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Observation parameters design of moon-based earth observation sensors for monitoring three-polar regions

机译:监测三极区的月球地球观测传感器观测参数设计

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More and more attention has been paid to taking the Earth as a whole for researching. Though space-borne and airborne platform have acquired various data from the Earth, the existing Earth observation system lack the ability of long-term continuous observation at a global scale. Three-polar regions include the Arctic, Antarctic and Tibet Plateau, which characterized by its large scale and need long-term observation. This will need large-scale, constant and long-term dynamic Earth observation system. Here we established a new platform, Moon-based Earth observation platform, which focuses on the observation of global scale scientific phenomena, turning out to be an ideal platform to study Three-polar regions environment comparison research. In this paper, we propose the Moon-based observation platform, and discuss the system parameters performance briefly and next focus on the potential applications of Three-polar regions.
机译:人们越来越关注将地球作为一个整体进行研究。尽管空载和空载平台已经从地球获取了各种数据,但是现有的地球观测系统缺乏在全球范围内进行长期连续观测的能力。三极地区包括北极,南极和青藏高原,其特点是规模大,需要长期观察。这将需要大规模,恒定和长期的动态地球观测系统。在这里,我们建立了一个新的平台,即基于月球的地球观测平台,该平台专注于全球规模科学现象的观测,成为研究三极地区环境比较研究的理想平台。在本文中,我们提出了基于月球的观测平台,并简要讨论了系统参数的性能,接下来重点介绍了三极地区的潜在应用。

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