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The Application of Space Targets Polarization Detection and Recognition

机译:空间瞄准偏振检测和识别的应用

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The disadvantages of traditional optical detection for space targets such as time limitation and serious atmospheric effectare the main restrictions for space targets detection and recognition, especially for GEO satellites. As an opticalparameter, polarization is independent of intensity and spectral, and is sensitive to materials and surface properties.Polarization detection offers distinct advantages in highlighting targets, reducing effect of atmosphere, anddiscriminating camouflage target. Therefore, polarization detection can enhance the detection ability and becomes thehot point of space targets detection. In this paper, the advantages of space targets polarization detection are analyzed, thedevelopment of polarization detection devices and space targets polarization observations are summarized, and the futureof space targets polarization detection is forecasted.
机译:空间目标传统光学检测的缺点,例如时间限制和严重的大气效应空间目标检测和识别的主要限制是,特别是对于地理卫星。作为光学参数,极化与强度和光谱无关,对材料和表面性能敏感。偏振检测在突出突出显示目标,降低大气效果方面具有明显的优势辨别伪装目标。因此,极化检测可以增强检测能力并成为空间的热点目标检测。本文分析了空间目标极化检测的优点,是总结了偏振检测装置和空间目标偏振观测的开发,以及未来预测空间目标偏振检测。

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