西南低涡

  • 网络southwest vortex
西南低涡西南低涡
  1. 西南低涡Ekman层流场特征分析

    The characteristic analysis of Ekman layer 's streamline fields of Southwest Vortex

  2. 本文利用大气边界层模式,对1979年7月24&25日的一次西南低涡暴雨进行了Ekman层的流场分析。

    In this paper , Ekman layer s streamline fields of a Southwest Vortex from 24 to 25 July 1979 are analysised by using a atmosphere boundary layer model .

  3. 结果表明:高、低空急流耦合区中西南低涡及MCC特征云团的形成和维持是造成此次特大暴雨的直接影响系统。

    The results show that the event is directly affected by the formation and evolution of southwest vortex and MCC cloud cluster which locate in the intersection region of the upper-level jet and the low-level jet .

  4. 暖性西南低涡生成的一种可能机制

    A potential mechanism of the warm vortex genesis in Southwest China

  5. 影响05.06.25长江流域暴雨的西南低涡特征

    Characteristics of Southwest Vortex of Influencing " 05.06.25 " Yangtze River Rainstorm

  6. 西南低涡暴雨的中尺度特征

    The meso - scale characteristics of SW vortex heavy rainfall

  7. 造成山东不同天气的两个西南低涡异同分析

    Comparative Analysis of Two Southwest Low vortices Causing Different Weather in Shandong

  8. 西南低涡移动特征及其影响机制的研究

    Study on Characteristic of Southwest Vortex Moving and Its Mechanism

  9. 一次西南低涡过程的地面场中尺度分析

    Mesoanalysis of the surface data during a Southwest Vortex process

  10. 一次西南低涡流场中的分析

    A case study of the flow field low vortex in Southwest China

  11. 一次夏季西南低涡形成机理的数值试验

    Numerical experiment on the formation mechanism of a SW vortex in summer

  12. 台风对西南低涡影响的数值模拟与诊断个例分析

    A numerical simulation and diagnoses case analysis of typhoon affect on Southwest Vortex

  13. 西南低涡发生发展的动力学分析

    The dynamical analysis of the generation and development of the southwest low vortex

  14. 积云对流与西南低涡的活动

    Cumulus convection and its relation to the SW China and Qinghai-Xizang Plateau vortexes

  15. 摩擦作用对西南低涡扰动的影响

    The friction effects on the disturbance of south-west vortex

  16. 西南低涡东移对华南暴雨增幅的动力机制分析

    Dynamic Analysis for Southwest-vortex Moving to East can Increases The South China rainstorm

  17. 环境场作用与西南低涡移动的初步分析

    The preliminary study of effect of environment flow fields on movement of Southwest Vortex

  18. 西南低涡移动的初步分析

    Preliminary analysis of movement of Southwest Vortex

  19. 西南低涡的统计特征及其对湖北降水的影响

    The Statistic Characteristics of Southwest China Vortex and its Effect on Precipitation of Hubei Province

  20. 西南低涡动态的合成诊断

    Composite diagnoses of the SW China vortexes

  21. 利用热成风适应原理对暖性西南低涡生成机制的再分析

    Apply the thermal wind adjustment theorem to analyse genesis mechanism of the warm south-west vortex of China

  22. 两次西南低涡造成广西暴雨差异的对比分析

    Comparison and analysis on the differences between two torrential rain events caused by southwest vortex in Guangxi

  23. 然后分析和讨论了各因子对低涡移动作用的物理意义,为认识西南低涡移动的物理机制及用于业务预报提供参考。

    Various factors effecting the movement of the southwest vortex are selected and their physical significance is discussed .

  24. 大气中低频重力波指数与西南低涡发展及其暴雨的关系

    The relations between the index of low-frequency gravitational wave and heavy rain proceed from development of Southwest Vortex

  25. 梅雨期西南低涡的东移发展与长江中下游降水的加强有密切关系,作者采用中尺度模式对一次西南低涡及其伴随低空急流的发展演变进行了数值模拟。

    Using a mesoscale model , a numerical simulation on the low-level jet accompanying the southwest vortex is performed .

  26. 1998年夏季西南低涡活动与长江上游暴雨

    Relationship between Abnormal Activites of Southwest Vortex and Heavy Rain the Upper Reach of Yangtze River during Summer of 1998

  27. 一次大暴雨过程中高原低涡与西南低涡相互作用机制探讨狂暴的暴风雨[海]

    Mechanism of the Interaction between Plateau Vortex and Southwest Vortex During a Heavy Rain Event a raging tempest [ sea ]

  28. 斜压热动力耦合强迫激发西南低涡暴雨维持的机制分析

    A Case Diagnostic Analysis of The Heavy Rain Maintenance with Southwest Vortex Excited by Coupling Forces Between Dynamic and Thermodynamic fields

  29. 西南低涡与不同系统相互作用形成暴雨的异同特征分析

    Comparison and Analysis of the Similarities and Differences of Southwestern Low Vortex Interaction with Different Systems Causing Heavy Rainfall in Sichuan Basin

  30. 西南低涡东侧的暖式切变线是对流活动最活跃的区域,强降水主要出现在暖式切变线上;

    The convective activities and the heavy rain mainly occurs on the sharp wind shear which locates over the east of the vortex center .