副热带急流

  • 网络Subtropical Jet;Sub-tropical Jets;STJ
副热带急流副热带急流
  1. Fried参数r0的季节变化与东亚副热带急流活动

    Seasonal variation of the Fried parameter r_0 and behaviour of subtropical jet stream

  2. 副热带急流强度和赤道QBO对平流层突然增温的影响

    The influence of the subtropical jet strength and equatorial QBO on sudden stratospheric warmings

  3. 夏季亚洲副热带急流中的长波扰动

    The long wave of subtropical jet over Asia in summer

  4. 高空西风槽和南支槽及其前侧的副热带急流和低空强西南气流及准静止切变线是诱发福建省春季冰雹最主要的天气系统。

    The main influencing weather systems are : upper-level westerly trough , southern branch trough , subtropical jet , strong low-level southwest jet and quasi-stationary shear line .

  5. 横切变线南移,在穿过切变线的经圈垂直环流上表现出有一个顺时针向环流随副热带急流的南移而南移。

    As the shear line moves southward , there is moving southward of clockwise circulation cell associated with the moving southward of subtropical jet on the longitude cross-section of vertical circulation through the shear line .

  6. 探讨了东亚地区副热带西风急流(EAJS)位置的年际变化特征、影响及其可能机制。

    We study the interannual variability of the extratropical westerly jet over East Asian ( EAJS ), its impacts and possible mechanisms .

  7. 2月份,伴随着副热带西风急流的南压,初雷自北向南开始;

    In February , the first thunderstorm occurs from south to north with subtropical high southward moving .

  8. P-σ区域气候模式对东亚副热带西风急流的数值模拟

    Numerical Simulation of East Asian Subtropical Westerly Jet Using Regional Climate Model with P - σ Mixed Coordinate

  9. 东亚副热带西风急流位置异常对长江中下游夏季降水的影响

    Impact of the Position Abnormalities of East Asian Subtropical Westerly Jet on Summer Precipitation in Middle-Lower Reaches of Yangtze River

  10. 北半球夏季副热带西风急流变异及其对东亚夏季风气候异常的影响

    Anomalies of the extratropical westerly jet in the North Hemisphere and their impacts on East Asian summer monsoon climate anomalies

  11. 冬季黑潮暖流区加热异常对东亚副热带西风急流影响的数值研究

    A Numerical Study of the Effect of Anomalous Surface Heating in the Kuroshio Current Region in Winter on the East Asian Subtropical Westerly Jet

  12. 利用数值模式的高分辨率模拟结果研究了夏季东亚副热带西风急流短期强度变化过程中的非地转平衡特征。

    Highresolution data from numerical model simulation are used to study the ageostrophic characteristics of shortterm process of East Asian subtropical westerly jet in summer .

  13. 《水浒传》时间设置的夜化与叙事效果的强化副热带高空急流各中心强度时间变化及分析

    Nocturnal Settings and Their Narrative Effects in Water Margin ; The seasonal , interannual and interdecadal variations of the intensity of different subtropical upper jet-stream centers

  14. 三条波包大值带的不同配置和维系可能反映了副热带高空急流、季风环流系统的维系的过程。

    Different collocation and maintenance of these three wave packets zone with great values may reflect the course of maintenance between subtropical upper-level jet and monsoon circulation .

  15. 副热带高空急流各中心强度时间变化及分析南海北部夏季沿岸上升流近百年的强度变化

    The seasonal , interannual and interdecadal variations of the intensity of different subtropical upper jet-stream centers Variation of summer coastal upwelling at northern South China Sea during the last 100 years

  16. 初夏至盛夏东亚副热带西风急流突变早晚与东亚环流异常的关系冬半年欧亚雪盖变化对东亚环流的影响

    Relationship between Date of Abrupt Change of the East Asian Subtropical Westerly Jet and East Asian Circulation Anomaly in Early-Middle Summer THE INFLUENCE OF THE VARIATIONS OF SNOW COVER IN EURASIA FOR HALF YEARS WINTER ON THE CIRCULATIONS OVER THE EAST ASIA

  17. 东亚副热带高空西风急流和西太平洋副热带高压向北突跳偏晚是江淮流域2005年入梅偏晚的主要原因。

    The late northward-shift of upper westerly jet and the subtropical high is the main reason for the late onset of Meiyu in 2005 .

  18. 与副热带锋区上急流相关的平流非线性作用在水热收支与涡度平衡中占优势。

    Nonline advection which is connected with jet of subtropical frontal zone occupies a main place in heat and moisture budgets and vorticity balance .

  19. 海陆热状况异常与东亚夏季副热带季风的关联副热带高空急流各中心强度时间变化及分析

    Relationship of Land-Sea Thermodynamic Anomaly and East Asian Summer Subtropic Monsoon ; The seasonal , interannual and interdecadal variations of the intensity of different subtropical upper jet-stream centers

  20. 南半球环流与西太平洋副热带高压和台风群中期活动的关系副热带高空急流各中心强度时间变化及分析

    THE RELATIONSHIP BETWEEN GENERAL CIRCULATION OF THE SOUTHERN HEMISPHERE AND THE MEDIUM RANGE ACTIVITIES OF WEST PACIFIC SUBTROPICAL HIGH AND TYPHOON GROUP The seasonal , interannual and interdecadal variations of the intensity of different subtropical upper jet-stream centers