centrifugal pump

1. Centrifugal pump performance curve can be used as the basis for pump selection.
   离心泵的性能曲线可作为选择泵的依据。
2. Numerical Forecast of the Influence of Splitter Blades on the Flow Field and Characteristics of a Centrifugal Pump
   分流叶片对离心泵流场和性能影响的数值预报
3. Energy Conservation Installment Design after Centrifugal Pump Cancels Bottom Valve and Efficient Analysis
   离心泵取消底阀节能装置设计与经济性分析
4. The advantages and shortages of high pressure and normal temperature, magnetic driving centrifugal pump and canned-motor pump were elaborated.
   阐述了高压常温法、磁力驱动离心泵和屏蔽泵的优缺点。
5. Experimental study on impact of pressure fluctuation on flow-noise in centrifugal pump
   离心泵压力脉动对流动噪声影响的试验研究
6. Application of Reverse Engineering in the Design of Impeller of Centrifugal Pump
   逆向工程在离心泵叶轮设计中的应用
7. Objective To investigate the effect of afterload pressure on hemolytic blood damage in centrifugal pump.
   目的探讨离心泵后负荷压力对血液破坏的影响。
8. Single suction, single stage horizontal centrifugal pump with closed impeller.
   单吸、单级卧式离心泵，用封闭叶轮。
9. A centrifugal pump with special speed of84.8 was optimized with the method.
   采用该方法对一比转数为84.8的离心泵进行优化。
10. The centrifugal pump impeller and more generally for such.
    一般的离心泵叶轮多为此类。
11. The hydraulic calculation method for fluid delivery pipeline system of centrifugal pump and the method of determining the pump installation height are introduced.
    简述离心泵和管路的特性，介绍离心泵流体输送管路系统的水力计算方法，以及如何确定泵的安装高度。
12. The stainless steel centrifugal pump uses the water cooling mechanical seal, extends the mechanical seal service life effectively.
    不锈钢离心泵采用水冷却机械密封，有效延长机械密封使用寿命。
13. Centrifugal Pump Cavitation Analysis Based on CFD Method
    基于计算流体力学的离心泵汽蚀原因分析
14. Numerical analysis and performance prediction on internal flow field in centrifugal pump for warship
    船用离心泵内部流场数值分析和性能预测
15. This type of water supply system has two kinds of types, a centrifugal pump, water supply system is, A pressure tank water supply system for users to fancy.
    该车型的供水系统共有两种型式，一种是离心水泵供水系统；一种是压力水箱供水系统，可供用户选装。
16. Research on Improvement Cavitation Performance of a Centrifugal Pump Based on CFD Technique
    基于CFD技术改善离心泵内部空化性能的研究
17. In order to make thickening vanes more exact when drawing impeller of a centrifugal pump, the problems are analyzed when thickening vanes with the traditional method.
    为使离心泵叶轮绘型时的叶片加厚更加精确，本文对叶片加厚采用的传统方法存在的问题进行了分析，进而给出了一种叶片加厚的精确方法。
18. Study on the Method of Centrifugal Pump Cavitation Feature Extraction Based on Pressure Fluctuation and Time Serials Analysis
    基于压力脉动和时序分析的离心泵空化特征提取
19. Viscous fluid in dealing with aspects of flexible impeller centrifugal pump is better than many places.
    在处理粘性流体方面挠性叶轮泵有很多优于离心泵的地方。
20. YHB series chemical submersible pump is vertical single-stage single-suction centrifugal pump.
    YHB系列化工液下泵是立式单级单吸离心泵。
21. The flow of real fluid in centrifugal pump impeller and mechanism of flow phenonmenon have been analysed.
    在上述基础上，建立了离心泵叶轮的反问题计算方法。
22. Application of CFD Technique in Low Specific Speed Centrifugal Pump
    CFD技术在低比转速离心泵中的应用
23. Calculation and Analysis on Critical Rotational Speeds of the Centrifugal Pump Rotors
    离心泵转子部件临界转速的分析与计算
24. Experimental Study on Magnetic Fluid Seal of Centrifugal Pump
    离心泵旋转轴的磁流体密封实验研究
25. Application of Vibration Detection in Installation of High Temperature Centrifugal Pump
    振动检测在高温离心泵安装中的应用
26. Cavity and the suction centrifugal pump tube filled with water does not all the air, turn off the export pumps.
    离心泵泵腔和吸水管内全部充满水并无空气，出口泵关闭。
27. Analysis effects of blade angle on centrifugal pump performance
    叶片安放角变化规律对离心泵性能影响分析
28. CFD analysis on effects of impeller outlet diameter on flow field in centrifugal pump
    叶轮外径对离心泵内流影响的CFD分析
29. Experimental Integration of Straight Pipe Resistance and Centrifugal Pump Properties
    化工原理直管阻力和离心泵特性实验整合

noun

1. a pump that use centrifugal force to discharge fluid into a pipe