Nonlinear dynamics of kinetic fluctuations and quasi-linear relaxation in plasma

Yu. V. Slyusarenko, I. Ryzha, A. I. Kirdin
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引用次数: 0

Abstract

We propose an approximation of pair correlations for solving the equations of the kinetic theory of long-wave (or large-scale) fluctuations in gaseous media. The basic ones are the general nonlinear equations of the large-scale fluctuations theory at the kinetic stage of system evolution, derived from the first principles of statistical mechanics. We show that based on the equations of the long-wave fluctuations kinetics in the case of weak interaction between particles, in the approximation of pair fluctuations it is possible to reproduce the main results of the quasi-linear theory of plasma. Thus, the well-known quasi-linear theory of plasma is provided with a first-principle justification.
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等离子体动力学波动和准线性弛豫的非线性动力学
我们提出了求解气体介质中长波(或大尺度)波动的动力学理论方程的对相关的近似。基本方程是由统计力学第一原理导出的系统演化动力学阶段大尺度涨落理论的一般非线性方程。我们证明了基于粒子间弱相互作用情况下的长波波动动力学方程,在对波动的近似中可以再现等离子体准线性理论的主要结果。这样,就为众所周知的等离子体准线性理论提供了第一性原理的证明。
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来源期刊
Mathematical Modeling and Computing
Mathematical Modeling and Computing Computer Science-Computational Theory and Mathematics
CiteScore
1.60
自引率
0.00%
发文量
54
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