中尺度强对流系统,strong mesoscale convective system
1)strong mesoscale convective system中尺度强对流系统
1.This case indicates clearly that astrong mesoscale convective system can be developed under appropriate circumstance,even if the landing typhoon is abating.通过分析这次中尺度对流系统的环流形势,得到该次中尺度对流系统的垂直结构特征,并对中尺度强对流系统的形成和发展机制进行研究。
2)mesoscale convective systems中尺度对流系统
英文短句/例句
1.Study on MCS of the Heavy Rainfall Event in the Middle Part of Shaanxi陕西关中强暴雨中尺度对流系统研究
2.ANALYSIS OF MESOSCALE CONVECTIVE SYSTEMS ASSOCIATED WITH A WARM SECTOR HEAVY RAINFALL EVENT OVER SOUTH CHINA华南暖区暴雨中尺度对流系统的分析
3.NUMERICAL SIMULATION STUDY ON MCS OF A HEAVY RAINFALL PROCESS IN SOUTH CHINA一次强降水过程的中尺度对流系统模拟研究
4.Study on the Physical Mechanisms and MCSs of the Sustained Heavy Rainfall Event in South China in June ;“05·6”华南暴雨形成机理与中尺度对流系统研究
5.The Study on the Environmental Physical Field Affecting the Movement and the Propagation of Mesoscale Convective System;引起中尺度对流系统移动传播的环境场研究
6.A study on maintain mechanism of a long life-cycle mesoscale convective systems一个长生命期中尺度对流系统维持机制的研究
7.Triggered Mechanism Analysis of an Meso-β scale Convective System(M_βCS) on Heavy Rainfall一次中尺度对流系统(M_βCS)触发特大暴雨机理研究
8.A Study on the Relationship between the Trajectories of Mesoscale Convective System Over the Tibetan Plateau and Intensive Precipitation in the Yangtze River Basin;青藏高原中尺度对流系统东移与长江流域暴雨过程的关系研究
9.Distribution and Spatiotemporal Variations of Mesoscale Convective Systems over China and Its Vicinity during the Summer of ;夏季中国及周边地区中尺度对流系统时空分布特征研究
10.Numerical Simulation of Meso-β-scale Convective System of "9.18" heavy Rainstorm on the East Side of Qinghai-Xizang Plateau青藏高原东侧一次β中尺度对流系统的数值模拟
11.Observational Analysis on Mesoscale Convective Systems and Development Conditions of Summer Torrential Rain Events over Beijing Area;北京地区夏季暴雨的中尺度对流系统及环境条件的观测分析
12.A Study of Radar Observation and Numerical Simulation of Mesoscale Convective Systems in the Weibei Area of Shaanxi Province;陕西渭北中尺度对流系统雷达观测和数值模拟研究
13.Numerical Simulation and Piecewise PV Inversion Diagnosis of a Meso-β Convective System Along the Mei-yu Front梅雨锋β中尺度对流系统的模拟及分部位涡反演分析研究
14.ANALYSIS OF MICRO-SCALE CONVECTIVE SYSTEM IN TYPHOON "SEPAT"台风“圣帕”中小尺度强对流系统分析
15.Analysis of Meso-Small Scale System Characteristics of a Severe Convective Weather on North Slope of Tianshan,Xinjiang天山北坡中部一次强对流天气中小尺度系统特征分析
16.Study on Mesoscale Structures of Three-dimensional Dynamic and Thermodynamic Fields of Mesoscale Convective Systems in Xinjiang;新疆地区对流系统三维中尺度动力和热力场结构研究
17.Effects of turbulence sizes on the error rate of atmospheric laser communication system湍流尺度对大气激光通信系统误码率的影响
18.A Multi-time Scale Order Reduction Principle and Its Application in AC/DC Power System一种多时间尺度降阶原则及其在交直流电力系统中的应用
相关短句/例句
mesoscale convective systems中尺度对流系统
3)mesoscale convective system中尺度对流系统
1.Knowledge Discovery of Influencing the Movement of Mesoscale Convective System;影响中尺度对流系统移动的知识发现
2.The Study on the Environmental Physical Field Affecting the Movement and the Propagation of Mesoscale Convective System;引起中尺度对流系统移动传播的环境场研究
3.A Study on the Relationship between the Trajectories of Mesoscale Convective System Over the Tibetan Plateau and Intensive Precipitation in the Yangtze River Basin;青藏高原中尺度对流系统东移与长江流域暴雨过程的关系研究
4)MCS中尺度对流系统
1.THE FRONT-RELATED VERTICAL CIRCULATION OCCURRING IN THE PRE-FLOODING SEASON IN SOUTH CHINA AND ITS INTERACTION WITHMCS;华南前汛期锋面垂直环流及其与中尺度对流系统的相互作用
2.A Study onMCS in Cold Vortex over Northeastern China;东北冷涡中尺度对流系统研究
3.Using conventional observation data, radar data and infrared satellite image, we find that the mesoscale convective systems(MCSs) form and develop successively, which cause torrential rain.通过对常规观测资料、雷达资料和红外卫星云图的分析,发现暴雨过程中不断有中尺度对流系统(MCSs)产生和发展,这些MCSs是造成强暴雨的主要中尺度系统。
5)meso-scale convective system中尺度对流系统
1.With several observational data and meso-scale numerical model output data, it is analyzed an abrupt heavy rain in eastern Hubei resulted frommeso-scale convective system.利用多种观测资料和中尺度数值模式输出资料,分析了一次中尺度对流系统造成的鄂东地区突发性大暴雨天气过程。
6)Meso-ascale convective system中_(-a)尺度对流系统
延伸阅读
中尺度对流复合体一种中尺度天气系统的强大而有组织的对流系统，其英文简称为MCC。这种系统铅直发展可高达200百帕以上，持续时间可达12小时以上。它和许多对流天气如暴雨、龙卷等相关联。美国R.A.马多克斯等学者在20世纪80年代利用气象卫星资料首先发现和总结了这种系统，并给出了定义:①尺度。低于-32℃的红外温度云罩面积大于105平方公里，低于-52℃的内部冷云顶区的面积大于5×104平方公里。②生命期。满足上述条件的云区要持续 6小时以上。③形状。椭圆或圆形，发展最旺盛期内其偏心率（短轴/长轴）大于0.7。中尺度对流复合体的主要结构特点是：在大气边界层由下沉气流造成的地面辐散场内有一个中尺度β天气系统的冷高压，暖湿空气沿前方辐合区上升,在700百帕附近辐合达最大值并伴有较明显的暖的中尺度低压，强上升运动可贯穿整个对流层，在对流层顶附近则为强辐散气流相伴随的中尺度α天气系统的冷高压。中尺度对流复合体往往发生在对流层中部弱的斜压（见斜压大气）系统中，下部有明显的暖平流区域，具有一定的斜压性，这有别于一般的热带风暴系统（见台风）。中尺度对流复合体还有明显的日变化，绝大多数系统在深夜达最强。据研究，美国大多数突发性暴雨和洪水都与这类系统的活动有关。近年来对中国降水系统的研究表明，无论在华南，长江流域或是北方地区都存在这种对流复合体系统。
