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High Sensitive Night-time Light Imaging Camera Design and In-orbit Test of Luojia1-01 Satellite

机译:罗家1-01卫星高灵敏度夜间光成像相机设计与在轨测试

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摘要

Luojia1-01 satellite is the first scientific experimental satellite applied for night-time light remote sensing data acquisition, and the payload is an optical camera with high sensitivity, high radiation measurement accuracy and stable elements of interior orientation. At the same time, a special shaped hood is designed, which significantly improved the ability of the camera to suppress stray light. Camera electronics adopts the integrated design of focal plane and imaging processing, which greatly reduces the volume and weight of the system. In this paper, the design of the optical camera is summarized, and the results of in-orbit imaging performance tests are analyzed. The results show that the dynamic modulation transfer function (MTF) of the camera is better than 0.17, and the SNR is better than 35 dB under the condition of 10 lx illuminance and 0.3 reflectivity and all indicators meet the design requirements. The data obtained have been widely applied in many fields such as the process of urbanization, light pollution analysis, marine fisheries detection and military.
机译:罗家1-01号卫星是首个用于夜间光遥感数据采集的科学实验卫星,有效载荷是一种具有高灵敏度,高辐射测量精度和内部方位稳定的光学相机。同时,设计了一种特殊形状的遮光罩,大大提高了相机抑制杂散光的能力。相机电子设备采用焦平面和成像处理的集成设计,大大减少了系统的体积和重量。本文概述了光学相机的设计,并分析了在轨成像性能测试的结果。结果表明,在10 lx照度和0.3反射率的条件下,摄像机的动态调制传递函数(MTF)优于0.17,SNR优于35 dB,所有指标均满足设计要求。获得的数据已广泛应用于许多领域,例如城市化过程,光污染分析,海洋渔业检测和军事。

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