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Differential cross section in PIC-MCC simulation of plasmasolid interaction

机译:PIC-MCC仿真中的差分横截面的叠叠相互作用

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This paper focuses on the particle modelling of the interaction of low-temperature plasma with immersed cylindrical Langmuir probe. Particle modelling gives comprehensive information about the system, which is being analyzed, but the simulations are highly timeconsuming. Especially in the high-pressure plasma the interactions between charged and neutral particles play an important role and they are often simulated by the Monte Carlo method. For this paper we prepared a simulation, which contains these interactions in as accurate way as possible, including the angular dependence of the electron-neutral elastic collision. We showed the effect of neglecting this angular dependence as well as the energy dependences of the cross sections of all included interactions.
机译:本文侧重于低温等离子体与浸渍圆柱朗米尔探针相互作用的粒子建模。粒子建模提供了有关系统的全面信息,该信息正在分析,但模拟是高度的时间。特别是在高压等离子体中,带电和中性颗粒之间的相互作用起着重要作用,并且通常通过蒙特卡罗方法模拟。对于本文,我们制备了一种模拟,其用来尽可能准确地含有这些相互作用,包括电子中性弹性碰撞的角度依赖性。我们展示了忽略这种角度依赖性的影响以及所有包括相互作用的横截面的能量依赖性。

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