To realize the quantitative measurement on infrared radiation of space objects, astronomical calibration of star radiation measurement system needs to be addressed. Considering the deficiencies of traditional ground-based large-aperture infrared radiation measurement systems in star calibration, we proposed a novel infrared radiation measurement system which contains four parts: the star observation unit, the infrared star measurement unit, the information processing unit, and the computing unit. Through optimal design of the radiation measurement system, we achieve effective distinction of target and complex backgrounds, and precise calculation of target infrared radiation.
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