超级单体

VIL可用来判断对流风暴强度，持续高的VIL值可能与超级单体风暴有关。

VIL can judge the strength of convection storm , and the VIL value keep high may concerned with the supercell storm .

两次超级单体雷暴的电荷结构及其地闪特征

Charge Structures and Cloud-to-ground Lightning Discharges Characteristics in Two Supercell Thunderstorms

在风暴中，观测到了低层前侧入流缺口、有界弱回波区（BWER）、中气旋（M）等超级单体风暴的特征。

The storm has the characteristics of supercell , such as a V notch , a boundary weak echo range ( BWER ) and a mesocyclone .

三次超级单体风暴雷达产品特征及气流结构差异性分析

Analysis of three supercell storms with Doppler weather radar data

由镶嵌在飑线中的小尺度超级单体造成对流性大风。

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

基于不变矩理论的雷达回波图中超级单体识别

Identification of super cells in radar echo based on moment invariants theory

070703天长超级单体龙卷的多普勒雷达典型特征

Doppler Weather Radar Typical Characteristics of the 3 July 2007 Tianchang Supercell Tornado

一次超级单体风暴中龙卷的天气过程分析及龙卷强度判定

Weather analysis and grade determination of a tornado occurring in a single super-storm

一次超级单体的多普勒特征和数值模拟特征对比分析

Comparison between Doppler and simulated features for a supercell

一次强对流性天气的超级单体雷达回波特征分析

Case Study on a Radar Echo Characteristics of a Strong Convection Supercell Storm

河北中南部两次超级单体雷达特征对比分析

Comparison and Analysis of Radar Echo Characteristics of Two Supercells in Hebei Province

强龙卷超级单体风暴特征分析与预警研究

Characteristic Analysis and Early-Warning of Tornado Supercell Storm

一次超级单体风暴多普勒天气雷达资料的低层风场反演研究

The lower level wind retrieval applied to a super cell storm using Doppler radar

一次强降水超级单体风暴过程分析

Analysis of a heavy precipitation supercell storm

一次超级单体风暴的雷达回波特征分析

Radar Data Analysis of a Supercell Storm

这些超级单体也可以引发强风，暴雨，冰雹及洪水。

These supercells can also cause strong winds and rain , hail and flash flooding .

一次冰雹天气强对流（雹）云演变及超级单体结构的个例模拟研究

A Numerical Case Study on the Evolution of Hail Cloud and the Three-Dimensional Structure of Supercell

专家表示最主要的龙卷风来自持续几个小时的超级单体，雷暴。

Experts say , most major tornadoes come from supercells , thunderstorms that last for hours .

北京局地强降水主要是由强降水超级单体在海淀与朝阳之间停滞所造成的。

Beijing local heavy precipitation is caused by the stagnation of supercell storm between Haidian and Chaoyang district .

结果表明：这次冰雹大风天气过程主要是由超级单体回波中的中尺度气旋引起的；

The result shows that the hail and severe wind weather process was mainly caused by mesoscale cyclone in supercell storm echo .

文章揭示了该地区超级单体风暴的多普勒雷达回波典型特征，旨在对这类强天气的监测、识别和临近预报提供天气学及雷达回波分析的参考依据。

This paper reveals the radar echo characteristics of a supercell storm , offers reference on synoptic and radar echo to detect and nowcast severe convective storm .

科学家不是十分清楚龙卷风形成的方式和时间点，但他们可以肯定的是：一旦条件合适，类似这样的超级单体就可以产生龙卷风。

Scientists don 't completely understand how or when tornados form , but they do know a supercell like this one can produce a twister if the conditions are right .

此次短时大暴雨是超级单体风暴产生的，新一代天气雷达产品中基本反射率和径向速度产品都具有明显特征；

It was found that the short-term heavy storm came from a precipitation supercell storm , the base reflectivity and radial velocity product of the CINRAD product have obvious character .

这里春天和夏天的时候，暖空气会从墨西哥湾上升，然后与来自加拿大的冷空气相撞。交汇处会产生强烈的雷暴，也称超级单体。

Here , warm air flows up from the Gulf of Mexico in the spring and summer and crashes into cold air pushing down from Canada . The meeting produces violent thunderstorms called supercells .

结果表明：黑昼现象出现的主要原因是高空受东北冷涡控制，东北冷涡底部干冷空气与暖湿东南气流汇合，在大连地区上空形成了强降水超级单体。

The results showed that the main reasons of the " Dark Day " included the northeast cold vortex in high altitude , the dry and cold air in the bottom of northeast cold vortex , the warm and humid southeast air current .

而这些中尺度气旋是超级雷暴单体的核心。

Mesocyclones make up the cores of supercell thunderstorms .

关于影响超级对流单体形成因素的数值试验

The numerical experiments about the effects of several factors on the formation of supercell airflow pattern

结果表明，这是一次由冷锋尾部前方产生的对流云团触发的强沙尘暴天气，该对流云团具有超级雷暴单体的性质。

It is shown that this weather is triggered by the convective cloud cluster in front of the cold front , and this cluster has the character of the super thunderstorm cell .

实验结果表明，超级电容器电压均衡电路是在超级电容器串联使用时均衡超级电容器单体电压的有效方法。

The result from the test data expatiates that this circuit is efficient in the series ultra capacitor .