 10*022 12.50* 176.7*5 20.538* .99693 .15*71 .001 .15* 76 -.32

10*021 12. *82 175.8*2 20.5891 .89682 .1553* .001 .15553 -.50

10*020 21.832 177.961 20.9095 1.36099 .163** .001 .16331 . 10 10*019 21.933 177.355 20.9*09 1.23371 .16*00 .001 .16396 .03 10*018 21.83* 176.7*9 20.9723 1.1116* .16*26 .001 .16*32 -.12 10*017 21.830 176.3°2 20.9906 .99*9* .16398 .001 .16*09 -.50

10*015 31.0*7 178.082 21.2691 1.48929 .17203 o.coo .17187 .*1 10*01

6

31.0*3 177.613 21.2912 1.35836 .17290 o.ooo .17282 .67 10*01* 31.0*2 176.997 21.320* 1.22807 .17267 .001 .17269 .20 10*013 31 .029 176.532 21.3*20 1.103*2 .17103 .001 .17192 -.53 10*012 *0.1*2 177.875 21.5890 1.49279 .18057 .001 .180** l.CC 10*010 *0.123 177.687 21.5968 1.2*01* .18262 .002 .18252 2.03 10*01 *0.132 177.525 21.60*2 1.35796 .180*7 .001 .180*0 . 77 10*009 * C • 09* 176.37* 21.6537 1.10*1* .17987 .001 .17999 -.11

10*008 *9.285 177.58* 21.87*5 1.491*6 .18763 .001 .18755 1.0* 10*007 *9.276 177.261 21.»876 1.35668 .18773 0.000 .18770 .95 10*006 *9.262 176.651 21.9125 1.22823 .1877* .001 .18782 .69 10*005 *9.2*9 1 76.293 21.9270 1.10707 .1879* .001 .18808 .62 10*003 58.653 177.687 22.1185 1.48*52 .19730 .001 .19720 2.76 10*002 58.66* 177.379 22.1309 1.35319 .1971* 0.000 .19709 2. 55 10*00* 58.629 176.682 22. 1573 1.10*11 .19901 .001 .19908 3.18 10*001 58.680 176.588 22.1618 1.22*79 .19*68 0.000 .19*77 .98

Experl ment 8

1

Adjusted Therma

1

Con Juctl v 1 ty Thermal at a Norn Inal Oev 1 at Ion Run Pt. Pressure Temperature Oens 1 1 y Power Conduc 1 1 v 1 ty STAT Temperature of 202. 3K from Corelation

MPe K rrol/L V/.m W/m.K W/m.K percent

105033 3.705 203.231 18.0939 1.03576 .1166* .001 .11651 .*1 105031 3.703 203.075 18.1066 1.03562 .1165* .001 .116*3 . 19 105032 3.70* 202.70* 18.1375 .91736 .11727 .001 .11722 .*7 105030 3.702 2 C 1 .926 19.201* .80611 .11772 .001 .11778 . 13 105029 3.700 201.550 19.2319 .702*2 . 110*8 .001 .11859 .*3

16
105028 7. 258 202.983 1 Q • 4 8 69 1.03600 . 12258 . 001 .12249 . 41 1050?7 7.257 202.523 18.5206 .91*45 .12303 .001 .12300 . 40 10502 * 7.255 201.863 1 3

. * 68 8 .00*43 .12366 .001 .12373 .37 105025 7.254 201.501 1 B • 5 95 1 .70321 .12432 .001 .12444 .61 10*024 14.176 203.261 19.0440 1.16225 .13126 .001 .13112 . 04 105003 14.175 202.761 19.0763 1 . 03 5

0 0 .13178 .001 .13172 .09

ir.50?2 1 4 . 1 ’0 202.155 16.1139 .91735 .13220 .001 .13223 -.01

105021 14.16’ 201. *59 19.1447 .80659 .13318 .001 .13328 . 38 105020 23.401 202.973 19.6583 1.16131 .14234 .001 .14224 . 21 10*010 23.096 202.282 19.69*6 1.03407 .14263 .001 .14264 .00 10501

5

2’.394 201.783 19.7226 .91578 .14306 .001 .14315 . 00 10*017 23.392 201.22’ 19.752’ . 80444 .14336 .001 .14354 -.12

105C16 32.243 203.209 20.1072 1.29419 .15075 .001 .15061 .05

, 05C1

5

32.234 202.599 20.1367 1.16C13 .15177 .ooi .15173 .40 105014 32.228 202.089 20.1613 1.0337* .151*8 . 001 .15162 .01 105013 3 2 . 2 7 1 2C1 .599 20.1849 . 9 1 5

0

l .15207 .001 .15219 . 08 10501’ 41.242 202.942 2 C . * 1 4 4 1.29408 .15961 .ooi .15951 .44 105011 41.236 2 C 2 . 4 1 8 20.5376 1.1*047 .16045 0.000 .16044 . 72 105010 41.225 202.044 20. 5540 1.03411 .16039 . 001 .16044 . 51 105000 41.219 201.373 20.5636 .91502 .16029 .001 .16045 . 12 10 <=')('!* *0.240 203.1*3 20.8449 1 . 1 2 84 9 .16712 .001 .16698 .67 105007 50.230 202.842 20.8575 1.29041 .16761 .001 .167*2 .83 10*005 50.223 202.186 20.8845 1.1565? .16779 .001 .16732 - .65

1 0 5 0 C 5 50.217 ’01.011 2C.8957 3.03277 .I6.e34 .ooi .16841 . 85

1 0 5 OC 5 58.9*0 203.016 21.1392 1.42961 .17482 .001 .17470 1.30 105003 59.950 202.466 21.1606 1.29772 . 1’462 .001 .17460 .96 1O50C2 58.949 202 .094 21.1750 1.15590 .1745’ .001 .17461 .78 105001 58.956 201 .731 21.1893 1.03138 .17582

Exper 1 irenta 1 Thermal

.001 .17593 Adjusted Thermal

at a Nominal

1.34

Conductivity

Deviation

Pun Pt. Pressure

«P8 Temperature

K Dens 1 ty

n>0 1 /L Power

W/m

Conduc 1 1 v 1 ty

W/ie.K STAT Temperature of 231.6KW / m. K from Cor e 1 at 1 on percent

102104 .254 232.026 .1348 .12842 .01 848 .001 .01843 1.58

102103 .254 2 30

.

C 61 .1357 .10632 .01035 .002 .01841 1.47 102102 .254 230.129 .1362 .08638 .01827 .002 .01842 1.50

102101 .254 229.289 .1367 .06854 .01816 .003 .01840 1.37

102105 .2*4 228.553 .1370 .0*286 .01801 .005 .01832 .97 102100 .’*7 ’32.315 .4229 .15251 .01918 .001 .01910 .73 102090 .757 231.274 . 425* .12840 .01922 .001 .01925 1.46

102093 .757 230.323 .4276 .10627 .01881 .00? .01894 -.19

10209’ .758 229.507 .4300 .08639 .01902 .002 .01924 1.31

1O2095 .’58 228.925 .4316 .0685 8 .01877 .003 .01905 . 30 102095 1.127 231.803 .6600 .15197 .01908 .001 .01985 . 95 102094 1 .128 230.825 .6643 .12792 .01 970 .002 .01978 .50 10209? 1.129 230.064 .6683 .10601 .01 945 .002 .01961 -.43

102092 1.130 220.4*5 .6717 .08618 .01951 .003 .01973 .15 106032 5.9C6 233.1 30 15.4845 .81903 .09147 .001 .0912* 2.39

106031 5.90* ’32.435 15.5716 .70635 .09191 .001 .09179 2.09

106030 5.904 231.797 15.6504 .60218 .09250 .001 .09247 2.01 106C29 5.902 231.229 15.7188 . 50657 .09301 .001 .09306 1.93 106028 11.140 232.796 16.6053 .81909 .10155 .001 .10137 .67 106027 11 .139 232.08= 16.6650 .70628 .10213 .0C1 .10205 .65 106026 11.196 231.554 16.7091 .60241 .10286 .001 .10206 .93 106025 11.136 231.097 16.7471 .50681 .10341 .001 .10348 1.08

106024 16.611 233.165 17.2692 .940*4 .11013 .001 .10988 .66 106023 16.611 232.487 17.3361 .81914 . 1 1 C 3

1

.001 .11017 . 36 106022 16.607 231.909 17. 3755 .70664 .11068 . 001 .11063 .30

1C 6021 16.608 2’1.365 1’ . 4 1 3 1 .60250 .11101 .001 .11104 .21 106020 25.127 232.753 18.1130 .9402’ .12111 .0C1 .12092 .14 106019 25.129 232.177 18.1459 .81923 .12149 .001 .12139 . 12 10601

9

25.126 231.591 18.1790 .70643 .12188 .001 .12198 . 11 106017 25.125 231 .049 18.2098 .6024* .12218 .001 .12226 .04 105015 34,095 233.080 18.7306 1.06799 .13078 .001 .13053 .05 106016 34.095 ’32.471 18.7610 .93926 .13098 .001 .13083 -.10

106014 34.084 231.87? 18.7902 .81768 .13146 .001 .13141 -.03

105013 34.0«6 231.308 18.8184 .70529 .13195 .001 .13199 .06 106012 42.991 232.742 19.2563 1.06674 .13980 .001 .13960 . 10 106011 42.991 231.996 19.2899 .93725 .14007 .001 .14000 -.05

1 0 6 0 C 9 42.994 231.611 19 , 30 6

n .91 6*6 .14060 .001 .14059 .16 106010 42.991 231.354 19.3187 .70465 .14001 .002 .14005 -.36

106008 51.850 23? .092 19.6684 1.20363 .14746 .001 .14719 .12 106007 51.840 232.535 19.6910 1.06585 .14e03 .001 .14786 .28 106005 51.831 231.930 19.7156 .93685 .14840 .001 .14834 .29 106005 51.925 231.506 19.7328 .81632 .14853 .001 . 14954 .21 106003 61.301 232.911 20.0672 1.20412 .15690 .001 .15666 1.22

106002 61.300 232. ?*5 20.0880 1.06611 .15619 .001 .15605 .57 1O60C1 61.29« 231.852 20.1076 . 9375 9 .15654 .001 .15649 .60 106004 61.305 2’1 .302 20.1289 .31724 .15694 .001 .15699 . 64

17
Exoer t mental Adjusted Thermal Conductivity

Thermal at a Nominal Deviation

Run Pt. Pressure Temperature Dens 1 ty Power Conduc 1 1 v 1 ty STAT Temoerature of 240. 3* from Corelation

MP a K mo 1 /L W/ m V/m.K W/m.K per cent 102091 .321 242.939 .1630 .15912 .01986 .001 .01956 2.04 102C90 .321 241.859 .1640 .13397 .01979 .002 .01962 2.31 102089 .321 240.866 .1647 .11098 .01962 .00? .01956 2. 00 102088 .321 239.863 .1655 .09012 .01966 .003 .01971 2.74 102087 .321 239.204 .1660 .07156 .01 944 .004 .01956 2. CO 102088 .724 242.1 96 .3829 .15897 .02025 .003 .02004 1.26 102085 .724 241.208 . 3348 .13381 .02017 .002 .02007 1.38 102084 .724 240.354 .3865 .11094 .02015 .003 .02015 1.72 102083 .724 239.533 . 3881 .09015 .01998 . 0C3 .02007 1.30 102082 .725 238.821 .3898 .07156 .01991 .003 .02008 1.32 102081 .993 241.998 . 5391 .15913 . 02055 .001 .02036 .57 102080 .995 240.998 .5432 .13393 .02051 .001 .02044 . 36 102079 .996 240.201 .5462 .11099 .02042 .00? .02043 . 80 102078 .996 239.670 .5483 .09030 .02030 .00? .02037 .47 102077 .997 238.653 .5518 .07161 .02033 .003 .02051 1.11 102074 1 .440 241.644 .8216 .15378 .02134 .001 .02119 .41 102073 1.441 261.011 . 8256 .13391 .02131 .001 .02123 .54 102072 1.441 240.358 .8269 .13334 .02121 .003 .02115 .13 102071 1.443 239.899 .8331 .11047 .02123 .002 .02128 . 63 1O2075 1 .439 239.355 . 8334 .09007 .02110 .002 .02121 .30 102075 1 .440 238.730 . 3370 .07152 .02103 .004 .02120 . 22 102070 1.446 239.446 . 8377 .09009 .02150 .003 .02160 2.04 102068 1 .720 240.787 1.0277 .13401 .02205 .002 .02200 1.09

102065 1.742 240.156 1.0423 .11103 .02202 .002 .02204 1.05 102067 1.731 238.854 1.0442 .07169 .02204 .006 .02220 1.75 102066 1.736 239.211 1.0446 .09008 .02178 .003 .02190 .40 Experimental Adjusted Thermal Conduct 1 v 1 ty Thermal at a Nominal Oev 1 at 1 on Run Pt. Pressure T empersture Pens 1 ty Power Conductivity STAT Temperature of 250. 2K from Corelation

MPa K mo 1 /L V/ m W/m.K W/m.K p er cent 102037 .329 251.829 .1603 .14018 .02049 .002 .02030 .11 102038 .329 250.779 .1615 .11630 .02040 .001 .02042 .70 102039 .329 249.929 .1621 .09456 .02018 .004 .02021 -.35 102040 .329 249. 09R .1627 .07508 .02012 .004 .02025 -.10

102036 .950 251.055 .5070 .13990 .02169 .002 .02159 1.46 102035 .900 250.279 .5090 .11597 .02132 .002 .02131 .14 102034 .930 249.488 .5111 .09430 .02117 .002 .02125 -.16 102033 .931 243.790 .5131 .07480 .02135 . 005 .02151 1.03

102031 1.469 251.301 .7933 .16641 .02215 .002 .02202 -.54 102030 1.470 250.686 . 7966 .1401

0

.02199 .001 .02193 -.99

102029 1.471 249.890 .8010 .11605 .02194 .002 .02199 -.65 102032 1.469 249.203 .8029 .09448 .02181 .002 .02193 -1.11

102027 1.945 251 .064 1.1034 .16604 .02297 .001 .02287 -1.13

102026 3 .944 250.397 1.1082 .13984 .02274 .00? .02272 -1.88

102028 1.936 248.095 1.1137 .09424 .02275 .003 .02290 -1.14

102025 1.955 249.604 1.1214 .11.602 .02294 .002 .02300 -. 81 102024 2.427 251 .623 1.4493 .19456 .02446 .002 .02420 -.05 102023 2.427 250.606 1 .4618 .16601 .02430 .003 .02425 -.39

102022 2.426 260.142 1. 4671 .13987 .02397 .003 .02308 -1.62

102021 2.426 249.239 1 .4T82 .11589 .02420 .003 .02440 -.02

Experl rrent a 1 Adjusted Thermal Conductivity

Thermal at a Nominal Oex 1 at 1 on Pun Pt. Pressure Temperature Oens 1 t y

0 aw e r Conduct 1 v 1 ty STAT Temoerature of 260. 3K from Corelation

MPa K mo 1 /L U/m W/m.K W/m.K percent

102064 .295 261.833 .1381 .14591 .02185 .002 .0216.6 1.11 102063 . 295 •>60.894 .1386 .12098 .02181 .003 .02173 1.44

1.02062 .295 269.946 .1393 .09330 .02160 .00? .02164 1.01 102061 .295 259.442 .1396 .07313 .02155 .003 .02165 1.06 1020 c 9 1.032 260.944 .5105 .14599 .02248 .004 .02240 -.41 102058 1.032 260.059 .5129 .12089 .02250 .002 .02261 .53 102057 l .032 269.252 .5149 .09827 .02250 .002 .02262 .54 102060 1 .031 253.692 .5155 .07822 .02252 .003 .02271 . 92 102055 1.643 261.413 .8538 .1731* .02358 .001 .02344 -.40

102054 1.649 260.366 .3592 .14596 .02340 .002 .02339 -.69

102053 1 .650 259.761 .8625 .12064 .02329 .002 .02335 -.89 102056 1.647 269.097 .8645 .09842 .02342 . 002 .02356 -.01 102052 2.243 261.833 1 .22.13 .20294 .02463 .001 .024*4 -1.16

102051 2.246 260.965 1.2301 .17322 .02452 .002 .02443 -1.31 102050 2.249 260.135 1.2336 .14597 .02441 .002 .02443 -1.46

102049 2.254 259.454 1.2476 .12084 .02440 . C 02 .02430 -1.28

102047 2.0) 8 261.353 1 .7074 .20300 .02640 .002 .02627 -.68

102046 2.921 260.383 1.7230 .17333 .02633 .002 .02632 -.71 102045 2.922 259.751 1. 7335 .14588 .02605 .002 .02611 -1.64

102048 2.914 253.233 1 .7344 .12101 .02614 .002 . 026 27 -1.06

102043 3.613 261.367 2.214^ .23482 .02861 .002 .02347 .10 102042 3.518 260 .687 2.2304 .20265 .02829 .002 .02324 -.97

102041 3.518 259.991 2.2469 .17317 .02026 .003 .0282R -1.02

102044 3.518 259,421 2.2604 .14590 .02785 .004 .02795 -2.45

18
Exper I menta I Adjusted Thermal Conductivity

Thermal at a Nominal Deviation

Run Pt. “rexsure

0 Pa Temperature

K Dens 1 ty

mo 1 / L PowerW/m

Conductivity

V / hi . K STAT Temperature 06 265. IK W/m.K

from Corelation

percent

109030 .322 267.357 .1477 .14932 .02248 .002 .02224 1.02 10R929 .32? 286.293 .1483 .12372 .02246 .00 5 .02233 1.45 109C28 .322 265.685 .16 90 .10057 .0221

8

.00? .02214 . 59 1OR0?7 .323 264.601 .1697 .07982 .02214 .003 .02220 .83 190025 .811 266.656 , 3 °60 .14017 .02301 .002 .02285 . 76 119024 .811 265.95* . 3862 .12375 .02288 .002 .02280 .55

X 0 P 0 2 3 .Pll 265.087 .3877 .10063 .02279 .002 .02280 .50 10802* .Pll 264.273 .3888 .07988 .02260 .003 .02269 .02 io«o ?2 1.536 267.124 . 7838 .17718 .02396 .001 .02376 -.11

108021 1.536 266.261 .7876 . 14929 .02390 .002 .02379 -.04

1 980?C 1 . *3 5 ?65.6?6 .7713 .17378 .02377 .002 .02374 -.29

108019 1.536 264.614 .7750 .10058 .02371 .003 .02376 -.26

10*010 2.179 266.597 1.1661 .17693 .02456 .003 .02443 -2.25

100017 2.178 265.798 1 .1697 . 14903 .02472 .002 .02466 -1.36

108016 2,178 265.216 1.1560 .12376 .02436 .003 .02435 -2.70

100015 2.179 264.461 1.1600 .10074 .02436 .003 .02442 -2.51

1 O0n 1

A

2.201 266.142 1.169* .12359 .02473 .002 .02473 -1.34

108012 2.936 266.471 1.6*21 .20719 .02636 .002 .02626 -1.70

100011 2.936 265.087 1.8589 .17682 .02637 .002 .02631 -1.61

108010 2.937 265.469 1.6673 .14911 .02615 .003 .02613 -2.44

1P09C9 2.962 264.520 1 .6927 .12362 .02635 .006 .02639 -1.62

10 8007 3.711 266.600 2.2717 .23994 .02901 .002 .02894 -.50

108906 3.716 265.946 2.2896 .20726 .02865 .003 .02862 -1. 89 1080C5 3.715 265.377 2.3026 .17696 .02878 .002 .02977 -1.54

1080CP 3.709 264.873 2.3092 .16914 .02867 .003 .02868 -1.96

100002 6.607 266.582 2.9619 .27450 .03232 .002 .03231 . 50 ID 8 001 6.697 265.907 2.9893 .23956 .03236 .002 .03236 .24

1 r>«pp3 6.606 26*.661 2.9977 .20709 .03217 .003 .03217 -.47

108006 6.605 265.024 7.9238 .17689 .03202 .004 .03202 -1.35

1070*0 7.065 262.399 9.8751 .14966 .07653 .054 .07*40 6.37

1071*7 7.066 262.315 9.9056 .12335 .07845 .064 .07733 8.62

1 u 7 0

1 6 7.065 262.206 9.9660 .10029 .38237 .086 .08128 12.95

1 070* 0 7.257 263.496 9.9786 .31206 .07095 .014 .07010 -1.03

101058 7.065 261 . 999 10.01*7 .07962 .08236 .145 .08131 12.79

117C52 7.257 263.195 10.0787 .27463 .07239 .021 .07119 .49 107069 7.390 284.068 1 0.0069 .39410 .06967 • Oil .06914 -2.76

