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Reference 37 does report on the behavior of a mixed perfluoro-n-decane+n-decane cluster (184 molecules), but the presence of the cluster surface does not allow for any comparison to the thermo-dynamic data available for bulk mixtures.
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Very recently, Borodin et al. (Ref. 28) have shown that the conformational properties of perfluoroalkane chains are not as well reproduced by the OPLS-AA potential as by their own model. However, the OPLS-AA potentials are more accurate in reproducing thermodynamic properties, which are of most interest here.
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B=92 K and σ=3.60 Å.
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2 = 0.9996) and in all cases considered within about 0.1RT of one another.
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2 and the odd-electron molecule NO which do not follow the same corresponding state behavior as the other gases.
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cav shown in Fig. 8.
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The approximation involved here is accurate to better than 10% for all but the smallest solutes. If the σ factor is taken into account, the qualitative features of Fig. 8 remain unchanged, but the slopes change by a few percent. These differences are unimportant for the present purposes.
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As pointed out by Waldman and Hagler (Ref. 85), the comparison is sensitive to the experimental data used. Our own tests using the data tabulated by Scholes (Ref. 121) show the Kong rules to perform slightly better, whereas the comparisons made by Waldman and Hagler (Ref. 85) show their rule to be preferable.
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93
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0344458667
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BK in the AMBER force field (Ref. 68).
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97
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0345321624
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note
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1/2.
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98
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0344890478
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note
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Apart from possible errors in reporting potential parameters, there are other sources of concern with the results of this study. First, the short simulation (15 ps) and unspecified equilibration lengths, suggest that the liquid mixtures may have been poorly equilibrated. The fact that the same (pairwise additive) potentials apparently reproduce both liquid and gas-phase properties is also curious, given the ∼ 10% energy scaling we find is needed in nonpolar systems. (See Sec. III A and Ref. 46.)
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103
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0344458666
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unpublished
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S. Tszuki (unpublished).
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104
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0344458665
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note
-
We have taken these ab initio potentials and fit them to both Lennard-Jones and exp-6 atom-atom representations and then computed virial coefficients from them. The potentials are not sufficiently accurate to reproduce the virial data to within experimental uncertainties. Further-more, it is notable that these potentials follow the "virial geometric mean rule" [Eq. (7)] so do not show any sign of the special character of perfluoroalkane+ alkane interactions.
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note
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See EPAPS Document No. E-JCPSA6-119-515339 for supplementary tables S1-S3 which list virial data and the potential parameters of the solutes used in solubility calculations. A direct link to this document may be found in the online article's HTML reference section. The document may also be reached via the EPAPS homepage (http://www.aip.org/pubservs/epaps.html) or from ftp.aip.org in the directory /epaps/. See the EPAPS homepage for more information.
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