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Outgassing Environment of Spacecraft:An Overview

机译:航天器的突出环境:概述

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With the advancements of materials science and technology,organic materials found significant applications in aerospace industry.But under the orbital thermal and vacuum environment,organic materials can outgas and the outgassed products and induced environment often degraded performances of spacecraft or its subsystem.In this article,the typical impacts of outgassing environment on spacecraft are explained briefly.Then the outgassing theory,test method,identification of compounds and control measures were reviewed in detail.The need for transient and long-term outgassing model is discussed.The standard test methods of E595 and E1559 are compared.The promising new techniques such as infrared spectrometry and/or mass-spectrometry with thermogravimetric analysis is proposed for the identification of outgassed compounds.The vacuum bakeout and molecular absorber for outgassing control are reviewed and for the last more research work is needed.
机译:随着材料科学和技术的进步,有机材料在航空航天工业中发现了重要的应用。但是在轨道热和真空环境下,有机材料可以沟通和辐射产品和诱导的环境经常降低航天器的性能或其子系统的性能。在本文中,简要解释了航天器对航天器对航天器的典型影响。详细审查了除气理论,试验方法,化合物鉴定和控制措施。讨论了对瞬态和长期放气模型的需求。标准测试方法比较E595和E1559.提出了具有热重分析的红外光谱和/或质谱法的有希望的新技术,用于鉴定除气化合物。综述了用于除气体控制的真空烤箱和分子吸收器,并进行了最近的更多研究工作是必要的。

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