氣壓層頂 的英文怎麼說

中文拼音 [qìyācéngdǐng]
氣壓層頂 英文
baropause
  • 氣 : Ⅰ名詞1 （氣體） gas 2 （空氣） air 3 （氣息） breath 4 （自然界冷熱陰晴等現象） weather 5 （氣味...
  • 壓 : 壓構詞成分。
  • 層 : i 量詞1 （用於重疊、積累的東西 如樓層、階層、地層） storey; tier; stratum 2 （用於可以分項分步的...
  • 頂 : i 名詞（人體或物體的最上部） crown; peak; top Ⅱ動詞1 （用頭支承） carry on the head 2 （從下面拱...
  • 氣壓 : [氣象學] pressure; atmospheric pressure; barometric pressure; gas pressure; air pressure
  1. The method of close water test has been used for a long time, so richer experience has been achieved. however, it not only takes pains and time, but also consumes raw materials during the close water test because of miscellaneous working procedures such as bricklaying in the two ends of pipe, water - repellent layer plastering, maintaining and water offletting, brick - block backouting after the test, especially in the region short of water and some drainage pipe with prop - pipe construction. in order to satisfy the fast development of municipal construction, new detection methods should be developed

    閉水試驗方法因其應用時間較長，目前已積累了較豐富的經驗，但在閉水試驗時，管道兩端砌築磚堵、抹防水層、養護、灌水浸泡，以及試驗后的放水、磚堵拆除等繁雜工序，不僅費工、費時，而且消耗原材料，尤其是在缺水的地區以及頂管施工的無壓管道，這些矛盾更加突出；因此，為滿足迅速發展的市政建設需要，有必要探索新的檢測方法，閉氣試驗就是其中一種，但是閉氣試驗目前還不完善，有待于進一步深入研究。
  2. I would thou couldst ; for who would bear the whips and scorns of time, the oppressor s wrong, the proud man s contumely, the law s delay, and the quietus which his pangs might take, in the dead waste and middle of the night, when churchyards yawn in customary suits of solemn black, but that the undiscovered country from whose bourne no traveler returns, breathes forth contagion on the world, and thus the native hue of resolution, like the poor cat i the adage, is sicklied o er with care, and all the clouds that lowered o er our housetops, with this regard their currents turn awry, and lose the name of action

    但願您做得到誰願忍受人世的鞭撻和嘲弄，壓迫者的虐待，傲慢者的凌辱，法律的拖延，和痛苦可能帶來的解脫，在這夜半死寂的荒涼里，墓穴洞開，禮俗的黑色喪服，一片陰森。但是那世人有去無還的冥界，正向人間噴出毒氣陣陣，因此那剛毅的本色，象古語所說的那隻可憐的小貓，就被煩惱蒙上了一層病容，一切壓在我們屋頂上的陰雲，因此改變了漂浮的方向，失去了行動的力量。那正是功德無量。
  3. A temperature stratification from the top to the bottom of the plenum is obtained.

    從壓力通迅室的頂部到底部可獲得分層氣流溫度。
  4. Abstract : some recommendations in design of fire hydrant system for 9 to 12 - storey residential buildings are proposed, these include the incorporation with the drinking water system, leaving out of roof water tank when the frequency control or pneumatic water supply facility with reliable power source is installed

    文摘:介紹了小高層住宅群消火栓系統設計動態，並提出與生活給水系統合併時，有可靠備用電源的變頻或氣壓給水系統可不設屋頂消防水箱，還建議修訂有關消防設計規范的內容。
  5. The research of pressure of air shock wave on the cover - board of double - storeyed basements

    雙層地下室底層結構頂板空氣沖擊波壓力研究
  6. The analysis of dry pv shows that the high pv dominate the area of typhoon, the higher is the center value of pv, the stronger is the typhoon. lt is also shown that the most important reason resulting in rainstorm is the cold air ( high pv ) which spreads to south from the upper troposphere or lower stratosphere and transports into the warm air. the joining situation of upper and lower pv area make vortex develop. pv transpotation reduces static stability, which increases the releasing of instability energy and makes rainstorm amplify

    對干位渦的分析表明：臺風或臺風環流區為高值位渦區，臺風越強，位渦中心值越大；對流層上部或平流層下部冷空氣（高位渦）的擴散南下與暖濕氣流的交匯是造成特大暴雨的重要原因，因為上游斜壓性的發展使對流層頂發生折疊，平流層與對流層相互作用增強，上下位渦區相接的形勢使低層渦旋發展，上升運動加強，位渦的下傳有效地降低了靜力穩定度，有利於位勢不穩定能量的釋放，使得暴雨增幅。
  7. For the 60 - km orsm, the boundary conditions are prepared from jma s global spectral model outputs, which include surface data as well as upper level data on 16 standard pressure levels all the way up to 10 hpa about 30 km above ground in altitude

    60公裡外模式的邊界條件，主要來自日本氣象廳全球譜模式的輸出數據，當中包括地面數據及16個標準等壓面的高空數據，頂層在10百帕斯卡，即離地約30公里的高度。
  8. For the 60 - km orsm, the boundary conditions are prepared from jma s global spectral model ( gsm ) outputs, which include surface data as well as upper level data on 16 standard pressure levels all the way up to 10 hpa ( about 30 km above ground in altitude ). boundary data for the inner 20 - km model are extracted from the outer 60 - km model

    60公裡外模式的邊界條件，主要來自日本氣象廳全球譜模式的輸出數據，當中包括地面數據及16個標準等壓面的高空數據，頂層在10百帕斯卡，即離地約30公里的高度。 20公里內模式的邊界條件，則取自60公裡外模式。
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