Electrode loss, which occurs during the electrospark moulding process can be automatically measured and compensated.
介绍了对电火花成型加工中产生的电极损耗进行自动测量及自动补偿的方法。
Orthogonal experimental method and ANOVA are used to analyze machining parameters on electrode loss and surface roughness;
在优化实验的基础上系统分析了电规准对表面性能、加工损耗的影响；
The method of automatically measuring and compensating the electrode loss that occurring in the EDM machining was introduced.
介绍了对电火花成形加工中产生的电极损耗进行自动测量及自动补偿的方法。
Mechanism of electrode loss and machining rate are analyzed when different electrical parameters are used and then corresponding conclusion is obtained.
并对用不同电规准加工时的电极损耗机理和生产率（加工速度）作出了分析和探讨，得出了相应的结论。
Ni B plating possesses good weldability and conductivity, and the electrode loss is lower than that of silver electrode. It may be used instead of silver plating.
镀层具有良好的可焊性和导电性，其电极损耗低于银电极损耗，可作为代银接触镀层。
The calculation results have shown that when the angles of the center electrode and the grounds decrease, the effective index, the characteristic impedance, and the conductor loss all decrease.
通过计算发现，随着中间电极角度和地电极角度增加，有效折射率、特征阻抗同时减小，导体损耗系数也随之减小。
Electrode contact hole USES heavily doped for reducing contact conduction loss.
电极接触孔处采用重掺杂，减小接触电导损失。
Improving the parallel electrode method leads to decreasing sputtering loss and increasing collection ratio greatly.
提出了一种平行板静电场的改进方法，大大降低了溅射损失，提高了。
Due to sectional use of the electrode wire, the loss of the electrode wire is small under the condition of fine cutting, so that the cutting precision can be improved.
本发明通过分段使用电极丝，在精切时，电极丝的损耗极小，可提高切割精度。
The structure of capacitor unit adopts the design of protruding electrode plate to basically eliminate the resistance loss and enhance the capacity of instantaneous current.
电容单元的结构采用极板凸出设计，可基本消除电阻损耗，提高瞬时过电流能力。
The results show that compared with parallel electrode method, RF resonance method has advantages such as shorter extraction time, lower collision loss and sputtering loss and higher collection ratio;
模拟结果表明，RF共振法与平行板静电场法相比，引出时间较短，碰撞损失和溅射损失较低，收集率较高；
The results show that compared with parallel electrode method, RF resonance method has advantages such as shorter extraction time, lower collision loss and sputtering loss and higher collection ratio;
模拟结果表明，RF共振法与平行板静电场法相比，引出时间较短，碰撞损失和溅射损失较低，收集率较高；
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