水錘現象 的英文怎麼說

中文拼音 [shuǐchuíxiànxiàng]
水錘現象 英文
water hammer phenomena
  • : 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...
  • : Ⅰ名詞1 (一種古代兵器) a metal ball with a handle or chain used as weapon; mace2 (秤坨; 像錘的...
  • : Ⅰ名詞1 (現在; 此刻) present; now; current; existing 2 (現款) cash; ready money Ⅱ副詞(臨時; ...
  • 現象 : appearance (of things); phenomenon
  1. Due to the complexity of the inner structure of the cleaning valve, it may be create vortices, cavitate, water hammer, back water and so on

    由於清洗液閥門流道的內部結構復雜,當流體通過閥道時產生諸如旋渦、空化、和死區等
  2. Hinge support sleeve reduces friction and minimizes water hammer through independent plate suspension ( on larger sizes )

    鉸鏈支撐套管減小摩擦,並將通過獨立閥瓣中止時的水錘現象降到最小程度(更大的通徑) 。
  3. Our tilting disc check valves are designed for quick opening and closing in severe service applications and the elimination of water hammer

    我們的翻轉式閥瓣止回閥專用於在嚴酷的應用環境下迅速開啟和關閉,避免出水錘現象
  4. Otherwise, such relief ( spitting ) can occur when the second check is fouled during emergency backflow or resulting from a water hammer condition

    此外,在緊急迴流或出水錘現象時,如果第二止回閥受到污染,則這種安全閥可能出釋放(噴濺) 。
  5. It is one of advanced control equipments which installed at the inlet of turbine in the world, and is widely used as inlet valve in middle and small hydropower station, and can be automatically operated according to procedure

    該產品廣泛用於中、小型電站輪機進口,能按程序自動運行,作連通和截斷流,防止輪機飛逸,減免水錘現象的閥門。
  6. The water hammer and the water hammer ' s control measures are the important research task of the field of the water works and the water works automatization. the water hammer does great harm to the pipeline, and especially breaks the pipe

    利工程中的水錘現象和控制對策一直是利工程及其自動化的重要研究課題。對輸管道的危害性很大,嚴重時可以使管道破裂。
  7. Combining physical experiments and theoretical analysis, this literature has performed thorough research on gas properties of delivery pipeline system, pressure current rush to interception air - mass in pressure pipeline, water hammer with gas that happens with gas releasing and liquid column separating

    本論文通過物理試驗與理論分析對輸管道系統中的氣體特性、壓力流沖擊截留氣團和包含氣體釋放和液柱分離的含氣進行了深入研究。
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