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. 1972 Jan-Feb;76A(1):37–40. doi: 10.6028/jres.076A.004

Table 2.

Dielectric constant measurements and Clausius-Mossotti function of compressed fluid oxygen

ρ CM ϵ T P ρ CM ϵ T P
g/cm3 cm3/g K MN/m2 g/cm3 cm3/g K MN/ma
0.11189 0.12359 1.04207 300.0 8.357 .50289 .12343 1.19854 240.0 26.930
.09715 .12359 1.03646 300.0 7.285 .46111 .12346 1.18109 240.0 24.060
.08547 .12361 1.03203 300.0 6.432 .64417 .12333 1.25891 220.0 32.381
.07743 .12361 1.02899 300.0 5.842 .59875 .12334 1.23922 220.0 28.225
.06884 .12361 1.02575 300.0 5.210 .54679 .12343 1.21712 220.0 24.416
.05944 .12362 1.02221 300.0 4.514 .50155 .12347 1.19804 220.0 21.688
.05748 .12362 1.02147 300.0 4.368 .45605 .12350 1.17904 220.0 19.348
.05057 .12363 1.01887 300.0 3.853 .41352 .12353 1.16149 220.0 17.426
.42831 .12344 1.16747 280.0 29.929 .35296 .12359 1.13683 220.0 14.975
.32336 .12352 1.12481 280.0 21.660 .30203 .12360 1.11634 220.0 13.055
.19101 .12359 1.07253 220.0 8.893
.25453 .12355 1.09740 280.0 16.934
.19988 .12357 1.07598 280.0 13.367 .16248 .12361 1.06149 220.0 7.760
.47979 .12342 1.18883 260.0 30.045 .14137 .12363 1.05337 220.0 6.889
.44900 .12343 1.17602 260.0 27.557 .12719 .12364 1.04793 220.0 6.287
.39978 .12351 1.15583 260.0 23.972 .10949 .12365 1.04117 220.0 5.512
.35279 .12354 1.13672 260.0 20.885 .73510 .12309 1.29846 200.0 32.977
.31750 .12355 1.12249 260.0 18.720 .69060 .12325 1.27910 200.0 28.096
.25405 .12360 1.09725 260.0 15.041 .58556 .12342 1.23370 200.0 20.355
.20062 .12363 1.07630 260.0 12.042 .52454 .12348 1.20777 200.0 17.436
.13218 .12362 1.04984 260.0 8.173 .47881 .12351 1.18856 200.0 15.704
.12154 .12363 1.04577 260.0 7.558 .42090 .12356 1.16458 200.0 13.864
.10563 .12366 1.03970 260.0 6.628 .37127 .12359 1.14428 200.0 12.473
.07741 .12364 1.02899 260.0 4.943 .31196 .12360 1.12031 200.0 10.906
.05646 .12364 1.02109 260.0 3.656 .26489 .12363 1.10157 200.0 9.662
.54269 .12341 1.21535 240.0 30.066 .23176 .12355 1.08843 200.0 8.753
0.21411 0.12362 1.08156 200.0 8.249 .09240 .12363 1.03467 160.0 3.030
.17476 .12365 1.06626 200.0 7.063 .05678 .12362 1.02121 160.0 2.044
.14312 .12363 1.05404 200.0 6.028 1.00036 .12260 1.41937 140.0 32.781
.15121 .12364 1.05715 200.0 6.301 0.96157 .12274 1.40146 140.0 22.396
.11825 .12366 1.04452 200.0 5.153 .95619 .12276 1.39899 140.0 21.171
.09658 .12369 1.03627 200.0 4.340 .94614 .12280 1.39438 140.0 19.011
.07901 .12370 1.02961 200.0 3.643 .93411 .12284 1.38887 140.0 16.638
.06087 .12371 1.02276 200.0 2.882 .92091 .12289 1.38282 140.0 14.281
.82534 .12298 1.33888 180.0 33.059 .90835 .12292 1.37707 140.0 12.264
.90737 .12281 1.37623 160.0 31.425 .89131 .12297 1.36928 140.0 9.852
.85543 .12300 1.35278 160.0 22.265 .87299 .12302 1.36094 140.0 7.643
.83368 .12306 1.34296 160.0 19.323 .83125 .12307 1.34187 140.0 3.910
.80273 .12313 1.32903 160.0 15.907 1.06595 .12249 1.45052 120.0 26.000
.75569 .12321 1.30800 160.0 12.142 1.03038 .12265 1.43397 120.0 14.194
.70663 .12328 1.28629 160.0 9.608 1.02298 .12267 1.43050 120.0 12.099
.65984 .12336 1.26584 160.0 8.119 1.01174 .12271 1.42523 120.0 9.136
.61350 .12344 1.24582 160.0 7.237 1.00032 .12274 1.41989 120.0 6.393
.55699 .12350 1.22162 160.0 6.644 0.98732 .12277 1.41380 120.0 3.579
.51907 .12351 1.20551 160.0 6.418 1.11997 .12242 1.47670 100.0 11.648
.40624 .12358 1.15857 160.0 6.048 1.10948 .12246 1.47171 100.0 7.287
.33530 .12357 1.12968 160.0 5.835 1.10182 .12249 1.46807 100.0 4.302
.29645 .12364 1.11415 160.0 5.670 1.09418 .12252 1.46443 100.0 1.490
.25265 .12364 1.09673 160.0 5.405
.19693 .12366 1.07488 160.0 4.884
.15111 .12368 1.05714 160.0 4.239

The densities were calculated from reference [10], using pressure and temperature as entries.