storm level 中文意思是什麼

storm level 解釋
風暴水位
  • 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）...
  • level : n 1 水平儀，水準儀；水準測量。2 水平線，水平面；水平狀態；平面，平地。3 水平，水準；水位；標準；...
  1. In consideration of studying island coast hydrodynamic factors is in order to build breakwater engineering, design waves, astronomic - tide and storm - tide which increases water level are computed to offer design parameters, discuss and analyze the influence of engineering safety aroused by those factors

    考慮到研究海島周圍海岸動力因素的目的是為了建設海島工程，還進行了設計波浪以及天文潮、風暴潮增水的計算，分析了這些因素對工程安全性的影響。
  2. But after the " financial storm " that broken out in 1998, the business of fl company has been baddish. the problem was represented in much ways such as " target market sufficient ", " low management level ", " pool employee ' s diathesis " and so on

    但自從1998年東南亞金融風暴之後，公司原先的經營策略開始暴露出越來越明顯的劣勢，表面上看來，這是公司管理不規范，員工素質低等原因造成的，但實際上這其中蘊涵著國內服裝行業的大趨勢和大動向。
  3. 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。
  4. The positive storm - relative helicity center is accompany with low - level jet in 850 - hpa isobaric surface fields

    通過分析我們發現了正的相對螺旋度中心與850hpa低空急流的演變過程是一致的。
  5. From the understanding of the conceptual framework for natural vulnerability, the paper analyzes with deep insight into the impacting factors of the natural - system to sea - level change, on the one hand, the coast would be susceptibility to the changes including the short - term sea - level changes such as tide, storm tide, el nino and the long - term sea - level rise. the overlap of this two changes would increase the coastal natural - system vulnerability

    文章從海岸自然脆弱性概念框架出發，深入分析了海岸自然脆弱性的影響因素：一方面海岸自然體系對海平面變化具有「敏感性」 ，海平面變化包括短期的海面波動，如潮汐、風暴潮、厄爾尼諾等，還包括長期的海平面上升，海平面上升和短期海面變化疊加將加劇海岸帶的「敏感性」 。
  6. The relatively slow movement and the persistent wind of ellen resulted in a significant rise in the level of sea water called storm surge causing extensive flooding over western kowloon

    受到愛倫較緩慢的移動速度及持續的大風的影響，海平面明顯上升被稱之為風暴潮，引致九西部廣泛水浸。
  7. The fundamental ideas and methods of this paper are also illuminated in this chapter. in chapter two, a one - dimensional and semi - closed shallow sea mode is studied. the approximate analytical expressions of the water level at the top of the bay induced by the nonlinear interaction between the storm surges and the astronomical tides are obtained by using the perturbation method

    在第二章里，研究了一維半封閉水域中的非定常風暴潮與天文潮非線性相互作用的問題，用攝動方法求出了具有實際意義的海灣頂部增水水位的一階近似解析表達式，並給出了增水過程曲線。
  8. The study showed that n and p runoff concentrate in storm is higher that norm. with the cover level increasing and different utilization manners, losses of n and p nutrient showed notable divergence. ( 2 ) with the increasing of rainfall and rainfall intensity, losses amounts of runoff silt in fallow field, com field and orchard field showed rising, while was stable in grass field

    黑土徑流泥沙流失量，總的趨勢是隨降雨量、降雨強度增加，休閑地、玉米地、果園的流失量有增加的趨勢，而草地泥沙流失量無增加的趨勢，基本衡定；徑流泥沙流失量及泥沙n 、 p流失隨植被覆蓋的增加而降低。
  9. Table 1 : maximum storm surge and sea level recorded in hong kong during the passage of tropical cyclones since 1954

    表一: 1954年以來熱帶氣旋影響香港期間錄得的最大風暴潮和最高水位
  10. Times and heights of the maximum sea level and the maximum storm surge for york 9915

    約克9915影響香港期間所錄得的最高潮位及最大風暴潮
  11. The times and heights of the maximum sea level and maximum storm surge recorded at various tide stations in hong kong

    香港各潮汐測量站錄得的最高潮位及最大風暴潮；及
  12. F the times and heights of the maximum sea level and maximum storm surge recorded at various tide stations in hong kong

    F香港各潮汐測量站錄得的最高潮位及最大風暴潮及
  13. Times and heights of the maximum sea level and the maximum storm surge recorded at tide stations in hong kong during the passage of sanvu

    珊瑚影響香港期間，香港各潮汐站所錄得的最高潮位及最大風暴潮
  14. Times and heights of the maximum sea level and the maximum storm surge recorded at tide stations in hong kong during the passage of damrey

    達維影響香港期間，香港各潮汐站所錄得的最高潮位及最大風暴潮
  15. Times and heights of the maximum sea level and the maximum storm surge recorded at tide stations in hong kong during the passage of vicente

    韋森特影響香港期間，香港各潮汐站所錄得的最高潮位及最大風暴潮
  16. Nevertheless, as the effects of storm surges and long term sea level rise have been taken into consideration in the design of coastal projects, it is unlikely that the sea level will pose a threat to hong kong in the near future

    雖然如此，由於香港的海岸工程在設計時已考慮了風暴潮效應及海平面可能會上升，相信在未來一段時間內香港的海面高度仍不會對香港構成威脅。
  17. On the base of multiple function realization of tidal level forecasting of storm - surge, dyke break flood computation, flood inundation area computation and manpower - material dispatch etc. and using fussy policy - decision method, the flood control policy - decision scheme was determined

    並在實現風暴潮潮位預報、潰堤洪水計算、洪水淹沒面積和人員物資的調度等多種功能基礎上，運用模糊決策方法，生成長興島防洪決策方案。
  18. The southeast low - air jet accompanying the tropical cyclone transported plenty of heat and moisture for the storm, the low - level heating and wetting weakeed the stability of the air, and the weak cool air intruded from the low - level and stimulated the convection, thus leading to the heavy storm

    伴隨登陸熱帶氣旋生成的低空東南急流為暴雨輸送了豐富的熱量和水汽，低層增暖增濕促使層結不穩定加劇，而西風帶弱冷空氣的侵入對暖濕空氣具有抬升作用，可觸發對流發展和不穩定能量釋放，導致大暴雨產生。
  19. 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。
  20. With the simulated results of the high resolution of space - time, from the aspects of thermodynamic, dynamical, moist available energy and moist potential vorticity, the direct effect mesoscale system was analyzed to this weather process, including mesoscale low level jet, mesoscale vortex etc. meanwhile, its features and physical mechanism of the formation and development are further discussed to seek for some basis for deeper research and storm rainfall forecast

    運用高時空解析度的模式結果，從熱力、動力結構、濕有效能量和濕位渦等多個角度，著重分析討論了對這次天氣過程有直接影響的低空急流、中尺度低渦等中尺度系統，探討了影響這次天氣過程的中尺度系統的發生、發展特徵和物理機制，試圖為更進一步的研究和暴雨預報提供一些依據。
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