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Millimeter wave satellite tomography of the Earth's ozone layer

机译:地球臭氧层的毫米波卫星断层扫描

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A new active radiosounding method is suggested for global satellite monitoring of a Earth's ozone layer. The method is based on millimeter wave transmission along the path between two satellites, one carrying a transmitter, the other one carrying a receiver. In the case of paths passing over 10 km above the Earth's surface, the influence of oxygen and water vapor absorption is absent, therefore signals of ozone absorption for 2 to 3 mm wavelength spectral lines are free from any interference. In comparison with well-known radiometry, the method is distinguished by its particular precision and resolution.
机译:建议对地球臭氧层的全球卫星监测建议一种新的主​​动放射性方法。该方法基于沿着两个卫星之间的路径的毫米波传输,携带发射器,另一个携带接收器。在地球表面上方超过10千米的路径的情况下,不存在氧气和水蒸气吸收的影响,因此臭氧吸收的信号2至3mm波长光谱线无任何干扰。与众所周知的辐射测量相比,该方法通过其特定的精度和分辨率来区分。

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