Radar mosaic based on the explicit radar ray paths

He Jian-xin, Deng Yong, Li Zheng, Wu Rong
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Abstract

In radar observation, different ray paths, which influence the three-dimensional gridding process, is due to the different gradients of reflectivity. The earth's radius model, which could not describe the radar ray path in a certain atmospheric thermodynamic condition, is the average condition of the radar ray pathway. In order to get the mosaic data of a certain thermodynamic condition, we need an arithmetic that could produce mosaic data based on the explicit radar ray paths. In this paper, we propose a method enable us to get the mosaic data based on any certain thermodynamics profiles of atmosphere. And the results are compared to the products of radar mosaic scheme based on the fixed earth's radius model in a certain atmospheric thermodynamic condition.
基于显式雷达射线路径的雷达拼接
在雷达观测中,不同的射线路径对三维网格化过程的影响是由不同的反射率梯度引起的。地球半径模型是雷达射线路径的平均条件,不能描述一定大气热力学条件下的雷达射线路径。为了得到某一热力学条件下的拼接数据,需要一种基于显式雷达射线路径生成拼接数据的算法。在本文中,我们提出了一种方法,使我们能够得到基于任何特定的大气热力学剖面的拼接数据。并在一定的大气热力学条件下,与基于固定地球半径模型的雷达拼接方案的结果进行了比较。
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