1) convective system
对流天气系统
1.
Focusing on the convective system,this.
利用GRAPES(Global and Regional Assimilation and Prediction Enhanced System,全球/区域同化预报系统)三维变分同化系统,针对对流天气系统特点,用改进的郭晓岚对流参数化方案作为观测算子,同化广东省自动站记录的对流天气系统的雨量资料,并且与同化探空资料进行了比较。
2) systems/severe convection weather
系统/强对流天气
3) strong convection weather system
强对流天气系统
4) returning process
回流天气系统
1.
Based on the PMS data obtained during a returning process, the inhomogeneity of stratiform clouds in returning processes was analyzed from the aspect of microphysical structure.
利用一次回流天气过程的PMS资料,从微物理结构上对回流天气系统层状云的不均匀性进行了分析,发现飞机在进入较强降水云带时,云物理量(液水含量、云滴浓度、云滴平均直径,温度)等会产生剧烈变化,表现为液水含量跃增、云滴浓度快速增大、云滴谱谱宽拓宽、温度下降等,在同一较强云带中,温度变化不大并且比周围低,较强降水云带冰晶含量丰富,自然催化较好。
5) convective weather
对流天气
1.
By using the data of Beijing′s sounding and convective weather in Beijing area in summer of 1980-1989,the environmental conditions of the genesis of the convective weather and the differences between air-mass thunderstorm and severe local storm in the environmental conditions of their genesis are identified,and results obtained are compared with existing views on these conditions.
采用1980~1988年夏季北京站20h探空和北京地区未来24h对流天气资料,并采用对比度分析方法,研究了该地区夏季对流性天气发生的大尺度环境条件,普通雷暴与局地强风暴发生环境条件的差异,并将结果与中纬度地区现有概念作了比
2.
Heavy rainfall and hail convective weather happened in Akesu region of Xinjiang on June 24th 2008.
2008年7月24日阿克苏地区出现了暴雨、冰雹强对流天气。
6) weather system
天气系统
1.
Statistic analysis of acid rain and its weather system in Fujian Province;
福建省酸雨及其天气系统的统计分析
2.
Characteristic analysis of precipitation weather systems in northwest Fujian
闽西北地区降水天气系统特征分析
3.
With synoptic charts and meteorological factors, the relationships between air pollution processes and weather systems as well as meteorological factors were analyzed by statistical methods for ten typical air pollution processes during 2002-2004 in Guangzhou.
利用地面天气图、高空天气图(850hPa、500hPa)以及气象要素资料,统计分析了2002~2004年广州市10个典型的空气污染过程与各种天气系统以及气象要素间的联系,得出了秋冬季、春季和夏季广州市大气污染与各种天气类型的一些关系,并对地面各种气象要素与污染过程的关系进行了半定量分析,得出了广州市大气污染过程的一些天气概念模型及气象要素指标。
补充资料:天气尺度天气系统
见天气系统。
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