1) Strong Typhoon Damrey
强台风"达维"
2) Typhoon Damrey
达维台风
1.
Methods A 2 600 m2 permanent plot in Jianfengling, Hainan Island was surveyed in June 2005 before Typhoon Damrey and in October 2005 after the typhoon.
该文对2005年达维台风前后海南尖峰岭热带山地雨林天然次生林2600m2固定样地的物种组成、胸高断面积、植株数目、风倒木的影响因子、物种多样性、生物量变化及碳储量归还进行比较分析。
3) super typhoon
超强台风
1.
Practice and consideration of preventing super typhoon;
防御超强台风的实践与思考
2.
Numerical analysis of storm surge due to a super typhoon in coastal region of Zhejiang Province;
浙江沿海超强台风作用下风暴潮增水数值分析
3.
Storm Tide Level and Wave Due to a Super Typhoon and Its Action on Seawall in Coastal Region of Zhejiang Province;
浙江沿海超强台风引发的潮浪及其对海堤作用
4) typhoon intensity
台风强度
1.
The effect of variations in sea surface temperature(SST) on typhoon intensity is studied by making a numerical simulation of Typhoon Haitang for 5 days.
通过对台风"海棠"5 d的数值模拟,研究海表温度(SST)变化对台风强度的影响。
2.
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。
3.
A new typhoon intensity forecast model is researched base on the data of the tracking westward into South China Sea in July and August from 1980 respectively, regarding the maximum wind speed in the typhoon center as the typhoon intensity and using the genetic algorithms optimize the framework and weight of neural network.
分别以1980年以来,7月和8月西行进入南海海域的台风样本为基础,将台风中心附近最大风速作为台风强度,采用遗传算法同时优化神经网络结构和权的方法,进行了台风强度预报模型的预报建模研究。
5) strong typhoon
强台风
1.
The strong typhoon "Hagupit"(No.
利用NCEP/NCAR再分析资料,分析0814号强台风"黑格比"引发华南西南部严重暴雨洪涝特征及其成因。
6) super strong typhoon Saomai
超强台风Saomai
1.
The study is carried out on 0608 super strong typhoon Saomai which affected East China seriously.
以严重影响我国的2006年8号超强台风Saomai为研究对象,首先从大尺度环流特征和物理量场对其登陆前强度不断加强成因作诊断分析,指出台风加强与副高的加强和南落、低空持续加强的水汽输送、高空流出气流的强辐散、台风移向垂直切变小值区和暖洋面密切相关。
补充资料：强台
1.台名。又称荆台﹑章华台。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条