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电流变流体在外加电场作用下，粘性会随电场强度的增加而明显增大，当电场强度达到某一临界值时会迅速固化。固化过程所用的时间极短，通常在千分之一秒以下。而且这一过程是可逆的，当电场撤消后，又会迅速从固态变为液态。这一现象为寻求直接用电学方法控制液压系统的流量和
Under the action of an applied electric field, the rheological fluid will visibly increase with the increase of electric field strength, and will rapidly solidify when the electric field strength reaches a certain critical value. The curing process takes very short time, usually below one thousandth of a second. And this process is reversible, when the electric field is removed, it will quickly change from solid to liquid. This phenomenon seeks to directly control the hydraulic system flow and electrical methods