1) the effect system on weather
天气影响系统
3) high-impact weather
高影响天气
1.
Analysis of a high-impact weather event:The 2.13 carbon monoxide poisoning event at Yanbian State,Jilin province,northeastern China;
一次高影响天气事件——延边2.13一氧化碳中毒事件分析
4) affecting system
影响系统
1.
Drought characteristics and its affecting system in North China in 1972 and 1997;
华北地区1972年和1997年干旱特征及其影响系统分析
5) influence system
影响系统
1.
The weather situation,vertical distribution of humidity field,main influence systems and unstable energy changes during this weather process were analyzed.
对这次天气过程的天气形势、湿度场垂直分布、主要影响系统以及不稳定能量变化情况等进行重点分析,初步揭示此次连阴雨过程的成因,为今后提高预报准确率提供预报经验。
2.
By using the conventional weather observation data during 1986-2004,the climate and atmospheric circulation characteristics and influence systems of hail weather in Liaocheng were analyzed,and the effect of terrain and geography on hail weather was also studied.
其中,聊城南部的冠县降雹最多,东南部的东阿降雹最少;冰雹天气的主要影响系统有5类,低涡、低槽、横槽、西北气流和副热带高压边缘西南气流,其中,低涡影响降雹最多,中高层西北气流影响次之。
3.
The influence system and the physical quantities field related this process were analysed with ECMWF and T213 numerical prediction product and routine weather data in this paper.
利用常规天气资料、ECMWF和T213数值预报产品,对此次天气过程的影响系统、有关物理量场等方面进行分析,发现:这次天气过程是冷空气从南疆西北翻山入侵南疆盆地,天气系统相互叠加而造成的,ECMWF和T213数值预报产品对和田地区这次强天气有很好的预报能力和指示意义。
6) influencing system
影响系统
1.
Results show that this is a typical mixed precipitation process,the main influencing systems are the high level westerly jet,lower troposphere jet,surface layer easterly air flow,500 hPa southwest cold trough,700 hPa low eddy shear line and surface occluded front persisting for lo.
结果表明:高空西风急流、低空偏南风急流、近地面偏东风回流、河套“歪脖子高压”、河套地面锢囚锋的建立和长时间维持以及河西高低空切变线的侵入是宁夏北部暴雪的主要影响系统。
2.
The macroscopic conditions for the formation of hail clouds are discussed through analyzing the patterns, thermal and hygrometric stratification conditions and local features of mesoscale influencing systems occurred in severe hail days from 1980 to 2000 in the Beijing area.
通过对北京地区1980～2000年出现的重灾雹日中尺度影响系统形势特征、温、湿层结状况及局地条件的综合分析,对冰雹云生成和降雹宏观条件进行了阐述,并介绍了不同影响系统的特征和降雹特点。
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