摘要
阐述热控材料的性能以及它在空间模拟环境下的稳定性。测试表明所镀制的产品其光、热、电性能很好 ,且在模拟空间环境下 ,如电子辐照、紫外辐照、原子氧作用以及湿热环境下其稳定性能优良。AFM分析表明 ,镀膜方法和工艺对制备高质量TO膜和高反射Al膜十分重要。
In China,the flexible thermal control materials have been researched and developed for over 15 years. Performance of the thermal control material and its stability under the simulated space environments is discussed. The results of measuring and testing indicated that optical, thermal and electrical performance of the products is good. Especially, its stability for example, UV radiation, electron beam irradiation, atomic oxygen action and in wet thermal store ambient is also excellent. The AFM analysis show that the methods and technology of preparing TO and high reflectance Al films are very important. At the same time, the thermal control materials punched with holes are developed successfully.
出处
《中国空间科学技术》
EI
CSCD
北大核心
2002年第6期43-48,共6页
Chinese Space Science and Technology
关键词
卫星
柔性热控材料
稳定性
镀膜
温度控制
Subject Term Flexible material Thermal control coating Film plating stability Test
