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Interpolations for plasma transport properties in the first Born approximation of the linear response theory

机译:等离子体传输性能的插值在线性响应理论的第一个出生近似

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Closed expressions for electron-electron correlation functions and fully ionized plasma dc electrical conductivity, heat conductivity and thermopower are obtained. The approach is based on the linear response theory in the formulation of the relevant statistical operator method and takes into account both dynamical screening and arbitrary degeneracy. The expressions are constructed in the form that includes the asymptotic properties for non-degenerate [1], moderate [2,3] and strongly degenerate [4] plasma and describe more wide density-temperature region that in [5]. The role of exchange parts in electron-electron correlation functions is discussed. The results obtained might be useful in calculating the multicomponent plasma transport properties.
机译:为电子电子相关功能和完全电离等离子体直流电导率,热导率和热电驱动器进行封闭表达。该方法基于相关统计运营商方法的配方中的线性响应理论,并考虑了动态筛选和任意退化。表达以包括非退化[1],中等[2,3]的渐近性质的形式构建,中等[2,3],并描述更宽的密度 - 温度区域,其在[5]中。讨论了交换部件在电子 - 电子相关函数中的作用。获得的结果可用于计算多组分等离子体传输性质。

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