发射率
电致变色
航天器
红外线的
调制(音乐)
热发射率
热的
卫星
材料科学
光电子学
光学
遥感
物理
气象学
地质学
天文
声学
量子力学
梁(结构)
电极
作者
Hülya Demiryont,David Moorehead
标识
DOI:10.1016/j.solmat.2009.02.025
摘要
A novel electrochromic device (ECD) working in mid- to long-wave infrared (IR) region is presented, comprising of a solid-state monolithic thin film system for adjusting heat rejection/receiving levels on attached surfaces. The system is an electrically controllable active emissivity modulator. EclipseVED™, variable-emissivity ECD, is designed for satellite and spacecraft thermal control, using an active ECD system for long-wave infrared (LWIR) modulation and a passive cold mirror for solar rejection. Emissivity modulation of the system is 0.8 for 7–12 μm region while average solar rejection is 80% in the vis–NIR region. Device properties and initial space test results are also presented.
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