双组分带电气体热力学的变分方法

M. Grinfeld, P. Grinfeld
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引用次数: 0

摘要

基于适当的广义Gibbs变分方法,我们分析了具有静电相互作用的双组分系统。我们从表述等周型变分问题开始,然后计算相应泛函的第一和第二变分。第一个变量用于建立所研究系统的平衡条件,而第二个变量用于建立平衡构型的稳定性条件。所建立的平衡条件允许计算组分的质量密度分布以及熵(或温度)和电势的分布。为此,我们必须解一个由四个积分方程和一个代数方程组成的方程组。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Variational Method in Thermodynamics of Two-Component Charged Gas
Based on appropriately generalized Gibbs’ variational methodology, we analyzed two-component systems with electrostatic interaction. We begin by formulating isoperimetric-type variational problems, and then proceed with calculation of the first and second variations of the corresponding functionals. The first variation is used for establishing the conditions of equilibrium of the systems under study, whereas the second – is for establishing conditions of stability of equilibrium configurations. The established conditions of equilibrium permit calculating distributions of the mass densities of the components as well as distributions of entropy (or temperature) and the electric potential. To that end, we have to solve a system of four integral equations and one algebraic.
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