1.
Preliminary Study on Change of Humidity Field for Typhoons during Landfalling;
台风登陆前后湿度场变化的初步研究
2.
ON THE CAUSES OF RAINBAND BREAKING AND ASYMMETRIC PRECIPITATION IN TYPHOON HAITANG(2005) BEFORE AND AFTER ITS LANDFALL
台风登陆前后雨带断裂与非对称降水的成因分析
3.
Case Study on the Formation of Warm Core Structure of Typhoon in South China Sea and Preliminary Analysis on the Changing Character of Warm Core Structure of Typhoon before and after Landing;
南海台风暖心结构形成的个例研究及台风登陆前后暖心结构变化的初步研究
4.
Performance and Characteristics Analysis of a Multi-wavelength,Ground-based Microwave Radiometer before and after 0713 Typhoon "Wipha" Landfall
多通道地基微波辐射计在0713号“韦帕”台风登陆前后探测性能及特征分析
5.
Analysis on the Characteristics of Storm Surges of the Typhoon (SEPAT) along Fujian Coast
台风“圣帕”登陆福建前后的风暴潮特征分析
6.
Analysis of SuperTY Krosa's route around landing point
0716号超强台风“罗莎”登陆前后的特殊路径分析
7.
Characteristic analysis of the strengthening spiral bands and the preceding squall lines in association with the 0509 Typhoon"Matsa"
0509号台风(Matsa)登陆螺旋云带的增幅及其台前飑线的特征研究
8.
Diagnostic Analysis of Dynamicals of Damage Wind Caused by Landing Typhoon in Jiangsu Province
登陆台风产生江苏大风的动力学诊断
9.
The Analysis of the Structure & Characteristic of Spiral Rain Bands Around the Landing of Typhoon "HaiTang";
台风“海棠”登陆前后螺旋雨带结构及特征与暴雨的关系
10.
The Wind Field Transition during the Landfalling of Severe Tropical Storm Kammuri
强热带风暴“北冕”登陆前后的风场变化
11.
there are typhoons from July to October.
台风从七月一直持续到十月频频登陆。
12.
NUMERICAL SIMULATION OF THE 8805 LANDING TYPHOON (WARREN) AND ITS UNUSUALLY HEAVY RAIN
8805号登陆台风特大暴雨的数值模拟
13.
In an average year， two typhoo will make landfall in Japan.
一般来说，每年会有两个台风登陆日本。
14.
Analysis and exploration on the landing position of typhoon “Aere” (No. 0418)
0418号台风“艾利”登陆地点的分析与探讨
15.
Numerical Simulation and Diagnostic Analysis of the Landfall Typhoon Rainstorm;
登陆台风暴雨的数值模拟与诊断分析
16.
Analysis of the Landfall Typhoon Rainstorm Cause and Its Numerical Simulation;
登陆台风暴雨成因浅析及其数值模拟
17.
Studies on the Problems about Typhoon Landfall and Variation of Typhoon Intensity;
台风登陆和强度变化若干问题的研究
18.
A study on the eyewall expansion of Typhoon Sepat(2009) during its landfall process.
Sepat台风(0709)登陆过程中眼放大现象研究