impeller

1. Impeller configuration is matched to the process conditions.
   搅拌桨结构与工艺条件相匹配。
2. Adjustable impeller and the clearance between the boards to ensure efficient operation of the pump.
   可调节叶轮与护板之间的间隙，保证泵的高效运行。
3. The relation between the flow conditions and material surface abrasive erosion of the pump impeller has been studied.
   研究了过流条件与泵轮叶片表面冲蚀磨损的关系。
4. Single suction, single stage horizontal centrifugal pump with closed impeller.
   单吸、单级卧式离心泵，用封闭叶轮。
5. The research and application of energy saving technology of three-dimensional flow impeller for water pump were set forth.
   闸述了水泵三元流叶轮节能技术的研究与应用情况。
6. This pump impeller blades can be adjusted automatically to adapt to speed, fluid viscosity and pressure.
   这种泵的叶轮叶片可以自动调节来适应转速、流体粘度和不同压力。
7. The vacuum low-pressure casting was used to found water pump copper impeller.
   采用金属模和特制的真空低压铸造装置铸造水泵铜叶轮。
8. Put forwards some measures including impeller cutting and frequency conversion to improve the system energy efficiency.
   提出了叶轮切削和变频调节的改造方案，分析了叶轮切削和变频调节各自的特点和经济性。
9. The main components have impeller, pump shell and the seal device.
   主要部件有叶轮、泵壳和轴封装置。
10. And other pumps, the impeller, the pressurized water chamber, pump sewage two core components.
    和其它泵一样，叶轮、压水室、是污水泵的两大核心部件。
11. Also discussed are the effects of suction pressure and impeller vane number.
    还对吸入压力和叶轮叶片数的影响进行了讨论。
12. According to curve equations of diffuser and impeller in submersible pump, the best condition point is determined.
    根据潜水泵导流器与叶轮的特性曲线方程，确定了最佳工况点。
13. In order to design a new model centrifugal fan with high performance, a new slotted technique on splitter blade used for impeller design in centrifugal fans was presented.
    为高性能新型风机设计进行了应用技术研究，提出在离心风机叶轮设计中采用长短叶片开缝的新技术。
14. This paper focuses on the application of method of controlled circulation in the quasi three dimensional design process of centrifugal impeller.
    对控制环量方法在离心叶轮准三元设计中的应用展开了研究。
15. Optimal design on aerofoil parameter of impeller is made based on the second YQH-100 oil-gas pump.
    基于第二代YQH-100油气混输泵叶轮的基本参数，对叶轮的翼型参数进行了优化设计。
16. 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。
17. 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。
18. The axial force of pump is balanced by balancing ring on impeller.
    泵的轴向力由叶轮设平衡环来进行平衡。
19. The impeller vane of sea water pump was fractured just after two months.
    海水泵使用两个月即发生叶轮叶片断裂事故。
20. Flexible impeller pump viscous fluid conveying the key lies in direct proportion to flow rate and pump speed.
    挠性叶轮泵输送粘性流体的关键之处在于流速和水泵转速成正比。
21. Impeller has a single suction and double suction two suction fluid ways.
    叶轮有单吸和双吸两种吸液方式。
22. Such large-scale axial flow pump impeller used for the many.
    这种叶轮多为大型轴流泵采用。
23. The calculated flow field of the centrifugal impeller and the improvement of the blade shape are discussed.
    用计算结果分析了叶轮流场品质，提出了改型措施并对改型叶轮流场进行了分析。
24. And the matching of scroll and impeller had a strong influence over performance and noise of the fan.
    另外，蜗壳与叶轮的匹配对风机的性能和噪声的影响也很大。
25. An impeller of a medical micro-robot utilizing the thrust force generated by the rotation of screws is studied.
    研究了一种利用螺旋旋转时产生牵引力的医用微型机器人的驱动机构。
26. The test result is that this kind of technology can meet the machining requirements of the integral impeller surface.
    结果表明，数控展成电解磨削工艺的加工精度和表面粗糙度可满足整体叶轮的技术要求。
27. In the lobed impeller the measuring chambers are the space between the lobes and the meter housing.
    叶轮式测量室是叶轮和流量叶壳体间的空间。
28. This small pump impeller for many.
    这种叶轮多用于小型泵。
29. The experimental results show that pump performance curve will change with different impeller blade angles;
    结果表明，叶片出口安放角不同，泵性能曲线将发生变化；
30. By use of different impeller diameters the pumps can be optimally adjusted to the operation point.
    利用不同的叶轮直径，泵能够调整到最佳的操作点。

noun

1. the blade of a rotor (as in the compressor of a jet engine)