107065 7.3 91 263.720 10.1833 .35161 .07109 .015 .07039 -1.21

107051 7.257 262.317 10.2035 .23940 .07319 .026 .07207 1.09

1070*0 7.257 282.706 10.2136 .20679 .07*05 .03? .07394 3.56

1C 70 5

6

7.257 262.704 10.2397 .17698 .07553 .042 .07444 4.14 107055 7.257 262.621 10. 2666 .14890 . 08022 .055 .07915 9.78

107066 7.392 263.398 10.2956 .31183 .07168 .017 .07003 -. P7 107066 7.391 263.249 10.3306, .27666 .07315 .019 .07223 . 97

10 70 6 7 7.391 263.055 10.391? .23986 .07412 .025 .07311 2.01

ID 7060 7.791 262.817 10.6659 .20686 .07496 .03? .07391 2.89

10706? 7.779 264.668 10. 5939 .68508 .07066 .009 .07046 -2.18

107061 7.779 264.374 10.6756 .63*23 .07103 .010 .07071 -2.02

107038 7.902 285.346 19.7235 .50660 .07061 .906 .07069 -2.16

137060 7.779 264.050 10.7669 . 39360 .07213 .011 , 07 ie 8 -.57

10 7C 1 0 7.981 265.063 19.7965 .53658 .07057 . 009 .070*4 -2.55

107039 7.779 263.845 10.0213 .35165 .07308 .015 .07255 .23 107035 7.901 264.725 10.8861 .6*521 .97140 .009 .07124 -1.75

1C7063 7.77P 263.387 1C. 9656 . 31178 .07225 .017 .07154 -1.46

107016 7.911 264.156 11.0310 .39380 .07218 .010 .07181 -1.28

10 7137 7.9P1 263.797 11.1230 . 35153 .0724* .015 .07196 -1.29

107021 P.756 266.055 11.6965 .63966 .07204 .002 .07229 -1.71

107022 0.756 265.634 11.5863 .50783 .07250 .002 .07263 -1.46

107031 0.756 265.162 11.6866 .536*8 .07237 .002 .07238 -2.09

107030 8.757 264.569 11 .8065 .49609 .07260 .002 .07245 -2.32

107029 8.7*7 264,556 11.0090 .4302? .07233 .004 .07218 -? • 72 107028 10.260 266.433 12.5687 .69714 .07*30 . 00 ? .07547 -.82

107027 10.260 266.115 12.8173 . 6*048 .07520 .001 .07532 -1.22

107026 10.260 265.651 12.6876 .50648 .07532 .001 .07539 -1.44

107125 10.239 265.154 13.7671 .4*5*3 .97606 .001 .07606 -.87

107126 12.781 267.176 13.61 21 .81311 . 08069 .001 .09071 .43 117023 12.76? 266.284 13.7125 .69736 . OP 0 69 .001 .06070 -.24

1070?? 12.760 265.845 13.7830 ,5e67i .08130 .001 .08130 .03 107021 12.761 264.000 13 . 8756 .49530 .08143 .001 .00143 -.45

10702C 16.763 267.684 16.6637 .94540 .08788 .001 .08770 . 76 11701

9

16.768 266.860 16.7336 .81535 .00825 .001 .00012 .63 H7118 18.769 266.125 14.7959 .69490 .0*814 .001 .08807 • 02 117117 16.771 265 .494 16.3692 .58560 .08952 .001 .08949 1.14 10701* 22. 027 267.293 15.7409 .94637 .09743 .001 .09716 . 64 107015 ? 2 . P 25 266.555 15.7946 .81668 .00757 .001 .09739 .36 107"16 22.830 265. °20 15.8433 . 69642 .09801 .001 .09792 .41 107013 2?.0?9 ?65.1 55 1*. 0976 .59*96 .09818 .001 . 09818 .21 197012 31 .587 267.539 16.7467 1.0*669 .10845 .001 .10909 c

3(i 107011 31. *06 26* .010 16.7700 . 9* 664 .10842 .001 .10915 • 06 107010 31.586 266.000 16.8253 .01735 .10997 .001 .10082 • 17 117909 31 . *36 ?65 . 3*5 16.8637 .6966? .10941 .001 .10938 • 117900 66.60? 266.853 17.8265 1.00644 .12218 .001 .12100 "•26

19
107007 66.675 266.103 17.8595 .9467? ,12265 .001 .12246 -. 15 107006 66.680 266.478 17.8873 .81704 .12312 .001 .12306 -.02 107005 66.679 764.003 17.9133 .69633 .12333 .001 .12337 -.07

1 0 70 0 4 61.04-7 267.083 18.7492 1.23618 .13724 .001 .13688 .13 107003 81.058 264-. 351 18.7768 1.08609 .13753 .001 .13731 .10 107002 61.077 265.603 18.8062 .94627 .13762 .001 .13753 -.10

107001 61.069 264.977 18.8298 .81.626 .13805 .001 .13808 .01 Exeer 1 menta 1 Adjusted Thermal Co nduct 1 v 1 ty Ther na

1

at a Nom Inal Dev 1 at 1 on Pun P t

.

Pressure Temperature Dens 1 ty Poxer C onduc 1 1 v 1 ty STAT Temperature of 269. 3K from Corelation

« p „ K mo 1 / L W /T1 y/m.K V/m.K percent

9 82 58 .625 272.605 .1921 .15236 .02308 .001 .02269 .44

9 63 57 .625 271.669 .1926 .12614 .02292 .002 .02264 .22 98756 .626 770.755 .1931 .10260 . 02277 .002 .02260 .02 98255 .626 269.046 .1938 .08151 .02274 .003 .02267 .29 9°149 , e 69 271.166 .4061 .15138 .02342 .001 .02321 .10

° ei 50 .869 270.310 .4077 .12553 .02326 .002 .02315 -.19

98151 .869 269.464 .4092 .10202 .02321 .002 .02319 -.01 98152 .869 268.731 .4105 .08107 .02303 .003 .02309 -.45

982*4 .96? 272.080 .4384 .18030 .02388 .001 .02346 .78 98263 .961 772.033 . 4400 .15188 .02374 .002 .02343 .63

9 8 7 52 .961 271.360 .4411 .12564 .02344 .002 .02321 -.34

982*1 .961. 270.411 .4430 .10229 .02340 .002 .02328 -.06

98250 2.010 273.090 1.0047 .21138 .02526 .001 .02488 -.23

98165 1.989 270.328 1.0073 .1*126 .02459 .001 .02448 -1.88

98146 1.987 269 .639 1.0102 .12554 .02454 .002 .02451 -1.83

98769 2.011 272.162 1 .0104 .18053 .02516 .001 .02486 -.38 98167 1.985 269.078 1.0125 .1021

3

.02455 .002 .02457 -1.58

-o CO 00 2.013 271.368 1.0155 .15194 .02499 .002 .02478 -.79

98168 1.986 268.431 1.01 55 .08107 .02432 .003 .02441 -2.30

98267 2.016 270.614 1.0205 .12598 .02507 .004 .02493 -.20

9 876 6 2. 797 272.468 1.4915 .21135 .02663 .002 .02633 -.62 98?4* 2.798 271.695 1 .4999 .19037 .02661 .001 .02639 -.51

9 fii«i 2 .783 270.035 1.5070 .15132 .02615 .002 .02608 -1.77

98266 2.709 270.725 1.5106 .15198 .02656 .002 .02643 -.48 9816? 2.780 260.292 1.5120 .12549 .02594 .002 .02594 -2.39

9 8 2 6 8 2.802 270. 2«6 J .5168 .12576 .02629 .002 .02620 -1.44

9 816 3 2.777 268.625 1.5171 .1019? .02574 .002 .02580 -3.01

98166 2.775 263.214 1.5201 .08100 .02570 .004 .02580 -3.07

9826? 3.630 271 . 947 1.9435 .21140 .02816 .00? .02794 -.45

98261 3.632 271.26? 1.9554 . 1«049 .02810 .002 .02794 -.61 98260 3.626 270.583 1.9630 .14192 . 027°9 .002 .02779 -1.33

98239 3.638 270.075 1.9794 .12615 .02781 .002 .02775 -1.63

98137 3.666 269.675 1.9906 .151*3 .02779 .002 .02776 -1.73

° °1 3 8 3.666 268.096 2.0019 .12553 .02748 .005 .02750 -2.84

o«139 3.463 268.369 2.0115 . 1021

3

.02760 .003 .02767 -2.36

98160 3.663 267.981 2.0182 .08107 .02761 .004 .02770 -2.31

9 B 132 3.072 271.26° 2.3952 ,24285 .03011 .002 .02998 .62 98238 6.037 272.359 2.4258 .24462 .03016 .002 .02996 .13 98133 3.972 269.797 2.4300 .17914 .02994 .002 .02991 -.10

98237 6.038 271.524 2.4465 .21131 .03024 .003 .03010 .32

9 8 1 3 4 3.97? 268.672 2.4578 .12510 .02964 .002 .02967 -1.27

98236 6.060 270. S’? 2.4652 .18033 . 02992 .003 .02983 -.85

9 31 3 5 3 • 9 T 2 268 .123 2.4718 .10170 .02947 .004 .02953 -1. 9.5 98136 3.972 267.660 2.4836 .08077 .02962 .004 ,02°70 -1.53

98235 6.061 270.05° 2.4859 .15177 .03015 .003 .03011 -.20

98234 6.678 272.358 2.8325 .28182 .03211 .002 .03197 1.03 98233 6,679 271 .721 2.8539 .24690 .03201 .002 .03190 .53 98232 6 , 6 °0 270.942 2.8810 .21206 .03162 .003 .03175 -.31 98231 6.682 270,31? 2.9045 .1809? .03162 .004 .03158 -1.19

08128 6.638 270.479 2.9550 .24328 .03341 .003 .03337 3.55

9 810 0 6.638 269.839 2.9785 .21006 .03362 .003 .03360 3.90 98130 6.536 269.320 2.9981 .17940 .03354 .003 .03354 3.46 98131 6.536 268.736 3.0207 .15116 .03369 .003 .03370 3.62

0 8277 4 . °66 272.284 3.3509 .31913 .03460 .006 .03474 2.01 98126 6.923 270.732 3.3770 .27872 .03565 .003 .03563 4.09

98125 6.923 270.260 3.4003 .24335 . 0’ 573 .003 .03572 4. Cl 9P? 28 6.94-3 270.046 3.4144 .24516 .03427 .010 .03425 -.31

08126 6.973 269.581 3.4350 . 2101

9

.03585 .003 .03585 3.87

9 8 2 2 9 4.963 270. 4°5 ’.436° .21205 .03471 .003 .03470 .67 98230 4.96? 270.046 3. 4*86 .18105 .0346? .006 .03463 .14 98]27 4.023 269, P«1 ’.4614 .17932 .03566 .004 .03566 2.99

981 20 5. 083 270.404 3 • * 972 .276°2 .03666 .004 .03666 3.91 98121 5.083 260.Q52 3 .

0

l ° 3 .24343 .036*9 .004 .03649 3.03

n 8 1

2

?

c .0*3 24-0.32? 3,6° 59 . 210 CR .036*6 .003 .03656 2.67

981 23 5.083 268.970 3.6770 .17948 .0365? . no ? .03651 2.25 98223 5 . 264 271.128 3.7357 . 28049 .03737 .004 ,03740 3.02 08224 5.263 27C.724 3. «097 .24511 .03533 .019 ,03536 -2.94

98225 6.282 270.210 3.8423 .21185 .03672 .005 .03674 .47

9 8 2 ? 6 5.24-1 269.839 3.9660 .18103 • 0’ 6(

1

.009 .03662 -.19 98116 c .549 270.144 4.274° . ? 7 «4 0 .03975 .004 .03980 2.07 98117 5 . * 49 269.492 4.3336 .24301 .04034 .006 .04035 2.58

9 o 2 1 9 5.5°° 270.145 4.3367 .24503 .03971 .004 .03976 1.09 98220 5.587 269.676 4. 3’90 .21157 .04030 .003 .04033 1.66

20
90110 5 . 5*9 268 . 90 ? 6.3817 .20991 .03991 .004 .03999 .74 98119 5.569 268.555 6.6239 .17941 .03903 .004 .03977 -.17 9 82 ? 1 5.587 269.178 6.6259 .10072 .06007 .004 ,04006 .53 98222 5.586 260.937 6.6692 . 152*6 .06062 .005 .04039 1.00

98112 5.800 269.766 6 . 7' 5 5 .27816 .06096 ,004 .04093 - 2.06

98113 5.008 269.032 6.8606 . 26?«3 . 0 * 1*0 .005 .04166 - 1.66 98114 5.808 268. 698 6.9086 .20980 .06176 .002 . 0*164 - 2.71 98218 5.973 269.682 6.9090 .21159 .06301 .003 .04303 .60 08110 6.808 268.196 *.9687 .17927 .06199 .005 .04195 - 2.81 98217 6.073 269 . C 52 6.9652 .10071 . 063 C 3 .006 .04300 -.29

98216 5.876 260.579 5.0296 .15219 . 063*2 .005 .04332 -.48

08215 5.876 268.311 5.0678 .12618 .06602 .034 .04388 . 25 98110 5.906 269.762 5.0917 .31612 .06330 .003 .04336 - 1.30

08100 5.084 269.255 5.1598 .27805 .06323 .003 .04322 - 2.61 08211 6.062 269.126 5.3009 . 2112 * . 06662 .006 .04459 - 1.49

98111 5.906 268.136 5 . 329 ' .17925 .06613 .003 .04390 - 3.42 98212 6 . 0*2 268.795 5.3516 .10065 .06693 .006 .04485 - 1.63

08213 6.062 268.530 *. 3930 .15221 .06612 .003 .04599 .31 98216 8.061 26 = .311 5.6282 .12630 . 0*581 .006 .06564 -.96

98210 6.233 268.681 5.8036 .10067 . 0 * e 55 .004 . 0*842 -.20

98209 6.236 268.676 5 . 0*68 .15219 .06934 .003 .04916 .76 9 S 1 C 3 6.232 2 * 8.222 5.3891 .20979 .04707 .004 .04693 - 4.80

98208 6.236 268 . C 62 5 . o ?61 .12622 .05021 .005 . 04993 1.21

03106 6.232 267.902 5.0525 .17919 . 04752 .004 .04719 - 4.67

90207 6.236 267 . e *5 5.9711 .10255 .05053 .006 .05019 1.14 90105 6.232 267.660 6.0027 .15108 .04770 .006 .04731 - 5.32 9 HI 06 '-.’32 267.637 6.0500 . 1 2 '2 8 . 0 * 949 .005 . 0*903 - 2.25

982

C 6 6.635 268.599 6.3099 .18090 .05104 .009 .05086 - 1.90

90099 6.396 260.015 *.3625 .20995 . 05054 .004 .05019 - 3.67

98205 6.635 263.363 6 . 367

C .15265 .05315 .004 .05299 1.32

982

C 6 6.635 267,096 6.6673 .12612 .05396 .000 .05360 1.64

98100 6.3 96 267.567 6.6515 .17926 .05117 .003 • 0 5 C 67 - 4 . C 9 98101 6.3 96 267.500 6.6619 .15109 .05176 .004 .05124 - 3.06 9 82 C 3 6.636 267.821 6.6899 .10262 . 05 3 ' 9 • Oil .05317 .34 90102 6.396 267 . 2*0 6.5229 .12536 .05257 .004 .05196 - 2.39 99095 6.693 268.286 6.5273 .26226 . O ' 237 .005 .05208 - 2.20

90096 6.693 268.102 6.5520 .20943 .05237 .004 . 052

C 5 - 2.57

98202 6. '83 268.765 6.6680 .21116 . 05466 . 00* .05450 .92 98096 6.693 267.676 6.6750 .17876 .05366 .004 .05317 - 1.89

98201 6.583 268.533 6.6987 .10052 .05502 .004 .05479 . 86 99097 6.693 267.622 *.7390 .15051 . 05 * 1 * .004 . C '357 - 1.87 98200 6 . 5 e 3 268.219 6.7758 .15203 .05516 .009 .05483 . C 4 98098 6.693 26 '’ • 233 6.7076 .12686 .05590 .005 .05524 .65 98109 6.583 268 . C 57 6.8172 .12626 . C '679 .006 .05640 2.37

98199 6.799 260.805 7.1829 .21150 .05830 .004 .05814 1.44 98197 6.799 268.630 7. 2318 .18059 .05069 .006 .05640 . 87 98196 6.800 263.171 7.3525 .15221 .05904 .005 .05945 1.93

98106 6.079 268.578 7 . 69 e * .21131 .06110 .003 .06092 1.11 98193 6.970 263.560 7.7090 .18066 .06142 .004 .06115 1.33

98089 6.880 267.591 7.7650 .20996 . C 6044 .004 . 0*979 - 1.17

98192 6.970 263.273 7 .7826 .15217 .06242 .005 .06204 2.17

98191 6.970 268.162 7.8219 .12627 .06389 .005 .06346 4.02

93090 6 . 8 «e 267.237 7.8338 .17912 . 061*5 .003 . 06087 -. 16 90001 6.887 267.116 7.8863 .15109 .06320 .005 .06234 1.76 98187 7.157 269 . 26 ? 7 . 967 ? .15182 . 064=3 .008 .06481 5 . C 2 98092 6.887 266.850 7.0613 .12510 .06305 .005 .06237 1.98 98189 7.156 269.117 7.9333 .21013 .06385 .004 .06378 3.20

98

C 93 6.887 26* ,766 7.9959 .10188 .06611 .0 07 .06508 5.03 0 81 88 7.157 269.036 8.0067 .17966 .06483 .005 . 0*473 4.44 98085 7.017 267.673 8.0526 .21023 .06278 . 005 .06215 .09 98086 7.017 267.316 8.1587 .17935 .06258 .004 .06179 - 1.33 o 81 9 C 7.156 268.309 8.1895 .12577 . 0*459 .012 . 06 * 24 2 . 3 C 98087 7.017 067.060 0.2366 .15116 .06432 .004 .06341 .6 7 98068 7 . 017 26*. 868 8 . 301 * .12538 .06563 .004 . 0*463 2.06 90081 7.165 267.509 8.6219 .20976 . 06437 .005 .06365 -.30

980 P 2 7.165 267.213 E . 511 P .17910 .06504 .005 .06419 -.06

98185 7.352 268.736 8.5696 . 26685 .06223 .007 .06201 - 3.86

98083 7.165 267.072 8.5560 .1508 5 .06635 .005 .06544 1.54 98086 7 . 1*5 266.921 ».6005 .12519 . 0*731 .007 .06633 2.57

081 83 7.353 263 . 3'6 8.6616 .10058 . 0636 ? .008 .06326 - 2.6 8 98076 7.310 267,998 8 . 6*99 .27301 .06509 .005 . 06*50 — . 6 7 98186 7.352 268.302 8 . 67*3 . 2115 * .06415 .006 . 0*3 PC - 1.00

