2 0 2009 cau tru 0 journal Original Caudwell, D. R.[Derek R.] Trusler, J. P. M.[J. P. Martin] Vesovic, V.[Velisa] Wakeham, W. A.[William A.] J. Chem. Eng. Data 2009 2009-02-25 Viscosity and Density of Five Hydrocarbon Liquids at Pressures up to 200 MPa and Temperatures up to 473 K We report the results of simultaneous measurements of the viscosity and density of five pure hydrocarbon liquids (octane, decane, 1,3-dimethylbenzene, 1,2,3,4-tetrahydronaphthalene, and 1-methylnaphthalene) at temperatures between (298.15 and 473.15) K and at pressures ranging from 0.1 MPa to approximately 200 MPa. The measurements were made with a vibrating-wire instrument, and the estimated expanded relative uncertainties are ( 2 % for viscosity and ( 0.2 % for density with a coverage factor of 2. The densities were correlated by means of a modified Tait equation, while the viscosities were correlated both with the theory of Dymond and Assael and in terms of an empirical function of temperature and pressure. We also present correlations of the viscosity of dodecane and octadecane based on results that we published previously [Caudwell et al. Int. J. Thermophys. 2004, 25, 1340-1352]. Extensive comparisons with literature data are presented. 10.1021/je800417q 54 359-366 1 octane C8H18 1 Commercial source 1 99.5 3 Stated by supplier 2 None used 2 decane C10H22 1 Commercial source 1 99 2 Stated by supplier 2 None used 3 1,3-dimethylbenzene C8H10 1 Commercial source 1 99 2 Stated by supplier 2 None used 4 tetralin C10H12 1 Commercial source 1 99 2 Stated by supplier 2 None used 5 1-methylnaphthalene C11H10 1 Commercial source 1 98 2 Stated by supplier 2 None used 1 1 Principal objective of the work WZ TRC 2/17/2009 1 Mass density, kg/m3 vibrating wire Liquid Direct value, X 1 Author 95 Author Standard deviation of the mean Liquid 1 Temperature, K 1 Author 2 Pressure, kPa 1 Author 1 298.15 5 2 20900 5 1 715.2 4 1 1.4304 .7152 1 1 298.15 5 2 40600 5 1 728.3 4 1 1.4566 .7283 1 1 298.15 5 2 60900 5 1 740 4 1 1.48 .74 1 1 298.15 5 2 80100 5 1 749.8 4 1 1.4996 .7498 1 1 298.15 5 2 100300 6 1 759.1 4 1 1.5182 .7591 1 1 298.15 5 2 120100 6 1 767.3 4 1 1.5346 .7673 1 1 298.15 5 2 139900 6 1 774.9 4 1 1.5498 .7749 1 1 298.15 5 2 159500 6 1 782 4 1 1.564 .782 1 1 298.15 5 2 179600 6 1 788.7 4 1 1.5774 .7887 1 1 298.15 5 2 197200 6 1 794.2 4 1 1.5884 .7942 1 1 298.15 5 2 139700 6 1 774.8 4 1 1.5496 .7748 1 1 298.15 5 2 80000 5 1 749.6 4 1 1.4992 .7496 1 1 298.15 5 2 100 3 1 698.6 4 1 1.3972 .6986 1 1 323.15 5 2 100 3 1 678.2 4 1 1.3564 .6782 1 1 323.15 5 2 20100 5 1 697 4 1 1.394 .697 1 1 323.15 5 2 40000 5 1 712 4 1 1.424 .712 1 1 323.15 5 2 60600 5 1 725 4 1 1.45 .725 1 1 323.15 5 2 80100 5 1 735.8 4 1 1.4716 .7358 1 1 323.15 5 2 101000 6 1 746.1 4 1 1.4922 .7461 1 1 323.15 5 2 120300 6 1 754.7 4 1 1.5094 .7547 1 1 323.15 5 2 141500 6 1 763.4 4 1 1.5268 .7634 1 1 323.15 5 2 160300 6 1 770.5 4 1 1.541 .7705 1 1 323.15 5 2 180700 6 1 777.7 4 1 1.5554 .7777 1 1 323.15 5 2 201800 6 1 784.8 4 1 1.5696 .7848 1 1 323.15 5 2 141600 6 1 763.2 4 1 1.5264 .7632 1 1 323.15 5 2 80100 5 1 735.6 4 1 1.4712 .7356 1 1 323.15 5 2 100 3 1 678.2 4 1 1.3564 .6782 1 1 348.15 5 2 100 3 1 657.2 4 1 1.3144 .6572 1 1 348.15 5 2 20400 5 1 679.6 4 1 1.3592 .6796 1 1 348.15 5 2 40800 5 1 696.7 4 1 1.3934 .6967 1 1 348.15 5 2 60700 5 1 710.6 4 1 1.4212 .7106 1 1 348.15 5 2 80100 5 1 722.4 4 1 1.4448 .7224 1 1 348.15 5 2 101000 6 1 733.4 4 1 1.4668 .7334 1 1 348.15 5 2 120400 6 1 742.7 4 1 1.4854 .7427 1 1 348.15 5 2 140300 6 1 751.3 4 1 1.5026 .7513 1 1 348.15 5 2 160700 6 1 759.5 4 1 1.519 .7595 1 1 348.15 5 2 180800 6 1 767 4 1 1.534 .767 1 1 348.15 5 2 201900 6 1 774.3 4 1 1.5486 .7743 1 1 348.15 5 2 140200 6 1 751.2 4 1 1.5024 .7512 1 1 348.15 5 2 80100 5 1 722.4 4 1 1.4448 .7224 1 1 348.15 5 2 100 3 1 657.2 4 1 1.3144 .6572 1 1 373.15 5 2 100 3 1 635.3 4 1 1.2706 .6353 1 1 373.15 5 2 20600 5 1 662 4 1 1.324 .662 1 1 373.15 5 2 39900 5 1 680.4 4 1 1.3608 .6804 1 1 373.15 5 2 60000 5 1 696 4 1 1.392 .696 1 1 373.15 5 2 80200 5 1 709.3 4 1 1.4186 .7093 1 1 373.15 5 2 101100 6 1 721.3 4 1 1.4426 .7213 1 1 373.15 5 2 120000 6 1 730.9 4 1 1.4618 .7309 1 1 373.15 5 2 140900 6 1 740.6 4 1 1.4812 .7406 1 1 373.15 5 2 160300 6 1 748.8 4 1 1.4976 .7488 1 1 373.15 5 2 180500 6 1 756.7 4 1 1.5134 .7567 1 1 373.15 5 2 200900 6 1 764.2 4 1 1.5284 .7642 1 1 398.15 5 2 21600 5 1 644.4 4 1 1.2888 .6444 1 1 398.15 5 2 42000 5 1 665.9 4 1 1.3318 .6659 1 1 398.15 5 2 80900 5 1 695.8 4 1 1.3916 .6958 1 1 398.15 5 2 120900 6 1 719 4 1 1.438 .719 1 1 398.15 5 2 160200 6 1 737.2 4 1 1.4744 .7372 1 1 398.15 5 2 192300 6 1 750 4 1 1.5 .75 1 1 398.15 5 2 159500 6 1 736.9 4 1 1.4738 .7369 1 1 398.15 5 2 79400 5 1 694.8 4 1 1.3896 .6948 1 1 398.15 5 2 21600 5 1 644.6 4 1 1.2892 .6446 1 1 423.15 5 2 21400 5 1 626.8 4 1 1.2536 .6268 1 1 423.15 5 