在此基础上，研究了电流变体在机械装备中的应用。
On the basis of above mentioned efforts, the applications of ERF in machine equipment are studied.
电流变体材料是智能材料系统中重要的作动器材料之一。
Electrorheological (ER) fluid is one of actuators in the smart material systems.
本文简要评述了一种新型功能材料——电流变体，和由它制造的超先进智能复合材料及其应用原理和前景。
This paper gives an overview on the new smart materials such as electro-rheological fluids and the ultra-advanced intelligent composite material as well as its principle and future prospects.
实验结果表明，改变施加在电流变体上的电压确实可以改变复合梁的整体振动特性，尤其是对第一、二阶频率影响比较明显。
The experimental results indicate that the first and second order natural frequencies increase with increasing electric field intensity, however, the third order one is changeless.
实验结果表明，改变施加在电流变体上的电压确实可以改变复合梁的整体振动特性，尤其是对第一、二阶频率影响比较明显。
The experimental results indicate that the first and second order natural frequencies increase with increasing electric field intensity, however, the third order one is changeless.
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