磁流变抛光是科技名词，意思是磁流变液是由磁性颗粒、基液和稳定剂组成的悬浮液。磁流变效应，是磁流变液在不加磁场时是可流动的液体，而在强磁场的作用下，其流变特性发生急剧的转变，表现为类似固体的性质。
如果需要更高品质的抛光， 磁流变抛光（magneto-rheological finishing）将被采用。磁流变抛光相对于标准抛光而言，具有更高的性能和更短的时间。
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Although high precision can be obtained by these methods, there are still some disadvantages for polishing KDP crystal. However, Magnetorheological Finishing (MRF) has a lot of advantages as a new kind of deterministic finishing method.
而磁流变抛光作为一种新型的确定性抛光方法,具有许多其它方法不可比拟的优点。
参考来源 - KDP晶体的磁流变抛光技术研究The precondition for NC magnetorheological finishing is to determine the removal function.
精确获得去除函数是实现数控磁流变抛光的前提。
参考来源 - 期刊学术社区·2,447,543篇论文数据，部分数据来源于NoteExpress
合理的磁路结构及磁场强度是决定磁流变抛光效果的关键所在。
The rational magnetic circuit configuration and magnetic density are crucial factors in magnetorheological finishing(MRF).
针对大尺寸工件的抛光加工特点，设计了倒置式的磁流变抛光装置。
The inverted device for the magnetorheological finishing was designed aiming at the huge dimension parts.
根据计算机控制磁流变抛光的去除机理，分析了抛光工艺软件的去除算法核心问题即求解驻留时间函数和加工路径设计。
Based on the mechanism of magnetorheological finishing by computer control for optical surface, the core issues of process software are calculating dwell function and designing of machining path.
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