98077 7 . 31 ? 267.730 0 . 769 e . 2*279 .*>*549 .005 .0 64 97 -.59

981«6 7.351 267.990 0.7650 . 152*0 .06649 .005 . O 6‘90 1 . C 1 98076 7.310 267.600 8.0679 . 209=2 .06591 .004 .06515 7 * 98079 7.310 8.9160 .1791 9 . 0*762 .003 . 0*678 1.30 98080 7 .309 267.106 8.9358 .15101 . 0679 = .004 .06709 1 . 6 * 9818 ? 7 . 7 C 3 268.905 0.2609 . 20 C 5 5 . 0*597 .004 . 065*2 - 1.96 98181 7.703 2 * 8.617 9 . 3*27 .26673 . 0*650 . OC 3 . 06 * 33 - 1.61 98180 7.709 268.612 9.6023 .21130 .06608 ,005 .06575 - 2.79

98070 7.729 268.691 9.6107 .35620 .07096 .014 . 070*6 4.25 98071 7.729 268 . 26 * 9 . 688 C .31623 . 0703 * .000 .06997 3 . 0* 98179 7.709 268.087 9 . 696 ' .10020 .06825 .004 . P 67 =0 -.10

98173 7.050 260.673 9.5080 .35066 . 0 * e 95 .009 .06908 1 . 6 * 98072 7.728 268 . C'O 9.5629 . 27033 .07034 .005 .06980 9 3177 7.951 269.665 9.5719 .31090 . 0 * 8*8 .000 . 0*8 73

21
99^73 7.728 267.753 9.6269 .24280 ,0699 s .006 .06941 1.66 980*0 7.964 269.208 9.6590 .44412 .0721? .01? .07209 5.14 9 8074 7.727 267. 6 C 0 9.6905 .20987 .06961 .004 .06995 .71 98176 7.952 268.972 9.701? .27997 .0671? .007 .06702 -2.16

98075 7 . 7? 7 2 6 7 . 2 3 5 9.7743 . 179C 6 . 07

C 6 7 .004 .06971 1.50 98175 7.04? 268.674 9.7013 .24441 .06933 .006 .06912 . 63 98066 7.964 268.667 9.8052 . 35630 .07019 .005 .06997 1.75 98067 7.964 260.279 9.9098 .31629 .07064 .007 .07029 1.81 98174 8.330 270.307 9 , 9 4 0 2 .4483 3 .07117 .009 .07148 3.19 98069 7.964 267.974 9.9909 .27033 .0699* .004 .06950 .39 98173 8.331 269.906 10. 0605 .40233 .06954 .006 .06975 .51 98069 7.964 267.716 10.0605 .24279 . 07 C 2 C .004 .06966 .3 b 98061 e .248 269.165 10.1394 .44433 .06996 .00 7 .0699? .47 98172 0.332 269.54? 10.1718 .35904 .06716 .008 .06723 -3.61

98171 8.332 269.276 30.2370 .31834 .06964 .004 .06963 -.26 9806? «.?48 ?68 .77? 10.2379 .39925 .06998 .005 .06982 -.00

98064 8.249 268.304 10.3568 .31644 .07010 .00 3 .06987 -.20

98169 8.719 270.665 10.4437 , 4 94

p 1 • 0 7 025 .005 .07062 .46 90268 4.720 ?7 f .376 10.5107 .44769 .07066 .005 .07085 .59 98057 8.671 269.685 10.604? .49206 .07044 .005 .07054 -.12 96267 8.720 269. 7 17 10.6585 .40063 .069 G 7 .004 .06918 -2.26

98170 8.719 269.699 10.6611 .35850 .06901 .007 .06911 -2.37

9005 0 8.6 7 1 269.052 10. 7477 .39946 .0701? .004 .07005 -1.26

98167 9.137 271.396 10.7850 .5 7 969 .07042 .0 07 .07090 -.16 9 8059 0.671 268.288 1 C . 9198 .3164? .07055 .00? .07029 -1.43

98166 9.137 27C .568 1 C . 9561 .49578 .0702* .004 .07054 -1.18

98060 8.671 260.109 1 C . 9598 .27866 .07083 .003 .07053 -1.21 98168 9.135 270.267 11.0156 .4484? .07019 .003 .07040 -1.56

98165 9.139 269.786 11.1174 .40243 .0708] .000 .07091 -1.13

98053 9.142 269.610 11.1561 . 4 91 ° 8 .07100 .004 .07107 -1.04

98164 9.762 272.421 11.2094 .70962 .06972 .009 . 07

C 2 8 -2.33

98054 9.144 268.903 11.3009 . 39897 •0 7 119 .003 .07111 -1.42

90163 9.762 271 .489 31.3792 . 596? 8 .07006 .010 .07124 -1.4 0 98055 9.144 268.320 11.4175 .31608 .07157 . CO ? .07137 -1.42 98056 9.144 268.097 11.4613 .27811 .07156 .002 .07132 -1.63

98049 0.723 269.641 11.8788 .49188 .07309 .002 .07314 . 19 98161 9.763 269.76? 11.6896 .39947 .07065 .009 .07072 -3.26 9 81 60 10.526 272 .799 11.7549 .71177 .07444 .005 .07488 2.25 9805 0 9.721 269.049 11.7824 .39941 .07283 .002 .07279 -.65

98159 10.529 272.049 11.8758 .59960 .07504 .005 .07537 2.47 98051 9.723 26«.406 11.8955 .31618 .07250 .002 .07237 -1.65 9 80 5.2 9.722 263.145 11.9413 .27824 .07333 .005 .07316 -.72 98158 10.527 271. 045 12.0333 ,49*85 .07399 .00? .07418 .33 98045 10.430 270.388 12.0719 .59504 .07399 .002 .07411 .09 90157 10.530 270.099 12.1824 .40182 .07497 .002 .07*05 .90 98046 10.430 269.639 12.1895 .49251 . 07409 .00? .07413 -.37

98047 10.430 269. o ?2 12.3012 .39964 . 07424 .002 .07420 -.74

98156 11.500 272.91? 12.3434 .71159 .07631 .008 .07656 2.19 98048 10.430 268.194 12.4126 .31666 .07409 .002 .07399 -1.52

98041 11.208 27C .209 12.5611 .59475 .0756* .001 .07571 . 11 961 54 11.502 271.133 12.5880 .4968? .07477 .002 .07487 -1.13

93042 11.207 269.290 12.6883 .49203 .07598 .001 .07598 -.15 98153 11.505 270.198 12.7158 .40209 .07610 .002 .07615 -.07 Q 8043 11.208 268.455 12.8034 .39940 .07615 .001 .07610 -. K 7 98044 11.209 267.957 12.8718 .31590 .07624 .001 .07617 -.84

98037 12.719 270.250 13.2438 . 59472 .07882 .001 .07882 .45 98038 12.710 269.417 13.3408 .49231 .07945 .001 .07945 .64 98039 12.719 268.809 13.4111 .39948 .07926 .002 .07926 -.04 98040 12.722 268.212 13.4806 .31646 .07936 .002 .07937 -.36

98033 13.782 270.134 13.6374 . 59485 .08106 .001 .08104 . 66 98034 13.778 269.367 13.7171 .49230 . C 8 1 C 1 .001 • C 8101 .06 98035 13 ,7 7 7 268.793 13.7765 .39975 .08130 .00? .08132 .02 98036 1 3 . 7 7 7 268.098 13. 8495 .31634 .08168 .002 .08172 -.02 9803? 16.108 270.735 14.2426 . 7074? .08575 .001 .08*65 1.61 98029 16.110 270.016 14.3077 .59470 .08*50 .001 .08545 . 85 9803 C 16.108 269.229 14.3775 .49227 .08570 .001 .08*71 . 57 98031 16. 1 P 8 268.587 14.4347 .39940 .08572 .001 .08577 .17 98025 18.009 270.490 14.6951 .70667 .08817 .001 .08806 • 52 98026 18.013 269.823 14.7497 . 3 95 C 3 .08871 .001 .08866 .71 98027 18.014 269.135 3.4.8054 .49267 . 0 s 874 .001 .08676 .31 98028 18.011 268.497 14.8561 .39983 .08927 .001 .08935 .51 98021 21.576 270.620 35.3448 .70736 .09407 .001 .09393 .81 98022 21.578 269.500 15.4037 .59515 .09418 .001 .09414 .45 98023 21.576 268.922 15.4499 .49233 .09479 .001 .09484 .72 98024 21.573 268.442 15.4827 .39968 .09449 .001 .09460 .13 98017 25.603 270.788 15.895? .02822 .09919 .001 .09898 .38 98018 25.60? 270.075 15. 9391 .70643 . 0995' .001 .09944 .37 98019 25.602 269.456 15.9774 .59464 .09935 .001 .09933 -.15

98020 25.60? 260.829 16.0161 .49224 .10007 .002 .10014 .25 98013 31.011 270.500 16.5286 .82814 .10582 .001 .10563 -.04

98014 31. CO ? 269.75? 16.5689 .7066* .10594 .001 .10587 -.27

9801 5 33 .007 269.071 16.6064 .59416 .10602 .002 .10606 -.52 98016 31.007 260.541 16.6353 .49234 .10603 .001 .1069* -.01 9801? 36.236 270.860 16.9108 .9*930 .11076 .001 .11050 .12 98009 35.229 270.304 16.9388 .82766 .11080 .001 .11064 -.08 9 803 C 35.232 269.646 16.9725 .7056.9 .11113 .002 .11107 -.07

22
0901 1 35.273 ’69. Cl 1 17.00*8 . 8 q 0 7 * .11 1C* . 00? .11109 -. *3

<J»> jO"* *1.?6° 270.160 17.4350 .8300* .11710 .001 .11695 -.31

9 8CC 6 *1.269 ?69 . *09 17. *700 . 70715 . 11718 .001 .11716 -. 55 9800° *1 .273 268.391 17.8176 .*9327 .1178* .001 .11800 - . *C

9 8CC* *6.9°) 270.687 17. 810° .95910 .12296 .001 .12272 .0*

9 0nC 1 * 6.975 270.115 17.83*1 .82805 .122*1 .001 .12227 -.61

98002 *6.970 269.591 17.8566 .7)5*6 .12331 .001 .12326 -.07

98C 03 *6.975 26°. 02* 17.3902 . 59365 .12*16 .00? .12*?* .32

F x i e r i "> » n 1 3 1 Adjusted TherTel Conduct 1 v 1 ty

TP *r r a 1 at a V o -i* 1 n e i Oe v 1 st 1 on Pun Pt. Pr«ssur* Teiroereture Peis 1 t

v

p ow e r Conduc t 1 v 1 tv STAT Tenoerature of 290. 5K from Corelation

MPa K rr o 1 / L V/m W/m.K W/m.K percent

ioim . *98 291.209 . 2103 .16)59 .0258* .00? .0257* 1.68

1011 «3 . *98 290.315 .2110 .13559 .02560 .00? .02555 . 9* 101! A? .*98 269. *°3 .2120 .11030 .02537 .00? .02550 .75

i o 1 i * i .*90 2 8° .880 .2126 .0876* .02511 .00* .02532 . 9* 1011*0 1.212 291.51* . 5295 .1 9)q* .02661 .001 .026*7 1.2*

1011 ’0 1 .21? 290. *99 .5319 .163*0 . 02627 .002 .02626 .*5 10'1’0 1.213 289,689 .53*0 .135*5 .02622 .002 .02632 .6* 1)1137 1.213 2 6 8 . p Q ? . 5350 .11012 .02617 .003 .02638 . 83 1011 36 2.1 81 290. P63 1.0062 .19390 .027*9 .0C1 .027** .00 101138 2.18? 290.020 1.0105 .1*336 .02733 .002 .02739 -.23

10113* 2 .

1

B 2 209.231 1.01** .135*0 .0273* .00? .02750 . 1* 101133 2.182 288. p 62 1.0182 .11013 . 027*1 .003 .02765 .66 mi3i 3.101 291.2*8 1.5065 .22708 . 029C1 .001 .02891 .11

1.011 3 0 3.102 290.361 1.515C .19091 .02897 .00? .02898 .27

1 Oil ’9 3 .10* 2

p 9.650 l.°221 .16332 .C2860 . 002 .02873 -.68

1C 1 1 32 3.100 289.078 1 . c 2*6 .13555 .02881 .092 .02898 .16 1011 28 3.72 7 291. 67C 1.8795 .2620* .03019 .002 .0300* .07 101127 3.72° 2 op .7 89 1.890* .2263 8 .03029 .001 .03025 . 6*

1011?*) 3.729 290.06* 1.8998 .19311 .02965 .002 .02970 -1.31

10112? 8.729 2 89.002 1.9126 .16271 .02059 .002 .02975 -1.26

1011?* *.*03 292.1*3 2.31** .30025 .03166 .002 .031*7 .06 101123 *.*05 291. c *3 7 , 3 ? 8 * .26230 .03188 .002 .03176 . 8* 10112? *.*10 290.539 2.3*9* .22655 .0317* .002 .03173 .5* 101121 ‘.*16 789.830 2.3661 .193*5 .0316? .302 .03169 .23 10112C 5.075 291. *71 2.8212 .30029 .03315 .003 .03305 -.56

101110 5.0 76 290.919 2.8353 .26230 . 03371 .002 .03366 1.13

101119 5 .077 290.16° 2.85*6 .22662 .03338 .00? .033*1 .17 101117 5.078 289.17° 2.8807 .19316 .03323 .00? .03336 -.28

101116 5.75* 290. 951 3.3957 .30011 .03599 . 003 .03595 1.39 101118 5.755 290.239 3. *213 .26203 .03 *76 .00? .03578 .63 10111* 5.750 289.71* 3. **31 .22650 .03555 .002 .03561 -.08

101113 5.762 289.353 3.4602 .193*3 .0355* .003 .03563 -.22

101112 6.255 290.719 3. 8661 .30060 .03758 . 006 .03756 .35 101111 6.256 290.102 3.3953 .26218 .036*5 .007 .036*8 -2.96

101110 6.258 289.291 3.9359 .22659 .03678 .005 .03686 -2.37

101109 6.261 288.815 3.9616 .193*6 .03777 .002 .03788 .08 101107 6.739 290.8*3 * .3*79 .3*178 .0*108 .00* .0*106 3.5* 1011C6 6.839 290.235 *.383* .30073 .0*063 .00* .0*06* 2.15 101105 6.7*0 289.650 *.*192 .26219 .0*009 .00* .0*013 . * 8 101108 6.738 289.237 *.**15 .22686 .0*0*1 .002 .0*0*7 1.06

lCllf * 7.11* 291.780 *.6927 .*32*0 .0*259 .005 .0*253 3.02 101103 7.11* 291 .3*0 *.7216 .38608 .0*21* .007 .0*210 1.70

101101 7.11* 290.269 *.7952 .3*208 .0*178 .006 .0*179 . 10 101102 7.11* 289.910 * .8206 .30130 .0*253 .002 .0*255 l.bO

101099 7. *53 292.060 8.0513 .*2971 .0*50* .003 .0**99 *.38

101097 7. *53 291.558 5.0091 .3*230 .0*5*7 .30* .0*5** *.90

101098 7. *53 291. **2 5.0980 .38379 .0**0* .006 .0**01 1.72 mnoo 7. *53 290.2*2 5.1929 .2992* .0***8 .003 .0***8 1.58 101096 7.8*1 2 91 .*7° 5.5550 .*7931 .0*763 .007 .0*762 *.2* 101095 7.8*1 290.833 5.61*0 .*3075 .0*722 .006 .0*722 2.77

10109* 7.8*2 290.233 5.6709 .38*7* .0*691 .003 .0*691 1.50 101)93 7.8*2 2e9.*36 5.7*91 .3*06* .0*656 .003 .0*658 -.13

10109? 8.209 291.571 5.9988 .53078 .0*098 .005 .0*899 2.16

101091 8.210 290,980 6.0598 .*7952 .0*823 . 005 .0*82* -.0*

1 0 1 0 9 C 8.210 290.379 6.12*6 .*3070 .0*8*6 .003 .0*8*6 -.28

101089 8.211 209,789 6.1901 .38*27 .0*8*0 .003 .0*839 -1.15

101088 8.609 291.2*8 6.5369 .6016* .05158 .006 .05160 1.61 101087 8.609 290.709 6.6003 .*7956 .05062 .005 .05063 9* 103C86 8.610 290.105 6.67*1 .*310* .05129 .003 .05128 -.*2

l^lOBS 8.610 209.620 6.73*3 .38*03 .05082 .003 .05079 -2.01

10108* 9.0*6 290.918 7.131? .53212 .05*00 .006 .05*02 .31

1C 1 0 8 3 9.0*6 290.382 7.201* .*7989 .05327 .005 .05327 -1.76

IC1082 9.0*7 289.771 7.2«*7 .*3057 .05261 .005 .05257 -3.93

101081 9.0*7 289.35* 7. 3*20 .38**7 .05336 .903 .05329 -3.06

101)80 9.393 290.78* 7.5696 .53131 .06000 .005 .05610 .09 101C79 9.38* 290.311 7.6358 .*8.038 .05628 . 00* .05627 -. ie 10107P 9,3 03 289.659 7.7277 .*3130 .05551 .003 .055*6 -2.45

101076 9.736 291.123 7.9*71 .58320 .05703 .007 .05708 -1. 36 1C 1075 9.736 290.589 ° .022 * .52866 .05726 .00* .05727 -1.63

10107* 9,736 290.11* 8.0905 .*7608 .05752 .008 .05750 -1.78

101073 9.736 289.610 8.16*1 .*2826 .057*6 .00* .057*0 -2.5*

101072 10.162 291.123 8. *310 .5029* .0602* .008 .06029 .41

23
101071 10.162 290.590 8.5030 .528e6 . 06053 .005 .06056 .27 101070 10.163 289.976 3.5982 .67716 .05953 .006 .05969 -2.13

101069 10.163 289.502 8.6690 .62869 .05962 .005 .05655 -2.5 5 101068 10.635 291.601 8.91 20 .66001 .06103 .000 .06191 -. 25 101067 10.685 290.763 9.0367 .58230 .06159 .005 .06161 -1.53

101066 10.635 290.393 9.08*6 .52872 .06123 .005 .06123 -2.50

101065 10.685 289.686 9.1393 .67709 .06165 .002 .06159 -2.56

101066 11.292 291 .396 9. 5160 .64,085 . 06661 • 0C6 .06667 .66 101063 11.292 291. 2C6 9.5601 .58666 .06316 .011 .06321 -1.99

101062 11.292 290.679 9.6621 .53010 .06355 .006 .06355 -2.02

101061 11.293 289.827 9.7351 .67832 .06339 .006 .06335 -2.86

101060 11.928 291.177 10.0702 .66110 .06520 .006 .06531 -1.56

101058 11.927 209.960 10.2366 . 5? 8 F 9 .06516 .002 .06512 -2.76

101057 11.927 289.6«0 10.2717 .6772? .06550 .002 .06555 -2.25

101056 12.616 291 .616 10.8361 .56126 .06721 .006 .06726 -1.02

101055 12.620 290.813 10.6152 .50661 .06735 .003 .06736 -1.23

101056 12.620 290.267 10.6873 .53002 .06001 .006 .06800 -.63 101051 13.660 290.893 11.1111 .58568 .07050 .006 .07050 . 86 101067 16.318 292.271 11.6227 .66163 .07077 .010 .07075 -.62 101065 16.321 291 .665 11.5131 .53106 .06996 .011 .06692 -2.09

101068 16.311 290.571 11.6076 .67806 .07000 • C06 .07000 -2.50

101066 15.637 292.082 12.0383 .69359 .07563 .003 .07556 2.72 101063 15.639 291.535 12.0960 .66078 .07518 .00? .07511 1.02 101062 15.660 291.321 12.1158 .58529 .07563 .002 .07559 2.32 101061 15.660 291.176 12.1305 .53230 .07569 .002 . .07566 2 . 06 101060 17.130 291.621 12.6170 .76395 .07528 .002 .07519 -1.36

101039 17.138 291.171 12.6762 .70268 .07711 .002 .07706 .76 101038 17.137 290.660 12.7266 .66197 .07707 .001 .07706 .61 101037 17.137 290.253 12.7596 .58550 .07667 .002 .07668 -.31

101036 17.137 289.789 12.8018 .53126 .07666 • 0C2 .07651 -.83 101035 17.130 289.221 1

7

. 85 3 8 .67933 .07686 .001 .07693 -.66

101036 1 7 .

