空间l波段辐射测量系统及星下测量用辐射计-偏振计的研制

N. Armand, S. Marechek, V. Savorski, M. Smirnov, Y. Tishchenko, V. S. Ablyazov, A. Khaldin
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引用次数: 0

摘要

空间l波段辐射测量系统设计的主要目标是在有前途的l波段电磁波范围内发展用于地球遥感的辐射物理方法,以研究大气-地球表面系统中的事件和过程。俄罗斯的小卫星将用于科学调查。这颗卫星定于2008年发射。在计划的有效载荷包含l波段辐射计的空间任务开始时,利用类似仪器进行可靠的星下测量是非常重要的。在IRE和SDB RAS中,正在开发微波l波段辐射计偏振计。2007年8月,在克里米亚的卡齐维利(Katsiveli)举行的活动中,使用一台原型辐射计进行了现场测量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of space L-band radiometric system and radiometer-polarimeter for subsatellite measurements
The main goal of space L-band radiometric system design is the development of radiophysical methods for Earth remote sensing in a promising L-band range of electromagnetic waves for investigation of events and processes in the atmosphere-Earth surface system. For scientific investigations the Russian small satellite will be used. Launch of the satellite is scheduled for 2008. On the threshold of planned space missions with payloads containing L-band radiometers it is very important to have reliable subsatellite measurements with analogous instruments. In IRE and SDB RAS a microwave L-band radiometer polarimeter is under development. Field measurements with a prototype radiometer were performed during the campaign held in Katsiveli (Crimea), August, 2007.
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