1.
Research of Calculating Rainstorm Intensity Formulas for the City of Mianyang;
推求绵阳市暴雨强度公式的问题研究
2.
Studies on Urban Short-Duration Rainstorm Intensity Formula of Fujian Province;
福建省城市短历时暴雨强度公式研究
3.
Research and Application of Urban Storm Intensity Formula of Yingkou;
营口市城市暴雨强度公式研究与应用
4.
Study on Rainfall Intensity Formula for a City of Hunan Province
湖南省某市暴雨强度公式推求的研究
5.
Research on the Determination Method of Urban Short-Duration Rainstorm Intensity Formula and Its Parameters;
城市短历时暴雨强度公式及参数确定方法研究
6.
Analysis of Statistical Data Years for Storm Intensity Calculation Formula
推求暴雨强度公式的统计资料年限分析
7.
Parameter Optimization of Heavy Rain Intensity Formula Based on Particle Swarm Optimization
改进粒子群算法在暴雨强度公式参数优化中的应用
8.
Discussions on the Application of Rainstorm Intensity Formula in Zhejiang Province
关于“浙江省城市暴雨强度公式”应用中问题的探讨
9.
Apply of WRF Model in Artificial Impact of Storm Rainfall Intensity;
WRF模式在人工影响暴雨强度中的应用
10.
High intensity storms have a larger drop size than low intensity storms.
高强度的暴风雨比低强度的暴风雨有更大的水滴大小。
11.
Nonhydrostatic Numerical Simulation on the Developing Structure and Mechanism of the Heavy Rainfall Mesoscale System;
强暴雨中尺度系统发展结构和机理的非静力数值模式模拟研究
12.
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
13.
The Model Experiment and Analysis of the Meso-Scale Systems in the Course of Meiyu Frontal Rainstorm;
梅雨锋暴雨中尺度系统的模式试验和分析
14.
The weather system and precipitation predict-ed by the model is close to the real case.
用该模式预报的形势场与实况较一致，预报的暴雨强度、位置也与实况相近。
15.
Hurricanes are storms with high winds and heavy rains.
飓风是强风夹着暴雨。
16.
Analysis of "200604" strong tropical storm "BILIS" rainfall
“200604”强热带风暴“碧利斯”暴雨过程分析
17.
Perfect Helicity Analysis of Storm Rainfall Course Induced by Typhoon Sepat(0709)
超强台风“圣帕”(0709)特大暴雨过程的完全螺旋度分析
18.
Numerical Simulation of AREM and It s Land Surface and Planetary Boundary Layer Scheme;
AREM中尺度暴雨模式及其陆面、边界层方案的数值模拟研究