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首页> 外文期刊>Izvestiya Atmospheric and Oceanic Physics >Cosmos-243 as the Starting Point for the Development of Microwave Radiometry Methods of the Earth's Atmosphere and Surface
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Cosmos-243 as the Starting Point for the Development of Microwave Radiometry Methods of the Earth's Atmosphere and Surface

机译:Cosmos-243作为地球大气和表面的微波辐射测定方法的开发的起点

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摘要

On September 23, 1968, the Cosmos-243 satellite was launched into orbit with four radio telescopes directed to the nadir on board. They were designed to measure the microwave radiation of the Earth's surface and its atmosphere at wavelengths of 0.8, 1.35, 3.4, and 8.5 cm. The onboard infrared radiometer measured radiation in the band of 10-11 mu m in the same solid angle as the radio telescopes. This experiment, which was initiated by scientists from the Institute of Radioengineering and Electronics (IRE) and Institute of Atmospheric Physics (IAP) and, in particular, academicians V.A. Kotel'nikov and A.M. Obukhov, broke new ground in the remote sensing of the Earth from space, which is being actively developed.
机译:1968年9月23日,Cosmos-243卫星在轨道上发射到轨道上,其中四个无线电望远镜指向船上的Nadir。 它们被设计为测量地球表面的微波辐射,其气氛为0.8,1.35,3.4和8.5厘米。 作为无线电望远镜的相同实心角度,板载红外辐射计测量了10-11μm的带中的辐射。 这项实验是由来自学报和电子(IAP)和大气物理学研究所(IAP)的科学家发起的,特别是院士V.A。 kotel'nikov和上午 Obukhov,在积极开发的空间遥感中打破了地球的遥感。

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