1.
high and ultra-high pressure plunger pump
高压与超高压柱塞泵
2.
Author has introduced the structure features for the reciprocal high-pressure plunger pumps electrically driven and the hydraulically driven reciprocal pumps; analyzed the working principle of energy recovery machine.
介绍了电动往复式高压柱塞泵和液压驱动往复泵的结构特点,分析了能量回收机的工作原理。
3.
The Research on the Surface Processing Method of High Pressure Pump Plunger;
高压泵柱塞表面切削加工方法的探讨
4.
The Repair of Piston Pump Cylinder and the Optimum Design of Piston Ring for C316 High-pressure Oxygen Compressor
高压C316氧压机双向柱塞泵液压缸的修复与柱塞环的优化设计
5.
The plunger or piston of a force pump or hydraulic press.
活塞压力泵或水压机内的柱塞或活塞
6.
Determining the Slip-boots Structural Parameter of the High Pressure Radial Piston Pump
高压径向柱塞泵中滑靴结构参数的确定
7.
Efficient FEM Approach for Pressure Analysis of Oil Film in a Piston Pump
柱塞泵油膜压力分析的高效有限单元法
8.
Investigation into the Performance of Hydrostatic Support Column Pair of Radial Piston Pump;
径向柱塞泵静压支承圆柱副性能研究
9.
Research on Sliding Shoes Hydrostatic Bearing of Water Hydraulic Axial Piston Pump;
水压轴向柱塞泵的滑靴静压支承研究
10.
Experimental Research on Plunger Matching Parts of Injection Pump Worn by DME-Diesel Blends;
二甲醚一柴油混合燃料对高压油泵柱塞偶件磨损的实验研究
11.
Research on Lubrication Characteristics of Port Plate Pairs in Water Hydraulic Axial Piston Pump;
水压轴向柱塞泵配流副润滑特性研究
12.
displacement pump
往复式泵，活塞泵，柱塞泵，排代泵
13.
Innovative Design of the Piston Pump Driven by Pressure and Servo Motor
气压与伺服电机驱动的柱塞压力泵的创新设计
14.
Investigation into the Piston Coupling and the Ball Friction Coupling Based on Hydrostatics Support on the Axial Piston Pumps;
轴向柱塞泵静压支承球铰副及柱塞副的理论研究
15.
The Tribological Profperties of Key Friction Pairs in Water Hydraulic Piston Pump and Water Hydraulic Relief Valves;
纯水液压柱塞泵及溢流阀关键技术的研究
16.
A Computer Simulation Research into Dead Volume of Distribution in Water Hydraulic Piston Pump;
水压柱塞泵配流副闭死容积的计算机仿真研究
17.
ZB-100 hydraulic oil pump s fault research and design scheme;
ZB-100型柱塞式液压油泵故障研究及改进方案
18.
Study on Virtual Prototype and Pressure Characteristics of Oil Film for Axial Piston Pump
轴向柱塞泵的虚拟样机及油膜压力特性研究