摘要
从卫星用新型红外地平敏感器的视场设计出发 ,分析了光学膜厚度和锗红外光学材料的吸收对光学设计的影响 ,介绍了非共轴红外光学系统优化设计的方法 ,给出了其设计结果。试验表明 ,设计的非共轴红外光学系统完全满足卫星用新型红外地平敏感器的要求。
In this paper, based on the view field design of new infrared horizon sensor for satellites, the effect of optical film thickness and germanium infrared optical material absorbance on optical design are researched. The optimum design procedures of non\|coaxial infrared optical system is described. The results of design are given. The experiment results show that this non\|coaxial infrared optical system is perfectly able to meet the requirements of new infrared horizon sensor for satellites.
出处
《红外与激光工程》
EI
CSCD
2000年第2期72-77,共6页
Infrared and Laser Engineering
基金
航天部管预研基金资助重点攻关项目
关键词
地平敏感器
红外光学系统
非共轴
优化设计
Horizon sensor\ \ Infrared optical system\ \ Non\|coaxial\ \ Optimum design
