1.
Simulations of 3D Flows in Whole Flow Passage of an Energy-saved Centrifugal Pump;
节能离心泵全流道数值模拟及性能预测
2.
APPLICATION OF VARIABLE FREQUENCY CONTROL TECHNOLOGY IN CENTRIFUGAL PUMP FOR ENERGY SAVING
变频调速技术在离心泵节能中的应用
3.
Variable-frequency Speed Regulation and Flow Regulation Split-ranging Coordinated Control of Centrifugal Pump for Energy Saving
离心泵变频调速与节流分程协调节能控制
4.
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
5.
Numerical Simulation and Experiment of Inlet Guide Vane Pre-whirl Regulation for Centrifugal Pump
前置导叶预旋调节离心泵性能的数值预测与试验
6.
Energy-saving Improvement of Oil Pump Impeller Flowpath Surface Treated with Electrolytic Polishing
输油离心泵叶轮流道表面的电解抛光节能改进设计
7.
Numerical Computations of Viscous Oil Flow and Performance for Centrifugal Oil Pumps;
离心油泵粘油流动与性能的数值计算
8.
The Design and Function Study of Two Phase Flow Centrifugal Pumps;
固液两相流离心泵的设计与性能研究
9.
Experimental Study on Improving Water Absorption Properties of Centrifugal Pump by Water Jet;
利用射流器改善离心泵吸水性能研究
10.
Short Way to Converse Performance of Centrifugal Pumps
离心输油泵性能换算的简捷计算方法
11.
Performance Predication of Piping Centrifugal Pumps Using Computational Fluid Dynamics(CFD) Technique
应用CFD技术预测管道离心泵性能
12.
Using Excel Function to Fit Centrifugal Pump Performance Curve
采用Excel函数拟合离心泵性能曲线
13.
low-head centrifugal pump
低水头离心泵，低扬程离心泵
14.
It is necessary to reconstruct and design new experiment device to satisfy with education.
化工原理实验紧跟形势增加了离心泵流量变频调节章节。
15.
" Test methods for centrifugal, mixed flow, axial and regenerative pumps"
GB/T3216-1989离心泵、混流泵、轴流泵和旋涡泵试验方法
16.
" End-suction centrifugal pumps (rating 16 bar)--Designation, nominal duty point and dimensions"
GB/T5662-1985轴向吸入离心泵(16bar)标记、性能和尺寸
17.
Performances of Experiments Impellers Trimmed with Different Outlet Angles of Blade for a Centrifugal Oil Pump While Pumping Water
不同出口角离心油泵叶轮切割性能实验
18.
The Experimental Study on the Effect of Different Rotate Speed to the Performance of Centrifugal Pump;
不同转速对离心泵性能影响的试验研究