空间原子氧环境效应模拟方法

Simulation of space atomic oxygen environment

  • 摘要: 原子氧是近地轨道中一种极为恶劣的空间环境,地面模拟与数值模拟是进行原子氧环境效应研究的常用方法。文章调研分析了国内外在空间原子氧地面模拟与数值模拟方面的最新进展及所采用的关键技术,提出国内今后在地面模拟方面应着力建立有效的试验方法与寿命预示方法,为今后航天器选材试验提供技术基础;在数值模拟方面应以工程应用为指导,以试验结果为基础,逐步建立起合理有效的数值模拟方法。

     

    Abstract: Atomic oxygen is a worst space environment factor in LEO. Ground test and numerical simulation are usually used to study its effects. This paper reviews the latest development and the key techniques in ground test and numerical simulation, and it is shown that the acceleration testing method should be emphasized in the ground-based test research on the selection of space materials. It is also shown that the models and software tools should be used for numerical simulations.

     

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