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Design calculation of the two-mirror compensating/active scan subsystem using in-space remote sensors

机译:使用太空遥感器的双镜补偿/主动扫描子系统的设计计算

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Abstract: There are some special requirements for meteorology and oceanography remote sensor. For example: (1) Wide cross- track swath. The swath width of the modern remote sensor can be $POM 55 degrees against the nadir of the satellite. (2) Low Linear Polarization Sensitivity (LPS). The LPS should be LSEQ 2 degrees within 0.43 $mu@m $LSEQ $lambda $LSEQ 2.2 $mu@m. The scan subsystem that can perform wide swath scanning and reduce LPS must be searched as a support to the requirements of these sensor. The two-mirror compensating/active configuration is the preferred candidate for the preliminary baseline. !2
机译:摘要:对气象学和海洋学遥感器有一些特殊要求。例如:(1)宽跨轨条带。相对于卫星最低点,现代遥感器的扫描宽度可为$ POM 55度。 (2)低线性极化灵敏度(LPS)。 LPS应为LSEQ 2度,在0.43μm·m·LSEQ·lambda·LSEQ·2.2μm·m之内。必须搜索可以执行宽幅扫描并减少LPS的扫描子系统,以支持这些传感器的要求。二镜补偿/主动配置是初步基准的首选。 !2

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