对检测电火花放电状态的阀值比较法作了改进。
The threshold comparative method in detecting electrospark discharging status is improved.
紫铜电极相比石墨电极能有效避免拉弧现象，产生稳定的电火花放电；
The copper dressing electrode is preferred to plumbago one as it will result in unstable discharge between the two electrodes.
在此基础上设计了电火花放电点位置检测仪，并对其硬件及软件结构进行介绍。
At last, the EDM spark locations detector "s hardware and software structures are discussed on the basis of electromagnetic measurement method."
研究了各种实际金属模具中裂纹电磁热止裂后的修复技术，如电火花放电熔焊搭桥、强化堆焊、刷镀等；
The techniques for repair are studied after crack arrest in metal dies using electromagnetic heating, such as electrical spark melt joining, reinforced build-up welding and brush electroplating.
研究了电火花放电间隙状态判别电路，选择恰当的正常火花放电、电弧放电及空载比例，确定较佳伺服进给量。
The recognition circuit for EDM gap state is researched, selecting proper rate between nomal discharge, arc and blank, defining suitable servo feed.
超声电火花复合加工实质上就是在普通电火花放电加工的基础上，在工具电极或工件上叠加一个超声振动，以改善放电加工条件。
Virtually, ultrasonic vibration is added to tool electrode or workpiece electrode on the basis of EDM to improve the processing conditions in ultrasonic vibration assisted EDM process.
建立了电火花放电加工的热力学传导模型，通过有限元仿真方法得出具有放电爆炸力的单次脉冲能够明显提高难加工材料蚀除量的结论。
The heat transfer model of the discharge has been established, and the removal rate could be significant promoted because of the explosion with the method of thermodynamic finite element analysis.
为有效地实现微细金刚石砂轮的修锐，建立单脉冲电火花放电去除加工的试验系统，研究金属结合剂的气中和液中电火花放电去除机理。
In order to realize dressing of fine diamond grinding wheel effectively, removal behavior of metal bond for dry and wet coolants is investigated.
在电火花放电加工过程中，采用负极性加工时，工具电极的损耗主要是由于火花放电前几百纳秒出现的电子流对工具电极表面的轰击造成的。
In EDM process with tool as anode, tool wear is largely produced by electron current in gap during the frist hundreds nano seconds of the spark ignition.
对电火花表面强化的火花放电原理提出了一定的看法。
Therein, a certain view point is proposed in the paper, about the spark discharging principle on electrosparking surface to be strengthened.
通过建立简易工艺数据库 ，该系统可适用于其它介质中的火花放电加工 ，有助于提高电火花气中放电加工自动化程度和开发智能化加工系统。
Through the establishment of the process database, the simulation system is applicable to electric discharge machining in other medium, it is a help to raise the automation of…
通过建立简易工艺数据库 ，该系统可适用于其它介质中的火花放电加工 ，有助于提高电火花气中放电加工自动化程度和开发智能化加工系统。
Through the establishment of the process database, the simulation system is applicable to electric discharge machining in other medium, it is a help to raise the automation of…
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