磁流变液体是一种液体智能材料，在磁场作用下，其流变学特性能在毫秒级时间内发生剧烈的变化。
Magnetorheological fluids are materials that respond to an applied magnetic field with a drastic change in rheological behavior in several milliseconds.
在火炮制退机中采用磁流变液体，通过改变磁流变液体粘度来调节阻尼，形成液压阻力，也可控制后坐阻力规律。
Using MR fluids in recoil brake of gun, the damping can be regulated by means of changing consistence of MR fluids to form hydraulic resistance, and law of recoil resistance can also be controled.
目前的研究多偏于磁流变液体阻尼器恢复力模型的设计，而相比之下对基于这些恢复力模型，进行结构控制策略的研究还很少，二者显得很不协调。
So far, the research is partial to designing resilience models for magnetorheological dampers, and is weakness in control strategy comparatively. Two aspects are not concerted with each other.
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