Analysis and Cross Validation of a Hail Process Based on Two X-Band Dual Polarization Radar Observations

Zhi Li, Debin Su, Yang Cao, Xiaohong Fang, Yue Liu, Jingxin He
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Abstract

In order to understand of physics process in the hailstorm, a hail event on August 9, 2019 had been analyzed by using the data collected of two X-band dual polarization radars located in Wuyuan County Meteorological Bureau and Ulansuhai Meteorological Observation Station in Bayan Nur, Inner Mongolia Autonomous Region. Hailstorm information recorded by 58 hail pads which were deployed in the experiment region were also used for the validation of the radar observation. The volume scan data of the Wuyuan radar is meshed by three-dimensional coordinates of longitude, latitude and altitude by vertical interpolation. In the common observation area, through comparing and validating the values of the polarization parameters on the crossover line to analyze the vertical structure characteristics of hail cloud. The results showed that the characteristics of hail observation data of the two radars in the same observation area are similar, Combining with two radar data can more completely obtain the hail information. The paper can provide relevant basis for the X-band dual polarization radar to the artificial hail suppression work in the Bayan Nur area.
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基于两次x波段双偏振雷达观测的冰雹过程分析与交叉验证
为了解此次雹暴的物理过程,利用内蒙古自治区巴彦淖尔自治区乌兰苏海气象观测站和武源县气象局两台x波段双极化雷达采集的数据,对2019年8月9日的一次雹暴进行了分析。利用实验区部署的58个雹台记录的雹暴信息对雷达观测结果进行了验证。婺源雷达体扫描数据采用垂直插值法对经度、纬度、高度三维坐标进行网格化处理。在共同观测区,通过对比验证交叉线上极化参数值,分析冰雹云的垂直结构特征。结果表明,同一观测区域内两种雷达的冰雹观测数据特征相似,结合两种雷达数据可以更完整地获取冰雹信息。本文可为x波段双极化雷达在巴彦淖尔地区的人工防雹工作提供相关依据。
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