Precision solution of Boltzmann Transport equation with EM through plasma

R. Yaduvanshi, Harish Parthasarthi
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Abstract

A precision solution of BTE with exact analysis of electromagnetic penetration through plasma with force applied and collision terms are accounted for have been investigated. The collision integral for two particles using inverse square law method is computed. Also we have analyzed multi species particles collision terms into account. This governs the evolution of distribution function for electrons and holes in semiconductors and particles or molecules in gases. BTE a nonlinear integro-differential equation which can be solved for computing the distribution function. Fast convergence of BTE has been computed by MATLAB. Simulations of EM through Plasma using coupled solution were found to be difficult and tedious task.
等离子体中电磁场作用下玻尔兹曼输运方程的精确解
研究了等离子体电磁穿透的精确解,并考虑了施加的力和碰撞项。用平方反比法计算了两个粒子的碰撞积分。我们还考虑了多粒子碰撞项。这决定了半导体中的电子和空穴以及气体中的粒子或分子的分布函数的演化。BTE是一种非线性积分微分方程,可以通过计算分布函数来求解。用MATLAB计算了BTE的快速收敛性。用耦合溶液模拟等离子体电磁是一项困难而繁琐的工作。
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