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可控电解珩磨的本质就是实时变化电场控制的电化学机械复合加工方法，以微机实时控制电解珩磨过程中工件表面的电解电场强度，从而调控各点金属去除速度，获得工件要求几何形状精度． 针对建立的准稳态加工条件下去除规律的基本模型，通过实际加工中去除实验的分析与综合，利用最小二乘拟合方法确定基本模型中的相应参数，建立了一定加工条件下去除规律的实用数学模型．
The essence of controllable electrolytic honing is the electrochemical mechanical composite processing method of real-time changing electric field control. The real-time control of electrolysis electric field intensity on the surface of the workpiece during the electrolytic honing process by a microcomputer realizes the control of the metal removing speed at each point and the precision of the workpiece geometric shape. According to the established basic model of the removal rule under the quasi-steady state processing conditions, the corresponding parameters in the basic model are determined by the method of least-squares fitting by removing the analysis and synthesis of the experiment in the actual machining, and the removal rule under certain processing conditions is established Practical mathematical model.