severe storm 中文意思是什麼

severe storm 解釋
暴風
  • severe : adj （ verer; verest）1 （面孔等）嚴肅的；嚴正的；（訓練等）嚴格的；嚴厲的；（批評家等）苛刻的。2...
  • storm : n 1 暴風雨，暴風雪，大雪雨，大冰雹，狂風暴雨；【海、氣】暴風〈風力十一級〉。2 （政治、社會上的）...
  1. Severe tropical storm banyan 0507

    強烈熱帶風暴榕樹0507
  2. Severe tropical storm banyan

    強烈熱帶風暴榕樹
  3. The three - dimensional cloud model with hail - bin microphysics could simulate the characteristics of the severe storm such as life cycle, rainfall distribution and diameter of hail well, and also could produce strong downdraft and wind shear ( downburst )

    而利用三維強冰雹雲模式對此次強風暴的生命史、降水分佈、降雹的大小等要素做了較好的模擬，並能夠模擬出伴隨強風暴過程所產生的強下沉氣流和及地面強風速切變（下擊暴流） 。
  4. The mechanism of the downburst formation was also investigated based on the cloud microphysics of the simulated storm and it was found that this downburst was primarily produced by hail loading, and enhanced by hail melting and rain evaporation. and the loading and the melting of hail played a very important role in producing the downburst. the gale at the surface was caused by the severe downburst

    從雲微物理學角度分析了此次局地性大風的形成原因，認為由高空冰雹粒子的拖曳產生的負浮力作用是促發強下沉氣流產生的主要原因，其次是冰雹的融化和雨水蒸發冷卻對下沉氣流起加速作用，冰雹的拖曳和融化作用對下沉氣流具有決定性的作用。
  5. Dynamical and thermodynamic mechanisms of a severe dust storm

    強沙塵暴天氣形成機制個例分析
  6. The result shows that : the sand - dust storm occured in favorable climate background that is drought and rainless, the tilted trough and mongolia cyclone are the important weather systems that caused the severe sand - dust storm, tilted trough and strong frontal zone caused the mongolia cyclone developed and the clod front strengthened at surface, high jet and ferrel circulation are the main reason that momentum spreaded downward from higher level and frontal zone strengthened on lower level

    結果表明：沙塵暴是在乾旱少雨的有利的氣候背景下產生的。斜壓槽和蒙古氣旋是觸發這次強沙塵暴天氣過程的重要的天氣系統，高空斜壓槽和強鋒區促使了地面蒙古氣旋的發展和冷鋒的加強，誘發沙塵暴天氣。高空急流及其下方的ferrel環流起到了高層動量下傳和加強低層鋒區的重要作用。
  7. The filler is downstream of the coil to prevent snow from loading in severe winter storm weather.

    過濾器安排在盤管的下風側。這樣在嚴冬風雪天氣時，可以防止積雪。
  8. It made landfall near kagoshima, japan and weakened into a severe tropical storm two days later

    兩日後米雷在日本鹿兒島附近登陸並減弱為一強烈熱帶風暴。
  9. Nock - ten weakened into a severe tropical storm that night and became an extratropical cyclone the next morning

    洛坦于當晚減弱為一強烈熱帶風暴，翌日早上變成一溫帶氣旋。
  10. Tracking northwards, banyan attained severe tropical storm strength on 23 july

    榕樹於七月二十三日達到強烈熱帶風暴強度。
  11. Yachtsmen and search and rescue teams share their near - fateful tales of battling the severe storm conditions, and a news helicopter captures one amazing rescue

    本節目將重現當時的賽況，為觀眾分析為何暴風雨會造成六名選手死亡、眾多選手受傷，也將為您呈現直升機展開緊急救援的驚險畫面。
  12. Severe storm swept through early thursday

    星期四早些時候猛烈的暴風橫掃整個地區。
  13. Severe tropical storm hagupit on 11 september 2002

    強烈熱帶風暴黑格比2002年9月11日
  14. Finally, the srh, ehi, brn and sbrn, ssietc severe convective storm parameters are introuced. the case study during " 03. 7 " meiyu period showed that all the parameters are effective for prediction of the severe storm ' s occurrence and development, and have a worth of extending in our actual prediction work

    最後，文中綜合介紹了螺旋度srh 、能量螺旋度ehi 、粗理查遜數brn及簡化的粗理查遜數sbrn 、風暴強度參數ssi等強對流風暴的環境參數，並將這些參數應用於實例分析，結果表明：風暴參數產品對中尺度強對流風暴的發生發展有一定的指示作用，值得在氣象業務工作中去推廣。
  15. The model simulations indicate that the severe storm is occurred in the pattern high - level of northwest flow, the waterjumping downhill flow form taihang mountain is the key mechanism to initiate the convective, on the other hand, the terrain can induce unbalanced low - level flow, which play an importance role in generating the mesoscale gravity waves ( mgws ) by convergence and divergence in low - level troposphere

    （ 2 ）太行山對華北強對流風暴的發生有重要作用。一方面，地形可引起邊界層風場的變化，包括風垂直切變、下坡氣流和中尺度輻合線，從而對風暴的啟動、組織和移動發揮作用；另一方面，山脈背風波動和地形產生的不平衡氣流，有利於中尺度重力波（ mgws ）的產生和維持，並對下游地區強對流天氣的發展產生影響。
  16. By the daily, 5 - day, 10 - day, monthly and seasonal mean images from hourly gms - 5 infrared images, an analysis of cloud characters of severe storm rainfall during the flood of yangtze river in 1998 was made. the results show that the mean cloud images disclose the mean features of the severe storm systems

    利用gms衛星的逐時紅外雲圖做成了日候旬月和季平均雲圖，在此基礎上對1998年夏季長江中上游洪水期間暴雨的雲圖特徵進行了分析。結果表明，多日平均雲圖可以概括地揭示降水系統的主要特徵。
  17. State key laboratory for severe storm research, department of geophysics, peking university, beijing, 100871

    北京大學地球物理系，北京， 100871
  18. Analysis of satellite image characters of severe storm rainfall during the flood of yangtze river in 1998

    1998年長江洪水大暴雨的衛星雲圖分析1998年長江洪水大暴雨的衛星雲圖分析
  19. Key lab for severe storm research, department of geophysics, peking university, beijing, 100871

    北京大學地球物理系，暴雨監測和預測國家重點實驗室，北京， 100871
  20. Department of geophysics, peking univ., state key lab for severe storm research, beijing, 100871

    北京大學地球物理學系，暴雨監測和預測國家重點實驗室，北京， 100871
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