1)  Electro liquid control valve
电液控制阀
2)  Two-dimensional control valve
2D电液控制阀
3)  electro-hydraulic
电液
1.
Research of mold electro-hydraulic servo oscillation system on Baosteel Continuous Casting Testing Platform;
宝钢连铸试验平台结晶器电液伺服振动系统研究
4)  electrohydraulic
电液
1.
According to the high failure rate happend to the electrohydraulic auxiliary servomoter in the governor of hydraulic turbine in decades at home,a new idea to solve the problems is proposed,and the structure,working principal,technical data index and application effect of prototype of new style electrohydraulic auxiliary receiver produced according to the new idea are introduced briefly.
针对水轮机电液调速器中电液转换器故障率最高的问题,提出了解决此问题的新思路,并扼要介绍了依据新思路研制新型电液辅助接力器的样机结构、工作原理、技术指标和应用效果;并对后续新产品开发提出建
5)  electro-hydraulic hammer
电液锤
1.
The Method Discussion for Improving the Life Time of the Electro-hydraulic Hammer Rod;
提高电液锤锤杆使用寿命方法探讨
2.
Against the problem that the feeding oil can't satisfy the need of large-tonnage electro-hydraulic hammer existing in the hydraulic system of the new-style 0.
5T悬臂式电液锤新型液压系统存在供油量无法满足大吨位电液锤流量要求的问题,采用了一个具有高压、大流量、响应快、液阻小的二通插装阀,实现大吨位电液锤液压控制系统的供油量要求,解决了系统中的流量瓶颈问题,实现了用小尺寸的主控手动换向阀控制大吨位电液锤的目的。
3.
Against the problem that the feeding oil can't satisfy the need of large-tonnage electro-hydraulic hammer existing in the hydraulic control system of the new-style 0.
5t悬臂式电液锤新型液压系统存在供油量无法满足大吨位电液锤流量要求的问题,采用了一个具有高压、大流量、响应快、液阻小的二通插装阀,实现了大吨位电液锤液压控制系统供油量的改进,解决了系统中的流量瓶颈问题,实现了用小尺寸的主控手动换向阀就可控制大吨位电液锤的目的。
6)  ferroelectric liquid crystal
铁电液晶
1.
Research on the unwinding process of ferroelectric liquid crystal under the electric field.;
铁电液晶在电场作用下螺旋结构变化的观察
2.
Influence of temperature on electrically tunable filter properties of ferroelectric liquid crystal;
温度对铁电液晶电调谐滤波特性影响的研究
3.
Study on response velocity of ferroelectric liquid crystal optically addressed spatial light modulator by the macro-model;
铁电液晶光寻址空间光调制器响应速度的宏模型研究
参考词条
补充资料:电液伺服阀
分子式:
CAS号:

性质:一种接收电气模拟信号后,相应输出调制的流量和压力的液压控制阀。根据输出液压信号的不同,电液伺服阀可以分为电液流量伺服阀和电流压力伺服阀。电液伺服阀通常是由电机、液压控制阀和反馈式平衡机构三部分组成。

说明:补充资料仅用于学习参考,请勿用于其它任何用途。