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Study of thunderstorm activity connection with weather system structures over the North-Western Pacific Ocean

机译:西北太平洋雷暴活动与天气系统结构的关系研究

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Applying the data of VLF direction finder receiving station of IKIR FEB RAS, included into the World Wide Lightning Location Network (WWLLN), the paper investigates the relations of field characteristics of recorded lightning discharges in the north-western part of the Pacific ocean with field characteristics of weather formation meteorological elements, evaluated according to the data of Earth remote sounding from satellites. On the example of separate tropical cyclones (TC) for 2012-2013, the relation of lightning discharge frequency and density with spatial distribution of driving wind whirl is shown. TC structure evolution is traced in cloudiness fields, driving wind whirl, and lightning discharge distribution. This publication is based on work supported by a grant from the U.S. Civilian Research and Development Foundation (RUG1-7084-PA-13) with funding from the United States Department of State. The opinions, findings and conclusions stated herein are those of the authors and do not necessarily reflect those of CRDF Global or the United States Department of State.
机译:利用IKIR FEB RAS的VLF测向仪接收站的数据,该数据已包含在全球闪电定位网(WWLLN)中,研究了太平洋西北部记录的雷电放电的场特征与场的关系。根据来自卫星的地球遥测数据评估天气形成气象要素的特征。在2012-2013年单独的热带气旋(TC)的示例中,显示了雷电放电频率和密度与驱动风回旋的空间分布之间的关系。 TC结构的演变可追溯到阴云密布的田野,驱动的旋风和雷电的分布。本出版物基于美国民用研究与发展基金会(RUG1-7084-PA-13)赠款以及美国国务院的资助而开展的工作。本文陈述的观点,发现和结论为作者的观点,不一定反映CRDF Global或美国国务院的观点,发现和结论。

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