2) ECM
电解加工
1.
Recent Advances of PECM(Pulse ECM) in the Precision/Micro Machining Areas;
脉冲电解加工技术在精微加工领域中的新发展
2.
Research on the Superposed Magnetic Field ECM of Square Hole;
叠加磁场方孔电解加工试验研究
3.
Design of ECM machine tool control system software based on LabVIEW/Flexmotion;
基于LabVIEW／Flexmotion电解加工机床控制系统软件的设计
3) electrochemical machining
电解加工
1.
Measure and control of interelectrode gap of electrochemical machining based on force signal and fuzzy control;
基于力信号和智能控制的电解加工间隙检测与控制
2.
Numerical controlled electrochemical machining cowled integral impeller tunnels;
带冠整体叶轮叶间通道的数控电解加工方法
3.
Aided Cathode Design in Electrochemical Machining;
电解加工的辅助阴极设计
4) electrochemical machining(ECM)
电解加工
1.
To solve design difficulty of flow field of complex object of electrochemical machining(ECM),the magnetic circuit is installed in the ECM equipment.
针对复杂型面电解加工流场设计难的问题,根据磁场和电场相互作用的原理,在电解加工装置中安置磁路,使磁场作用于作为导电介质和反应介质电解加工间隙中的流体,影响间隙中离子的分布,进而影响流场,以简化流场设计。
2.
In order to study the processing effect of different flow field configuration in electro-chemical machining for micro-spiral hole,a technique for machining spiral holes using the electrochemical machining(ECM) method was presented.
为了研究微细螺旋孔电解加工中不同流场构型对加工效果的影响,首先介绍了一种微细螺旋孔电解加工(ECM)用工具电极的制作工艺方法;然后,通过改变电极绝缘层厚度构造不同的螺旋孔电解加工流场构型,并对其进行了数值分析;最后,通过电解加工实验对分析结果进行了验证。
5) electrolytic machining
电解加工
1.
New manufacturing method for forging die of engine valve based on the group technology and high-frequency narrow-pulse current electrolytic machining;
基于成组技术与高频脉冲电解加工的气门锻模制造新方法
2.
To cooperation with the study profile rule and evaluate a new technique,we investigate and discussed the testing means for electrolytic machining.
为了配合电解加工成形规律的研究和新技术的开发,对电解加工测试手段及研究方法进行了调研。
3.
Electrolytic micromachining possesses many special advantages and materials are removed through ions transferring based on the anodic dissolution mechanism during electrolytic machining.
基于微细电解加工的特点 ,研制了一套高频、窄脉宽脉冲电源。
6) electrolysis process
电解工艺
1.
Innovate electrolysis process by improving mixing proportion of bittern;
改进电解工艺提高掺卤比例
补充资料：铝电解厂16kV·A电解槽系列及电解多功能机组
铝电解厂16kV·A电解槽系列及电解多功能机组
铝电解厂16kV·A电解槽系列及电解多功能机组
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条