通过设计阴极与砂轮廓形的对比，分析了成形砂轮轮廓形状，修整电压和电解液电导率对设计阴极形状的影响。
Comparing design cathode with wheel profile shape, effects of dressing parameters, wheel profile, dressing voltage and conductance on design cathode profile were studied.
为了对金属结合剂砂轮电解修整，研究并配制了电解磨削液。
In order to electrolyze dressing grinding wheel of metal binding agent, the electrolytic grinding fluid is developed.
确定最佳电解磨削液在实际系统中对金属结合剂砂轮进行电解修整得到了较为满意的修整结果。
In the actual system, the grinding wheel of metal binding agent is electrolytically dressed with the determined optimum electrolytic grinding fluid and the satisfied dressing result is obtained.
根据电解成形理论设计阴极工具形状，用于金属结合剂成形金刚石砂轮的电解修整。
Cathode tool shape, used for electrolytic dressing of metal-bonded diamond profile wheels, was designed based on electrolytic machining theory.
在金属结合剂成形金刚石砂轮电解修整过程中，电解参数对工具阴极的形状有显著影响。
During electrolytic dressing process of metal-bonded diamond wheels, the designed cathode shape is decided by dressing parameters.
根据电解成形理论设计阴极，用于金属结合剂成形金刚石砂轮的电解修整。
The cathode tool shapes, engaged in electrolytic dressing of metal-bonded diamond wheels, were designed based on electrolytic machining theory.
其原理是把金属粉末作为添加剂混入到树脂结合剂中，在修整砂轮后进行电解处理，使其表层的金属成分溶解，形成气孔。
Its principle is adding the metal powder into the resin binder as addition, then electrolyzing after addressing the wheel, so that the metal content can be dissolved and the pinholes are formed.
用于电解修锐前砂轮形状和表面精密修整的电火花修整部分将电源直流脉冲电解部分的输出端串连一个限流电阻就形成了电火花修整部分。
The part of EDM dressing A resistance was jointed after the output of DC pulse part to realize the EDM dressing of grinding wheel.
用于电解修锐前砂轮形状和表面精密修整的电火花修整部分将电源直流脉冲电解部分的输出端串连一个限流电阻就形成了电火花修整部分。
The part of EDM dressing A resistance was jointed after the output of DC pulse part to realize the EDM dressing of grinding wheel.
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