The precise observation photo-electricity telescope (photo-electricity telescope for short) is the main device to observe man-made objects in the space.
精密观测光电望远镜(简称光电望远镜)是空间人造目标观测的主要设备。
参考来源 - 光电望远镜误差分析及补偿技术·2,447,543篇论文数据，部分数据来源于NoteExpress
提出了一种天基光电望远镜对空间多目标成像的模拟方法。
A method of simulation of space multi-target imaging on a space-based telescope is presented.
介绍了光电望远镜试验平台的研究现状，对地基、天基、机载、气球平台望远镜的性能与特点进行分析和总结。
Photoelectric telescope platforms on earth, in space, aboard airplanes and balloons are introduced. The performances are analyzed and the characteristics are summarized.
采用CCD漂移扫描技术可以显著提高地基光电望远镜系统的观测效率，改善空间目标的数据质量，但目前不适合对快速移动目标的观测。
CCD drift-scan technique can improve the survey efficiency of ground-based optoelectronic telescope system and the data precision of space targets.
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