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。
The supercell plays a key role in hailstorm case. So the research on the formation, structure and evolution of supercell is very important.
人们已经知道，龙卷风是由超级单体雷暴和时速322公里的大风一起酿成的。
Supercell thunderstorms are known to spawn tornadoes with winds exceeding 200 miles an hour (322 kilometers an hour).
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.
径向速度图上，龙卷出现时超级单体风暴同时具有龙卷涡旋特征(TVS)和中气旋特征。
When tornado emerges, tornado vortex (TVS) and mesocyclone in the supercell storm can be found in the radial velocity chart.
那里的龙卷风追风人历经七小时，行程240公里，追逐这个由超级单体雷暴形成的云体，拍下了精彩的图片。
Tornado chasers there spent seven hours and 150 miles (240 kilometers) tracking the supercell thunderstorm that produced this cloud formation.
速度图上涡旋状回波区对应着连续出现中气旋的现象，说明强风暴单体为具有涡旋形态的超级单体；
The fact that the vortex-shaped area in the velocity map had a continuous mesoscale cyclonic flow indicates that the severe storm was a supercell storm.
每当春夏，热空气从墨西哥湾上升，在这里与从加拿大南下的冷空气交锋，从而产生叫做“超级单体”的强雷暴。
Here, warm air flows up from the Gulf of Mexico in the spring and summer and 5 crashes into cold air pushing down from Canada.
一旦价值数百万美元的单体机占了主导，并行集群很快就会成为超级计算机的选择。
Where once the monolithic multimillion-dollar machine ruled, the parallel cluster is fast becoming the supercomputer of choice.
介绍了单体超级电容器的特点及超级电容器组的构成。
Characteristic of the simple capacitor and the structure of the ultra capacitor group were introduced.
介绍了单体超级电容器的特点及超级电容器组的构成。
Characteristic of the simple capacitor and the structure of the ultra capacitor group were introduced.
应用推荐