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Entropy of a two-component fluid in a square-well model

机译:方井模型中两组分流体的熵

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摘要

An analytical expression valid for two approximations, notably, the random phase approximation (RPA) and the mean spherical approximation (MSA), is derived for entropy of a two-component system with the pair potential of a square well (SW). This expression is applied to calculate the excess entropy of mixing of the Na-K and Na-Cs equiatomic compositions. It is shown that the use of the SW model leads to better results than the application of the hard-sphere model. The MSA gives better convergence with the experiment compared with the RPA.
机译:对于具有方阱对势(SW)的双分量系统的熵,导出了对两个近似有效的解析表达式,尤其是随机相位近似(RPA)和平均球面近似(MSA)。该表达式用于计算Na-K和Na-Cs等原子组合物混合的过量熵。结果表明,与硬球模型相比,SW模型的使用可获得更好的结果。与RPA相比,MSA在实验中具有更好的收敛性。

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