The infrared radiation characteristics of space targets have been applied in the fields of target detection, classification, and identification. This paper simulates the infrared radiation characteristics and dynamic imaging of space targets using spaceborne detection systems. The study investigates the infrared radiation characteristics of space targets in the 4.2~6μm, 5.5~7μm, and 8~12μm bands. Additionally, a spaceborne network detection scenario was established to update the relative positions of detection satellites and targets in real-time. By modeling and simulating the infrared radiation characteristics of mid-course warheads and decoys, a sequence of satellite-detected infrared images under various detection conditions was generated. This research provides a reference for infrared imaging methods for the detection, classification, and identification of space targets.
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