2 41100 5 1 650.3 4 1 1.3006 .6503 1 1 423.15 5 2 80700 5 1 683.5 4 1 1.367 .6835 1 1 423.15 5 2 121500 6 1 708.6 4 1 1.4172 .7086 1 1 423.15 5 2 161300 6 1 728.2 4 1 1.4564 .7282 1 1 423.15 5 2 192500 6 1 741.1 4 1 1.4822 .7411 1 1 423.15 5 2 159700 6 1 727.5 4 1 1.455 .7275 1 1 423.15 5 2 80400 5 1 683.3 4 1 1.3666 .6833 1 1 423.15 5 2 21400 5 1 626.9 4 1 1.2538 .6269 1 1 448.15 5 2 21000 5 1 607.9 4 1 1.2158 .6079 1 1 448.15 5 2 41200 5 1 635.1 4 1 1.2702 .6351 1 1 448.15 5 2 81400 5 1 671.5 4 1 1.343 .6715 1 1 448.15 5 2 121500 6 1 697.4 4 1 1.3948 .6974 1 1 448.15 5 2 160300 6 1 717.5 4 1 1.435 .7175 1 1 448.15 5 2 193000 6 1 732 4 1 1.464 .732 1 1 448.15 5 2 159400 6 1 717.1 4 1 1.4342 .7171 1 1 448.15 5 2 80500 5 1 671 4 1 1.342 .671 1 1 448.15 5 2 21000 5 1 608 4 1 1.216 .608 1 1 473.15 5 2 19300 5 1 586.4 4 1 1.1728 .5864 1 1 473.15 5 2 41100 5 1 620 4 1 1.24 .62 1 1 473.15 5 2 81500 5 1 659.6 4 1 1.3192 .6596 1 1 473.15 5 2 121100 6 1 686.7 4 1 1.3734 .6867 1 1 473.15 5 2 161300 6 1 708.3 4 1 1.4166 .7083 1 1 473.15 5 2 193400 6 1 723 4 1 1.446 .723 1 1 473.15 5 2 160700 6 1 708 4 1 1.416 .708 1 1 473.15 5 2 81100 5 1 659.3 4 1 1.3186 .6593 1 1 473.15 5 2 20000 5 1 587.7 4 1 1.1754 .5877 1 1 1 Principal objective of the work WZ TRC 2/17/2009 1 Viscosity, Pa*s Vibrating wire viscometry Liquid Direct value, X 1 Author 95 Author Standard deviation of the mean Liquid 1 Temperature, K 1 Author 2 Pressure, kPa 1 Author 1 298.15 5 2 20900 5 1 .000631 3 1 .00001262 .00000631 1 1 298.15 5 2 40600 5 1 .000753 3 1 .00001506 .00000753 1 1 298.15 5 2 60900 5 1 .000889 3 1 .00001778 .00000889 1 1 298.15 5 2 80100 5 1 .00103 4 1 .0000206 .0000103 1 1 298.15 5 2 100300 6 1 .00119 4 1 .0000238 .0000119 1 1 298.15 5 2 120100 6 1 .00136 4 1 .0000272 .0000136 1 1 298.15 5 2 139900 6 1 .00155 4 1 .000031 .0000155 1 1 298.15 5 2 159500 6 1 .00175 4 1 .000035 .0000175 1 1 298.15 5 2 179600 6 1 .00198 4 1 .0000396 .0000198 1 1 298.15 5 2 197200 6 1 .00221 4 1 .0000442 .0000221 1 1 298.15 5 2 139700 6 1 .001555 4 1 .0000311 .00001555 1 1 298.15 5 2 80000 5 1 .00104 4 1 .0000208 .0000104 1 1 298.15 5 2 100 3 1 .00051 3 1 .0000102 .0000051 1 1 323.15 5 2 100 3 1 .000387 3 1 .00000774 .00000387 1 1 323.15 5 2 20100 5 1 .000477 3 1 .00000954 .00000477 1 1 323.15 5 2 40000 5 1 .00057 3 1 .0000114 .0000057 1 1 323.15 5 2 60600 5 1 .000672 3 1 .00001344 .00000672 1 1 323.15 5 2 80100 5 1 .000778 3 1 .00001556 .00000778 1 1 323.15 5 2 101000 6 1 .000897 3 1 .00001794 .00000897 1 1 323.15 5 2 120300 6 1 .00101 4 1 .0000202 .0000101 1 1 323.15 5 2 141500 6 1 .00115 4 1 .000023 .0000115 1 1 323.15 5 2 160300 6 1 .00128 4 1 .0000256 .0000128 1 1 323.15 5 2 180700 6 1 .00144 4 1 .0000288 .0000144 1 1 323.15 5 2 201800 6 1 .00161 4 1 .0000322 .0000161 1 1 323.15 5 2 141600 6 1 .00115 4 1 .000023 .0000115 1 1 323.15 5 2 80100 5 1 .000781 3 1 .00001562 .00000781 1 1 323.15 5 2 100 3 1 .000387 3 1 .00000774 .00000387 1 1 348.15 5 2 100 3 1 .000304 3 1 .00000608 .00000304 1 1 348.15 5 2 20400 5 1 .000381 3 1 .00000762 .00000381 1 1 348.15 5 2 40800 5 1 .000457 3 1 .00000914 .00000457 1 1 348.15 5 2 60700 5 1 .000534 3 1 .00001068 .00000534 1 1 348.15 5 2 80100 5 1 .000614 3 1 .00001228 .00000614 1 1 348.15 5 2 101000 6 1 .000706 3 1 .00001412 .00000706 1 1 348.15 5 2 120400 6 1 .000794 3 1 .00001588 .00000794 1 1 348.15 5 2 140300 6 1 .000892 3 1 .00001784 .00000892 1 1 348.15 5 2 160700 6 1 .000997 3 1 .00001994 .00000997 1 1 348.15 5 2 180800 6 1 .00111 4 1 .0000222 .0000111 1 1 348.15 5 2 201900 6 1 .00123 4 1 .0000246 .0000123 1 1 348.15 5 2 140200 6 1 .000893 3 1 .00001786 .00000893 1 1 348.15 5 2 80100 5 1 .000614 3 1 .00001228 .00000614 1 1 348.15 5 2 100 3 1 .000304 3 1 .00000608 .00000304 1 1 373.15 5 2 100 3 1 .000245 3 1 .0000049 .00000245 1 1 373.15 5 2 20600 5 1 .000312 3 1 .00000624 .00000312 1 1 373.15 5 2 39900 5 1 .000373 3 1 .00000746 .00000373 1 1 373.15 5 2 60000 5 1 .000437 3 1 .00000874 .00000437 1 1 373.15 5 2 80200 5 1 .000503 3 1 .00001006 .00000503 1 1 373.15 5 2 101100 6 1 .000576 3 1 .00001152 .00000576 1 1 373.15 5 2 120000 6 1 .000645 3 1 .0000129 .00000645 1 1 373.15 5 2 140900 6 1 .000726 3 1 .00001452 .00000726 1 1 373.15 5 2 160300 6 1 .000804 3 1 .00001608 .00000804 1 1 373.15 5 2 180500 6 1 .00089 3 1 .0000178 .0000089 1 1 373.15 5 2 200900 6 1 .000981 3 1 .00001962 .00000981 1 1 398.15 5 2 21600 5 1 .000263 3 1 .00000526 .00000263 1 1 398.15 5 2 42000 5 1 .00032 3 1 .0000064 .0000032 1 1 398.15 5 2 80900 5 1 .00043 3 1 .0000086 .0000043 1 1 398.15 5 2 120900 6 1 .00055 3 1 .000011 .0000055 1 1 398.15 5 2 160200 6 1 .000676 3 1 .00001352 .00000676 1 1 398.15 5 2 192300 6 1 .000786 3 1 .00001572 .00000786 1 1 398.15 5 2 159500 6 1 .000674 3 1 .00001348 .00000674 1 1 398.15 5 2 79400 5 1 .000426 3 1 .00000852 .00000426 1 1 398.15 5 2 21600 5 1 .000265 3 