1·Analysis of the force on water hydraulic valves.
作用于水压阀阀芯及阀体上的力特性分析。
2·Chapter3 introduces the performance test of water hydraulic control valves.
第三章为纯水液压控制阀的性能测试。
3·The application of water hydraulic parallel cylinders in synchronization control was analyzed.
本文分析了水压液压缸在同步控制中的应用。
4·Various curve shows that the water hydraulic pipe-mounted relief valve meets the requirements.
通过各种曲线表明，直动式纯水液压溢流阀满足要求。
5·Water hydraulic transmission is one of the most commonly used conversion method for ocean energy.
水液压传动是一种最常用的海洋能能量转换方式。
6·Those research results have directly guidance effect on the design of water hydraulic components.
这些结论对水压元件的设计具有直接的指导作用。
7·The succeed of the stand made important practical for developing study on sea water hydraulic pump.
该试验台的研制成功对进一步开展海水液压泵的研究有着重要的实际意义。
8·Water hydraulic control valves are important and the key base components in water hydraulic system.
纯水液压控制阀是纯水液压系统的重要关键基础元件。
9·It is suggested that low frequency fluctuation occurs with cavitation inception in water hydraulic pump.
提出了在纯水液压泵中气蚀初生伴随着低频压力脉动现象。
10·The performance of the water hydraulic directional valve can achieve the level of traditional oil hydraulic directional valve.
研制的纯水换向阀的性能基本达到了现有同类油压换向阀的水平。