近地轨道航天器表面充电计数

Cheng Xiao-ning, Gu Chao-Chao
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引用次数: 0

摘要

近地轨道航天器在飞行过程中容易积聚带电粒子,导致表面电势上升,产生放电现象,对航天器造成严重危害。本文基于气体动力学理论、等离子体麦克斯韦速度分布函数理论和航天器表面电流平衡方程,计算了无光条件下等离子体密度、等离子体温度和航天器速度对表面电位的一般表达式。结果表明,航天器表面电势与飞行速度和等离子体温度基本成线性关系,而等离子体密度对航天器表面电势的影响较小。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Surface charging numeration of LEO spacecraft
It is easy for Low Earth Orbit (LEO) spacecraft to accumulate charged particles during its flight, resulting in the surface potential rises, producing the discharge phenomenon and generating serious harm to the craft. This paper is based on the kinetic theory of gases, the theory of plasma in Maxwell velocity distribution function and spacecraft surface current balance equation, calculating the general expression of surface potential with plasma density, plasma temperature and spacecraft speed under the condition of no light. The results show that the surface potential of the spacecraft almost has a linear relationship with the flight speed and the plasma temperature while plasma density has little effect on the surface potential of spacecraft.
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