| 1. | Slantwise vorticity development and meso - scale low vortex
中尺度低涡 |
| 2. | Simulation study of three - dimensional airflow structure of mesovortexes along meiyu front
梅雨锋低涡系统三维流场结构的分析 |
| 3. | Dynamical and thermodynamic structure of mesoscale low vortex is advantaged to quick development
中尺度低涡的动力、热力结构配置有利于其快速发展。 |
| 4. | Numerical study on the genesis and development of the low vortex - rain gush system on a jianghuai meiyu front
江淮梅雨锋强暴雨低涡系统发生发展的数值研究 |
| 5. | The temperature structure of the second and the third low was different with the different developing phases
第二个，第三各低涡在发展的不同阶段，温度场结构不相同。 |
| 6. | The low - level jet stream has three vibration processes , which corresponded to the three lows " beginning and developing
低空急流有三次脉动过程，与三个低涡的产生和发展对应。 |
| 7. | Mei - yu front and low along yangtze river is an important and difficult event for meteorologists of china
长江流域的梅雨锋及梅雨锋中的低涡一直是我国气象工作者关心和研究的重点和难点。 |
| 8. | It is revealed that the heavy rainfall is mainly induced together by the trough at 500hpa , mesoscale vortex at 850hpa and stable mei - yu front at surface
发现这次强降水过程是在受500hpa低槽、 850hpa中尺度低涡和地面静止锋的共同影响造成的。 |
| 9. | It shows that the heavy rain on june 23 , 2004 is a southwest vortex - shear pattern , and the heavy rain on june 27 , 2004 is a two - high - convergence - pattern
对比分析表明： 2004年6月23日暴雨过程属于低涡切变型暴雨， 6月27日暴雨过程属于两高辐合型暴雨。 |
| 10. | But when the baroclinicity of low level vortex was strengthened and when warm air came into being , all the rain belts lay in the left and the front of southeast low level jet
当低涡的斜压性加大，出现暖空气的作用时，暴雨区均出现于西南风急流的左前方。 |