1 .0000053 .00000265 1 1 423.15 5 2 21400 5 1 .000226 3 1 .00000452 .00000226 1 1 423.15 5 2 41100 5 1 .000276 3 1 .00000552 .00000276 1 1 423.15 5 2 80700 5 1 .000372 3 1 .00000744 .00000372 1 1 423.15 5 2 121500 6 1 .000476 3 1 .00000952 .00000476 1 1 423.15 5 2 161300 6 1 .000587 3 1 .00001174 .00000587 1 1 423.15 5 2 192500 6 1 .000676 3 1 .00001352 .00000676 1 1 423.15 5 2 159700 6 1 .000581 3 1 .00001162 .00000581 1 1 423.15 5 2 80400 5 1 .000372 3 1 .00000744 .00000372 1 1 423.15 5 2 21400 5 1 .000226 3 1 .00000452 .00000226 1 1 448.15 5 2 21000 5 1 .000192 3 1 .00000384 .00000192 1 1 448.15 5 2 41200 5 1 .000239 3 1 .00000478 .00000239 1 1 448.15 5 2 81400 5 1 .000326 3 1 .00000652 .00000326 1 1 448.15 5 2 121500 6 1 .000414 3 1 .00000828 .00000414 1 1 448.15 5 2 160300 6 1 .000504 3 1 .00001008 .00000504 1 1 448.15 5 2 193000 6 1 .000585 3 1 .0000117 .00000585 1 1 448.15 5 2 159400 6 1 .000504 3 1 .00001008 .00000504 1 1 448.15 5 2 80500 5 1 .000324 3 1 .00000648 .00000324 1 1 448.15 5 2 21000 5 1 .000192 3 1 .00000384 .00000192 1 1 473.15 5 2 19300 5 1 .000163 3 1 .00000326 .00000163 1 1 473.15 5 2 41100 5 1 .00021 3 1 .0000042 .0000021 1 1 473.15 5 2 81500 5 1 .000289 3 1 .00000578 .00000289 1 1 473.15 5 2 121100 6 1 .000367 3 1 .00000734 .00000367 1 1 473.15 5 2 161300 6 1 .000449 3 1 .00000898 .00000449 1 1 473.15 5 2 193400 6 1 .000516 3 1 .00001032 .00000516 1 1 473.15 5 2 160700 6 1 .000448 3 1 .00000896 .00000448 1 1 473.15 5 2 81100 5 1 .000289 3 1 .00000578 .00000289 1 1 473.15 5 2 20000 5 1 .000164 3 1 .00000328 .00000164 1 2 1 Principal objective of the work WZ TRC 2/17/2009 1 Mass density, kg/m3 steady state vibrating wire instrument Liquid Direct value, X 1 Author 95 Author Standard deviation of the mean Liquid 1 Temperature, K 1 Author 2 Pressure, kPa 1 Author 1 298.15 5 2 100 3 1 726.6 4 1 1.4532 .7266 1 1 298.15 5 2 50100 5 1 758.5 4 1 1.517 .7585 1 1 298.15 5 2 102800 6 1 782.8 4 1 1.5656 .7828 1 1 298.15 5 2 150500 6 1 800.6 4 1 1.6012 .8006 1 1 298.15 5 2 190900 6 1 813.3 4 1 1.6266 .8133 1 1 298.15 5 2 150400 6 1 801 4 1 1.602 .801 1 1 298.15 5 2 50300 5 1 759.2 4 1 1.5184 .7592 1 1 298.15 5 2 100 3 1 726.8 4 1 1.4536 .7268 1 1 323.15 5 2 100 3 1 707.4 4 1 1.4148 .7074 1 1 323.15 5 2 52000 5 1 744.6 4 1 1.4892 .7446 1 1 323.15 5 2 100700 6 1 769.2 4 1 1.5384 .7692 1 1 323.15 5 2 150800 6 1 789.1 4 1 1.5782 .7891 1 1 323.15 5 2 191700 6 1 803 4 1 1.606 .803 1 1 323.15 5 2 150900 6 1 789.5 4 1 1.579 .7895 1 1 323.15 5 2 52400 5 1 745.7 4 1 1.4914 .7457 1 1 323.15 5 2 100 3 1 707.4 4 1 1.4148 .7074 1 1 348.15 5 2 100 3 1 687.7 4 1 1.3754 .6877 1 1 348.15 5 2 51000 5 1 729.2 4 1 1.4584 .7292 1 1 348.15 5 2 101500 6 1 757 4 1 1.514 .757 1 1 348.15 5 2 150900 6 1 777.9 4 1 1.5558 .7779 1 1 348.15 5 2 190800 6 1 792.2 4 1 1.5844 .7922 1 1 348.15 5 2 149700 6 1 777.8 4 1 1.5556 .7778 1 1 348.15 5 2 51100 5 1 730.1 4 1 1.4602 .7301 1 1 348.15 5 2 100 3 1 687.9 4 1 1.3758 .6879 1 1 373.15 5 2 100 3 1 667.6 4 1 1.3352 .6676 1 1 373.15 5 2 51100 5 1 714.7 4 1 1.4294 .7147 1 1 373.15 5 2 101700 6 1 744.7 4 1 1.4894 .7447 1 1 373.15 5 2 150600 6 1 766.8 4 1 1.5336 .7668 1 1 373.15 5 2 190400 6 1 782.2 4 1 1.5644 .7822 1 1 373.15 5 2 149100 6 1 766.7 4 1 1.5334 .7667 1 1 373.15 5 2 51500 5 1 715.7 4 1 1.4314 .7157 1 1 373.15 5 2 100 3 1 667.5 4 1 1.335 .6675 1 2 1 Principal objective of the work WZ TRC 2/17/2009 1 Viscosity, Pa*s Vibrating wire viscometry Liquid Direct value, X 1 Author 95 Author Standard deviation of the mean Liquid 1 Temperature, K 1 Author 2 Pressure, kPa 1 Author 1 298.15 5 2 100 3 1 .000849 3 1 .00001698 .00000849 1 1 298.15 5 2 50100 5 1 .001416 4 1 .00002832 .00001416 1 1 298.15 5 2 102800 6 1 .002199 4 1 .00004398 .00002199 1 1 298.15 5 2 150500 6 1 .003146 4 1 .00006292 .00003146 1 1 298.15 5 2 190900 6 1 .004185 4 1 .0000837 .00004185 1 1 298.15 5 2 150400 6 1 .003136 4 1 .00006272 .00003136 1 1 298.15 5 2 50300 5 1 .001414 4 1 .00002828 .00001414 1 1 298.15 5 2 100 3 1 .000849 3 1 .00001698 .00000849 1 1 323.15 5 2 100 3 1 .000607 3 1 .00001214 .00000607 1 1 323.15 5 2 52000 5 1 .001017 4 1 .00002034 .00001017 1 1 323.15 5 2 100700 6 1 .001481 4 1 .00002962 .00001481 1 1 323.15 5 2 150800 6 1 .00208 4 1 .0000416 .0000208 1 1 323.15 5 2 191700 6 1 .002684 4 1 .00005368 .00002684 1 1 323.15 5 2 150900 6 1 .002084 4 1 .00004168 .00002084 1 1 323.15 5 2 52400 5 1 .001016 4 1 .00002032 .00001016 1 1 323.15 5 2 100 3 1 .000607 3 1 .00001214 .00000607 1 1 348.15 5 2 100 3 1 .000458 3 1 .00000916 .00000458 1 1 348.15 5 2 51000 5 1 .000759 3 1 .00001518 .00000759 1 1 348.15 5 2 101500 6 1 .001102 4 1 .00002204 .00001102 1 1 348.15 5 2 150900 6 1 .001504 4 1 .00003008 .00001504 1 1 348.15 5 2 190800 6 1 .001893 4 1 .00003786 .00001893 1 1 348.15 5 2 149700 6 1 .001494 4 1 .00002988 .00001494 1 1 348.15 5 2 51100 5 1 .000758 