Fluid-Kinetic-hybrid simulation for ion thruster using polymorphic particles

Ninad Joshi, Christian Heiliger
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Abstract

Abstract A hybrid Fluid-Kinetic model based on a polymorphic Particle-in-Cell method is developed for the simulation of plasmas in ion thruster. The numerical scheme is suited for scenarios in which thermal ions or electrons undergo strong acceleration. The polymorphic PIC model is tested for the extraction region of an ion thruster. In this paper, we report the results achieved by implementing the scheme on a single extraction orifice and compare our results with the simulation from known IGUN software for ion extraction.
基于多态粒子的离子推力器流体-动力学混合仿真
摘要建立了一种基于多态粒子胞内法的混合流体动力学模型,用于离子推力器等离子体的模拟。该数值格式适用于热离子或电子承受强加速度的情况。对离子推力器萃取区多态PIC模型进行了测试。在本文中,我们报告了在单个提取孔上实现该方案所获得的结果,并将我们的结果与已知的IGUN软件中离子提取的模拟结果进行了比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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