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   precipitation system 的翻译结果: 查询用时:0.008秒
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precipitation system
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  降水系统
     Mainly, the warm and wet flow was blocked by Daba Shenonggia mountain range and resulted in a torrential rain bend to the windward foot of the mountain range,which was also a heavy rain region at the windward slope of the southwest Hubei mountainous district,and the east moving precipitation system was detained by the mountains in east of the basin, as the sequence, the precipitation strengthened upstream and weakened downstream.
     通过两种地形方案模拟的对比表明 ,四川盆地东侧山地对西南低涡的产生没有明显影响 ,但对这次低涡暴雨的强度及其分布有重要影响 ,主要表现在 :涡前暖湿气流受大巴山 -神农架山脉拦截形成迎风麓大暴雨带 ,鄂西南山区南坡也有迎风坡暴雨区 ,降水系统在东移过程中受盆地东侧整个山体阻滞迫使上游降水显著增强 ,下游降水明显减弱。
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     In which,the precipitation system along the Changjiang Valley is of global uniformity and morecomplexity. The average predictable time in Changjiang Valley is 4.31 months,but 6.25 monthsin Beijing.
     东亚降水系统中长江流域降水系统是具有整体一致性的更为复杂的系统,其平均可预报时间为4.31个月,而北京为6.25个月。
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     The relationship between themesoscale weather system and mesoscale precipitation system is revealedthrough the analysis of the hourly ground flow field, providing thecriterion for nowcasting torrential rain.
     通过地面逐时流场分析,揭示中尺度天气系统与中尺度降水系统之间的关系,为暴雨的短时预报提供了依据。
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     The results demonstrate that with the accurate water transport algorithms such as the Prather scheme, the model improves the precipitation prediction and gives more accurate results for the short range precipitation system.
     结果表明:1)模式的预报能力对水汽输送格式的精度较敏感,2)高精度的水汽输送格式(Prather格式)提高了模式对暴雨区、降水场结构、雨团活动的预报能力,较真实地模拟出了尺度较小的降水系统的活动。 高精度的水汽输送算法有助于提高中尺度模式的预报精度
短句来源
     A conceptmodel is thus established based on the relative position of the frontalsurface and mesoscale precipitation system.
     根据中尺度降水系统与锋面的相对位置综合得出锋面暴雨中尺度降水的概念模式。
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  “precipitation system”译为未确定词的双语例句
     In the template precipitation system and under the condition of the urea,sodium dodecylsulfate and cerium nitrate as the molar ratio of 0.44∶0.02∶0.01 and reacted 72h,nano-particle cerium-oxide with diameter of 10nm,pore size of 10.07nm and specific surface area of 155.08m~2/g have been obtained.
     模板诱导沉淀法在(NH2)2CO为0 44mol、SDS为0 02mol、Ce(NO3)3·6H2O为0 01mol、反应72h,可制备出比表面积为155 08m2/g,粒径为10nm、孔径(poresize)为10 07nm的氧化铈。
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     Based on laboratory research, utilizing NH4HCO3 continuous and well-proportioned precipitation system, the pilot-production system for battery grade CO3O4 was perfectly designed.
     在实验室研究的基础上,采用NH_4HCO_3连续均匀沉淀体系,用综合优化的方法设计了中试生产电池级Co_3O_4材料的生产系统。
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     The linear relationship between pH value of liquid precipitation system and lg[Fe 3+ ] has been proven for the first time by chemical calculations.
     通过化学计算 ,首次证明了液相沉淀反应体系的 p H值与 Fe3 + 浓度对数 lg[Fe3 + ]成线性关系 .
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     Complete Dessulphurization Technology Injecting Calcium in Furnace and Analysis of Its Influence on Boiler and Flectrical Dust Precipitation System
     炉内喷钙成套脱硫技术及其对锅炉、电除尘系统影响的分析
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     The mesoscale structure and organization of a stratiform cloud precipitation system occurring during April 4 to 5,2002,in Henan province are simulated by using nonhydrostatic mesoscale numerical model MM5(v3.5),and analysed by contrasting the simulated results with the observations.
     利用非静力中尺度数值模式MM5(V3.5),结合实况资料,对2002年4月4—5日河南春季一次层状降水云系的中尺度结构进行了模拟分析,并与观测资料进行了对比研究。
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  相似匹配句对
     SYSTEM
     系统
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     system;
     油气系统是最有利的系统 ;
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     The Precipitation Probability Forecast System
     伊犁降水概率天气预报系统
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     SYSTEM ANALYSIS OF PRECIPITATION DELAY RECHARGE
     降雨延迟补给系统分析
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     (b) precipitation of hydride;
     (b)在裂纹尖端形成氢化物并长大:k)主裂纹沿氢化物扩展;
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  precipitation system
This study demonstrates that the in vitro precipitation system is useful in establishing drug concentrations and rates of injection which avoid the problem of intravascular precipitation in preclinical animal studies.
      
