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RAIN: 作品数：854被引量：1383H指数：17; 导出分析报告; 相关领域：天文地球医药卫生更多>>; 相关作者：黄卫峰乐伟国杨静怡陈建辉孙雅飞更多>>; 相关机构：中国科学院解放军理工大学北京外国语大学北京师范大学更多>>; 相关期刊：更多>>; 相关基金：国家自然科学基金国家重点基础研究发展计划中国博士后科学基金国家科技支撑计划更多>>

Derivation of Rainstorm Intensity Formula in Guilin City: 《Meteorological and Environmental Research》2020年第3期44-47,共4页Qiaoyi TANG Juan WANG Ting WANG; Supported by Meteorological Scientific Research Plan Project of Guangxi Meteorological Bureau(2019M16);Independent Scientific Research Project of Guilin Meteorological Bureau(201904)。; A total of 58 years self-recording rainfall records at Guilin National Weather Station from January 1957 to December 1957 were used. Using the annual maximum sampling method,11 short-duration maximum rainfall records ...; 关键词：Rainstorm intensity formula FITTING ACCURACY

Diagnostic Analysis on Heavy Rain Process of the Northeast-moving Southwest Vortex被引量：1: 《Meteorological and Environmental Research》2019年第3期1-10,17,共11页Rao Xiaoqin Wang Shigong; Supported by National Key R&D Program of Ministry of Science and Technology(2016YFC0203301);Forecasters’Special Projects of China Meteorological Administration(CMAYBY2011-062); The moving path of southwest vortex and the mechanism of heavy rain in the north were studied in order to find out the forecasting point of the northern heavy rain,so as to improve the forecasting ability of the heavy...; 关键词：SOUTHWEST vortex Northeast-moving Heavy RAIN VORTICITY advection Temperature advection

Study on Revision and Compilation of Rainstorm Intensity Formula in Liuzhou City and County: 《Meteorological and Environmental Research》2018年第2期8-11,共4页Xie Dong Su Xiaoling Li Yaqin; Supported by the Item of Urban and Rural Community Affairs(Urban Construction--Planning Compilation and Project Prophase)in Liuzhou City in 2015; Rainstorm intensity formula,main basis of solving urban waterlogging,is the basis of scientifically and rationally making urban drainage professional planning and drainage engineering design. In this paper,compilation...; 关键词：Liuzhou city and county Rainstorm intensity formula REVISION COMPILATION RESEARCH

Effects of Different Rainwater Diversion Patterns on Rainwater Collection Efficiency and Water Utilization Efficiency in Cornfield被引量：1: 《Meteorological and Environmental Research》2015年第8期54-56,共3页Wang Jianxin Wang Panlei Duan Zongyan Pan Yanhua Chen Shihua Lu Yao; Supported by the National Key Technology R&D Program(2012BAD40B02); Four rainwater diversion patterns including undisturbed soil ditch （T1）, slope compaction （T2）, asbestos sheet covering after compac- tion （T3） and plastic film covering after compaction （T4） were set in cornf...; 关键词：Arid areas of Yunnan MAIZE Diversion pattern Collection efficiency Water utilization efficiency China

Analysis on Variation Characteristics of the Precipitation in Zigong City in Recent 50 Years: 《Meteorological and Environmental Research》2011年第11期29-33,56,共6页YUAN Li-xin Zigong Meteorological Bureau in Sichuan Province,Zigong 643000,China; [Objective] The research aimed to analyze variation characteristics of the precipitation in Zigong City in recent 50 years.[Method] Based on daily precipitation data at three observation stations in Zigong City from 1...; 关键词：Zigong City RAINFALL Rain days Change characteristic China

Review and Discussion on the Plum Rain Research in China: 《Meteorological and Environmental Research》2011年第3期25-29,32,共6页HUANG Zhen,XU Hai-ming,HU Jing-gao Provincial and Ministry of Education Key Laboratory for the Meteorological Disaster,Nanjing University of Information Science & Technology,Nanjing 210044,China; Supported by " Development of Subtropical Monsoon System Monitoring and Diagnosis Technology " of Cooperative Science and Research Item of Shanghai Meteorological Bureau and School in 2009; [Objective] The research aimed to review the research progresses and the research achievements of plum rain in China.[Method] By using the precipitation,the sunshine data in the related observatories during 1961-2009 ...; 关键词：Plum rain division Plum rain range Plum rain typing China

Comprehensive Rainstorm Intensity Formula Based on Particle Swarm Algorithm: 《Meteorological and Environmental Research》2010年第9期1-3,14,共4页赵吉武邹长武卢晓宁; Supported by The College Management Science Research Project of Chengdu University of Information Technology (CRF200804);The Project of Sichuan Education Department (07ZB014); [Objective] The research aimed to simplify the traditional method and gain the method which could directly construct the comprehensive rainstorm intensity formula.[Method] The particle swarm optimization was used to o...; 关键词：Particle swarm algorithm Comprehensive rainstorm intensity formula OPTIMIZATION China

Study on New Generation Spaceborne Rain and Cloud Measuring Radar System Techniques被引量：1: 《Meteorological and Environmental Research》2010年第9期4-8,11,共6页商建杨汝良; Supported by Horizontal Program of Space Long March Rocket Technology Co. Ltd (500036); Dual-frequency and multi-polarization spaceborne rain and cloud measuring radar is the inevitable trend of remote sensing techniques.Techniques of new generation dual-frequency and multi-polarization spaceborne rain a...; 关键词：Spaceborne rain and cloud measuring radar Dual-frequency and multi-polarization Subsystem scheme China

Circulation Characteristics Analysis on A Rare Light Rain Changing to Snowstorm Weather: 《Meteorological and Environmental Research》2010年第5期41-43,共3页杨文艳任智勇赵铭; By using the ground,high-altitude conventional observation data and NCEP global reanalysis data,the circulation background and the snowfall causes of light rain changing to snowstorm weather process in Panjin during F...; 关键词：SNOWSTORM Circulation background Southwest jet Phase state conversion China

Analysis of A Heavy Snow Process in Liaoning Province in 2009被引量：1: 《Meteorological and Environmental Research》2010年第3期107-111,共5页张炳川吴晓峰贾旭轩陆井龙; Based on the conventional meteorological data and 4 times daily NCEP reanalysis data,the causes of rain changing snowstorm in Liaoning during February 12-13 of 2009 were discussed.The low-level jet conditions,temperat...; 关键词：Rain changing snow Temperature advection Moist potential vorticity China

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