1.
The Effect of Environmental Field on Intensity of Typhoon in the Northwestern Pacific;
环境场对西北太平洋台风强度的影响
2.
A Statistical Analysis on the Relations between Effect of Wind Vertical Shear and Landing Typhoons Intensity
环境风垂直切变与登陆台风强度变化关系的统计分析
3.
Typhoon intensity is an exponent distribution in given restrained conditions when typhoon entropy has gotten maximum.
在给定的约束条件下,当台风熵取极大值时,台风强度是一种指数分布。
4.
Research in Effects of Terrain on the Propagation of Vortex Rossby Waves and Typhoon Intensity Change;
地形对涡旋Rossby波传播和台风强度变化影响的研究
5.
Besides, changes in the intensity oftyphoon may remarkably different under the weak and strong radial advection conditions.
此外，弱径向平流和强径向平流条件下，台风强度变化的情况可以显著不同。
6.
Statistical Relationship between Typhoon s Warm Center Structure and Intensity Change;
台风暖心结构与强度变化的统计联系
7.
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
8.
ANALYSIS OF MICRO-SCALE CONVECTIVE SYSTEM IN TYPHOON "SEPAT"
台风“圣帕”中小尺度强对流系统分析
9.
ANALYSIS OF KINETIC ENERGY FEATURE OF ABRUPT INTENSITY CHANGE OF SUPER TYPHOON SAOMAI(0608)
2006年超强台风“桑美”强度突变的动能特征分析
10.
The Effect of Tangential Wind Profile on Track and Intensity;
切向风速水平廓线对台风路径和强度的影响
11.
The recurrence interval of typhoon is the average time interval of arising typhoon of some intensity in the future.
台风重现期指未来某一强度的台风出现的平均时间间隔.
12.
Typhoon mean wind speed of different time-distance and its intensity estimate based on wind speed data of boundary layer of typhoon 'Vongfong'
“黄蜂”边界层风速分析——台风平均风速的时距选取与强度估计
13.
The typhoon is gathering strength.
台风的风力正逐渐增强。
14.
Long Term Distribution of Disaster-Induced Typhoon Surges and Their Intensity Grades Classification;
致灾台风暴潮的长期分布模式及其强度划分
15.
The Static and Dynamic Analysis of the Jack-up Platform s Legs in Survival Condition;
自升式平台风暴自存状态桩腿动静强度分析
16.
The Strength Evaluation in Survival Condition for Jack-up in Service
在役自升式平台风暴自存状态强度评估
17.
A Strong Mesoscale Convective Process in Landfalling Typhoon
登陆台风环流内的一次中尺度强对流过程
18.
Diagnostics and Numerical Simulation on Rapid Intensity Change of Super Typhoon Saomai (2006) over the Offshore of China;
超强台风“桑美”（2006）在我国近海强度突变的诊断分析和数值模拟