Particulate samplings were carried out in the chimney, downstream the electrostatic precipitation system, by means of an isokinetic probe.
      
A two-dimensional, nonhydrostatic model with a terrain-following coordinate system was employed to study the influence of environmental wind patterns and terrain on the characteristics of a precipitation system.
      
On 17 June, 1987 a precipitation system moving toward northeastern Taiwan dumped over 100 mm of rainfall per day near the mountain foothills, not far from the ocean.
      
To understand the influence of such terrain on a precipitation system was one of the objectives of TAMEX (Taiwan Area Mesoscale Experiment, Kuo and Chen, 1990).
      
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A low-pass filter is used to separte the flow into a larger and a subsynoptic-scale component. Kinetic energy (KE) exchange between these two kinds of motions in the heavy precipitation systems are evaluated. The results show that the subsynop-tic-scale motions play a significant role in KE balance of the flow. Subsynoptic-scale motion convertes KE into synoptic-scale and acts as a "KE source" of the synoptic-scale. The maximum conversion occurs in the upper troposphere (300- 100 mb). While the opposite...

A low-pass filter is used to separte the flow into a larger and a subsynoptic-scale component. Kinetic energy (KE) exchange between these two kinds of motions in the heavy precipitation systems are evaluated. The results show that the subsynop-tic-scale motions play a significant role in KE balance of the flow. Subsynoptic-scale motion convertes KE into synoptic-scale and acts as a "KE source" of the synoptic-scale. The maximum conversion occurs in the upper troposphere (300- 100 mb). While the opposite conversion takes place below 500mb. This study also indicates that the application of smoothing in the numerical forecast should be careful because excessive smooth will filtrate out the subsynoptic-scale motions which are very important in KE balance. The technique present in this paper can also been used to evaluate the interactions between the motions of various scales.

本文应用低通滤波器分离天气尺度和次天气尺度运动,计算了暴雨系统中这两类运动之间的动能交换。次天气尺度运动在高空将动能转换给天气尺度,最大的动能转换发生在对流层上层300—100毫巴,500毫巴以下则相反。次天气尺度系统在动能平衡中起重要作用。这种分析方法还可用于研究大尺度运动之间的相互作用。

According to the vapor transport and precipitation systems, China can be divided into 10 zones. Based upon the comparison among these zones, the departure of soil temperature was classed into 5 degrees (High, Subhigh, Moderate, Sublow, Low).There is a very good correla tionship between the 0.8m soil temperature degree of winter season and precipitation anomaly of spring season in each zones. A regression equation was established for predicting the spring precipitation. Finally, two predicted...

According to the vapor transport and precipitation systems, China can be divided into 10 zones. Based upon the comparison among these zones, the departure of soil temperature was classed into 5 degrees (High, Subhigh, Moderate, Sublow, Low).There is a very good correla tionship between the 0.8m soil temperature degree of winter season and precipitation anomaly of spring season in each zones. A regression equation was established for predicting the spring precipitation. Finally, two predicted cases of 1984 and 1985 was described.

依照输送水汽的环流系统和降水的天气学条件,将我国分为十个区。将每个区的0.8米地温距平与相邻各区相比较,从而将地温距平状况分为5个等级:即:高(+2级)、次高(+1级)、平(0级)、次低(- 1级)、低(- 2级)。用每一区中降水正距平面积所占比例(PR~′_s)作为指标,发现冬季(12—2月)地温等级与春季(3—5月)PR~′_s的正相关非常密切,据此建立了预报回归方程。最后用1984和1985年实例,叙述了季度降水的预报方法。

In this paper, the structure of mesoscale precipitation in frontalrainstorm is studied over the Jaing-Huai area is studied by using themethod of time-space change and automatic rainfall records. A conceptmodel is thus established based on the relative position of the frontalsurface and mesoscale precipitation system.The relationship between themesoscale weather system and mesoscale precipitation system is revealedthrough the analysis of the hourly ground flow field, providing thecriterion for...

In this paper, the structure of mesoscale precipitation in frontalrainstorm is studied over the Jaing-Huai area is studied by using themethod of time-space change and automatic rainfall records. A conceptmodel is thus established based on the relative position of the frontalsurface and mesoscale precipitation system.The relationship between themesoscale weather system and mesoscale precipitation system is revealedthrough the analysis of the hourly ground flow field, providing thecriterion for nowcasting torrential rain.

本文应用雨量自记资料,采用时空转换的分析方法,探讨了江淮锋面暴雨内中尺度降水的结构。根据中尺度降水系统与锋面的相对位置综合得出锋面暴雨中尺度降水的概念模式。通过地面逐时流场分析,揭示中尺度天气系统与中尺度降水系统之间的关系,为暴雨的短时预报提供了依据。

 
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