1

7 7 288.875 12.8867 .63051 . 07696 .002 .07706 -.69

101033 18.667 291.389 13.1226 .76602 .07976 .00? .07668 .95 101032 18.667 291 ,0 73 13.1692 .70171 .07636 .002 .07830 -.69

101031 18.667 290.601 13.2056 .66186 .07969 .001 .07966 . 36 101030 18.666 289.959 13.2620 .58621 . 00006 .002 .08009 .58 101029 20.959 291.316 13.706? .76661 .08276 .0C1 .00266 .07 101028 20.961 29C.P51 13.7623 .70221 .00288 .001 .00286 .01 101027 20.962 290.212 13.7906 .66162 .08270 . 001 .08273 -.52 101026 20.962 289.621 13.8369 .58659 .00320 .001 .08330 -.21 101026 23.669 261 .052 16.2500 .76306 .08665 .001 .08637 -.10

101023 23.505 290.102 16.3159 .66196 .00633 .001 .08638 -.77 101022 23. 508 289.558 16.3536 .58621 .00511 .002 .08523 -2.68

101 r'21 26.556 291.393 16,7513 .83011 .09116 .001 .06101 • 3

1

101020 26.559 290,838 16.7862 .76613 .09057 .003 .06051 -.69

101019 26.559 289.062 16.8679 .86175 .09097 .003 . 06106 -.69 101017 30.192 291.766 15.2692 .89573 .09269 ,005 .09266 -2.96

101016 30.192 .291 .056 15.2896 . E

7 8 8 8 .09515 . 002 .06506 -.59

10101

5

30.193 290.526 15.3196 .76328 .09503 .002 .06582 -.10

101012 36.658 291.072 15.8183 .09666 .1009? .003 .10003 -.21 101013 36.661 290.686 1*.0689 .82003 .09965 .001 .09666 -1.73

101011 36.663 290.366 15.8565 .76250 .09807 .003 .09809 -3.63

101010 36.666 289.186 15.9166 .66091 .09800 . 003 .09901 -3.13

101009 39.728 261.005 16.2866 1.03719 .10166 .005 .1C161 -6.60

1010C8 39.72 7 290.879 16.3322 .09553 .1065? .002 .10651 -2.26

101007 3 9

.

7 26 209.967 16.3753 .76262 .10296 .002 .10302 -6.20

101006 39.725 289.360 16.6069 .66117 , 10119 .003 .10138 -6.26

101005 39.721 208.566 16.6619 .52925 .10266 .005 .10276 -5.22

101006 66.778 291 .556 16 . 887* 1 .03659 .11055 .005 .11035 -3.C5

101003 66.776 290.635 16.9272 .09719 .11380 .001 .11377 -.61

101002 66.770 209.765 16.9636 ,7*677 .11656 .001 .11668 -. 0? 101001 66.767 286.001 16.9962 .66302 .11606 .001 .11629 -.72

Exoer 1 mental Adjusted Thermal Co nduct 1 v 1 ty

T h e r ma 1 at a *Jom 1 na 1 Dev 1 at Ion Pun Pt. Pressure Temperature Density Power Conduc 1 1 v 1 ty STAT Temperature o' 310 . 9 K from Corelation

0P 8 K mo | /l V/m W/m .K W/m, K percent

99137 . 678 312.807 .1370 .20392 .02870 .001 .02062 .91 99136 .678 311.860 .1876 .17160 • 0 7 6 56 .002 .02862 .91 99135 .679 310.863 .1866 . 1625 4, .02831 .00? .02832 .55 99136 .679 310.025 .1091 .11587 . 02808 .002 .02021 . 1 7 96133 .679 309.233 .1 898 .09206 .02811 .003 .02036 .69 99132 1 . 7 66 31 ’.023 . 5666 .20390 .02956 .001 .02960 1.16 60131 1 .366 311.208 .5663 .17190 .02938 . 00? .02936 .93 99130 1.366 310.263 . 5606 .16263 .02030 .002 .02960 1.11

661 29 1 .36' 309.620 .5699 .11591 .02096 .003 .02913 .20 69128 2.626 31 2.256 1.02 7 5 .23070 .

0

7 06 0 .001 .03069 .56

661 2 7 2.6 29 311.56C 1.0307 .20903 • 0 3 C 1

7

.002 .03000 -.02

991 26 2.627 310.787 1.0829 .17173 .02996 .003 .02696 -1.23

99125 2.627 310.676 1.0363 .16266 .0? 97 7 • 002 .02979 -1.86

6 612 6 3.616 311.886 1.5107 .23069 .03169 .002 .03175 . 6( 96123 3.616 311.132 1.5168 .20377 .03161 .002 .03130 -.06 66122 3.617 310.616 1.522? .1710? , 0

7 1 6 9 .001 .03156 -.31 99116 6.327 311.505 2.0001 .23061 .03353 .002 .03365 1.26 96118 6.327 310.716 2.0092 .20303 . 03307 .002 .03310 .13

24
<J<U17 *.327 310.03? 2.01 73 .1716* .032*1 .002 .03253 -1.68

9°1 16 5.101 311.789 2.**** .2761 6

.03*83 .001 .03*72 . 9b «in 5.101 311.20* ’.*537 .238*1 .03*26 .003 .03*22 -.53

9<U1 <i 5.101 310.507 2. *650 .20302 .03390 .00* .03395 -1 . *3

<39112 5.891 311. **3 ?.9*68 .27609 .0365* .002 .036*8 1.31

<3 9111 5. *91 310.706 2.9617 .238*7 .03621 .002 .0362* .51 99110 5.891 310.210 2.9725 .20378 .03526 .005 .03535 -2.10

991

C 9 5.8 90 309.6*3 2.98*3 .17177 .03*98 .002 .0350* -3.11

991 08 6 . * * * 311.15? 3 . 3? *9 .2760* .03692 .003 .03689 -1.11 9 9107 6.*** 310.465 3.3*3] .238*8 .0381? .002 .03817 2.11 991C6 6.*** 309.958 3.3568 .20379 .03626 .005 .03637 -2. 87 99105 6. *** 309.533 3. 3683 .17169 .03695 .005 .03711 -.93

9910* 7.076 311 .5 2* 3.76*9 .31599 .03916 .006 .03909 .*8 99103 7.076 310.98* 3.7826 .27639 .03967 .005 .03966 1.7* 9910? 7.076 310.185 3.8089 .23857 . 03939 .003 .039*7 1.00 991C1 7.07* 309.692 3.8250 .20383 .03927 .00? .039*0 . 68 99100 7.82* 310.8*5 *.3609 .316*2 .0*177 .00? .0*178 1.11

90099 7.82* 310.276 *.38*8 .27611 .0*009 .006 .0*095 -.92

99098 7.8?* 309.787 *.*059 .23862 .0*173 . 002 .0*183 1.00 99097 7.82* 309.211 *.*31? .20378 .0*100 .006 .0*115 -.86

99096 6. *29 311.26* *.8291 .35985 .0*390 .003 .0*387 1.59

99095 8. *2 8 310.696 *.8578 .31673 . 0*325 .002 .0*327 -.07

9909* 8. *20 310.090 *.8808 . 276?3 .0*37* .003 .0*381 . 86 09093 8. *28 309. *77 *.9208 .239*5 .0*299 .00* .0*310 -l.oe

99092 8.62* 312.C01 * .95? 8 .*0610 .0*385 .005 .0*377 .1* 99091 8.62* 311 .*52 *.9813 .36007 .0**81 .007 .0**77 2.11 9 90 90 8.62* 310.730 5.0195 .31673 .0**35 .005 .0**36 .0* 9 90 P 9 8.6?* 310.190 5.0*90 .276** .0**37 .00* .0***2 .69 9 90R8 9.311 317.096 5.5218 .*5*60 .0*751 .00? .0*7** 2.59

99087 9.311 311.359 5.5672 .*0579 .0*7*2 .002 .0*739 2.07

99086 9.311 310.8*0 5.5999 .35977 .0*683 .003 .0*683 .59 99085 9.311 310.2*2 5 .6382 .31629 .0*620 .006 .0*62* -1.07

99083 10.0*7 311.6*7 6. 1667 .*5*68 .0*987 .002 .0*983 1.36 9 9082 10.0*7 311.2*1 6.2105 .*0595 .0*9*1 .003 .0*9*0 .09

99081. 10.0*7 310.693 6.251* .3597* .0*851 .007 .0*852 -2.11

9908* 10.0*7 310.153 6.291? .3167* .0*056 .007 .0*859 -2.3*

99080 10.62* 312.1*7 6.6368 .50666 .05230 .002 .05226 1.79 99C79 10.625 311.6*3 6.6770 .*5*97 .05213 .00? .05211 1.1* 99078 10.62* 311. CO* 6.7277 .*061* .05229 .001 .05229 1.03 99077 10.62* 310.558 6. 7633 .36003 .05221 .002 .0522? .58 99076 11.1 80 312.056 7.1091 .50672 .053*6 .003 .053** -.15

99075 U.l 80 311. *12 7.1636 .45*91 .05399 .00? .05398 .*0 9907* 11 .181 310.986 7.2007 .*0588 .05391 .002 .05391 -.05

99073 11.181 310.256 7.26*6 .36001 .05*12 .002 .05*13 -.19

99072 11.79* 312.113 7.6009 .56076 • O c 627 .00? .05626 . 00 99071 11.795 311.690 7.6386 .50633 .05653 .003 .05652 1.0* 99070 11.795 311.175 7.6859 .*5*70 .05615 .002 .05615 .CO 99069 11.795 310.663 7 . 732 c .*0581 .05539 .010 .05539 -1.7*

09068 12. *3* 311.999 0.1037 , 5 60? 0 .05778 .00? .05777 -.*0

99067 12. *3* 311. *0? 0.159* .50610 .05825 .002 .05825 -.01 99066 12. *3* 310.991 8.1975 .*5*51 .0578* .005 .0578* -1.00

99065 12. *3* 310.786 8.26*2 .*0595 .05727 .015 .05727 -2.51

990** 12.90* 311.779 8.531* . 5 5 98

R .05963 .00? .05963 -.*0

99063 12.99* 911.265 8 . c 79 7 .50573 . 05983 .003 .05983 -. *0 9 9 C 6 2 12.992 310.693 8.632* .*5**7 .05932 .002 .0593? -1.6*

99059 13.501 311.762 8.8796 .56071 .06082 .00? .06082 -. 86 9 0058 13.501 311.211 8.9319 . 50605 .06005 .00* .06005 -2.51

99057 1 3. 6 Cl 310.518 8.9987 . *5379 .06081 .002 .06081 -1.69

99060 13.501 310.792 9.020* .*0599 .06050 .00* .06050 -2.35

09056 1* .7 1 3

311.971 9.6096 .61766 .06*23 .001 .06*2? -.18

999*5 1*. 713 311.5*2 9. 6*9 « . 5602* .06*10 .001 .06*09 -. 62 9905* 1 * . 7 1 2

311 .000 9.6925 .50629 .06*13 .00* .06*13 -.8* 000*3 1 * . 71 ? 310.516 9.7*52 .*6**5 .06*11 .003 .06*12 -1.18

99052 1 5.670 311.812 10.1*15 .61 750 .06656 .003 .0665* . 11 9 9061 15.671 311.153 10.2015 .55997 .066*-* .001 .06653 -.26

99050 15.669 310.857 10.2277 .60603 .06625 .002 .06625 -. 05 090*8 1 fc . * 0 8 311.656 10,51*1 .61731 .06788 .003 .06785 -.18

990*6 16. *10 310.355 1 0. 5663 .56929 .06786 . 001 .06786 -.60

990 * 6 16. *1? 310.1*0 10.650° .*537* .0*772 .00? .06775 -1.17 5 90** 17.9*6 311.655 11.1296 .61801 .07123 .00? .07119 .87 990*3 17.8*5 311.15? 11.1715 .56122 .0711* .002 .07113 . 52 990*? 17.8*5 310.573 11.2196 .50631 .07096 .002 .07090 .02 990*1 17.8*5 310. C99 11.2508 .*5*73 .07106, .00? .07111 -.05

900*0 18.906 312.21* 11.5115 .67908 .07283 .DO’ .0727* . 62 99039 18.996 311 . 701 11.552* .62026 .07357 . 002 .0735? l.*l

90038 18.995 311.371 11.5783 .56377 .0738* .001 .07381 1.6*

00037 18.996 310.872 11.6186 .*5929 .07390 .002 .07398 1.61 9 90.3 6 21 .036 311.758 12.19*2 .67819 .07698 .001 .07690 i.eo

09035 21.09* 311.166 12.2375 .61813 .0771? .001 .07710 1.55 0903* 21.03* 310.821 12.2630 .56081 .07707 .002 .07700 1.35

090 3 3 21.035 300,926 12.329* .*5**1 .07669 .001 .07679 • 5 1

09032 22.981 311 .**6 12.?329 .677*0 ,00006 .00? .06000 1.63

90031 22.9P1 311. C5C 12.7602 .617*6 .0791? .002 .07911 .31 09030 22.982 310. 5e7 12.792? .55061 .07997 .002 .08001 1.1°

00029 2?. °?2 309.8*3 12.8*37 . *'*73 .07962 .002 ,07°7* . *7 9 0028 2*. 9*1 312.300 13.12*7 .80*80 .08203 .001 .08186 • 06

25
99027 ?4. 939 311.421 13.1811 .67751 . 08294 .00’ . 0 8 ? 8 8 1.65 99026 24.940 310.636 1 ? . 2 3 2

1

• 560’

9

.0829* .001 .0 82 99 1.37 99025 24.938 309.721 1 ? .2909 .45456 .08256 .002 .08271 .57

9 90 2 A 27.877 312.133 13. 7084 . 8 0

* ’ 3 .0852° .002 .08*12 -.09

990 2? 27.877 311.245 19.7613 .67801 .08700 .001 .08695 1.57 99022 27.877 310.441 13.8093 .56117 .08663 .001 .08670 . 87 99921 27.877 309.605 13.8592 .4*520 .08686 .001 .0870* . 63 99020 30.946 312.217 14.2081 .80786 . 08953 .002 .08933 .27 99019 30.948 33 1 .240 14.262* .6792] .09076 .001 .09071 1.29

9 9018 30.951 910.703 14. ’927 .56278 .09110 .002 .09113 1.47 99017 30.9*1 310.478 14. 30*3 .45898 .09168 .001 .09175 2. C? 99016 34,78? 311.784 14.7642 .80653 .09467 .001 .09453 • 64

9 90 1 * 34.762 310.946 14.8071 ,*7843 .09496 .001 .09496 .67

9 9014 34.783 310.174 14.8471 .56119 .09496 .001 . 09*03 .41 99013 34.78? 309.436 14.8849 .45500 .09457 .002 .09482 99012 39.861 312.338 15.3265 .94549 • 1C C3 * .001 •lOulO .73 99011 39.86? 311 .505 15.3660 .80679 . 1 C 01

5

.002 .10005 .28 99010 39.86? 31C.672 15.4054 .67852 .0997? .002 . 09976 -.42

99009 39.863 310.078 1 *.4336 .56099 .10063 .002 .10078 .31 99008 46.325 319.033 16.0029 .94637 .10740 .001 .10719 .4e 99007 46.822 310.868 16.0532 . 80627 .10679 .00’ .10630 -.43 99006 46.826 310.369 16.0750 .67868 .10767 .002 . 1C777 .24

9 9005 46.822 309.717 16.1028 .56164 .10834 .002 .108*6 .67 99004 53.788 311.43? 16.5744 .94666 .11409 .002 .11399 .40 99003 53.788 311.172 1*. 5849 .80861 .11433 .001 .11828 . 54

9 900? 53.790 310.184 16.6248 .67904 .11428 .002 .11442 .22

9 90 C

1

53.738 309.575 1 6.6492 .56186 .11494 .002 .11520 .62

E xpe r 1 ment al Adjusted Thermal Conductivity

T h e r r. a 1 at a Nominal 0 e v 1 at 1 on fun Pf. Pressure T eupe r ature Oens i tv Power Conduct i v 1 ty ST&T Temoerature of 330, 3K from Corelatlon

mp 9 K no 1 /L V/m H/m.k W/m.K oercent

100132 .398 331.692 .1461 .19719 .03149 .002 .03126 .60 100131 .399 330.880 .146 6 .16621 .03127 .002 .031 18 .32 100130 .399 329.094 .1470 .13782 .03130 .003 .03135 .87 100133 .399 329.272 .1472 .11217 .03103 .003 .03120 . 38 1001 29 1.349 331.810 .5086 .23119 .0323? .001 .03209 .39

1001 ?8 1.350 331.208 .5098 .19721 .03204 .002 .03190 -.22 100127 1.350 330.198 .5116 .16656 .03203 .002 .03205 .24 100126 1.350 329.466 . 5131 .13787 .03183 . 002 .03196 -.03 10C125 2.569 332.067 1.0046 .26741 .03354 .001 .03326 .17 100124 2.669 331.309 1.0077 .23104 .03318 .00? .03302 -.58

1C0123 2.5 70 330.525 1.0111 .19734 .03333 .002 .03330 .23 100122 2.570 329.735 1 .0144 .16627 .03285 .002 .03294 -. 67 100121 3.624 331.628 1 .4695 .26743 .03465 .001 .03444 .12 100119 3.624 330.070 1.4802 .19745 .03429 .002 .03433 -.30 100118 3.624 329.578 1. 4836 .16632 ,03403 . 002 .03414 -.67

100117 4.784 331.254 ».0076 .26764 .03577 .001 .03563 -.63 100116 4.754 330.817 2.0124 .23125 .03517 .003 .03509 -2.20

100115 4.754 329.846 2.0226 .19740 .03522 .002 .03*29 -1.70

100114 4.755 32 Q .098 2.0309 .16632 .03520 .003 .03538 -1.50

10011? 5.669 330.768 2. 4799 .26770 .03668 .002 .03661 -1.56

loom 5.668 330.324 2.4860 .23115 .03668 .003 .03668 -1.43

100110 5.663 329.565 2.4970 .19734 .03622 .003 .03633 -2.49

100109 6.552 331.357 2.9487 .30688 .03873 .001 .03858 .01 1001C8 6.552 33C.555 2.9635 .26761 .03892 .002 .03889 .67 100107 6.552 330.109 2.9723 .23126 .03788 .004 .03791 -1.96

100106 6.552 329.447 2.9848 .19747 .03757 .003 . 03769 -2.65

1001C5 7.248 331.396 3.3437 .306*3 .03924 .004 .03909 -1. 84 100104 7.248 330.546 3.3629 .26794 .03980 .004 .03977 -.27

1001 03 7. 249 329.796 3.3808 .23137 .03963 .002 .03970 -.59

10010? 7.250 329.198 3.3949 .19749 .03675 .005 .03890 -2.77

100101 8.094 331 .471 3.8452 .34868 .04125 .004 .04110 -.e7 100100 8.094 331.037 3.8574 .30663 .04148 .005 .04139 - . ? 8 100099 8.094 330.060 3.8852 .26783 .04249 .002 .04252 2.17 100098 8.094 329.515 3.9007 .231.31 • 04 U4 5 .002 .040*5 -2.72

100097 8.938 331.256 4.3774 .34896 .04403 .003 .04392 1.37

100096 9.938 330.61? 4. 3992 .30714 .04411 . 0C4 . 04*06 1.54 100095 8.937 329.804 4.4’72 .26789 .04293 .00? .04299 -1.19

100094 8.995 329.264 4.4452 .23111 .04438 .002 .04450 2.10 100092 9.733 331.694 4.8720 .35042 .04533 .006 .04519 .10 100090 9.733 331.160 4.8933 .

