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辐射学和光度学的遥感已经开展多年 ,偏振遥感的产生是空间遥感技术发展的必然结果。偏振遥感与传统遥感相比有其独特之处 ,它可以解决光度学遥感无法解决的一些问题。如云和气溶胶的粒径分布问题 ;目标的偏振测量精度无需准确的辐射量校准就可达到相当高的精度 ;在取得偏振测?
Remote sensing of radiology and photometry has been carried out for many years. The generation of polarization remote sensing is the inevitable result of the development of space remote sensing technology. Compared with the traditional remote sensing, the polarization remote sensing has its own unique features. It can solve some problems that can not be solved by photometric remote sensing. Such as cloud and aerosol particle size distribution problems; the target of polarization measurement accuracy without the need for accurate calibration of the radiation can reach a very high accuracy; obtained in the polarization measurement?