3 1 .00001516 .00000758 1 1 348.15 5 2 100 3 1 .000459 3 1 .00000918 .00000459 1 1 373.15 5 2 100 3 1 .00036 3 1 .0000072 .0000036 1 1 373.15 5 2 51100 5 1 .000601 3 1 .00001202 .00000601 1 1 373.15 5 2 101700 6 1 .000866 3 1 .00001732 .00000866 1 1 373.15 5 2 150600 6 1 .001159 4 1 .00002318 .00001159 1 1 373.15 5 2 190400 6 1 .001433 4 1 .00002866 .00001433 1 1 373.15 5 2 149100 6 1 .001152 4 1 .00002304 .00001152 1 1 373.15 5 2 51500 5 1 .000605 3 1 .0000121 .00000605 1 1 373.15 5 2 100 3 1 .00036 3 1 .0000072 .0000036 1 3 1 Principal objective of the work WZ TRC 2/17/2009 1 Mass density, kg/m3 vibrating wire Liquid Direct value, X 1 Author 95 Author Standard deviation of the mean Liquid 1 Temperature, K 1 Author 2 Pressure, kPa 1 Author 1 298.15 5 2 100 3 1 860.5 4 1 1.721 .8605 1 1 298.15 5 2 40100 5 1 885.9 4 1 1.7718 .8859 1 1 298.15 5 2 80400 5 1 906.5 4 1 1.813 .9065 1 1 298.15 5 2 120200 6 1 923.5 4 1 1.847 .9235 1 1 298.15 5 2 161300 6 1 938.5 4 1 1.877 .9385 1 1 298.15 5 2 198500 6 1 950.9 4 1 1.9018 .9509 1 1 298.15 5 2 160000 6 1 938.3 4 1 1.8766 .9383 1 1 298.15 5 2 80300 5 1 906.9 4 1 1.8138 .9069 1 1 298.15 5 2 100 3 1 860.6 4 1 1.7212 .8606 1 1 298.15 5 2 100 3 1 860.8 4 1 1.7216 .8608 1 1 298.15 5 2 41000 5 1 886.7 4 1 1.7734 .8867 1 1 298.15 5 2 79700 5 1 906.3 4 1 1.8126 .9063 1 1 298.15 5 2 120400 6 1 923.7 4 1 1.8474 .9237 1 1 298.15 5 2 159400 6 1 938.2 4 1 1.8764 .9382 1 1 298.15 5 2 191300 6 1 948.8 4 1 1.8976 .9488 1 1 298.15 5 2 159100 6 1 938.3 4 1 1.8766 .9383 1 1 298.15 5 2 80800 5 1 907.5 4 1 1.815 .9075 1 1 298.15 5 2 100 3 1 861 4 1 1.722 .861 1 1 323.15 5 2 100 3 1 838.9 4 1 1.6778 .8389 1 1 323.15 5 2 41700 5 1 868.8 4 1 1.7376 .8688 1 1 323.15 5 2 80500 5 1 890.3 4 1 1.7806 .8903 1 1 323.15 5 2 121700 6 1 909.5 4 1 1.819 .9095 1 1 323.15 5 2 160000 6 1 924.6 4 1 1.8492 .9246 1 1 323.15 5 2 189600 6 1 935.3 4 1 1.8706 .9353 1 1 323.15 5 2 159200 6 1 924.9 4 1 1.8498 .9249 1 1 323.15 5 2 81400 5 1 891.8 4 1 1.7836 .8918 1 1 323.15 5 2 100 3 1 838.9 4 1 1.6778 .8389 1 1 348.15 5 2 100 3 1 816.4 4 1 1.6328 .8164 1 1 348.15 5 2 41400 5 1 850.2 4 1 1.7004 .8502 1 1 348.15 5 2 80900 5 1 874.3 4 1 1.7486 .8743 1 1 348.15 5 2 121200 6 1 894.6 4 1 1.7892 .8946 1 1 348.15 5 2 160800 6 1 911.2 4 1 1.8224 .9112 1 1 348.15 5 2 192300 6 1 923 4 1 1.846 .923 1 1 348.15 5 2 158900 6 1 910.9 4 1 1.8218 .9109 1 1 348.15 5 2 80900 5 1 875.3 4 1 1.7506 .8753 1 1 348.15 5 2 100 3 1 816.4 4 1 1.6328 .8164 1 1 373.15 5 2 100 3 1 793.4 4 1 1.5868 .7934 1 1 373.15 5 2 41800 5 1 832.4 4 1 1.6648 .8324 1 1 373.15 5 2 81400 5 1 858.7 4 1 1.7174 .8587 1 1 373.15 5 2 121100 6 1 880.1 4 1 1.7602 .8801 1 1 373.15 5 2 160800 6 1 897.9 4 1 1.7958 .8979 1 1 373.15 5 2 191300 6 1 910.2 4 1 1.8204 .9102 1 1 373.15 5 2 158600 6 1 897.5 4 1 1.795 .8975 1 1 373.15 5 2 80800 5 1 859.3 4 1 1.7186 .8593 1 1 373.15 5 2 100 3 1 793.4 4 1 1.5868 .7934 1 1 389.15 5 2 100 3 1 768.4 4 1 1.5368 .7684 1 1 389.15 5 2 39700 5 1 811.9 4 1 1.6238 .8119 1 1 389.15 5 2 79700 5 1 841.6 4 1 1.6832 .8416 1 1 389.15 5 2 119900 6 1 865 4 1 1.73 .865 1 1 389.15 5 2 160700 6 1 884.8 4 1 1.7696 .8848 1 1 389.15 5 2 197100 6 1 899.9 4 1 1.7998 .8999 1 1 389.15 5 2 159700 6 1 884.4 4 1 1.7688 .8844 1 1 389.15 5 2 80300 5 1 841.9 4 1 1.6838 .8419 1 1 389.15 5 2 100 3 1 768.4 4 1 1.5368 .7684 1 1 423.15 5 2 21300 5 1 774.2 4 1 1.5484 .7742 1 1 423.15 5 2 40500 5 1 794.6 4 1 1.5892 .7946 1 1 423.15 5 2 80600 5 1 826.8 4 1 1.6536 .8268 1 1 423.15 5 2 122200 6 1 852.4 4 1 1.7048 .8524 1 1 423.15 5 2 161600 6 1 872.4 4 1 1.7448 .8724 1 1 423.15 5 2 195700 6 1 887.5 4 1 1.775 .8875 1 1 423.15 5 2 160300 6 1 871.9 4 1 1.7438 .8719 1 1 423.15 5 2 80400 5 1 826.8 4 1 1.6536 .8268 1 1 423.15 5 2 21800 5 1 774.8 4 1 1.5496 .7748 1 1 448.15 5 2 19900 5 1 751.9 4 1 1.5038 .7519 1 1 448.15 5 2 40500 5 1 776.8 4 1 1.5536 .7768 1 1 448.15 5 2 79600 5 1 811.4 4 1 1.6228 .8114 1 1 448.15 5 2 120500 6 1 838.5 4 1 1.677 .8385 1 1 448.15 5 2 162300 6 1 861.2 4 1 1.7224 .8612 1 1 448.15 5 2 190700 6 1 874.9 4 1 1.7498 .8749 1 1 448.15 5 2 161000 6 1 861.1 4 1 1.7222 .8611 1 1 448.15 5 2 81000 5 1 812.7 4 1 1.6254 .8127 1 1 448.15 5 2 20900 5 1 753.3 4 1 1.5066 .7533 1 1 473.15 5 2 20100 5 1 731.1 4 1 1.4622 .7311 1 1 473.15 5 2 40000 5 1 758.5 4 1 1.517 .7585 1 1 473.15 5 2 80200 5 1 797.5 4 1 1.595 .7975 1 1 473.15 5 2 120800 6 1 826.9 4 1 1.6538 .8269 1 1 473.15 5 2 163800 6 1 852.1 4 1 1.7042 .8521 1 1 473.15 5 2 196400 6 1 868 4 1 1.736 .868 1 1 473.15 5 2 163000 6 1 851.9 4 1 1.7038 .8519 1 1 473.15 5 2 79900 5 1 798 4 1 1.596 .798 1 1 473.15 5 2 19900 5 1 730.9 4 1 1.4618 .7309 1 3 1 Principal objective of the work WZ TRC 2/17/2009 1 Viscosity, Pa*s Vibrating wire viscometry Liquid Direct value, X 1 Author 95 Author Standard deviation of the mean Liquid 1 Temperature, K 1 Author 2 Pressure, kPa 1 