超级单体

基本解释 (translations)

supercell

与超级单体相关的网络例句 [注：此内容来源于网络，仅供参考]

This paper makes an analysis of the Doppler speed charts of clear weather and the echoes of large-area precipitation. It also singles out the Doppler speed charts of typical wind fields. In addition, this paper analyzes Doppler radars detecting process of the strong convection current weather system. It also conducts a thorough analysis of Doppler echo features of some hazardous weather, such as cell storm and downward storms. Based on this research and analysis, the paper reaches some important conclusions concerning the detecting methods using Doppler radar and the analysis of the information gathered by Doppler radar.

本文通过分析晴空和大面积降水回波的多普勒速度图像，归纳总结出了典型风场的多普勒速度图象，并着重分析了多普勒雷达对严重危害飞行安全的强对流天气系统的探测，特别是深入分析了超级单体风暴、下击暴流等灾害性天气的多普勒回波特征，得出了多普勒雷达对灾害性天气进行探测的方法、雷达资料分析应用等方面许多有益的结论。

This note has discussed where and when could the supercells possibly genesis? What could be the frequentness and repetitiveness of the supercells? And why could the relationship between environmental shear and the movement of supercells differ in different developing stages? All those aid supercell forecast.

对发展成为超级单体的风暴主要生成时间及源地、风暴的多发性和重复性以及环境风与超级单体不同阶段移向移速的关系的探讨，对超级单体的预报有极好的指示作用。

The evolution of reflectivity in the Doppler images was coincided with the mode of the classic heavy precipitation supercell storm.And there was an obvious structure of heavy precipitation supercell storm in the vertical sectional drawing.Furthermore,there were also a mid-cyclone and a vertical wind shear in the process.At last,the factors related to the hailstone were analyzed.

新一代天气雷达图像上强度图的演变与强降水超级单体模式相吻合；剖面图上显示出强降水超级单体的明显结构；存在着中气旋和中等到强的垂直风切变；分析了此次过程中出现冰雹的相关因子。

The supercell plays a key role in hailstorm case. So the research on the formation, structure and evolution of supercell is very important.

超级单体是认识降雹事件的关键，对其形成、结构与演变的研究有重要意义。

Before convective cell move into squall line, it can become a mature supercell with TBSS and BWER features.

对流单体并入飑线前，可发展为成熟的超级单体，有TBSS和BWER等特征，垂直累积液态水含量可达70kg·m^-2，造成局地大冰雹。

The meso-scale convective cell in squall line causes severe convective wind.

由镶嵌在飑线中的小尺度超级单体造成对流性大风。

Typical supercell occurs in the warm area in front of the head of bow echo. They all tend to strengthen after combination.

一个典型超级单体产生在弓状回波头部前方的暖区中，二者相互作用合并后强度加强。

But the dispersion of the capacitors used in series and parallel is the main factor that restrains their life and reliability.

然而超级电容器在串并联使用时，单体电容器参数的分散性是制约其寿命和可靠性的主要因素。

The supercell storm underwent three splittings during the whole evolution.

超级单体风暴在演变过程中经历了3次分裂过程。