2

7 1 2 3 .04579 .003 .04570 1.05 100091 9.734 330.972 4.9016 .30924 .04641 .002 ,04634 2.35 100093 9.734 329.702 4.9545 .23254 .04446 .004 .04452 -2.09

100086 10.397 331.469 5.3163 .39422 .04737 .005 .04726 . 87 100089 10.397 331.429 5.3184 . 39434 .04761 .004 .0*751 1.37 100087 10.398 330.674 5.3535 .34951 .04865 .003 .04*62 3.34 100086 10.397 330.306 8.3701 .30780 .04625 .005 .0462* -1.75

100085 10.397 329,956 5.3866 .26876 .04592 .00* .04*95 -2.5 5 1O0084 11.165 331 .001 5.848? .39243 .04855 .011 .04849 -.96

100082 11.165 329.844 5.9091 .30626 .04862 .007 .04866 -1.16

100081 11.165 329.184 5.9448 . 26688 .04837 .006 .04846 -1.88

100080 11.680 331.109 6.1838 .39337 .05046 .013 .05040 .11 100079 11.680 330,655 6.2091 .34926 .05001 .007 .04999 -.93 100076 12.561 330.612 6.7877 .39276 .0*409 .008 .05407 2.22

26
\rrr 75 12.559 329.073 6.9265 .39 83 9 .05300 .003 .05902 -.03

100073 12.: 53 329.392 6.9652 .76898 .05378 .005 .05383 1.17

1C0"72 1 3 . 3 7 P 330.775 7.3266 .3931

9

.0560? .00? .05602 1.59

] J0070 12.375 329.209 7.3960 .30699 .05500 .005 .05505 -.75

icoo< o 1 3.379 729.755 7.5292 .26733 .0' 979 .009 .05936 -1.39

100)65 1 5.092 329.661 7. 8075 .39805 .0573’ .007 .05736 • 29 100097 15.090 328.657 7.9715 ,76782 .05781 .007 .05703 -.71

l r 005? 1 5

. °55 33C.179 8.7056 .93937 .05887 .002 .05888 -.07

1 0 0 0 5 <i 19.65? 379.293 8.268? .39856 .05922 .003 .05926 .13

Lf'OORO 16.0)6 331.203 6.7581 .55205 .06139 .003 .06135 . 19

1 0 0 0 6 9 16.009 330.555 P.802P .58975 .06082 .005 .06081 -1.09

;nnn 5 7 16.010 379.659 6.8615 .39229 .06061 .019 .06059 -1.97

noc56 16. ‘"S 331.001 9.0977 .5522? .06305 .002 .06302 . 99 100055 ] 6.6P5 330.686 9.1201 .58989 .0633? . 002 .06330 .79 109059 16.6P5 329.897 9.1765 .53967 .06252 .002 .06259 -.87

1 0 0 0 5 1 IP. 075 330.80* 9.7392 .55ie7 . 06589 .00? .06586 . 53 100059 IP. 077 329. P09 9.8099 .53962 .05525 .009 .06529 -.69

IOC >'2 IP. 0^5 379.591 9.9257 .39333 .06619 .002 .06619 .93 100057 19.255 331.281 10. 1793 .59763 .06795 .002 .06789 . 63 100056 19.255 320.756 10.216.0 .59265 .06 828 .002 .06825 .91 1000‘S 19.752 320.370 10.2521 .59065 .06795 .001 .06795 .29 100055 19.256 329.696 10.2910 ,5 3 9P 5 .06739 .002 .06793 -. 80 100053 20.69? 331.519 10.6910 .66501 .06967 .009 .06958 -.27

1C 0055 20.697 331 .175 10.7076 .59825 . 0 7 C P 9 .001 .07063 1.32 100057 20.693 330.811 10.7793 .55293 .06990 .002 .06986 -.19

1001)51 70.693 329.715 1 0. 8050 .53968 .07oep .001 .07089 . 76 100050 22.375 331.997 11 .1783 .7151

8

.07256 .00? .07392 1.69

1 J 00 3 9 72.33? 331 .180 11.2256 .65528 .07917 .00? .07909 2.26

100038 22.333 330.389 11.2766 .55175 .07911 .003 .07910 1.9? 1)0? 37 2? . 33 c 329.193 11.3565 .53875 .0737? .00? .07382 . 99 130336 75.175 331.555 11.7068 .71373 .07958 .002 .07996 -.69

1)0035 25,175 330 . 055 31.7385 .65355 .07625 .002 .07618 1.91

1OO035 26.126 330.087 11.7925 .55077 . 07 c 39 .002 .07536 -.06

100033 25.127 328.919 11 .9665 • 5 3 9C 1 .07569 .002 .07579 -. C9

1 0 0 0 3 ? 26.705 331.569 12.2065 .77686 , 0 7 P8 8 .001 .07833 .71 100031 26.205 330.778 12.2565 .65339 .07e39 .002 .07839 .39 100030 76. 2C6 229 . P70 12.3080 .55177 .07859 .001 .07969 . 32 100027 7b. P?9 330.579 17.8139 .65527 .08150 .001 .08196 -. 16 100020 75.830 329.77? 12.9626 .55163 .08136 .002 .08199 -.59

100025 2 e . e 31 2?°.707 12.9202 .53881 .08170 .001 .08192 -.98

1 00025 31.639 331.397 13.2799 .77755 .08969 .002 .08953 -.32

100023 31 .638 330.256 13.3356 .65389 .08533 .001 .08539 .11 100022 31.639 329.563 13.3782 .55089 , 08 5 P 8 .001 .08601 .52 100021 21.639 298.655 13. 5215 .93892 .08983 .002 .08508 -.99

100020 35.063 331.020 13.8253 .77677 .08931 .001 .08920 .21 100019 35.066 330.235 13.8691 .65909 . 0 8 P75 .001 .08876 -.69

10001

8

35.067 379.396 13.9069 .5919? .08797 .002 .08812 -1.77

100017 35.070 328.735 13.9901 .93932 .08970 .00? .08995 .01 100016 38.571 331,765 19.2565 .91292 .09193 .001 .09168 -1.03

100015 3 P . 57

1

330.833 15.3006 .77771 .09298 .001 .09239 -.67

100015 38.573 330.137 15.3339 .65397 . 09289 .001 .09292 -.92

100013 38.575 320.127 19.3821 .59103 .09197 .002 .09217 -1.89

100012 53.150 331.591 19.7990 .91228 .09773 .001 .09702 -.55

100011 53.151 330.719 19.0296 .77857 .09865 .001 .09858 .70 100)10 53.155 329.808 19.8706 .65509 .09789 .001 .09798 -.31

1 00009 53.1'<7 379.075 19.9037 .59121 .09800 .001 .09322 -.39

1000CR 67.051 331.255 15.2802 .91319 .10287 .001 .10269 .29 1000C7 57.963 330.518 15.311? .77836 . 1C292 .001 . 10238 -. 33 100006 57.955 329.561 15.3561 .65928 .10295 .001 .10261 -.57

1000C5 67.956 323.953 15.3782 .64lPe .10217 .002 .10293 -.9"

1C0005 55.087 331.815 15.8569 1.05787 .10963 .001 .10933 . 59

1 0 0 0 C 3 55.0«3 330.°67 15. 8905 .91338 . 10863 .001 .10850 -.53

100002 55.036 330.255 15.9199 .77953 . 10P93 .00? .10899 -.89

lOOOf

1

5*. 090 329.332 15.9538 .65535 .10925 .00? .10993 -.3*

27
4. Results for a 35/65 Mixture of Methane-Ethane.

A total of 645 points are given in table 3. The actual mole fraction of methane in the

mixture is 0.34588 with the balance ethane. The computer programs developed for the thermal

conductivity surface of this mixture are shown below. The equation of state used for this mixture

is given in [14].

FUNCTION TC3565 ( RHO# T

)

C COFF. FROM TC021# FIRST PASS# 28 MAR 85

DIMENSION A ( 3 ) » 9 ( 5 ) DATA A/ .2049547E-O1#-.19711O4E-OR# . 6064916E-06

/

DATA 9/ .2?94100F-02»-.1757653E-05# . 1 023516 E-04

#

1 • P 85 667 8E-09 # . 609* 5*0 E-0 8

/

TC ZfRn«A(l)+A(2)*T + 4(3)*T**2

EXCESS-(8<1)+8(2)*T)*RH0+(B<3)-HS(4)*T)*RH0**3+B(5)*RH0**5

TC3565«TC7FR0 + FXCESS4-CR3 565(RHC*T)

RETURN

END

FUNCTION CR3565(RH0,TEMP)

C COEF. FROM T C 021 AND MINIMS# FIRST PASS# 26 MAR 85

DIMENSION C c fe

)

DATA (TC-278.910) # (RH0C-8.06)

DATA C/ • 63^X141 E -01#-. 2 7290C0E+D3# .6649022E-01#-. 17534' 7E-03#

1 - .2242510E + 00# . 24171 81 F + 00 / T* TE MR

IF(T.LT.TC) T-TC

DEN*RH0

IF(T .LT.382.5D9) GO TO 4

5 CR3565-0.

RETURN

4 CONTINUE

AMPL»C(1)/(T+C(2))+C(3)+C(4)*T

delrmo*dfn-phoc

Xl-c (5 )*DE LRHO

IF(DEN.GT.RHOC) X1-C(6)*DFLRH0

CR3565«AMPL*EXP( -Xl**2

)

RETURN

END

28
Table 3. The Thermal Con due t 1 v 1 1 v of a 35/65 M e t h e n e-F t h a ne Mix

Experimental Adjusted Thermal Conductivity

Thermal at a Nominal Deviation

Pun Pt. Pressure T empe r a tur

e

Den s 1 ty Power Conductivity STAT Temperature of 152. IK from Corel atlon

MPa K mo 1 /L U /m W/m.K W/m.K percent

11202* 1.702 152.600 20.8237 1.25332 .18162 .001 .18160 -.88

112323 1 .700 162.105 20.8*8* 1.13980 .182** .001 .182** -.73

112022 1.698 151.875 20.0698 1.03*05 .18*22 .001 .18*23 .11 112021 1.692 151. *89 20. 0789 .92881 .18235 .001 .18237 -1.15

112020 9.760 153.01* 21.0608 1.37295 .18882 .001 .18879 .05 112C19 9.7*3 152.65* 21.077* 1.25*16 .18911 .001 .3 8909 .01 112018 9.7*0 152.223 21.0975 1.1*036 .18°*1 .001 .189*1 -.08

112017 9.733 151.679 21.1227 1.023*6 .186*7 .003 .186*8 -1.96

112016 17.555 152.87* 21.2967 1.371*5 . 19512 .001 .19509 .*1 112015 17.6*2 152.522 21.3120 1.25363 .19*01 .003 .19399 -.3*

11201* 17.539 152.0*9 21 .3328 1.13903 .19565 .001 . 19565 .25 112013 17.530 151.518 21.3561 1.027*0 .19*17 .002 .19*19 -.79

112012 25.8*2 153.807 21.52*8 1.37012 .20105 .001 .20102 .59 112011 25.8*5 152 .*39 21.5*05 1.2520B .20127 .001 .20126 . 51 112O10 25.837 151.70* 21.5713 1.13297 .20065 .001 .20066 -.16

112009 25.8** 151.358 21 .5861 1.02*90 .20023 .001 .20026 -.55 112008 33.388 152.937 21.7100 1 .* 901

0

.20*77 .003 .20*7* .13 112007 33.366 152.615 21.7226 1.3680* . 205*8 .002 .206*6 . 33 112006 33.3*3 152.1 *7 21.7*11 1.2*779 .2059? .001 .20592 .33 112005 33.322 151.76° 21.7559 1.135*0 .20636 .001 .20637 .37 11200* 3*. 66* 152.020 21.7781 1 . *7 8* 3 .20*98 .001 .20*98 -.58

112003 3*. 6*7 151.695 21.7908 1.356*6 .2057* .001 .20576 -. 36 112002 3*. 638 150.9*0 21.8211 1.12803 .20661 .001 .20666 -.30

112001 3*. 628 160.822 21.8256 1.13091 .20*63 .002 .20*60 -1.32

Expert menta

1

Adjusted Therma

1

Conductivity

Therms 1 at a Nominal Deviation

Run Pt. Pressure Temperature Dens 1 tv Power Conduct 1 vl ty STAT Temoersture of 176. 9K from Corelation

mp 9 K mo 1 /L W/m V/m.K W/m. K per cent

11 20** 2.099 178.109 10. *956 1.23951 • 1 5 5 7C .001 .1556* -.17

112.0*3 2.09® 177.600 19.523P 1.11568 .16591 .001 .15508 -.33

1120*2 2.098 177.028 19.5556 .99907 .15616 .002 .15616 -.60

1120*1 2.098 176.5*5 19.582* .39230 .16 671 . 001 .15673 -.58

1120*0 8.506 1 77.911 19.7985 1.23638 .161*9 .002 .161** -.36

112039 8.503 177.323 19.828* 1.11*03 .162*6 .001 .162** -.12

112038 0.500 176.8** 19.8528 .99910 .16317 .001 .16318 .03 112037 0 .*99 176.513 19.0696 .89090 .162e7 .002 .16289 -.36

112036 1 * . 971 177.702 20.0711 1.23629 .16771 .001 .16767 -.02

112035 1* ,967 177.2*7 20.0927 1.11*** .16820 .00? .16818 .02 11203* 1*.96* 176.808 20. 1135 .99938 .16895 .001 .16895 .21 112033 1* .950 176. *95 20.1282 .09213 .17035 .001 .17037 . 86 112032 21. *26 177.529 20.3157 1.23587 .1735* .001 .17351 .32 112031 21. *17 176.993 20. 3396 1.11280 .173*9 .001 .173*9 .Cl

11 2030 21. *09 176. *92 20.3618 .99651 .17387 .001 .17390 -.0*

117029 21. *00 176.0*5 20.3816 .88806 .17**7 .001 .17*52 .07 112028 27.825 177.355 20.5373 1.23660 .17913 .002 .17911 .71 112027 27.021 176.7** 20.563* 1.11125 .1709? .00? .1739* .29 112026 27.818 176.021 20.59*3 .88871 . 18 C09 .001 .ieoi* .57 112025 27.815 176.59* 20.6125 .78730 .18135 .001 .181*3 1.05 Experimental Adjusted Thermal Conductivity

Thermal at a Nominal Oe v 1 e t Ion Run Pt. Pressure Temperature Dens 1 ty Power Conductlvl ty STAT Temo“rature of 20?. 7K 'rom Cor elation

MPa K mo 1 /L W/m W/m.K w/m.K per cent 11206* 2.732 203.239 18.0200 1.02856 .1285* .003 .12850 -1.52

117063 2.731 202.701 18.0559 .9111 * .12908 .003 .12988 - • 9t 112062 2.730 202.179 10.00°° . 80028 . 1 3 C71 .002 .1307* -. <7

11 2C61 2.728 201 .*12 1«.139* .69730 .13119 .001 .13128 -. 9C 1120*0 9.127 203.5*3 10. **65 1.1526 1 .137*6 .001 .137*0 -.21

112059 9.1?* 202.976 18. *7R7 1.0275P .13799 .001 .13797 -.26

112058 9.120 202.628 1 8. *982 .91068 .13995 .02* .13995 • 8 9 112057 9.122 201.9*6 18.5371 .80010 .13923 .006 .13928 -•Od

11208* 15.733 203.55* 10.8257 1.1*596 .1**55 .001 .1***8 -.1 Z 112055 15.72* 202.987 10.85** 1.03051 .1*568 .001 .1*566 • 32 11205* 15.725 202.377 18.0857 .91270 .1*622 . 001 .1*62* • 33 112053 15.71* 202.006 18.90*1 .30299 .1*63* .002 .1*639 • 19 112052 22. *71 203.282 19.170* 1.15660 .15170 .002 .15165 • 32

1] 2051 22. *76 202.657 19.2001 1 . 03055 .150*9 . CO* . 1 50*9 -.83

1120*9 22 . *6C 202. **R 19.2092 .91*0* .152*9 .001 .15251 • 2 9 112050 22. *7* 201.505 1 9 . ? 5 0

c .00183 .15091 .00 7 . 150<?9 -1.1*

1120*8 28.76* 203.755 1 °.*21

1

1.20962 .15006 .003 .15797 1 • 2C 1170*7 28.762 203.176 19 , ** 6? 1.15636 .15*0* .01? .15*00 -1.68

1120*6 28.760 202.600 19. *71

7

1.03129 .15918 .00* .15916 1.3? 1120*5 28.73* 202.222 19.*e77 .91*1* .15635 .005 .15639 -.tJ

29
Experl ment e

1

Adjusted Thermal Conductivity

Thermal at a Nominal Devi at Ion Sun P t

.