Author 1 298.15 5 2 100 3 1 .000584 3 1 .00001168 .00000584 1 1 298.15 5 2 40100 5 1 .000783 3 1 .00001566 .00000783 1 1 298.15 5 2 80400 5 1 .00101 4 1 .0000202 .0000101 1 1 298.15 5 2 120200 6 1 .00128 4 1 .0000256 .0000128 1 1 298.15 5 2 161300 6 1 .00161 4 1 .0000322 .0000161 1 1 298.15 5 2 198500 6 1 .00196 4 1 .0000392 .0000196 1 1 298.15 5 2 160000 6 1 .0016 4 1 .000032 .000016 1 1 298.15 5 2 80300 5 1 .00101 4 1 .0000202 .0000101 1 1 298.15 5 2 100 3 1 .000585 3 1 .0000117 .00000585 1 1 298.15 5 2 100 3 1 .000584 3 1 .00001168 .00000584 1 1 298.15 5 2 41000 5 1 .000789 3 1 .00001578 .00000789 1 1 298.15 5 2 79700 5 1 .00101 4 1 .0000202 .0000101 1 1 298.15 5 2 120400 6 1 .00128 4 1 .0000256 .0000128 1 1 298.15 5 2 159400 6 1 .00159 4 1 .0000318 .0000159 1 1 298.15 5 2 191300 6 1 .00189 4 1 .0000378 .0000189 1 1 298.15 5 2 159100 6 1 .00159 4 1 .0000318 .0000159 1 1 298.15 5 2 80800 5 1 .00102 4 1 .0000204 .0000102 1 1 298.15 5 2 100 3 1 .000584 3 1 .00001168 .00000584 1 1 323.15 5 2 100 3 1 .000447 3 1 .00000894 .00000447 1 1 323.15 5 2 41700 5 1 .000607 3 1 .00001214 .00000607 1 1 323.15 5 2 80500 5 1 .000765 3 1 .0000153 .00000765 1 1 323.15 5 2 121700 6 1 .000957 3 1 .00001914 .00000957 1 1 323.15 5 2 160000 6 1 .00116 4 1 .0000232 .0000116 1 1 323.15 5 2 189600 6 1 .00134 4 1 .0000268 .0000134 1 1 323.15 5 2 159200 6 1 .00116 4 1 .0000232 .0000116 1 1 323.15 5 2 81400 5 1 .000771 3 1 .00001542 .00000771 1 1 323.15 5 2 100 3 1 .000448 3 1 .00000896 .00000448 1 1 348.15 5 2 100 3 1 .000355 3 1 .0000071 .00000355 1 1 348.15 5 2 41400 5 1 .000481 3 1 .00000962 .00000481 1 1 348.15 5 2 80900 5 1 .00061 3 1 .0000122 .0000061 1 1 348.15 5 2 121200 6 1 .000748 3 1 .00001496 .00000748 1 1 348.15 5 2 160800 6 1 .000906 3 1 .00001812 .00000906 1 1 348.15 5 2 192300 6 1 .00104 4 1 .0000208 .0000104 1 1 348.15 5 2 158900 6 1 .000899 3 1 .00001798 .00000899 1 1 348.15 5 2 80900 5 1 .000609 3 1 .00001218 .00000609 1 1 348.15 5 2 100 3 1 .000355 3 1 .0000071 .00000355 1 1 373.15 5 2 100 3 1 .000291 3 1 .00000582 .00000291 1 1 373.15 5 2 41800 5 1 .000398 3 1 .00000796 .00000398 1 1 373.15 5 2 81400 5 1 .000504 3 1 .00001008 .00000504 1 1 373.15 5 2 121100 6 1 .000616 3 1 .00001232 .00000616 1 1 373.15 5 2 160800 6 1 .000737 3 1 .00001474 .00000737 1 1 373.15 5 2 191300 6 1 .000838 3 1 .00001676 .00000838 1 1 373.15 5 2 158600 6 1 .000731 3 1 .00001462 .00000731 1 1 373.15 5 2 80800 5 1 .000504 3 1 .00001008 .00000504 1 1 373.15 5 2 100 3 1 .000291 3 1 .00000582 .00000291 1 1 398.15 5 2 100 3 1 .000241 3 1 .00000482 .00000241 1 1 398.15 5 2 39700 5 1 .000331 3 1 .00000662 .00000331 1 1 398.15 5 2 79700 5 1 .000423 3 1 .00000846 .00000423 1 1 398.15 5 2 119900 6 1 .000526 3 1 .00001052 .00000526 1 1 398.15 5 2 160700 6 1 .000624 3 1 .00001248 .00000624 1 1 398.15 5 2 197100 6 1 .000721 3 1 .00001442 .00000721 1 1 398.15 5 2 159700 6 1 .000622 3 1 .00001244 .00000622 1 1 398.15 5 2 80300 5 1 .000423 3 1 .00000846 .00000423 1 1 398.15 5 2 100 3 1 .000241 3 1 .00000482 .00000241 1 1 423.15 5 2 21300 5 1 .000249 3 1 .00000498 .00000249 1 1 423.15 5 2 40500 5 1 .000287 3 1 .00000574 .00000287 1 1 423.15 5 2 80600 5 1 .000366 3 1 .00000732 .00000366 1 1 423.15 5 2 122200 6 1 .00045 3 1 .000009 .0000045 1 1 423.15 5 2 161600 6 1 .000534 3 1 .00001068 .00000534 1 1 423.15 5 2 195700 6 1 .000611 3 1 .00001222 .00000611 1 1 423.15 5 2 160300 6 1 .000531 3 1 .00001062 .00000531 1 1 423.15 5 2 80400 5 1 .000366 3 1 .00000732 .00000366 1 1 423.15 5 2 21800 5 1 .00025 3 1 .000005 .0000025 1 1 448.15 5 2 19900 5 1 .000213 3 1 .00000426 .00000213 1 1 448.15 5 2 40500 5 1 .000251 3 1 .00000502 .00000251 1 1 448.15 5 2 79600 5 1 .00032 3 1 .0000064 .0000032 1 1 448.15 5 2 120500 6 1 .000393 3 1 .00000786 .00000393 1 1 448.15 5 2 162300 6 1 .000471 3 1 .00000942 .00000471 1 1 448.15 5 2 190700 6 1 .000528 3 1 .00001056 .00000528 1 1 448.15 5 2 161000 6 1 .00047 3 1 .0000094 .0000047 1 1 448.15 5 2 81000 5 1 .000323 3 1 .00000646 .00000323 1 1 448.15 5 2 20900 5 1 .000215 3 1 .0000043 .00000215 1 1 473.15 5 2 20100 5 1 .000187 3 1 .00000374 .00000187 1 1 473.15 5 2 40000 5 1 .000221 3 1 .00000442 .00000221 1 1 473.15 5 2 80200 5 1 .000287 3 1 .00000574 .00000287 1 1 473.15 5 2 120800 6 1 .000353 3 1 .00000706 .00000353 1 1 473.15 5 2 163800 6 1 .000426 3 1 .00000852 .00000426 1 1 473.15 5 2 196400 6 1 .000483 3 1 .00000966 .00000483 1 1 473.15 5 2 163000 6 1 .000425 3 1 .0000085 .00000425 1 1 473.15 5 2 79900 5 1 .000287 3 1 .00000574 .00000287 1 1 473.15 5 2 19900 5 1 .000187 3 1 .00000374 .00000187 1 4 1 Principal objective of the work WZ TRC 2/17/2009 1 Mass density, kg/m3 steady state vibrating wire instrument Liquid Direct value, X 1 Author 95 Author Standard deviation of the mean Liquid 1 Temperature, K 1 Author 2 Pressure, kPa 1 Author 1 298.15 5 2 100 3 1 965.8 4 1 1.9316 .9658 1 1 298.15 5 2 40300 5 1 986.3 4 1 1.9726 .9863 1 1 298.15 5 2 78600 5 1 1003 4 1 2.006 1.003 1 1 298.15 5 2 119800 6 1 1019 4 1 2.038 1.019 1 1 298.15 5 2 158900 6 1 1032 4 1 2.064 1.032 1 1 298.15 5 2 190200 6 1 1042 4 1 2.084 1.042 1 1 298.15 5 2 120600 6 1 1020 4 1 2.04 1.02 1 1 298.15 5 2 80900 5 1 1005 4 1 2.01 1.005 1 1 298.15 5 2 100 3 1 965.7 4 1 1.9314 .9657 1 1 323.15 5 2 100 3 1 945.5 4 1 1.891 .9455 1 1 323.15 5 2 39900 5 1 968.5 4 1 1.937 .9685 1 1 323.15 5 2 80300 5 1 987.7 4 1 1.9754 .9877 1 1 323.15 5 2 121000 6 1 1004 4 1 2.008 1.004 1 1 323.15 5 2 161200 6 1 1019 4 1 2.038 1.019 1 1 323.15 5 2 190600 6 1 1028 4 1 2.056 1.028 1 1 323.15 5 2 120900 6 1 1005 4 1 2.01 1.005 1 1 323.15 5 2 80600 5 1 988.7 4 1 1.9774 .9887 1 1 323.15 5 2 100 3 1 945.6 4 1 1.8912 .9456 1 1 348.15 5 2 100 3 1 925.1 4 1 1.8502 .9251 1 1 348.15 5 2 41000 5 1 951.4 4 1 1.9028 .9514 1 1 348.15 5 2 79700 5 1 971.3 4 1 1.9426 .9713 1 1 348.15 5 2 119500 6 1 988.9 4 1 1.9778 .9889 1 1 348.15 5 2 163000 6 1 1006 4 1 2.012 1.006 1 1 348.15 5 2 190800 6 1 1015 4 1 2.03 1.015 1 1 348.15 5 2 121700 6 1 990.9 4 1 1.9818 .9909 1 1 348.15 5 2 80600 5 1 972.7 4 1 1.9454 .9727 1 1 348.15 5 2 100 3 1 925.3 4 1 1.8506 .9253 1 1 373.15 5 2 100 3 1 904.6 4 1 1.8092 .9046 1 1 373.15 5 2 40500 5 1 933.9 4 1 1.8678 .9339 1 1 373.15 5 2 80300 5 1 956.3 4 1 1.9126 .9563 1 1 373.15 5 2 122500 6 1 976.1 4 1 1.9522 .9761 1 1 373.15 5 2 160200 6 1 991.4 4 1 1.9828 .9914 1 1 373.15 5 2 190600 6 1 1003 4 1 2.006 1.003 1 1 373.15 5 2 123000 6 1 977.2 4 1 1.9544 .9772 1 1 373.15 5 2 81100 5 1 957.5 4 1 1.915 .9575 1 1 373.15 5 2 100 3 1 904.8 4 1 1.8096 .9048 1 1 398.15 5 2 100 3 1 883.9 4 1 1.7678 .8839 1 1 398.15 5 2 40500 5 1 916.9 4 1 1.8338 .9169 1 1 398.15 5 2 80600 5 1 941.5 4 1 1.883 .9415 1 1 398.15 5 2 120800 6 1 961.5 4 1 1.923 .9615 1 1 398.15 5 2 159900 6 1 978.1 4 1 1.9562 .9781 1 1 398.15 5 2 200600 6 1 993.3 4 1 1.9866 .9933 1 1 398.15 5 2 161000 6 1 978.5 4 1 1.957 .9785 1 1 398.15 5 2 81800 5 1 942 4 1 1.884 .942 1 1 398.15 5 2 100 3 1 883.9 4 1 1.7678 .8839 1 1 423.15 5 2 100 3 1 863.1 4 1 1.7262 .8631 1 1 423.15 5 2 40500 5 1 900 4 1 1.8 .9 1 1 423.15 5 2 81000 5 1 926.8 4 1 1.8536 .9268 1 1 423.15 5 2 120800 6 1 948 4 1 1.896 .948 1 1 423.15 5 2 161300 6 1 966.1 4 1 1.9322 .9661 1 1 423.15 5 2 201000 6 1 981.7 4 1 1.9634 .9817 1 1 423.15 5 2 160800 6 1 965.9 4 1 1.9318 .9659 1 1 423.15 5 2 82200 5 1 927.4 4 1 1.8548 .9274 1 1 423.15 5 2 100 3 1 863 4 1 1.726 .863 1 1 448.15 5 2 100 3 1 841.6 4 1 1.6832 .8416 1 1 448.15 5 2 40400 5 1 883.2 4 1 1.7664 .8832 1 1 448.15 5 2 80400 5 1 912 4 1 1.824 .912 1 1 448.15 5 2 120200 6 1 934.5 4 1 1.869 .9345 1 1 448.15 5 2 161200 6 1 954.1 4 1 1.9082 .9541 1 1 448.15 5 2 200100 6 1 970.1 4 1 1.9402 .9701 1 1 448.15 5 2 160600 6 1 953.7 4 1 1.9074 .9537 1 1 448.15 5 2 81200 5 1 912.4 4 1 1.8248 .9124 1 1 448.15 5 2 100 3 1 841.6 4 1 1.6832 .8416 1 4 1 Principal objective of the work WZ TRC 2/17/2009 1 Viscosity, Pa*s steady state vibrating wire instrument Liquid Direct value, X 1 Author 95 Author Standard deviation of the mean Liquid 1 Temperature, K 1 Author 2 Pressure, kPa 1 Author 1 298.15 5 2 100 3 1 .00198 4 1 .0000396 .0000198 1 1 298.15 5 2 40300 5 1 .00292 4 1 .0000584 .0000292 1 1 298.15 5 2 78600 5 1 .004153 4 1 .00008306 .00004153 1 1 298.15 5 2 119800 6 1 .006 4 1 .00012 .00006 1 1 298.15 5 2 158900 6 1 .00849 4 1 .0001698 .0000849 1 1 298.15 5 2 190200 6 1 .0112 5 1 .000224 .000112 1 1 298.15 5 2 120600 6 1 .00604 4 1 .0001208 .0000604 1 1 298.15 5 2 80900 5 1 .00424 4 1 .0000848 .0000424 1 1 298.15 5 2 100 3 1 .00198 4 1 .0000396 .0000198 1 1 323.15 5 2 100 3 1 .00129 4 1 .0000258 .0000129 1 1 323.15 5 2 39900 5 1 .00183 4 1 .0000366 .0000183 1 1 323.15 5 2 80300 5 1 .00255 4 1 .000051 .0000255 1 1 323.15 5 2 121000 6 1 .00348 4 1 .0000696 .0000348 1 1 323.15 5 2 161200 6 1 .004703 4 1 .00009406 .00004703 1 1 323.15 5 2 190600 6 1 .005833 4 1 .00011666 .00005833 1 1 323.15 5 2 120900 6 1 .00347 4 1 .0000694 .0000347 1 1 323.15 5 2 80600 5 1 .00255 4 1 .000051 .0000255 1 1 323.15 5 2 100 3 1 .00129 4 1 .0000258 .0000129 1 1 348.15 5 2 100 3 1 .00092 3 1 .0000184 .0000092 1 1 348.15 5 2 41000 5 1 .00129 4 1 .0000258 .0000129 1 1 348.15 5 2 79700 5 1 .00173 4 1 .0000346 .0000173 1 1 348.15 5 2 119500 6 1 .00227 4 1 .0000454 .0000227 1 1 348.15 5 2 163000 6 1 .003027 4 1 .00006054 .00003027 1 1 348.15 5 2 190800 6 1 .00362 4 1 .0000724 .0000362 1 1 348.15 5 2 121700 6 1 .00231 4 1 .0000462 .0000231 1 1 348.15 5 2 80600 5 1 .00174 4 1 .0000348 .0000174 1 1 348.15 5 2 100 3 1 .000921 3 1 .00001842 .00000921 1 1 373.15 5 2 100 3 1 .000696 3 1 .00001392 .00000696 1 1 373.15 5 2 40500 5 1 .000963 3 1 .00001926 .00000963 1 1 373.15 5 2 80300 5 1 .001277 4 1 .00002554 .00001277 1 1 373.15 5 2 122500 6 1 .00167 4 1 .0000334 .0000167 1 1 373.15 5 2 160200 6 1 .00209 4 1 .0000418 .0000209 1 1 373.15 5 2 190600 6 1 .0025 4 1 .00005 .000025 1 1 373.15 5 2 123000 6 1 .00168 4 1 .0000336 .0000168 1 1 373.15 5 2 81100 5 1 .00128 4 1 .0000256 .0000128 1 1 373.15 5 2 100 3 1 .000696 3 1 .00001392 .00000696 1 1 398.15 5 2 100 3 1 .000541 3 1 .00001082 .00000541 1 1 398.15 5 2 40500 5 1 .000752 3 1 .00001504 .00000752 1 1 398.15 5 2 80600 5 1 .000989 3 1 .00001978 .00000989 1 1 398.15 5 2 120800 6 1 .00127 4 1 .0000254 .0000127 1 1 398.15 5 2 159900 6 1 .001587 4 1 .00003174 .00001587 1 1 398.15 5 2 200600 6 1 .00197 4 1 .0000394 .0000197 1 1 398.15 5 2 161000 6 1 .00159 4 1 .0000318 .0000159 1 1 398.15 5 2 81800 5 1 .001 4 1 .00002 .00001 1 1 398.15 5 2 100 3 1 .000542 3 1 .00001084 .00000542 1 1 423.15 5 2 100 3 1 .000438 3 1 .00000876 .00000438 1 1 423.15 5 2 40500 5 1 .00061 3 1 .0000122 .0000061 1 1 423.15 5 2 81000 5 1 .0008 3 1 .000016 .000008 1 1 423.15 5 2 120800 6 1 .00101 4 1 .0000202 .0000101 1 1 423.15 5 2 161300 6 1 .00125 4 1 .000025 .0000125 1 1 423.15 5 2 201000 6 1 .00153 4 1 .0000306 .0000153 1 1 423.15 5 2 160800 6 1 .00125 4 1 .000025 .0000125 1 1 423.15 5 2 82200 5 1 .000807 3 1 .00001614 .00000807 1 1 423.15 5 2 100 3 1 .000438 3 1 .00000876 .00000438 1 1 448.15 5 2 100 3 1 .000362 3 1 .00000724 .00000362 1 1 448.15 5 2 40400 5 1 .000509 3 1 .00001018 .00000509 1 1 448.15 5 2 80400 5 1 .000664 3 1 .00001328 .00000664 1 1 448.15 5 2 120200 6 1 .000833 3 1 .00001666 .00000833 1 1 448.15 5 2 161200 6 1 .00103 4 1 .0000206 .0000103 1 1 448.15 5 2 200100 6 1 .00124 4 1 .0000248 .0000124 1 1 448.15 5 2 160600 6 1 .00103 4 1 .0000206 .0000103 1 1 448.15 5 2 81200 5 1 .000667 3 1 .00001334 .00000667 1 1 448.15 5 2 100 3 1 .000362 3 1 .00000724 .00000362 1 5 1 Principal objective of the work WZ TRC 2/17/2009 1 Mass density, kg/m3 steady state vibrating wire instrument Liquid Direct value, X 1 Author 95 Author Standard deviation of the mean Liquid 1 Temperature, K 1 Author 2 Pressure, kPa 1 Author 1 298.15 5 2 100 3 1 1020 4 1 2.04 1.02 1 1 298.15 5 2 20500 5 1 1030 4 1 2.06 1.03 1 1 298.15 5 2 40100 5 1 1038 4 1 2.076 1.038 1 1 298.15 5 2 81400 5 1 1056 4 1 2.112 1.056 1 1 298.15 5 2 100100 6 1 1062 4 1 2.124 1.062 1 1 298.15 5 2 121300 6 1 1070 4 1 2.14 1.07 1 1 298.15 5 2 140800 6 1 1077 4 1 2.154 1.077 1 1 298.15 5 2 161500 6 1 1083 4 1 2.166 1.083 1 1 298.15 5 2 121300 6 1 1071 4 1 2.142 1.071 1 1 298.15 5 2 80200 5 1 1056 4 1 2.112 1.056 1 1 298.15 5 2 100 3 1 1020 4 1 2.04 1.02 1 1 323.15 5 2 100 3 1 1001 4 1 2.002 1.001 1 1 323.15 5 2 39600 5 1 1022 4 1 2.044 1.022 1 1 323.15 5 2 80400 5 1 1040 4 1 2.08 1.04 1 1 323.15 5 2 120800 6 1 1056 4 1 2.112 1.056 1 1 323.15 5 2 160500 6 1 1068 4 1 2.136 1.068 1 1 323.15 5 2 193000 6 1 1080 4 1 2.16 1.08 1 1 323.15 5 2 123300 6 1 1057 4 1 2.114 1.057 1 1 323.15 5 2 79600 5 1 1040 4 1 2.08 1.04 1 1 323.15 5 2 100 3 1 1001 4 1 2.002 1.001 1 1 348.15 5 2 100 3 1 981.3 4 1 1.9626 .9813 1 1 348.15 5 2 40800 5 1 1005 4 1 2.01 1.005 1 1 348.15 5 2 79300 5 1 1024 4 1 2.048 1.024 1 1 348.15 5 2 121900 6 1 1042 4 1 2.084 1.042 1 1 348.15 5 2 162200 6 1 1057 4 1 2.114 1.057 1 1 348.15 5 2 189900 6 1 1066 4 1 2.132 1.066 1 1 348.15 5 2 121400 6 1 1043 4 1 2.086 1.043 1 1 348.15 5 2 78900 5 1 1025 4 1 2.05 1.025 1 1 348.15 5 2 100 3 1 981.3 4 1 1.9626 .9813 1 1 373.15 5 2 100 3 1 962 4 1 1.924 .962 1 1 373.15 5 2 41500 5 1 989 4 1 1.978 .989 1 1 373.15 5 2 79800 5 1 1009 4 1 2.018 1.009 1 1 373.15 5 2 120300 6 1 1027 4 1 2.054 1.027 1 1 373.15 5 2 159700 6 1 1043 4 1 2.086 1.043 1 1 373.15 5 2 189500 6 1 1054 4 1 2.108 1.054 1 1 373.15 5 2 121700 6 1 1029 4 1 2.058 1.029 1 1 373.15 5 2 80100 5 1 1010 4 1 2.02 1.01 1 1 373.15 5 2 100 3 1 962 4 1 1.924 .962 1 1 398.15 5 2 100 3 1 942.6 4 1 1.8852 .9426 1 1 398.15 5 2 40500 5 1 972 3 1 1.944 .972 1 1 398.15 5 2 79700 5 1 994.3 4 1 1.9886 .9943 1 1 398.15 5 2 120500 6 1 1014 4 1 2.028 1.014 1 1 398.15 5 2 162900 6 1 1031 4 1 2.062 1.031 1 1 398.15 5 2 202400 6 1 1045 4 1 2.09 1.045 1 1 398.15 5 2 160500 6 1 1030 4 1 2.06 1.03 1 1 398.15 5 2 82700 5 1 995.8 4 1 1.9916 .9958 1 1 398.15 5 2 100 3 1 942.7 4 1 1.8854 .9427 1 1 423.15 5 2 100 3 1 923.1 4 1 1.8462 .9231 1 1 423.15 5 2 40500 5 1 955.8 4 1 1.9116 .9558 1 1 423.15 5 2 81000 5 1 980.6 4 1 1.9612 .9806 1 1 423.15 5 2 120500 6 1 1000 4 1 2 1 1 1 423.15 5 2 160000 6 1 1017 4 1 2.034 1.017 1 1 423.15 5 2 199700 6 1 1032 4 1 2.064 1.032 1 1 423.15 5 2 161000 6 1 1018 4 1 2.036 1.018 1 1 423.15 5 2 81900 5 1 981 3 1 1.962 .981 1 1 423.15 5 2 100 3 1 923 3 1 1.846 .923 1 1 448.15 5 2 100 3 1 903.1 4 1 1.8062 .9031 1 1 448.15 5 2 40200 5 1 939.4 4 1 1.8788 .9394 1 1 448.15 5 2 80100 5 1 965.8 4 1 1.9316 .9658 1 1 448.15 5 2 120700 6 1 987.5 4 1 1.975 .9875 1 1 448.15 5 2 160800 6 1 1006 4 1 2.012 1.006 1 1 448.15 5 2 200800 6 1 1022 4 1 2.044 