2) strong convection rainstorm weather
强对流暴雨天气
1.
The classification of radar echo in the strong convection rainstorm weather into four types helps to utilize the characteristic of radar echo for forecast of the strong convection rainstorm weather.
将南宁市强对流暴雨天气的雷达回波分成四种类型,对利用雷达回波特征制作强对流暴雨天气预报提供帮助。
3) convective torrential rain
对流性暴雨
1.
By combining Doppler radar VWP and the observing data of 300 meters resolution,we would be able to interpret the evolution of one convective torrential rain occurred in Qingdao in 26th August 20.
利用多普勒雷达反演风廓线和300 m分辨率的探空数据相结合,可以很好的解释2006年8月26日发生在青岛的一次对流性暴雨过程的演变。
4) Severe thunderstorm
强对流风暴
1.
A severe thunderstorm that occurred on 23 August 2001 in North China is simulated with a mesoscale model.
5)对2001年8月23日影响华北地区的一次强对流风暴成功模拟的基础上,对其中的中尺度重力波系(MGWs)特征进行分析,并与美国中东部地区MGWs进行比较。
2.
Mesoscale model simulations have been performed of a severe thunderstorm that occurred on 22-23 August 2001 in Huabei area in china.
5)，对2001年8月22-23日发生在华北地区的一次强对流风暴过程进行了数值模拟。
5) sever convective hailstorm
强对流雹暴
6) storm intensity
暴雨强度
1.
Immune evolutionary algorithm and its application to parametersoptimization in storm intensity formula;
免疫进化算法及其在暴雨强度公式参数优化中的应用
2.
A Statistical method of city storm intensity formulas;
城市暴雨强度公式的统计方法
3.
By utilizing hydrology, climatology, geomorphology, computer and GIS technology, measured data on the annual rainfall of 824 stations in the Hangzhou region were collected, and the formula of storm intensity in 23 rainfall stations was ascertained.
运用水文学、气候学、地貌学、计算机和GIS技术,采集了杭州地区824站的年降水实测资料,推求出了23个雨量站的暴雨强度公式,对整个杭州市的设计暴雨强度空间分布进行了深入研究。
补充资料：上海益昌薄板有限公司强对流全氢罩式热处理炉
上海益昌薄板有限公司强对流全氢罩式热处理炉
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