Pressur® Temperature Density 0 owe r Conduct 1 v 1 ty STAT Temoerature of 227. 7K from Corelation

0P8 K mo 1 / L W /m W/m.K W/m.K percent

11 3008 .363 230.414 .1981 .10589 .01685 .003 .01663 -. 37 113107 . 363 229.434 .1991 .08605 .01667 .005 .01653 -.99

113006 .369 928.589 .’001 .0682’ . 01662 .007 .01655 -.90 1130C5 .363 227.729 .2010 .05251 .01661 .010 .01661 -.56

113104 .903 229.515 . 5363 .10560 .01767 .004 .01753 -1.06

11 30 C

3

.905 228.706 .5399 .08575 .01750 .005 .01742 -1.74

11 30C

2

.906 227.881 . 5438 .06806 .01740 .007 .01739 -2.01 112096 3 .69? 228.957 16.2129 1.04786 .10636 .005 .10625 . 61 112083 3.693 228.101 16.2867 .92096 .10711 .002 .10707 .67 H2oe4 3.692 ’27.399 16.3455 .80271 .10723 .002 .10726 .11 112192 3.691 225.703 16.4034 .69097 .10854 .003 .10063 .65

11 2081 3.691 226.070 16.4556 .50919 .10794 .001 .10808 -. 51

11 2080 10.747 228.362 17.0702 1.04337 .11808 .001 .11802 .52 112071 10.745 227.901 17.0995 .91809 .11 602 .001 .11800 .13 11207» 10.744 227.182 17.1453 .79907 .11990 .004 .12003 1.24 112077 10.741 226.697 17.1759 .58923 .11966 .002 .11075 .63 112176 17.630 228.094 17.6427 1.04247 .12673 .002 .12669 .31 112C78 17.631 227.415 17.6799 .91596 .12651 .003 .12654 -.29

112074 17.628 226.918 17. 7067 .79791 .12747 .001 .12755 . 16

11 2073 17.627 226.272 17.7417 .68774 .12849 .006 .12863 .56 112072 24.631 227.836 1 8 . 1 0 5

1 1.04155 .13415 .002 .13414 .10 112071 24.692 227.294 18.1310 .91531 .13401 .005 .13405 -.30 112070 24.633 226.649 18.1633 .79759 .13502 .001 .13512 .10 117061 24.626 226.164 18.1864 .68774 .13354 .004 .13369 -1.27 112068 31.498 228.171 18.4586 1.17602 .14108 .003 .14103 .60 112067 31 . 504 227,597 18.4846 1.04196 .14097 .001 .14098 .23

11 2066 31.505 227.053 18.5089 .91519 .14234 .003 .14241 .93 117066 31.500 ?26. e 14 18.5326 .79714 .14072 .01? .14084 -.48 Experimental Adjusted Ther as 1 Conductl vl ty Thermal at a Nominal Deviation

Du n P t • Prns5ure Temperature Dens i ty Power Conduct 1 v 1 ty ST AT Temperature of 238. 9K from Corelation

*Pa K <r 0 1 / L W/m W/m,K W/m.K percent

113020 .346 240.134 .1797 .11056 .01781 .004 .01770 .55 113011 .346 239.256 .1804 .08991 .01771 .005 .01769 .44 113019 .346 238.391 .1813 .07128 .01769 .007 .01774 .76 113017 . 345 237.53? .1821 .05488 .01771 .010 .01784 1.29 113016 .618 240.420 .4494 .13344 .01871 .003 .01857 .94

11 ?ni c .813 239.90? .4517 .11053 .91851 .004 .01846 .29 113114 . 81 9 239.568 .4543 .0997? .01851 .005 .01854 . 70 113013 .818 237.837 .4562 .07123 .01829 .007 .01839 -.16

113012 1.736 240.207 .7199 .13348 .01934 .004 .01922 -.16

113111 1.238 239.046 .7271 .11055 .01911 .004 .01910 -. 93

11 301C 1 . 243 238.500 . 7338 .08989 .01907 .006 .01911 -.99

113009 1.248 237.900 .7404 .07142 .01910 .008 .01919 -.66

Experimental Adjusted Therma 1 Conduct 1 v 1 ty Thermal at a Nominal Devi at Ion Dun p t . Pressure Temperature Dens 1 1 y Power Conductivity STAT Temoerature of 251. 4K from Corelation

M D p K mo 1 / L W /m W/m.K W/m.K percent

113037 .306 251.131 .1506 .13939 .01 095 .003 .01998 1.13 113036 . 306 250.247 .1512 .11546 .01885 .004 .01098 1.C9

11 3035 .306 249.215 .152? .09384 .01074 .005 .01897 1.07 113034 .306 248.360 .1528 .07446 .01861 .007 .01893 . 85 113033 .306 247.589 .1533 .05732 .01864 .010 .01904 1.41 119037 .715 250.665 .3677 .13936 .01 950 .003 .01958 .95 113031 .715 249.612 .3696 .11531 .01936 .004 .01955 .77 U3030 .715 240.644 .3714 .09363 .01924 .006 .01953 . 65 119029 .715 ’48.663 .3714 .09374 .01939 .005 .01968 1.40 11302" 1 .1 ’5 951.189 .6041 .16566 .02027 . 003 .02030 .87

1 1 3 02 7 i . 1 2 5 250.244 .6075 .13944 .02023 .003 .02035 1.11 113026 1.196 249.313 . 611 0 .11557 . 02000 .004 . 02022 . 40 H’025 1.126 948.978 .6145 .09380 .01993 .006 .02025 . 48

11 9024 1.683 250.461 .9750 .16557 .02126 .003 .02136 .05 11302? 1.633 249.661 .9*16 .13940 .02128 .003 .0’147 . 47 113022 1.684 248.755 .9379 .11544 .02116 .004 .02138 -.oe

11 3021 1 .6 34 248.085 .9931 .09380 .02085 .006 .02120 -1.02 112117 5.5 2? 253.265 14. 0687 .77453 .08750 .009 .08730 2.66 119113 5.524 252.490 14.1995 .71560 .08798 .002 .06786 2.34 113111 5.521 252.359 14.2059 .65993 .00914 .004 .08904 3.48 112110 5.518 251.787 14.2760 .5540? .60800 . 004 .00796 1.62 112100 7.729 ?53.9«2 14.6406 .89018 •0 C 3C6 .002 .09277 3.16

11 71C8 7.797 253.074 14.7310 .76876 .09308 .002 .09290 2.34 112107 7.696 252.324 14.7975 .65501 .09386 .003 .09376 2.55

11 2106 7.722 2 51 .930 14.3417 .55159 .00334 .002 .09326 1.57 112105 10.393 253.643 15.2037 .89031 .09710 .002 .09685 1.28

11 910* 10.990 252.58? 15.2898 .76777 .09738 .002 .09725 .71

11? If 9 10.370 252. 100 1 c

. ?? 8 0 .6551

9

.09770 .002 .09962 .65 112109 10.991 251.629 15.3668 .55105 .09965 .00? .09963 2.21

30
11 ’101 19.031 253.391 1 = .76 2 5 . e9086 .10283 .005 .10220 .11

ii 20 <jq 19.032 251.981 15.8599 .65899 .10396 . 002 .10391 . 61

11 2098 19.032 251.929 1 5.3971 .55103 .10817 .001 • 1 C8 17 .80 11’0«7 IP. 707 25’.P96 16. ’62« 1 . 022'

8

.10917 .001 .10388 .36 112096 18.709 253.201 16.3083 .89105 .11001 .032 .10930 .69 112095 18.707 252.589 16. 3807 .’6961 . nce 6 .003 .11072 l.Ot

11 ’099 18.709 251.812 18.3865 .6558<, .11112 .302 .11107 . P3 112091 29.911 253.918 16.8018 1.02069 .11650 .001 .11626 .23 112092 29.913 252.793 16.837? . BR9= 5 .11715 .301 .11699 .81 112091 29.915 252.119 16.3699 .76708 .11580 .008 .11571 - 1.10

11 ’090 29.919 ’51 .997 16.9087 .6=361 .11717 .002 .11717 -.28

11 2089 29.693 253.081 17.1637 1 .16080 .12312 .937 .12280 1.16

112088 29.699 253.1 89 17.2015 1.02079 .12079 .013 .120=7 -1.15

11 ’086 29.689 251 .9«8 17.2582 . 7=772 .12201 .003 .12198 -.73

Experimental Adjusted Thermal Conductivity

Thermal at a Nominal Oev 1 et 1 on

9 un P t

,

Pressur s Temperature Density Power Conduct 1 vl ty ST4T Temperature of 259 . 7K from Corelation

8Pa K mo 1 /L W/ m W/t.K W/m.K percent

113057 .356 ’61,090 .1690 .18587 .02009 .003 .01993 . 87 113056 .356 260.052 .1697 .12060 .01997 .008 .01993 . 88 1130'

5

.357 258.993 .1707 .09798 .01988 .005 .01996 1.08

1 13059 .357 258.251 .1712 .07766 .01976 .007 .01993 . B 6

11 30'3 .896 261 .932 .8185 . 17268 .02093 . 003 .02073 1. 21 113052 .896 260.937 .8205 .18537 • 0207’ .003 .02065 . 7 P 113051 .896 259,900 .8226 .12088 .02072 .008 .02076 1.29 113090 .896 25°. 556 .8283 .09785 . 02056 .005 .02069 . 97

11 3099 1.321 260.913 .6865 .17270 .02183 .003 .021 29 -.09

113098 1.325 259.937 .6928 .18591 .02180 .003 .02137 .?? 113097 1.325 259.113 .6956 .12089 .02123 .008 .02130 -.18

113096 1 .326 258.235 . 6999 .09792 .02122 .006 .02139 .19

11 3048 1.825 261.902 .9996 .20256 • 3? 2 '

6

.302 .32236 . Oi 113099 1.879 260.990 1.0082 .17270 .02282 .003 .02233 -. 27 113093 1.832 259.597 1 .0162 .18582 .02228 .303 .02225 -.78

113092 1.839 258.552 1.0283 .12082 .02213 .008 .02226 -.62

113091 2.301 260.639 1.3868 .20228 .02383 . 00 ’ .02372 .36 113090 2.301 259.819 1.3553 .17260 .02371 .003 .02370 .11 113039 2.301 259.076 1.3639 .18539 .02381 . 008 .02389 -.95

113038 2.301 258.321 1.3725 .12061 .02332 .005 .02388 - 1.11

Exoer 1 menta

1

Adjusted Therma

1

ConductI vl ty Thermal at a Nominal Oe v 1 at Ion Pun Pt. Pressure Temperature Density Power Conduct 1 v 1 ty STAT Temoerature of 269.8K from Corelatlon

HPa K mo 1 / L W/m W/m.K W/m.K percent

113082 .283 270.566 .1289 .15127 .02089 .003 .02073 -.87

113081 .283 269.686 .1288 .12533 .02098 .003 .02090 .31 113080 . ’ B 3 268.830 .1293 .10195 .02098 .005 .02101 . 6 ? 113079 .283 268.06= .1297 •0e097 .02065 .007 .02132 . 67 113078 .769 271 .290 .3612 .17973 .02199 .002 .02175 1.15

113077 .769 270.180 . 3630 .15138 .02187 .003 .02176 1.21 113076 .769 269.273 .3685 .12581 .02167 .008 .02163 .61 113075 .769 268.392 .3660 .10195 .02171 .006 .02188 1.52 113079 1.989 270.689 .7829 .17976 .02272 .002 .02255 -.55

113073 1 .985 269.703 .7878 .15185 .02256 .003 . 022=2 — ,7fc 11307? 1.987 268.865 .7520 .12582 .02250 .008 .02256 -.61 113071 1 .990 268.018 .7571 .10199 .02288 .005 .02261 -.87

113070 2.058 270.821 1.0806 .21031 .02385 .033 .02366 -.80

113069 2.065 270. 007 1.0988 .17957 .02388 . 00 ? .02380 -.37

113068 2.067 269.229 1.1053 .15126 .02378 .008 .02376 -.65

113067 2.072 268.999 1.1180 .12580 .02358 .008 .02366 - 1.21 113066 2.076 267.739 1.1223 .10201 .02388 .005 .02805 .31 11306= 2.585 270.373 1.8586 .21098 .02511 .003 .02898 - 1.02 113069 2.586 269.677 1.8630 .17986 .02523 .003 .02519 -.31

113063 2.587 268.799 1.8795 .15126 .02890 .008 .02898 -1.38

113062 2.590 268.025 1.8851 .12583 .02880 .005 •02e97 -1.55

113060 3.211 270.502 1.9652 .28389 .02778 .003 .02763 .73 113059 3. 211 269.509 1.9858 .21059 .02736 .003 .02738 -.68

113058 3.211 269. 0e9 1.9985 .17981 .02768 .008 .02767 .se 113061 3.211 268.398 2.0100 .15150 .02736 .008 .02789 - . 56 Exoer 1 mental Adjusted Ther 1 Conluctl vl ty Thermal at a Nominal Oe v

1

• t 1 on Pun Pt. Pressure Temperature Density Power Conduct 1 v 1 ty STAT Temoerature of 277. 8K fro a Corelatlon

HP, K mo 1 /L V/m W/m.K W/m.K percent

113120 . 312 279.782 .1369 .15678 . 0222 ? .003 .02201 .07 113119 .312 278.598 .1375 .13002 .02225 .005 .02215 .65 113118 .312 277.698 .13ei .10561 .02196 .005 .02199 -.05

113117 .312 276.879 .1386 .08386 .02188 .007 .02202 .07 113116 .708 279.101 .3202 .15665 .32275 .003 .02259 . ’ 5 113115 .708 278.223 .3216 .12983 .02262 .908 .02257 . 22 113119 .708 277.253 .3229 .10561 .02253 .005 .02261 • b 0 113113 .708 276.593 . 3238 .08385 .02280 .007 .02253 • 23 113112 1.370 279.503 .689e . 1 P6C3 . 0’36C . 00 ’ .02388 -.31

31
1131 ll 1.370 279.582 . 6529 .15652 .02350 .003 .C2340 -.46

’l’ilO 1 .370 27 7 ,770 .6=53 .17977 .02343 .904 .02344 -.36

1 1 3 1 G 9 1.370 276.876 .6582 .10551 .02327 .005 .02343 -. 56 113108 1.988 279.1 61 .9358 .18613 .07432 .003 .02417 - 1.12

11 31 07 1 . °95 ’78.324 .9439 .15674 .02430 .003 .02423 -.99

11 ?106 l. fl 98 ’77.549 .9496 .12993 .02378 .005 .0238? -2.82

113105 1.899 ’76.888 .9540 .10563 .02398 .005 .02411 -1.64

1.1 3’ 04 2.509 279,559 1.3115 .21757 .02534 . OC 3 .C25 2? -2.30

ii nc ? 2.51? 278.777 1.3211 .1«595 .02545 .003 .02532 -2.03

11 31C2 2 . c 21 277,798 1.3357 .15669 .02535 .004 .025 36 - 2.11 113101 2.532 277.299 1.7477 .12994 .02510 .005 .02518 -3.03

1131 CO 3.120 279.153 1.7455 .21741 .02679 .003 .02667 -3.35

11 3099 3.121 278.445 1.7561 .18565 .02685 .903 .02677 -3.15

113098 3.122 277.670 1.763? .15645 .02683 . 004 .02685 -3.01

11309? 3.124 277,019 1 . 7793 .12962 .02679 .0 04 .02690 -3.00

113094 3,5 pi 278.66? 7.1361 .21718 .02869 .007 .02357 -2.76

113093 3 .5 87 277.840 2.1547 .18556 .02877 .003 .02877 -2.34

113096 2.586 277.401 2.1623 .15644 .02 666 .004 .02672 - 2.66 11309] 4.165 279.023 2.6872 .78848 .03179 .003 .03158 -1.60

11309? 4.155 277.224 2.7536 .18573 .03160 .005 .03189 -2.33

1 1 8 0 o 7 4. 629 779.283 3. 1293 .32727 .03481 .004 .03482 -.21

113086 4,529 278.604 3.1651 .28815 .03431 .007 .03421 - 2.66 1130«5 4.529 277.994 3.1993 .25129 .03460 .006 .03458 -2.18

113084 4.529 977 ,

1

o’ 3.2347 .21730 .03468 .005 .03474 -2.36

113033 4. 529 276.767 3.’715 .18577 .93499 .096 .03513 -1.90

112159 6.958 777 .330 10.3687 .50946 . 07943 .008 .07950 5.91 112153 6.958 276.935 10.4385 .46046 .08115 .006 .08127 7.86 112157 6.95? 276.719 10.5511 .41331 .08016 .004 • 08C31 6.70 112155 7.303 278.558 10.5695 .67199 .07520 .910 .07511 .22 112156 6.Q57 276 .409 10. 64 ? 2 .36878 .07902 .004 .07921 5.32 112154 7.300 277.746 10.7794 .61494 .07572 .005 .07573 . 84 112153 7.300 277.659 10.3012 .56065 .07520 .096 .07522 .14 112152 7.299 277.111 1C. 9390 .4601

9

.07520 .003 .07530 .07 1121 50 7.937 279.536 11 .313? .61479 .07469 .904 .07460 -1.45

11.2151 7.937 278.537 11.3137 .67246 .07345 .006 .07336 -3.16

11 2149 7,935 277.855 11.4479 .56071 .07478 .00 2 .07479 -1.47

112148 7.936 277.017 11.6104 .45966 .07474 .005 .07467 -1.73

112147 8.778 278.605 11.9485 .67229 .07587 .001 .07577 -1.52

112146 8.779 778.337 11.991? .61494 • 07 5 7 p .003 .07571 -1.74

112145 8. ’7fj 277.888 12.0611 .56098 .07597 .002 .07596 -1.65 112144 8.776 277.513 12.1175 .50911 .07746 .904 .07750 .16

11 ’142 9.860 278.593 12.5303 .67187 . 07813 .003 .07803 - 1.00 112141 9.862 278.354 12.5618 .61575 .07794 .008 .07787 -1.36

112140 9.863 277.854 12.6257 . 5601

4

.07883 .010 .07983 -.46

112143 9.863 277.623 1’.6548 .50969 .97938 .002 .07941 . 12 112139 11.436 279.217 13.0695 .79375 .07993 .008 .07987 - i.ei 112133 11.434 278.667 13.1257 .73092 .08032 .004 .06021 -1.77

112137 11.435 278.439 13.1498 .67213 .08134 .002 .08126 -.62

11 2136 11.434 277.960 13. 1996 .61477 .08141 . 005 .06139 -. 80 112134 13.389 273.980 13.6509 .79282 .08503 .001 .08499 -.03

11 2133 13.390 276.56’ 17.6883 .73121 .08521 .002 .08511 -.09

112135 13.389 278.260 13.7146 .67216 .08344 .006 .08338 -2.39

112132 13. 39? 277.683 13.7662 .61461 .08542 .002 .08544 -.36

112130 15.828 279.404 14.1499 .85720 .08838 .002 .08826 -.56

112131 15.827 2'’3.°67 14.1951 .79275 .08987 .003 .08972 .75 112129 15.R26 278.536 14. 21 59 .73087 .08913 .003 .08903 -. 31 112128 15.831 277.737 14.2776 .61526 .0904? .002 .09044 .65 112127 19.30? 279.465 14.7339 .92270 .0949? .004 .09477 .72 112126 19.302 279. 1C5 14.7575 .85694 .09524 .004 .09509 . 81 U?1 25 19.297 278.227 14.8143 .73087 .09477 .003 .09472 -.18

112124 19.294 277.79? 14.8423 .61589 .09587 .002 .09588 .74 112122 23.443 779.935 15.2532 .99270 .10102 .031 .10080 1.24 112123 23.4=0 279.638 15.2711 .92583 .10003 .016 .09983 .08 112120 23 .4 33 278.068 15.3593 .73083 .10063 .002 .10060 -.15

112119 2

1

. 425 277.506 15.3906 .61584 .10118 .002 .10123 .12 112117 25.36? 279.750 15.4801 .99279 .10268 .030 .10266 . 50 112118 25.362 279,237 1 5. 5085 .92389 .10190 .029 .10172 -.75 112116 25.362 278.634 15.5412 .85674 .10241 .001 .10229 -.56

1121 X 5 25.361 277.945 15.5787 .73122 .10261 .017 .10260 -.70

112114 25.363 277.293 15.6144 .61460 .10325 .094 .10333 -.40

Exper 1 mental Adjusted Thermal Conductivity

Thermal at a Nominal Devi at 1 on Bun °t. Pressure Temperature Dens 1 1 y Power C onduc 1 1 v 1 ty STAT Temperature of 283. 2K from Corelatlon

MPa K TO 1 / L V/m V/t.K W/m.K percent

109142 .319 286 .362 .1766 .16009 .02305 . 002 .02267 .56 109141 .319 2P5.?°7 .1371 .13265 .02286 .002 .02261 .31 109140 .320 284.386 .1379 .10795 .02258 .005 .02244 -.45

109139 .320 283.498 .1384 .08567 .02278 .010 .02275 .ee 109133 1.016 785.663 .4567 .16006 .02384 .002 .02357 .73 109137 1 .016 294.686 .4588 .13282 .02369 .002 .02353 .55 109136 1.017 283.801 .4607 .10805 .02363 .003 .02357 .68 109135 1.017 283.06? .4623 .08575 .02348 .004 .02350 .36 109134 2.025 285.67? .9795 .18904 .02501 .001 .02478 -.64 109133 2.027 284.839 .9851 .16002 .02499 .002 .02484 -.45

32
100132 2.032 284.079 .9920 .13270 .02491 .002 .02484 -. 57 1001 30 2 . 86 * 285.880 1.4962 .22249 .02671 .001 .02652 -.48

100120 2.870 265.026 1.4981 .18990 .02651 .001 .02639 - 1.14 100129 2.876 284.229 1.5101 .15998 .02639 .002 .02633 - 1.54 100127 2.881 283.570 1.5205 .13269 .02627 .003 .02625 - 1.99

1091 26 3.578 285.300 2.0031 .22245 .02852 .002 .02844 -.75

10 Ol ?5 3.570 284. *11 2.0173 .18991 .02853 .002 .02849 -.79

100124 3.570 283.890 2.0288 .15996 .02856 .001 .02954 -.77

100123 3.581 283.107 2.0427 .13259 . 0 ? 839 .003 .02839 - 1.52

100122 4.124 285.585 7.4589 .25743 .03068 .005 .03066 -.04

100121 4.124 294.548 2.4865 .22243 .03071 .003 .03072 -. 29 100120 4.124 284.018 2. 5012 .18989 . 33063 . 003 .03064 -.77

