天气动力学

天气动力学组合因子在MOS降水预报中的应用

The Application of Composite Factors of Synoptic Dynamics to the MOS Precipitation Forecasting Method

用天气动力学和统计学相结合的方法，以地面影响系统为主要依据，对1983～2000年6～8月青岛地区的40次暴雨进行分型，分为气旋、台风和冷锋三种类型。

By the way of synoptic dynamics and statistics and on the basic of the condition of surface influence system , we classify the 40 rainstorms in Qingdao 's region on in June-August from 1983 to 2000 as cyclone . typhoon and cold-front .

对200713号台风“韦帕”造成的暴雨进行了天气动力学诊断分析。

The weather dynamic diagnosis of rainstorm caused by200713 typhoon Wipha was analyzed .

对2004年7月18～20日新疆特大暴雨过程进行了天气动力学诊断分析。

A synoptic and dynamic diagnosis analysis of the heavy rainfall p ro cess in Xinjiang from 18 to 20 July 2004 is carried out .

利用NCAR/NCEP逐日资料（一日四次）和北京大学物理学院大气科学系研制的客观分析诊断系统对2005年重庆9.5特大暴雨的成因进行了天气动力学诊断分析。

Using NCEP / NCAR daily data , weather dynamics causing the Chongqing 9.5 rainstorm are diagnosed based on the objective analyses and diagnostic system from Atmosphere Science department , Peking University .

我国科学工作者对中小尺度天气动力学的研究一直给予高度重视，同时注意灾害性天气预测理论的发展。

Chinese scientists have been paid more and more attention to the study of mesoscale dynamics and prediction of disaster weather systems and the great progress has been made in the recent years .

若重视科学热点、科技前沿，优先资助气候系统与全球变化和天气动力学理论与天气预报领域可能会取得更多的研究成果；

When scientific hot topics and the scientific frontiers are focused , we may acquire greater research achievements as climate system and global change , weather dynamics and weather forecast being given priorities .

通过对中纬度地区大、中尺度突发性灾害天气的动力学分析表明：突发性灾害天气具有迅速激发和相对稳定演变的特征；

Through the dynamical analysis on the sudden calamitous weather , it shows that : the sudden calamitous weather has the feature of quickly excitative rapid process and relatively stable development slow process ;

利用Q矢量方法以及GMS5红外云图、水汽云图和常规观测等资料，对强暴雪天气进行了天气动力学诊断分析。

Based on infrared imagery , vapor image and some conventional observation , the synoptic diagnostic analysis of the snow-storm is made .

对于数值天气预报，天气动力学研究，航空安全预警，国防等诸多方面都有重要的意义。

Lidar has an important significance in many fields , such as numerical weather prediction , atmospheric dynamics , aviation safety warning and defense applications .

夏季发生在江淮流域的强降水是我国汛期重要的天气灾害。多年来对其发生发展的天气动力学过程及分析预报进行了大量研究，并取得了诸多进展。

The summer heavy rainfall in Huaihe River basin is an important weather disaster in China and many researches have been done about its dynamic process or its forecast .