混流泵 的英文怎麼說

中文拼音 [húnliúbèng]
混流泵 英文
mixed flow pump
  • 混 : 混形容詞1. （渾濁） muddy; turbid2. （糊塗; 不明事理） foolish; stupid
  • 流 : Ⅰ動1 （液體移動; 流動） flow 2 （移動不定） drift; move; wander 3 （流傳; 傳播） spread 4 （向壞...
  • 泵 : 名詞（吸入和排出流體的機械） pump
  1. S sf sm sw double - suction pump

    Hlb立式混流泵
  2. Volute mixed flow pump - part 2 : requirements

    蝸殼式混流泵.第2部分:技術條件
  3. Volute mixed flow pumps - part 1 : types and basic parameters

    蝸殼式混流泵.第1部分:型式與基本參數
  4. Technical specifications for mixed and axial flow pumps

    混流泵軸流泵技術條件
  5. Test methods for centrifugal, mixed flow, axial and regenerative pumps

    離心泵混流泵軸流泵和旋渦泵試驗方法
  6. Npsh for centrifugal, mixed flow and axial pumps

    離心泵混流泵和軸流泵汽蝕余量
  7. Diffuser mixed flow pump - part 2 : requirements

    導葉式混流泵.第2部分:技術條件
  8. Diffuser mixed flow pumps - part 1 : types and basic parameters

    導葉式混流泵.第1部分:型式與基本參數
  9. Centrifugal, mixed flow and axial pumps - code for hydraulic performance tests - precision class

    離心泵混流泵和軸流泵水力性能試驗規范精密級
  10. Economical operation for industrial centrifugal, mixed flow, axial flow and vortex pump systems

    工業用離心泵混流泵軸流泵與旋渦泵系統經濟運行
  11. Industrial pumps. centrifugal, mixed flow and axial pumps. allowable level for mechanical vibrations

    工業泵.離心泵混流泵和軸流泵.允許的機械振動級
  12. Centrifugal, mixed flow and axial pumps - code for hydraulic performance tests - precision class iso 5198 : 1987 ; german version en iso 5198 : 1998

    離心泵混流泵和軸流泵.液壓性能試驗規范.精密級
  13. There are valid methods to improve the cavitation performance of the mixed flow pump that is select the best cavitation performance point as design point, reduce the operation speed and adopt effective impeller parameters

    選取最佳汽蝕性能工況點為設計工況點，在滿足尺寸要求前提下降低轉速，採用合理的葉輪參數等手段可有效提高混流泵的汽蝕性能。
  14. The analysis results indicate that the transient performance of pump during starting period decreases evidently under cavitation condition ; cavitation performance of the pump has close relationship with flowrate, rotational speed and impeller parameters

    分析結果表明，啟動過程中的汽蝕現象使混流泵瞬態性能迅速下降，汽蝕性能與流量、轉速、葉輪參數等有密切關系。
  15. The cavitation characteristics of mixed flow pump during starting period, relations between cavitation performance and flowrate, rotational speed and impeller parameters were discussed

    討論了啟動過程的汽蝕特性以及混流泵汽蝕性能與流量、轉速、葉輪參數的關系。
  16. In the aerodynamic optimization design of turbomachine, the approximation model methods enable to balance the computational cost and accuracy, whose successful applications in centrifugal compressor impeller, diffuser, and mixed - flow pump impeller designs are introduced to show a wide engineering foreground

    基於統計學理論提出的近似模型方法有效地平衡了基於計算流體動力學分析的葉輪機械氣動優化設計中計算成本和計算精度這一對矛盾，在離心壓氣機葉片擴壓器、葉輪和混流泵葉輪設計等問題中得到了成功應用，展示了廣闊的工程應用前景。
  17. The main effects on cavitation performance of large - scale mixed flow pump used in a special propulsion system are analysed

    摘要分析了用於推進系統的大功率混流泵影響汽蝕特性的主要因素。
  18. An optimized impeller in a mixed - flow pump, where the head and the efficiency increased by 7. 43 % and 3. 37 % respectively, confirmed the validity of this newly proposed method

    通過對一臺混流泵葉輪進行優化，揚程和效率分別提高了7 . 43 %和3 . 37 % ，從而驗證了該方法的實用性。
  19. Prototype observation and model experiment indicate that flows in two channels of the discharge passage of an axial - flow pump and a guide vane mixed - flow pump are unequal to each other, there is flow deviation

    摘要原型觀測和模型試驗都表明，軸流泵和導葉式混流泵雙孔出水流道兩孔流量不等，存在偏流。
  20. Through incision experiment on the impeller of circulating pump times and times, the relation between the size of incision and the capacity and head of the pump was discussed, the law of performance was summarized after the impeller is incised, the existing formula was revised

    摘要經過對混流泵葉輪多次切割試驗，探討了葉輪切割量與泵的流量、揚程之間的關系，總結了混流泵葉輪切割后的性能變化規律，進而對現有公式進行了修正。
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