1.022 1 1 448.15 5 2 160100 6 1 1005 4 1 2.01 1.005 1 1 448.15 5 2 81800 5 1 966.7 4 1 1.9334 .9667 1 1 448.15 5 2 100 3 1 903.1 4 1 1.8062 .9031 1 1 473.15 5 2 100 3 1 882.8 4 1 1.7656 .8828 1 1 473.15 5 2 40600 5 1 923.7 4 1 1.8474 .9237 1 1 473.15 5 2 81000 5 1 952.6 4 1 1.9052 .9526 1 1 473.15 5 2 121600 6 1 975.5 4 1 1.951 .9755 1 1 473.15 5 2 160800 6 1 994.2 4 1 1.9884 .9942 1 1 473.15 5 2 200200 6 1 1011 4 1 2.022 1.011 1 1 473.15 5 2 160900 6 1 994.3 4 1 1.9886 .9943 1 1 473.15 5 2 81500 5 1 952.9 4 1 1.9058 .9529 1 1 473.15 5 2 100 3 1 882.7 4 1 1.7654 .8827 1 5 1 Principal objective of the work WZ TRC 2/17/2009 1 Viscosity, Pa*s steady state vibrating wire instrument Liquid Direct value, X 1 Author 95 Author Standard deviation of the mean Liquid 1 Temperature, K 1 Author 2 Pressure, kPa 1 Author 1 298.15 5 2 100 3 1 .002913 4 1 .00005826 .00002913 1 1 298.15 5 2 20500 5 1 .00362 4 1 .0000724 .0000362 1 1 298.15 5 2 40100 5 1 .00443 4 1 .0000886 .0000443 1 1 298.15 5 2 81400 5 1 .00678 4 1 .0001356 .0000678 1 1 298.15 5 2 100100 6 1 .00835 4 1 .000167 .0000835 1 1 298.15 5 2 121300 6 1 .0103 5 1 .000206 .000103 1 1 298.15 5 2 140800 6 1 .0127 5 1 .000254 .000127 1 1 298.15 5 2 161500 6 1 .016 5 1 .00032 .00016 1 1 298.15 5 2 121300 6 1 .0103 5 1 .000206 .000103 1 1 298.15 5 2 80200 5 1 .00672 4 1 .0001344 .0000672 1 1 298.15 5 2 100 3 1 .00292 4 1 .0000584 .0000292 1 1 323.15 5 2 100 3 1 .00174 4 1 .0000348 .0000174 1 1 323.15 5 2 39600 5 1 .00249 4 1 .0000498 .0000249 1 1 323.15 5 2 80400 5 1 .00354 4 1 .0000708 .0000354 1 1 323.15 5 2 120800 6 1 .00496 4 1 .0000992 .0000496 1 1 323.15 5 2 160500 6 1 .00702 4 1 .0001404 .0000702 1 1 323.15 5 2 193000 6 1 .00918 4 1 .0001836 .0000918 1 1 323.15 5 2 123300 6 1 .00512 4 1 .0001024 .0000512 1 1 323.15 5 2 79600 5 1 .00351 4 1 .0000702 .0000351 1 1 323.15 5 2 100 3 1 .00173 4 1 .0000346 .0000173 1 1 348.15 5 2 100 3 1 .00119 4 1 .0000238 .0000119 1 1 348.15 5 2 40800 5 1 .00166 4 1 .0000332 .0000166 1 1 348.15 5 2 79300 5 1 .00224 4 1 .0000448 .0000224 1 1 348.15 5 2 121900 6 1 .00305 4 1 .000061 .0000305 1 1 348.15 5 2 162200 6 1 .00405 4 1 .000081 .0000405 1 1 348.15 5 2 189900 6 1 .00493 4 1 .0000986 .0000493 1 1 348.15 5 2 121400 6 1 .00303 4 1 .0000606 .0000303 1 1 348.15 5 2 78900 5 1 .00222 4 1 .0000444 .0000222 1 1 348.15 5 2 100 3 1 .00119 4 1 .0000238 .0000119 1 1 373.15 5 2 100 3 1 .000869 3 1 .00001738 .00000869 1 1 373.15 5 2 41500 5 1 .0012 4 1 .000024 .000012 1 1 373.15 5 2 79800 5 1 .00157 4 1 .0000314 .0000157 1 1 373.15 5 2 120300 6 1 .00206 4 1 .0000412 .0000206 1 1 373.15 5 2 159700 6 1 .00263 4 1 .0000526 .0000263 1 1 373.15 5 2 189500 6 1 .00314 4 1 .0000628 .0000314 1 1 373.15 5 2 121700 6 1 .00207 4 1 .0000414 .0000207 1 1 373.15 5 2 80100 5 1 .00158 4 1 .0000316 .0000158 1 1 373.15 5 2 100 3 1 .000869 3 1 .00001738 .00000869 1 1 398.15 5 2 100 3 1 .000664 3 1 .00001328 .00000664 1 1 398.15 5 2 40500 5 1 .000905 3 1 .0000181 .00000905 1 1 398.15 5 2 79700 5 1 .00118 4 1 .0000236 .0000118 1 1 398.15 5 2 120500 6 1 .00151 4 1 .0000302 .0000151 1 1 398.15 5 2 162900 6 1 .00192 4 1 .0000384 .0000192 1 1 398.15 5 2 202400 6 1 .00239 4 1 .0000478 .0000239 1 1 398.15 5 2 160500 6 1 .0019 4 1 .000038 .000019 1 1 398.15 5 2 82700 5 1 .0012 4 1 .000024 .000012 1 1 398.15 5 2 100 3 1 .000665 3 1 .0000133 .00000665 1 1 423.15 5 2 100 3 1 .00053 3 1 .0000106 .0000053 1 1 423.15 5 2 40500 5 1 .000722 3 1 .00001444 .00000722 1 1 423.15 5 2 81000 5 1 .000937 3 1 .00001874 .00000937 1 1 423.15 5 2 120500 6 1 .00117 4 1 .0000234 .0000117 1 1 423.15 5 2 160000 6 1 .00145 4 1 .000029 .0000145 1 1 423.15 5 2 199700 6 1 .00178 4 1 .0000356 .0000178 1 1 423.15 5 2 161000 6 1 .00146 4 1 .0000292 .0000146 1 1 423.15 5 2 81900 5 1 .000941 3 1 .00001882 .00000941 1 1 423.15 5 2 100 3 1 .00053 3 1 .0000106 .0000053 1 1 448.15 5 2 100 3 1 .000435 3 1 .0000087 .00000435 1 1 448.15 5 2 40200 5 1 .000592 3 1 .00001184 .00000592 1 1 448.15 5 2 80100 5 1 .000762 3 1 .00001524 .00000762 1 1 448.15 5 2 120700 6 1 .000957 3 1 .00001914 .00000957 1 1 448.15 5 2 160800 6 1 .00117 4 1 .0000234 .0000117 1 1 448.15 5 2 200800 6 1 .00141 4 1 .0000282 .0000141 1 1 448.15 5 2 160100 6 1 .00116 4 1 .0000232 .0000116 1 1 448.15 5 2 81800 5 1 .000769 3 1 .00001538 .00000769 1 1 448.15 5 2 100 3 1 .000435 3 1 .0000087 .00000435 1 1 473.15 5 2 100 3 1 .000364 3 1 .00000728 .00000364 1 1 473.15 5 2 40600 5 1 .000501 3 1 .00001002 .00000501 1 1 473.15 5 2 81000 5 1 .000645 3 1 .0000129 .00000645 1 1 473.15 5 2 121600 6 1 .000802 3 1 .00001604 .00000802 1 1 473.15 5 2 160800 6 1 .000972 3 1 .00001944 .00000972 1 1 473.15 5 2 200200 6 1 .00116 4 1 .0000232 .0000116 1 1 473.15 5 2 160900 6 1 .00097 3 1 .0000194 .0000097 1 1 473.15 5 2 81500 5 1 .000646 3 1 .00001292 .00000646 1 1 473.15 5 2 100 3 1 .000364 3 1 .00000728 .00000364 1