100110 4.124 283.**0 2 . 517 ? .16004 .03056 .003 .03056 - 1.26

100119 4 . 5*5 28*. 225 2 . 900 ? .29496 .03291 .002 .03296 .33 100117 4.555 284.520 2.9271 .25730 .03290 .002 .03296 -. 1 * 100116 4.556 283.877 2 . 9*34 .22216 .03281 .002 .03285 -.93

100115 4.556 263.413 2.9727 .18974 .03256 .003 .03257 - 2.09

1001 1 <, 5.021 284.640 3.4966 .29546 .03645 .003 .03660 1 . C 4 100113 5.021 284.124 3.5291 .25771 .03610 .004 .03621 -. 57

10 01 1 25.071 283.558 3.5660 .22267 .03665 .302 .03669 .16 loom 5.021 282.090 3 . 604 ? .19010 .03670 .002 .03666 -.55

100110 5.254 284 . 10 * 3.8752 . 2949 * . 0391 ? .004 .03927 1.82 1 0 0 1 09 5.254 283.605 3.9082 . 2573 ? .03857 .004 .03867 -.27

100107 5.254 283.006 9.9776 .19009 .03 629 .007 .03825 - 2.55

100106 5 . 3*1 283.517 4.1545 .25741 .04066 .003 .04074 . ee 100105 5.382 283.162 4.1914 .22249 . 040*5 . 003 .04084 . 50 100104 5 . 3 e 2 282.661 4.2455 .19011 . 0*089 .004 .04075 — . 6 v 10 O 1 C 3 5.382 262 . 4*7 4.2648 .16035 .04131 .004 .04112 -.01 100102 5.708 282 . R 55 4.9247 .25820 .04651 .009 .04638 1.40 100101 5.708 292.309 5.0175 .19054 .04586 .009 .04551 - 1.96 100100 5.708 282.084 5.0577 .16059 .04747 .004 .04701 .69 100000 5.708 283.487 5.1708 .13319 . 04*34 .004 .04756 . 11 10909 R 5.709 281 .448 *.1784 .10820 .04828 . 006 .04747 -.16

100007 5.010 281 .758 5.7196 .19025 .05102 .005 .05025 - 2.44

100006 5.019 2 PI .468 5.7874 .16022 .05173 .005 .05077 -2.35

10

O 005 5.919 281.240 5.8494 .13278 . 0*194 .005 .05080 - 3.17 100004 5.919 280.893 5.9459 .10793 .05329 .005 .051 84 - 2.41 109003 5.919 280 . 6 C 9 6.0264 .08568 . 0*370 .009 .05196 -3.23

100002 5.995 281.317 6.0760 .16011 .05396 .005 .05280 -2.30

10

O 0 O 1 5.996 281.035 6.1583 .13278 .05484 .005 .05343 - 2.16 100000 5.996 280.865 6.2085 .10792 .05733 .013 .05576 1.49 1 C 90 90 5.906 280.649 6.2742 . 0 e 572 .05668 . 00 * .05490 -. *9 109098 6.240 281 . 41 * 6.9544 .16049 .06074 .006 .05947 . 45 100087 6.240 281 .066 6.9745 .13294 .06142 .005 .05982 -.21

10

O 0 B 6 6.240 281.033 6.9658 .10325 .06265 .007 .06102 1.64 109085 6.240 280.734 7.0902 .08565 .06248 .009 .06053 -. 19 100084 6.437 281 .717 7.4008 .22244 . 06475 .012 .06366 1. 96 109093 6.437 281.542 7.4618 .19004 .06432 .00 9 .06308 . 53 100082 6.437 281.216 7.5783 . 1600 * .06499 .007 .06344 . 12 100081 6.437 281.020 7.8461 .13274 . 065*7 .009 .06383 . 19 1 0

00 90 6.437 280.044 7.6774 .10795 .06668 .009 . 0650 * i . e 2 100078 6.511 281.668 7.9542 .22233 .06829 .012 .06715 2.90

100077 6 . 6 U 281.427 9.0496 .19004 .06665 .009 .06528 -. 54 100075 6.611 281.090 8 . 169 * .13232 .06911 . 006 .06743 1.90

109076 6.611 280.971 9.2159 .16001 . 06*33 .007 .06652 .27 109079 6.611 280,844 8.2631 .10795 .07007 .007 .06813 2.35

109073 6.762 281 .790 8.3634 .25694 .06996 .014 .06891 2. 89 100072 6.762 281.569 e . 442 ? .22207 , 06 e 96 .009 .06773 .76 109071 6.762 281.721 *.5671 .18951 .07009 .012 .36855 1.30 100070 6.763 281.080 8.6194 . 1*969 .07119 .005 .06952 2.43 100074 6.762 280.913 8.6791 .13255 .07038 .004 .06356 .77 100068 6.035 282.101 8.7209 .29467 .07137 .012 . 070*0 3.45

1000,67 6.035 761 .*38 8.8112 .25697 .07092 .009 .06995 2.15 100066 6.93 5 281.659 8.8727 . 2221 5

.07090 .007 . 0 1 9

79 1.67 100069 6.935 781.466 8.9391 .18981 .07126 .006 .06999 1.59

100065 7.150 732.701 9.0425 .37752 .07256 .014 .07223 4.35

100063 7.149 282.279 9.1743 . 334*5 .07199 .011 .07139 2. 75 109062 7 . 149 2 8 7 . 0 5 9 9. 2450 .29461 . 071*9 .007 . 0709*

a. cr 109060 7.335 283.036 9.3342 .42258 .07247 .012 .07236 3 .M

109061 7.150 281 .767 9.3344 .25689 .07088 .005 .06994 • iO 109064 7.150 281.742 9. 3486 .22226 .07191 .004 .07094 1.5ft 109059 7.335 282.621 9.4580 .37740 .07133 .008 .07098 i»?e

1090*7 7.334 2P2.3CO 9.5500 . 334*7 .07109 .006 .07145 109056 7.334 282.080 9.6191 .29470 .07115 .005 .07046 . 10 109059 7.375 281.824 9.6965 .25721 .07129 . 005 • 0704 <, -.15

109057 7.612 282 .441 9.7333 .52077 .07220 .011 .072 31 ?.34

109065 7.612 263 . 36 = 9.7479 .47070 .07025 .010 .37033 -. *4» 109052 7. 612 2 9 7 . 9 3 4 9.8565 . 422*9 .07144 .006 .07132 • 67 109054 7.611 282.501 9.9608 .37755 .07032 .004 .06999 -1.4ft 109051 7.617 267.355 10.0254 , 334 7 3 . 071*5 .003 . 070*9 -•34

109050

B .024 264.617 10.0651 .62965 .07014 .010 .07072 - # 109049 8.024 283.802 1 C . 2570 .52127 . 0705 ° .006 .07083 -.49

109048 8.025 283 . 1*8 10.4079 .42312 .07063 .005 .07080 -1.40

109047 6.025 762.592 10.5369 .33524 , 0 * <56 1 .005 .06934— 3.66 109046 8.422 284.598 10.5590 . 63001 .07095 . 004 .07143 -.66

10904 * 8.419 289.840 10.7129 .52112 .07046 .002 .07070 - ? . 3 ?

33
109044 3 . 41 ° 282.838 10.9135 .42203 .07142 .001 .07128 - 2.02 K9043 8.419 282.290 11.0224 .33487 .07120 .002 .07094 - 2.63 109042 e.979 294.498 11. lose .62982 .07169 .002 .07204 - 1.53

1.0 9041 8.930 283.993 11.1974 .52119 .07166 . 002 .07187 - 2.04 109040 8.978 282 . 97 ? 11.3715 .42206 .07231 .002 .07224 - 2.11

It 90?9 8.976 282.721 11.4122 .33488 .07260 .003 .07246 - 1.94

1C 9 0 3 7 9.806 284.794 11 .6496 . 6306 -; .07324 .002 .07353 - 1.36 109036 9.807 283.931 11.7756 .52181 .07300 .001 .07393 - 1.34

1 090? c 9.807 2P3.624 11.9198 .42361 .07427 .002 .07435 -.98

109033 9.810 282.811 11 .9374 .33561 .07362 .004 .07354 - 2.63 109034 10.923 286.319 12.1720 .74734 .07547 .001 .07570 -. 87 109033 10.921 284.403 12.2834 .62804 . 07 6C5 .001 .07618 -.e4 109032 10.920 283 .864 12.3478 .52042 .07664 .001 .07671 -.50

109031 10.921 283.179 12.4307 .42234 .07664 .001 .07653 - 1.22 109030 12.239 285.544 12.6951 .74904 .07935 .002 .07946 .87 109029 12.283 284.540 12.7994 . 6303 ? .07921 .001 .07927 -.06

109 j 23 12.237 283.917 12.8632 .52143 .07979 .001 .07982 .19 109027 12.290 283.189 12.9393 .42262 .07954 .003 .07950 -.70

109026 13.880 285.344 1. 3.2081 .74857 .08220 .001 .08220 .54 109023 13.880 284.605 13.2748 .62981 .08270 .001 .08270 .62 109O24 13.873 283.927 13 . 335 ? .52157 .08205 .001 .08205 -.66

109023 13.878 283.417 13.3907 .42400 .08237 .002 .08237 -.64

109022 16.220 265.347 13. 7 704 .74675 .08613 .001 .08503 .30 109021 16.221 284.751 13.9167 .62941 .08724 .002 .08717 1.18 109320 16.219 293.908 13.9816 .52008 .08619 .002 .08616 -.58

109^13 18.994 285 .809 14.2599 .87461 .09066 .001 .09045 .60 109017 18.994 264.903 14.3216 .74619 .09093 .001 .09080 .35 109316 18.992 264.278 14.3639 .62753 .09152 .001 .09144 . 62 109015 18.992 283.441 14.4206 .51974 .09159 .001 .09157 .19 109014 16.990 283.158 14.4394 .42301 .09225 .001 .09226 .73 10901

3

22.401 295.712 14.7806 .87754 .09561 .001 .09535 .41

10 901,2 22 . 4n ^ 284.781 14.8367 .74875 .09604 .001 .09588 .35 109011 22.400 284.019 14.8823 .62990 .09623 .001 .09615 .13

1

0

90 1

C

22.400 283.362 14.9218 .52151 .09659 .001 .09658 .14 109009 26.798 285.382 15.3302 .87745 .10147 .001 .10121 . 22 10900S 26. 799 284,686 1 ' .

3

674 .74858 .10184 .002 .10166 .25

1 0900 7 26.799 283.790 15.4154 .62066 .10211 .001 .10204 .07 109904 26.797 283.084 15.4529 .51910 .10133 .002 .10135 - 1.06 109003 30.275 285.931 16.6626 1.01643 .10539 .001 .10503 . 20 10990 ? 30.271 285.119 l

r .6925 .07746 .10567 .001 .10542 .10 109001 30.268 284.456 35.7252 .74065 .10621 .001 .10605 .31 109004 30.277 283.602 15.7683 .62948 .10618 .002 .10613 -.12

1 O90C 5 30.231 283.078 16.7946 .62105 .10627 .002 .10629 -.29

Exper Imentel Adjusted Thermal Conductlvl ty Thermal at a Norn Inal Deviation

Cun Pt, Pressure Temperature Dens 1 tv Power Conductlvl ty ST A T Temperature of 304 . 5K from Corelatl

mp a K mo 1 /L W/ m U/m.K W / m , K percent

110123 .228 306.610 .0903 .17107 .02617 .003 .02582 1.30

1101 ’7 .229 30 c .749 .0907 .14264 .02600 .003 .02579 1.19

1101 26 .228 304.678 .0911 .11582 .02566 .003 .02563 . 55 110125 .228 303.766 .0914 .09206 .02544 .005 .02555 .27 110123 1.159 306.644 . 491 ? .20391 .02603 .001 .02648 . 34 110122 1.158 305.581 .4833 .17178 . 02667 .001 .02649 .36 110121 1.153 304.712 .4851 . 1423 ? .02652 .002 .02648 .30 llOl’O 1.158 303.743 .4870 .11568 .02611 .005 .02622 -.70

110124 1.153 303.250 . 4876 .09211 .02630 .003 .02649 . 31 110119 2.272 305.924 1.0078 .20397 .02802 .001 .02780 .25 none 2.273 305.015 1.0124 . 1 71 °6 .02790 .001 .02782 .27 110117 2.273 304.171 1 .0166 .14249 .02786 .002 .02790 . 54 110x16 2.273 303.232 1.0215 .11577 .02757 .002 .02776 -.04

110115 3.213 306.149 1.6094 .23900 .02963 .001 .02939 .01

1

1

C 1

1

4 3.213 305.467 1.5154 .20401 .02961 .001 .02937 .66 110113 3.213 304.614 1.5230 .17208 .02949 .002 .02947 . 94 110112 3.213 303.999 1.5286 .14284 .02932 .002 .02939 .61 110111 3.213 303 . 1 7 3 1 .5364 .115 7 7 .02904 .002 .02923 -.02 110110 3.971 305.490 1.9761 .23074 .03106 .001 .03093 . 96

11 01 09 3.9 71 304.827 1.9850 . 20365 .03095 .001 .03090 .78 110103 3.97J 304.081 1 . 995 4 .17157 . 03074 .001 .03079 .31

11 0107 3.971 303.443 2.0043 .14226 . 03005 .002 .03008 . 03 110104 4.699 305.158 2.4044 .23963 .03306 .002 .03298 1.63

1101 05 4.700 304.511 2 . 49e3 .20390 .03298 .002 .03293 1.46

1

1

Cl 0 3 4. 700 303.935 2.5104 .17184 .03276 .002 .03282 . 87

1 101 04 4.700 303.203 2.5260 .14248 .03293 .003 .03308 1.45

1 1 0 1C 2 5.217 305.485 2 . 879 ] .27487 .03480 .002 .03469 2.00 uoini 5.217 304.759 2 .0990 .23750 .03460 .002 .03457 1.41

1101.00 5.217 304.103 2.9174 . 202P2 .03440 .003 .03444 . 01 110099 6.217 303 .599 2.9315 .17106 .03466 . 002 .03475 1.53 110090 5.753 3C5 .599 3 . 339 ? .31576 .03699 .002 .03699 2 . 43 110097 5.753 304 .863 3.3665 .27544 .03693 .002 .03690 2.11 110096 5.753 304.280 3.3806 .23777 .03697 .002 .03699 2.06 110095 5.753 303.483 3. 4193 .20293 .03676 .002 .03684 1.32 110094 6.212 305.471 3.7816 .31060 .03940 .002 .03933 3.09

110043 6.211 304.883 3.9152 .27554 . 0395 ? .003 .03950 3.17

1 10092 6 . 211 304.417 3.3392 .23862 .03954 .002 .03954 2.99

34
110091 6.211 303 . 6*3 7,9069 . 2*279 . 0391 * .002 .03921 1.53 110090 6 . 71 C 305.513 6.3208 .35857 . 0*235 .003 , 0*?30 3 . *5 110289 6.709 306.916 6 . 3*85 .31562 . 0 * ? 2 7 .003 . 0*225 2.86

tl 0C e*8 6 . 7*0 306.173 6.6060 . 2753 * . 0*210 . 00 ? . 0*211 1.93 6,709 307 . 8*5 6.6628 . 23771 . 0*227 .002 . 0*230 1.91

11 OC 05 7.103 305.163 6 . 913

C .35956 . 0**96 .003 . 0 ** 9 * 3.15 110 C »* 7 . 1 C 3 3 C * .6 76 6.9672 .31613 . 0**82 .002 . 0** B 2 2.21

liooe’ 7.101 306.206 6.8900 .27618 . 0*515 . oe? . 0*515 2.77

110096 7 . 1*6 303.693 6.9338 .23887 . C * *95 .002 . 0**96 1.69 1 IOC 8 2 7.301 305 . 0*7 * . 1807 .*0536 , 0 * 6 e 6 . 00 * . 0*696 2.58

110081 7.391 3 C 6.596 5.2306 .35967 . 0*629 .002 . 0*639 1 . C 8 110080 7.790 303.906 5.3058 .31630 . 0*663 .002 . 0*663 . 67 110079 7.391 3 C 3 . 6 C 5 5 . 3*62 .27556 . 0*665 .002 . 0*665 .20 1 1 C C 78 7.696 305.298 5 . 567 C .* 5*07 . 0 * °26 .005 . 0*927 2.93 110077 7.696 306.910 5.6076 .** 6*6 . 0 * 9 *] .003 . 0 * 9*2 2.75 110076 7.693 306.396 5.6609 .36005 . 0 * 806 . 00 * . 0*806 1.01

11

C 075 7.693 303 .980 5.7065 .31710 . 0 * 9]0 .002 . 0*909 . 96 11007 * 7.939 305.177 5.9125 .* 5*73 .05100 . 00 * .05102 2.36 110073 7.937 306.719 5 . 96*3 . *0539 . 05 C 73 .003 . 0507 * 1 . 2 * 11007 ? 7.936 306.167 6.0311 .36017 .05057 .002 •05058 . 13 110071 7.936 3 C 3 .633 6.0927 .31679 .05061 .003 .05059 -.52

110070 8.356 306.932 6 . 52*7 . 

5*67 .05397 . 00 * .05299 1.33

110069 8.357 306.578 6.5720 .*0657 . 0539 * .003 .05395 . 78 110068 8 . 3*5 303.819 6.6738 .35971 .05396 . 00 ? .05392 -.’2

110067 8.356 303.618 6.7305 .31655 .05390 .002 . 0539* - 1.05 110*66 8.681 306.671 7.0111 .* 5*27 .05603 . 00 * . 0560 * . 25

11 0065 8.680 306.113 7.0912 .*0571 , 05 609 .002 • 0 5 6 C 7 -.*6

110066 8.6 90 303.713 7.1501 .35981 .05606 . 00? .05601 - 1.10

11008 ? 8.681 302.995 7.2596 . 3165 * .05611 .002 .05600 - 2.11

110061 9.056 306.526 7.5369 .* 538 * .05825 . 00 * .05925

— .53

U006

C 9.053 303 . 8*9 7.6379 .* 052 ? .05777 .002 .05772

— 2.29

110059 9.052 303.339 7.7169 .35911 • 057

p 9 .002 .05790 - 2.90

11006 ? 9.056 303.267 7.7338 .31711 . 053*2 .002 .05932 - 2.01

11

O 057 9.623 306.787 7.9687 .53578 .05079 . 00 * .05901 - 2. 99 110056 9.623 306 . 61 ? 8.0262 .* 5*78 . 06025 . 00 * .06025 -.07

110065 9.622 303.663 8 . 1*21 .*0509 .05986 .003 .05980 - 2.50 110053 9 , 6 ? 3 303.599 9.1526 . 360*1 .06031 .001 . 0602 * - 1.90

110056 9.882 305.127 «. 

