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Structure and Movement of the Severe Thunderstorms of 3 April 1964 as Revealed from Radar and Surface Mesonetwork Data Analysis

机译：从雷达和地面网络数据分析看1964年4月3日强雷暴的结构和运动

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Detailed analyses of radar echoes, NSSL Betanetwork data and upper air soundings recorded on 3 April 1964 are made to investigate possible mechanisms of the movement of severe thunderstorms. From the analyses, it is apparent that the direction and speed of storm movement correlate directly with low-level inflow as described and characterized by the surface patterns of wind, pressure, temperature, and humidity, and also with storm rotation as indicated by the motion of small storm echo elements. Storm speed and direction to the right or left of the mean tropospheric wind can be explained as a result of combined effects of storm rotation, drag and propagation. Storm propagation is a result of a process of continuous intensification and subsequent displacement of convective activity to the side inflow side of the storm. (Author)

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Charba, J.; Sasaki, Y.;
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年度 1968
页码 p.1-53
总页数 53
原文格式 PDF
正文语种 eng
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关键词
Thunderstorms ; Analysis ; Wind ; Intensity ; Networks ; Atmospheric motion ; Barometric pressure ; Meteorological radar ; Atmospheric temperature ; Humidity ; Radar echo areas ; Surface properties ; Radar tracking ; Velocity ; Drag ; Propagation ; Convection(Atmospheric);

机译：雷暴;分析;风;强度;网络;大气运动;气压;气象雷达;大气温度;湿度;雷达回波区域;表面特性;雷达跟踪;速度;阻力;传播;对流（大气）;

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1. Structure and Movement of the Severe Thunderstorms of 3 April 1964 as Revealed from Radar and Surface Mesonetwork Data Analysis [J] . Jess Charba, Yoshikazu Sasaki ournal of the Meteorological Society of Japan . 1971,第3期

机译：从雷达和地表介观网络数据分析中揭示的1964年4月3日强雷暴的结构和运动
2. Analysis of Severe Elevated Thunderstorms over Frontal Surfaces Using DCIN and DCAPE [J] . Patrick Market, Kevin Grempler, Paula Sumrall, Atmosphere . 2019,第8期

机译：使用DCIN和DCAPE分析正面的严重雷暴
3. Inverted-polarity electrical structures in thunderstorms in the Severe Thunderstorm Electrification and Precipitation Study (STEPS) [J] . W. David Rust, Donald R. MacGorman, Eric C. Bruning, Atmospheric research . 2005,第1a4期

机译：雷暴电气化和降水研究（STEPS）中雷暴中的极性反转电子结构
4. Severe thunderstorm activity over Bihar on 21st April, 2015: A simulation study by 'Satellite based Nowcasting Technique' [C] . Suman Goyal, Ashish Kumar, Ghansham Sangar, Remote sensing of the atmosphere, clouds, and precipitation VI . 2016

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5. Using disdrometer, radar, lightning, and model data to investigate severe thunderstorm microphysics. [D] . Kalina, Evan Anthony. 2015

机译：使用测速仪，雷达，闪电和模型数据研究严重的雷暴微观物理。
6. Movement Ecology Special Feature: Tracking butterfly movements with harmonic radar reveals an effect of population age on movement distance [O] . Otso Ovaskainen, Alan D. Smith, Juliet L. Osborne, 2008

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7. Structure and Movement of the Severe Thunderstorms of 3 April 1964 as Revealed from Radar and Surface Mesonetwork Data Analysis [O] . Jess Charba, Yoshikazu Sasaki 1971

机译：1964年4月3日的严重雷暴的结构和运动，从雷达和表面Mesonetwork数据分析揭示
8. Multiple Doppler Radar Analysis of Severe Thunderstorms: Designing a General Analysis System [R] . Brown, R. A. , Safford, C. R. , Nelson, S. P. , 1981

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Structure and Movement of the Severe Thunderstorms of 3 April 1964 as Revealed from Radar and Surface Mesonetwork Data Analysis

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