抽水蓄能水庫 的英文怎麼說

中文拼音 [chōushuǐxùnéngshuǐkù]
抽水蓄能水庫 英文
pumped storage reservoir
  • 抽 : 動詞1 （把夾在中間的東西拉出; 提取） take out （from in between） 2 （從全部里取出一部分; 騰出） ...
  • 水 : 名詞1 （由兩個氫原子和一個氧原子結合而成的液體） water 2 （河流） river 3 （指江、河、湖、海、洋...
  • 蓄 : 動詞1. （儲存; 積蓄） store up; save up 2. （留著而不剃掉） grow 3. （心裏藏著） entertain （ideas）; harbour
  • 能 : 能名詞（姓氏） a surname
  • 抽水 : 1. （用水泵吸水） draw [pump] water 2. （縮水） （of cloth through wetting） shrink
  • 蓄能 : energy storage蓄能器 accumulator
  • 水庫 : reservoir水庫岸防護林 reservoir bank protection forest; 水庫測量 reservoir survery; 水庫出流量 ou...
  1. Existing pumping equipment would require upgrading to cater for the net positive suction head requirements to draw seawater from the lagoons reservoirs

    -現有水泵的功能需要提升，以配合水泵正吸水壓的要求，從瀉湖蓄水庫抽取海水。
  2. Dam plants - part 14 : pumped - storage reservoirs

    蓄水設備.第14部分:抽水蓄能水庫
  3. For studying the regulation rules of the sediment of the second phase project, and studying the reservoir capacity loss caused by deposition, the amount of sediment passing through the turbines, and the deposition and flow regime near the intake of the pump - turbines, the deposition of the reservoir was studied

    為了研究蒲石河抽水蓄能電站二期工程泥沙調度方案，對多個方案的水庫淤積損失、過機沙量、取水口附近的泥沙淤積和水流流態，進行了水庫沖淤研究。
  4. The load, water, and power dispatching system model based on real - time information system sis for tianhuangping pumped - storage power station is introduced in the aspects of system design, development, and debugging

    摘要就天荒坪抽水蓄能電站基於實時信息系統sis平臺的負荷、水庫調度、電量系統模型的設計、建立、開發和調試工作進行了說明和介紹。
  5. The construction techniques and mechanics are approaching or even reaching the international advanced level in the asphalt concrete impervious deck of the recent completed tianhuangping pumped - storage hydroplant and the counter dam in the yangtze river which is being built with the height of 104 m, the volume of asphalt concrete core of 5x104m3

    最近建成的天荒坪抽水蓄能電站上庫瀝青混凝土防滲面板和正在建設的壩高104m 、瀝青混凝土心墻方量達5萬多m ~ 3的長江三峽水利樞紐茅坪溪防護壩工程，施工工藝和施工機械化程度已達到或接近國際先進水平。
  6. Construction survey technology for upper reservoir of zhanghewan pumped storage power station

    張河灣抽水蓄能電站上水庫施工測量技術
  7. Embankment technology for concrete faced rockfill dam of upper reservoir of bailianhe pumped - storage power station

    白蓮河抽水蓄能電站上庫面板堆石壩填築技術
  8. A series of hydraulic model experiments of water flow, head losses and flow state in reservoir under various conditions are carried out for the design of the dashuzi pumped - storage plant

    摘要本文結合大樹子抽水蓄能水電站下庫進出水口試驗任務，對側式短進出水口在不同工況下的流速分佈、水頭損失、庫區流態等水流特性進行了水力模型試驗研究。
  9. Based on a thorough investigation of the engineering geological condition for the reservoir region of the huizhou pumped storage power station, the in - situ trial pit water injection test, boring water injection test, and water pressure test were performed to study the permeability of rock and soil mass

    摘要在對惠州抽水蓄能電站庫區工程地質條件進行詳細調查的基礎上，採用現場試坑注水和鉆孔注水、壓水試驗等方法了解巖土體的透水性。
  10. Guishan sliding mass is located just above the intake ( outlet ) of the lower reservoir of the proposed baoquan pumped storage reservoir, being 550 - 800m long from east to west, 260 - 350m wide from south to north, 110m thick in average and up to 210m thick, with a total volume of 21 million cubic meter

    龜山滑坡體位於寶泉抽水蓄能電站引水發電系統下庫進出水口的上方，滑坡體長550 800m ，寬260 350m ，最大厚度210m ，平均110m ，總方量2100 10 ~ 4m ~ 3 ，形成於距今14 21萬年，其穩定性如何直接影響下庫及整個電站的安全。
  11. Seepage analysis and infiltration quantity calculation of huanggou pumped - storage power station upper pond

    荒溝抽水蓄能電站上庫滲漏分析及壩基滲漏估算
  12. Excavation technology of upper reservoir at huilong pumped storage power station in nanyang

    南陽回龍抽水蓄能電站上庫開挖技術
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