55 * .56031 . 0820 * .003 .06209 -.6*

110053 9 . 89 ? 306.711 9.5137 .50615 .06217 .002 .06219 - 1.13 110052 9.891 306.096 8.6119 .* 5*53 .06207 .002 . 0620* - 1.95

110051 9.801 303.551 9 . 696 * • * C *8 3 .06197 . 00 ? . C 6 1 90 - 2 . 7 C 110 C 50 10.665 305.001 9. 0599 .5605 6 .06379 . 00 ? .06302 - 1.68

110069 10.666 306.666 9. 1371 .50506 . 06*31 .003 . 06*31 - 1.32 110069 10.666 303.993 9.20 Sfc .* 5*17 .06396 .002 . 0*395 - 2.27 1100*7 10 . 6*5 303.578 9.2691 .* 053 ? . 06**2 .002 . 06*37 - 1.92 110066 10 . 96 ? 306.935 9.5353 .55817 .06606 .002 .06609 -.61

1100*5 1 C . 961 306 .616 9 . 6 C 67 .50368 .06522 .002 . 0652 ? - 2 . 29 110066 10.061 303 . 9«0 0.6681 .*5255 ,06603 .002 .06606 - 1.29 110*63 IC .960 303 .*66 9.7281 .* 0*11 .06592 .001 . 06=89 - 1.86

110061 11.665 306.968 9.9131 . 559*8 .06707 .002 .06709 -.91

110060 11.665 306.601 9.9616 .50533 .06710 .003 .06710 -1.11

110039 11.665 306.676 9.9836 .* 5*39 . 0678 * .002 . 0670 * -.12 11006 ? 11.665 303.763 10.0721 ,* 05*0 .06733 .003 .06731 - 1.32 110038 12.580 305.151 1 C . 629 C .67583 .07019 .001 .07019 .21 110037 12.579 306.960 10.6510 .*1587 .07021 .002 .07021 .13 110036 12.579 306 . 68 ' 30 . 683 C .55992 .06960 .002 .06980 -.61

110035 12.579 303.877 10.7769 .* 5*22 .07003 .001 .07003 -. 7 * 110033 13.766 305.298 11 . 21*9 .67558 .07299 .009 .07296 1 . 0 * 110036 13.766 30*. 711 11.2760 .61631 • 0725 = .002 . 0725 * .12 110032 13.762 306.378 11.3008 .55959 .07333 .002 .07333 1.02

110031 13.761 3 C 3.556 11.3929 .* 5*02 .07268 .002 .07272 -. 31 110030 16,908 305.613 11.8753 .67807 . 07*90 .001 . 07*95 .68 110029 16.806 306 .376 11.7675 .56096 .07630 .002 .07631 2.20

110025 16.866 303 . 9*2 11.7975 . 

5*52 .07317 .009 .07320 -?. l * 110026 16.325 305.703 12 . 13*0 . 67*61 .07365 .013 .07355 - 3.09 110023 16.327 305.036 12.1911 .61523 . 07*65 .008 . 07*61 - 2 . 9 * 130021 16.326 303.536 12.3173 .*5338 . 07*77 .006 . 07 * B 5 - 3.55 110020 18.169 306.737 12.5671 . 803 ** .07715 .009 .07693 - 2.69

110019 18.150 305.291 12.6772 .67585 .08087 .002 , 06079 1.35

11001 " 18.169 30 * .327 12.7502 . 5595 * .08090 .002 .09100 1.03

110017 18.150 303 . 6«5 12.7991 .*5365 . 07769 .006 .07777 - 3.50 110016 20.650 3 C 6.117 13 . 183 * • 8067 S . 08 * e 5 .003 . 08*65 1.70 110015 20.669 305 . 0*1 13.2560 .67620 . 0850 * .001 . 08*97 1 . *2

11C 016 20.667 30*. 381 13 . 3 C 0 C .55950 .0e3*9 . 00 * .08350 -. 72 110013 20.667 303.592 13.3532 .* 5*17 . 00*68 .005 . 08*79 . 33 110012 23 . 6*9 305 . 96 * 13.7008 . e 0331 .03729 .003 .09709 -.?1 110011 23.610 30*. 716 13.7770 .67617 . 0 P 792 .003 .08789 -.15

110010 23.610 303.059 13.8283 .55899 . 036*0 . 00 * . 088*0 - 2.30

110009 23.616 303.320 13.8623 .*5397 .08971 .001 .08907 1.22

110 CCS 26 . 0 C 7 305.650 1*. 1197 . 80*10 .09310 .001 .09293 1 . 9* 110007 ? 6 . 00 ? 3 0* . 022 1 *. 16*5 .67683 .09157 .005 .09152 — . 0 * 110006 26.003 306.299 1 * . 1 9 6 1

.56180 .09320 .001 .09322 1 . *8 110005 26.006 303.116 1 * . 2607 .*5365 .09357 .001 .09377 1.37 110006 28.217 305,583 1 * . 

1 8 7 . 80*91 .09325 . 00 * .09309 - 1 . 0 * 1100 C 3 28.218 306.663 1 * . *67 6 .67661 . 09*79 .001 . 09*76 • 21 110002 28.222 306.067 1* . 5007 .55999 .09213 . 00 * .09219 - 2 . 9 2 1100 C 1 28.220 303 . 1 ** 1 *. 5*77 .***?* .09681 .001 .09701 1 . 6 V

35
Fxper Inental Adjusted Ther-nal Conductivity

The r it a 1 at a Seminal Deviation

Sun Pt. Pressure TrncsrHure Den s 1 1 y “oxer Con due 1 1 v 1 ty STAT Tenoerature of 326. 8K frot Corelation

«Pe K T>0 1 / L V/ ti W / rr . K W/m.K percent

11UH .391 326 ,c?2 .16 5 8 .10951 .028°1 .001 .02351 -2.32 mm . 391 325.852 .1665 .16798 .02878 .002 .02858 -2.06 mno .391 325.008 .1669 .13922 .02869 .00? .02065 -2.63

UllCS • ?91 3 26 .13 8 . 1673 .11321 ,0’837 .003 .02869 -2.38

uiios 1.368 326.203 .5266 .19967 .02975 .001 .02969 -1.66

111107 1.369 32* .296 . 5263 .16806 .02955 .002 .02966 -1.79

1 11106 1.368 326.662 . 52 8C .13966 .02951 .002 .02957 -1.60

nnec 1.368 323.771 .5293 .11331 .02926 .003 .02953 -1.57

nims 2. 6*9 326.568 1.0021 .23366 .03088 .001 .03056 -1.67

lines 2.659 3 2 5.6 30 1.006C .19963 .03079 .002 .03066 -1.65

11110° 2.660 326.857 1 .0095 . 1 6 8 C

1

.03058 .002 .03057 - 1.71 111101 2.659 326.066 1.0131 .13933 .03053 .002 .03066 -1.62

111100 3.656 325.993 1.6936 .23368 .03221 .002 .03200 -.85

111099 3.66* 328.161 1.6899 .19980 .02216 .002 .03210 -.60 n loss 3.665 326.577 1.6965 .16812 .03202 .002 .03207 -.72

111017 3.665 323.769 1 .5006 .13930 .03203 .00? .03220 -. 36 n lose 6.636 326.169 1 .9931 .27036 .03298 .002 .03376 .21 111095 6 . 6

2 6 375.310 2.0C31 .23368 .03381 .001 .03373 .06 111094 6.636 326.727 2.0101 .19937 .03370 . 002 .03371 -.07

111093 6.636 326.006 2.0188 .16792 .03366 .002 .03359 -.51

n ios? 5.202 325.923 2. 663 C • 2 ?06 6 .03552 .002 .03535 .82 n iooi 5.202 325.259 2.6539 .23371 .03566 .002 .03537 . 7 e 111090 5.20? 326.666 7. 6676 .19968 .03513 . 002 .03518 .13 111069 5.2C2 323.871 2.6781 .16791 .02519 .002 .03536 .66 111080 5 . 900 326.316 ,7.8791 .31009 .03720 .002 .03699 1.25 111067 5.900 325.600 2.8968 .27066 .03732 .002 .03721 1.69 111086 5.901 326. SCO 2.9127 .23376 .03696 .002 .03696 . 86

11 1085 6.901 326.275 2.9266 .19960 .036e2 .001 .03669 .57

11 logs 6.579 325.579 3.3676 .31009 .03909 .001 .03899 1.72 111083 6. 579 325.282 3. 3761 . 27067 .03919 .002 .03913 1.99 11108? 6.579 326.671 3.3996 .23375 .03917 .002 .03921 1.96 111081 6.579 326. C36 3.6126 .19961 .03 866 .002 .03973 .62

111 08C 7.169 325.968 3.7966 .35105 .06108 .001 .06095 2.26 111079 7. 165 325.278 3. 8195 .30972 .06072 .002 .06067 1.32 111078 7.165 326.867 3.8366 .27028 .06062 .002 .06081 1.52 111077 7.166 326.107 3.8629 .23367 .06053 .002 .06060 .72

11 1078 7. 7 59 325.661 6.2827 .35213 .06322 .006 .06316 2.36 111076 7.750 326.962 6.3137 .30996 .06305 .002 .06303 1.79

11 1078 7.760 326.568 6.3331 .27061 .06330 .003 .06332 2.26 111073 7.760 326.106 6.3536 .23350 .06315 .002 .06321 1.78

11 1072 9.310 325.933 6.7359 .39762 .06532 .002 .06523 2.28

111071 8.310 325.726 6.7676 . 3

s 26 3 .06686 .002 .06690 1.01 111070 8, 2 )3 376.867 6.7959 .31009 .06697 .002 .06697 1.08 111069 8.31 2 326.327 6.8236 .27076 .06526 .002 .06527 1.66 111068 P.936 325.712 5.2101 .39806 .06776 .002 .06771 2.60 111067 8.835 326.736 5.2391 .35320 .06756 .002 .06756 1.95

1 11066 9.836 326.836 5.2665 .31092 .06766 .00? .06765 1.96 111965 8.836 326.589 5.2799 .27102 .06718 .003 .06719 .81 111068 9.330 325.289 5.6666 .66361 .06931 .002 .06929 . 99 111063 9.330 326.707 5.7266 .39606 .06930 .002 .06930 • 60 111062 9.330 326.167 5.7663 .35122 .06892 .00? .06886 -.73

111061 9.332 373.683 5.8021 .30999 .06938 .00? .06962 .06

1 1 1060 9. 889 325.670 6.1661 .69612 .05169 .002 .05167 .93 111059 9 . F. 6 B 375.121 6.2070 .66609 .05109 .003 .05108 -.62

11 1058 9.887 326.396 6.2665 .39605 . 0 5 1

* 1 .002 .05152 -.33 11105? 9.988 323.863 6.30e8 .35109 .05165 .001 .05167 -. 86 111056 10.6'S 325.687 6.6967 .69650 .05389 .00? .05388 .16 111055 10.666 326.866 6.7507 .66616 .05398 .002 .05393 -.19

111056 1C. 666 326.668 6.7860 .39677 .05610 .002 .05610 -.29

111053 10.666 323.729 6.8699 .35167 .05603 .001 .05603 -.99

111052 10.899 325.006 7.1196 .69625 .05580 .002 .05580 -.11

11 1051 10.900 326.657 7.1516 .66390 .05577 .002 .05577 -.66

111050 10.899 326.267 7.1876 .39665 .05577 .002 .06577 -.75 n loss 10.900 323.526 7.2567 .35098 .05532 .00? .05531 -2.18

111088 11 .5C3 325.593 7. 5722 . 56776 .05929 .006 .05830 .53 111087 11.506 326.922 7.6356 .69382 .05768 .002 .05768 -1.03

111046 11.506 326.337 7.

6

Q 1

6

.66366 • O' 72* .002 .05726 -2.27

111045 11.506 323.609 7.7736 .35138 .05771 .002 .05769 -2.10

11 1088 12.168 325.330 8.1167 . 56758 .06015 .002 .06016 -.66

111083 12.169 326.910 8.158C .69663 .05988 .001 .05988 -1.22

111082 12.169 326.299 e.2177 .66391 .05980 .002 .05979 -1.8C

1 1 1C 81 12.170 323.530 9.2965 .35151 .05986 .002 .05982 -2.30

111080 12.836 325.701 9.5609 .60233 .06165 .003 .06166 -1.61 111039 12.837 325 .1*0 8.6152 .56700 .06216 .002 .06216 -.62 111038 12.897 326.167 8.7098 .66380 .06203 .001 .06203 -1.67

n io^7 12.838 323.158 8.8099 .35100 .06172 .001 .06171 -2.65

11103'- 13.603 325.660 9.0829 .60232 .06369 .002 .06369 - 1.17

111095 13.605 326.939 s.1315 .56652 .06612 . 00 ? .06612 -.79

111038 13.606 326.052 9.2155 . 66370 .06399 .001 .06399 -1. 51 11103? 13.603 323.265 0.2906 .35106 .06610 .002 .06611 -1.79

n 103? 16.536 325 .616 0.6173 .'-0262 .066*6 .002 .06655 .02

36
1 11031 14.534 324.906 9.6641 .54677 .06665 .002 .06665 -.11

unio H.534 324 . C17 9.7454 .44390 .06616 .002 .06617 - 1.31 11102 ? 14.536 323.132 9.6276 .35120 .06623 .001 .06626 - 1.66

111029 15.573 325.753 10.1042 .66069 .06909 .002 .06906 . 85 111027 15.576 324 .759 1C. 1900 .54674 .06775 .002 .06775 - 1.57 111026 15.573 323.861 10.2636 .44372 .06916 .002 .06920 . 08 11102 ? 15.573 323.159 10. 3299 .35143 . 06868 .001 .06874 -.94

11

1

c ?<* 16.344 325.633 1C. 6470 .66062 . 07 1C 2 .001 .07097 .32 1110J3 16.345 324.769 10.7216 . 5 4 6 0 1 .07122 .001 .07122 .21 111021 16.346 323.416 10.8318 .35161 . 0714 ] .002 .07149 -.10

111020 IB. 333 325.628 11.1698 .66145 .07358 .002 .07350 .47 moi? 13. ’38 324.906 11 .

2

3 b 9 .54700 .07419 .001 .07418 .93

ll 1 013 13.337 324.156 11.2946 .44405 .07410 .002 .07415 . 51 111017 13.337 323.345 11.3557 .35193 .07380 .002 .07392 -.22

111016 20.107 325.552 11.7187 .66146 .07686 .001 .07678 .99 111015 20.109 324.699 11.7643 .54754 .07682 .002 .07691 .69 111014 20.1 10 324.020 11.8254 .44464 .07693 .002 .07701 .50 111013 20.111 323.109 11.8890 .35153 .07706 .002 .07724 . 31 11101 ? 22.149 326 . 68 ? 12. 1442 . 789*6 .08054 .001 .08029 2.19

moil 22.149 326.192 12.1582 .66564 .08078 .001 .09061 2.23 111010 22 . 1*1 324.746 12. 2306 .54758 .08015 . 001 .08016 .94

11 1009 ?2 . 1 53 323.659 12.3503 .44337 .07999 .001 .08013 .33 1110CP 24.473 326.365 12.6691 .78669 .08337 .001 .08316 1.33 111007 24.473 325.427 12. 7241 .66207 .08335 .001 .08326 . 98 111006 24.472 324 .463 12.7806 .54764 .08333 .001 .08338 .62

11 IOC * 24.473 323.609 12.8310 .44422 .08389 .001 .09405 .98

11 1004 26.953 326.052 13.1315 .78653 .08639 .002 .08620 .76

11 1003 26.964 326.002 13. 1890 .66124 .08645 .002 .08642 . 47 111002 26 . 9*4 324.240 13.2306 .54732 .08563 .004 .08571 -.74

111001 26.951 323.549 13.2679 .44381 .06663 . 0C1 .08692 .19

37
5. References

[1] Roder, H. M., Friend, D. G. The thermal conductivity of inethane-ethane mixtures for

temperatures between 140 and 330 K and pressures to 70 MPa. Paper to be presented at the 9th

Symposium on Thermophysi cal Properties; 1985 June 24-27, Boulder, Colorado.

[2] Friend, D. G.; Roder, H. M. The thermal conductivity surface for mixtures of methane and

ethane. Paper to be presented at the 9th Symposium on Thermophysical Properties, 1985 June

24-27; Boulder, Colorado.

[3] Roder, H. M. A transient hot wire thermal conductivity apparatus for fluids. J. Res. Nat. Bur. Stand. (U.S.). 86(5): 457-493, 1981 September-October.

[4] de Castro, C. A. N. , Roder, H. M. Absolute determination of the thermal conductivity of argon

at room temperature and pressures up to 68 MPa. J. Res. Nat. Bur. Stand. (U.S.). 86(3):

293-307; 1981 May-June.

[5] de Castro, C. A. N. , Roder, H. M. The thermal conductivity of argon at 300.65 K. Evidence for

a critical enhancement? Senyers, J. V., ed. Proceedirtys of the 8th Symposium on Thermophysical

Properties, 1981 June 15-18, Gai tnersbury , Maryland. ASHE, New York; 1982. 241-246.

[6] Roder, H. M. The thermal conductivity of oxygen. J. Res. Nat. Bur. Stand. (U.S.). 87(4):

279-310, 1932 July-August.

[7] Roder, H. M. Thermal conductivity of normal hydrogen. Must, J. G. , ed. Thermal Conductivity

17; 1981 June 15-18; Gaithersburg, Maryland. Plenum, New York, 1983. 257-264.

[8] Roder, H. M. Thermal conductivity of parahydrogen. J. Chem. Engr. Data. 29(4): 382-386; 1984

October.

[9] Roder, H. M. The thermal conductivity of hydrogen for temperatures between 78 and 310 K with

pressures to 70 MPa. Internat. J. Thermophys. 5(4): 323-350; 1984 December.

[10] Roder, H. M. Experimental thermal conductivity values for hydrogen, methane, ethane and

propane. Nat. Bur. Stand. (U.S.) NBSIR 84-3006; 1984 May. 64 p. [11] Roder, H. M. The thermal conductivity of inethane for temperatures between 110 and 310 K with

pressures to 70 MPA. Internat. J. Thermophys. 6(2): 119-142, 1985 June.

[12] Roder, H. M. ; Nieto de Castro, C. A. The thermal conductivity of ethane for temperatures

between 110 and 325 K with pressures to 70 MPa. Submitted to 9th European Conf. on Thermophysical Properties. Proceedings to be published in High Temperatures - High Pressures.

[13] Roder, H. M.; de Castro, C. A. N. Thermal conductivity of liquid propane. J. Chem. Engr. Data

27(1): 12-15; 1982 January.

[14] Haynes, W. M. , McCarty, R. D. , Eaton, B. E., Holste, J. C. Isochoric (p,Vm,x,T) measurements

on (methane + ethane) from 100 to 320 K at pressures to 35 MPa. J. Chem. Thermodynamics 17; 209-232; 1985.

38
NBS-114A irev. 2-80

U.S. DEPT. OF COMM.

BIBLIOGRAPHIC DATA

1. PUBLICATION OR

REPORT NO.

2. Performing Organ. Report No. 3. Publication Date

SHEET (See instructions) NBSIR 85-3024 March 1985

4. TITLE AND SUBTITLE

Experimental Thermal Conductivity Values for Mixtures of Methane and Ethane

5. AUTHOR(S)

H. M. Roder and D. G. Friend

6. PERFORMING ORGANIZATION (If joint or other than NBS. see in struction s) 7. Contract/Grant N o. national bureau of standards _

DEPARTMENT OF COMMERCE 8 WASHINGTON, D.C. 20234

9. SPONSORING ORGANIZATION NAME AND COMPLETE ADDRESS (Street. City. State. ZIP

)

. Type of Report & Period Covered

10. SUPPLEMENTARY NOTES

Document describes a computer program; SF-185, FIPS Software Summary, is attached.

11. ABSTRACT (A 200-word or less factual summary of most significant information. If document includes a significant

bibliography or literature survey, mention it here)

The experimental measurements of thermal conductivity as obtained in a transient hot

wire apparatus for mixtures of methane and ethane are recorded. The measurements

were made at temperatures between 140 and 330 K with pressures between 0.1 and 70

MPa. The density range is 0 to 24 mol/L, the mole fractions of methane are 0.69,

0.50, and 0.35, and the total number of points recorded is 2476.

12. KEY WORDS (Six to twelve entries; alphabetical order; capitalize only proper names; and separate key word'. ethane; hot wire; measurements; methane; mixtures; thermal conductivity; tr.ur,

13. AVAILABILITY

f~Xl Unlimited

I I For Official Distribution. Do Not Release to NTIS

I I Order From Superintendent of Documents, U.S. Government Printing Office, Wash m gr-jn , r 20402. C3 Order From National Technical Information Service (NTIS), Springfield, VA. 2216'

14. NO. Ol PRINT

"H 15. Price

U.S. GOVERNMENT PRINTING OFFICE: 1985—578-699/25187 REGION NO. 8