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Retrieval of 2-D tropospheric water vapour fields by using a constellation of co-rotating LEO satellites

机译:利用同向旋转的LEO卫星星座反演二维对流层水汽场

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The normalised differential spectral attenuation (NDSA) approach has been recently introduced to retrieve integrated water vapour (IWV) content information from attenuation measurements over microwave links between two low earth orbit (LEO) satellites. In the original formulation, two counter-rotating satellites were considered in order to achieve vertical profiles of water vapour. In this paper, an extension of the method to the case of a constellation of co-rotating LEO satellites is proposed. Simulation results demonstrate the feasibility of the proposed approach to retrieve 2-D maps of the atmospheric water vapour content from IWV measurements.
机译:最近引入了归一化差分频谱衰减(NDSA)方法,以从两个低地球轨道(LEO)卫星之间的微波链路上的衰减测量结果中获取综合水汽(IWV)含量信息。在原始公式中,考虑了两个反向旋转的卫星以实现水蒸气的垂直剖面。在本文中,提出了将该方法扩展到同向旋转的LEO卫星星座的情况。仿真结果证明了该方法从IWV测量中获取大气水汽含量的二维图的可行性。

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