1.
Review of progress on the design technology of centrifugal type chemical process pump
离心式化工流程泵设计技术进展综述
2.
Numerical Simulation of Flow in the Double Suction Chemical Pump
双吸式化工流程泵内部流场的数值分析
3.
An Analysis of the Performance of Flow and Head by Sliding Vane Pump and Centrifugal Pump in Series
滑片泵与离心泵串联运行流量与扬程特性实验
4.
Exploration on the teaching of hydrodynamic pump and fan for high vocational education;
高职课程《流体力学泵和风机》教学探讨
5.
Pump: Segregate the pump and check how much the pump pressure can reach. Check the flux during the normal operation process.
泵：隔离出泵，查明泵压能达到多少。检查在正确的运行程序中的水流量。
6.
Outlet divergent passages are adopted in large, low head pumping stations whose hydraulic losses are15%~20% of pump water head.
大型低扬程水泵采用渐扩出水流道,比水流道水力损失占泵扬程的15%20%右。
7.
Operation and maintenance of liquid oxygen pumps associated with an ASU employing internal compression process
内压缩流程空分设备产品液氧泵的操作与维护
8.
Study on High Temperature and Pressure ESP Performance Testing System Design;
高温高压电动潜油泵性能检测流程设计研究
9.
The Development and Application of Energetic Test System for Low Head and Large Discharge Pumping Station;
低扬程大流量泵站能量测试系统的开发与应用
10.
Simulation for Inner Fluid Field of High-lift Forest-fire-extinguishing Pump Based on CFD
基于CFD的高扬程森林消防泵的内部流场模拟
11.
Study on start-up transient process simulation of large scale tubular pumping stations
大型贯流泵站机组启动过渡过程仿真计算
12.
NC programming of cam profile curves of constant flow pump by least squares
等流量柱塞泵凸轮轮廓的最小二乘法数控编程
13.
Design of a 45200m~3/h air separation unit with double-pump internal compression process at Mexico
墨西哥45200m~3/h双泵内压缩流程空分设备的设计
14.
Application of Pitot Pump in Low Flow and Ultra-high Head Situation
皮托管泵在小流量超高扬程领域的应用及前景
15.
Innovation of large-scale air separation double-pump internal-compression process
大型空气分离装置双泵内压缩流程工艺创新
16.
Research on the bell inlet passage height of large low-head pumping station
大型低扬程泵站钟形进水流道高度研究
17.
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
18.
" 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