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Space systems — Environmental testing for spacecraft thermal control materials 空间系统 航天器热控制材料的环境试验
发布日期: 2025-01-23
本文件规定了应用于航天器表面的热控制材料(TCMs)地面环境试验的要求和指南。 本文件描述了以下环境条件的测试方法:带电粒子辐射、太阳紫外线(UV)辐射、原子氧(AO)和热循环。 本文件不包括其他环境效应,如氙离子发动机羽流的污染效应(所谓的人为效应)或中子效应(详见附件B)。 本文件适用于典型的TCM,包括但不限于油漆、硅酸盐、薄膜、阳极氧化物和玻璃(光学太阳能反射器,OSR)。适用类似要求的其他材料可参考本文件。本文档专门用于材料估算或评估测试,可根据具体应用进行定制。

This document establishes requirements and guidance for the ground-based environmental testing of thermal control materials (TCMs) applied on spacecraft surface.

This document describes the test methods for the following environmental conditions: charged particle radiation(s), solar ultraviolet (UV) radiation, atomic oxygen (AO) and thermal cycling.

This document does not cover other environmental effects such as contamination effect of the Xenon ion engines plume (so called artificial effect) or the effects of neutron (see detailed information in Annex B).

This document is applicable to typical TCM(s), including but not limited to, paint, silicate, film, anodic oxide, and glass (optical solar reflector, OSR). This document can be referenced for other materials, to which similar requirements apply. This document is devoted to material estimation or evaluation tests and can be tailored according to specific applications.

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归口单位: ISO/TC 20/SC 14
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