1.
Finishing Process in Generating ECM of Integral Impeller
展成电解加工整体叶轮中的光整加工
2.
Optimization of Machining Position of CathodeWorkpiece in Numerically Controlled Generating ECM
数控展成电解加工中阴极—工件加工位置的优化选择
3.
Efficiency of NC-electrochemical Contour Evolution Machining Based on Electrode Gap Characteristics
基于间隙特性的数控展成电解加工效率
4.
In this paper,the contour evolution method of numerically-controlled electrochemical machining is described.
阐述了数控展成电解加工中展成运动的实现方法。
5.
Abstract: In this paper,the contour evolution method of numerically-controlled electrochemical machining is described.
文摘:阐述了数控展成电解加工中展成运动的实现方法。
6.
Movement Planning in Electrochemical Contour Evolution Machining of Integral Impeller Based on Twist Angle Analysis of Vane Surface
基于叶片扭角分析的整体叶轮展成电解加工运动设计
7.
The new development of ECM technology--ECM with higher frequency short pulses current
电解加工技术的新发展——高频窄脉冲电流电解加工
8.
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
9.
Develop the Industry of Further Processing Electrolysed Manganese in Hunan Province;
大力发展湖南电解金属锰深加工产业
10.
Research on the Electric Discharge Generating Machining of Gear Mold;
齿轮模具电火花展成加工方法的研究
11.
Basic operating examinations of ECM are scientifically framed and done.
科学设计并完成了电解加工基本工艺试验。
12.
About the Counter Measures and Suggestions of Accelerating Development Sichuan Province Electrolytic Aluminium Industry;
关于加快发展四川电解铝工业的对策建议
13.
The Technology of Micro Discharge Electrical Contour Evolution Machining Basing on Commercial Machine;
基于商品机床的电火花展成微成形加工技术
14.
Study on simulation and prediction of blade’s shape in electrochemical machining
叶片电解加工成形过程仿真与预测研究
15.
Spatial Movement of Cathode and Its Influence on Shaping Law in Electrochemical Machining
电解加工阴极空间运动及其对成形规律的影响
16.
Present Status and Development Trends of EDM
电火花成形加工技术的现状与发展趋势
17.
Study on the Control Technology of Revolving Electric Discharge Generating Machining;
回转式电火花展成加工控制技术的研究
18.
The technology will be helpful for improving the accuracy of ECM and enlarging the applied field of ECM.
这种加工技术将有助于提高电解加工精度，扩大电解加工应用范围。