Precipitation characterization using simultaneous Ku- and Ka-band differential Doppler velocity measurements

R. Beauchamp, V. Chandrasekar
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Abstract

Radar observed differential Doppler velocity can be a proxy for the dual-frequency ratio for vertical pointing observations. Vertical pointing dual-frequency data was collected with the NASA D3R and the relationship between Ku- and Ka-band velocity measurements is discussed. It is shown that the differential Doppler velocity between frequencies provides insight into the microphysical properties of rain. The differential Doppler velocity can be used to estimate the median volume diameter, D0.
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同时使用Ku和ka波段差分多普勒速度测量降水特性
雷达观测到的差分多普勒速度可以代替垂直指向观测的双频比。利用NASA D3R采集了垂直指向双频数据,讨论了Ku波段和ka波段速度测量的关系。结果表明,不同频率之间的多普勒速度差可以深入了解雨的微物理特性。差分多普勒速度可用于估计中位容积直径D0。
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