航天器环境工程Issue(3)：229-240,12.DOI:10.3969/j.issn.1673-1379.2014.03.001
空间辐射环境工程的现状及发展趋势
Present status and prospects of space radiation environmental engineering
摘要
Abstract
Spacecraft in orbit is often in a critical space radiation environment, which will cause the property degradation or the invalidation of spacecraft materials and structures. The space radiation effects include the single event effect, the total ionizing dose, the displacement damage effect, the surface charging and discharging effect, and the internal charging effect. On the other hand, the environment can also be used for space breeding. The present states of the space radiation environment engineering are reviewed in this paper, which include the space radiation environments and their models, the space radiation mechanisms and effects, the standards, the testing methods, the ground simulation test facilities, the numerical simulation and the flight tests of space radiation environments and their effects, the radiation hardening technology and the space radiation bioengineering. At last, the developing trends of the space radiation environment engineering are commented.关键词
空间辐射环境/空间辐射环境效应/地面模拟试验/数值模拟/飞行试验/标准/抗辐射加固/评述Key words
space radiation environments/space radiation environmental effects/ground simulation test/numerical simulation/flight test/standards/radiation hardening/review分类
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沈自才,闫德葵..空间辐射环境工程的现状及发展趋势[J].航天器环境工程,2014,(3):229-240,12.基金项目
国家自然科学基金项目 （）
