new developments of the carte thermochemical code: ii – evaluation of the accuracy of the klrr perturbation theory and treatment of mixtures
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2011
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Abstract
The KLRR perturbation theory has been initially proposed by Kang et al. in order to compute the equation of state (EOS) of a fluid of soft spheres represented by an EXP-6 potential. Victorov and Gubin have recently improved this method and they showed that, compared to other theories (namely HMSA/C and MCRSR), this improved KLRR theory turns out to be more accurate. In the first part of this paper, the comparison is extended to a larger range of temperature and stiffness of potential. Then, in order to use such a perturbation theory in a thermochemical code, the treatment of mixtures has to be handled since the KLRR method is expressed for a pure fluid. Usually, the Van-der-Waals one fluid mixing rule (VdW-1f) is employed. It consists in averaging the mixture by an effective fluid. We also intend here to re-evaluate this well-known and largely used model.
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v.2011epjnew
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| Authors | ;Dubois V.;Desbiens N. |
| Journal | utilitas mathematica |
| Year | 2011 |
| DOI |
10.1051/epjconf/20101000013
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