片语

Numerical control electrical-discharge machining数控电火花加工

electrical discharge machining parameter电加工参数

electric spark machining[机] 电火花加工；放电加工

Precision Electrical Discharge Machining精密放电加工

electrical l discharge machining放电加工

electrical discharge machining milling电火花铣削

electric discharge machining电火花加工

EDM electrical discharge machining电加工

electrical circuitry discharge machining电火花加工

electrical discharge machining technology电火花加工技术

英汉例句

• the article analyzes the characteristic and the working condition of the cutting fluid using in electrical discharge machining (edm).

  分析线切割工作液的工作特点及工作状态，从生产实践中总结出科学合理选择使用工作液的方法。

• the researches of energy distribution, translation of discharge channel and electrode material erosion during discharge in electrical discharge machining are analyzed in detail.

  基于放电通道的波动特性 ，并考虑放电通道中等离子体的双极扩散效应 ，对电火花加工机理进行了研究 。

• this paper studies the dry electrical discharge machining (edm) technology for deep and small holes theoretically and experimentally based on the analysis of the machining mechanism of dry edm.

  在分析和研究气体介质中电火花加工技术的基础上，就其在深小孔加工中的应用进行了深入的理论与实验研究。

• the electrical discharge machining (edm) has been a very important method of machining, and performs its alternative function in industry.

  电火花加工已经发展成一种极其重要的加工手段，在工业界发挥着不可替代的作用。

• the machining precision and surface quality are introduced in electrical discharge machining and their causes as well as improved measures are put forward.

  介绍了电火花加工中常见的加工精度和表面质量问题以及产生的原因及相应的改善措施。

• micro electrical discharge machining (mwedm), a nontraditional micro gear die fabrication method, is presented in this paper.

  气中电火花线切割加工技术是近几年出现的一种新技术，它采用气体作为加工介质。

• in addition, the feature of low electrode wear ratio of the electrical discharge machining in gas(dry edm) is helpful to implement the tool electrode wear compensation in dry ed-milling.

  此外，气体介质中电火花加工工具电极损耗低的特点有利于实现气中电火花削加工工具电极损耗的补偿。

• electrical discharge machining (edm), or spark machining, as it is so called, is based on the eroding effect of an electric spark on both the electrodes used to produce.

  放电加工或称为电火花加工，是基于两电极之间产生的电火花的腐蚀作用实现的。

• a new edm technology-ultrasonic vibration assisted electrical discharge machining in gas was proposed and corresponding experimental equipment was designed.

  简述了超声振动辅助气体介质电火花加工原理，并设计开发了相应的实验机床。

• the advantage is that electrical discharge machining processes with good surface roughness and machines metal of any hardness.

  电火花加工的主要优点是可获得较低的表面粗糙度，并且可以加工任何硬度的金属。

• the research on the technologies of micro wire electrical discharge machining (micro-wedm) was presented.

  为进一步研究气中电火花线切割加工工艺规律提供了理论依据。

• from the point of improving process efficiency and process quality, the characteristic in the process course of electrical discharge machining (edm) was analyzed.

  从提高系统的加工效率和加工质量角度出发，首先分析了电火花加工过程的特点。

• some of the technological characteristics of powder-mixed electrical discharge machining (edm) have been studied in order io further develop the technology.

  为了进一步完善混粉电火花加工工艺，对混粉电火花加工的一些工艺特性进行了研究。

• based on the machining theory of rotation wire electrode, a new kind of wedm machine tool —vertical wire electrical discharge machining with rotation wire is presented in this paper.

  基于旋转电极丝的加工机理，提出了一种新型的电火花线切割机结构形式———立式自旋转电火花线切割机。

• tool electrodes are very important factor in electrical discharge machining (edm). the properties of electrode materials have a great influence on edm performance.

  工具电极是电火花加工中非常重要的因素，电极材料的性能对电火花加工性能具有很大影响。

• comparative measurements of percentage of silicon on the surface of workpiece by powder-mixed electrical discharge machining (edm) were carried out.

  对不同加工条件下混粉电火花加工后工件表面的硅含量进行了对比测量。

• comparative experiments between powder-mixed electrical discharge machining (edm) and conventional edm are carried out.

  对混粉电火花加工和普通电火花加工进行了对比试验。

• the damaged layer of monocrystalline silicon cut by wire electrical discharge machining (wedm) was investigated via cross-section microscopy and preferred etching detection methods.

  采用截面显微观察法和择优蚀刻法对电火花线切割单晶硅产生的亚表面损伤层进行检测。

• electrical discharge machining (edm), spark machining, as it is so called, is based on the eroding effect of an electric spark on both the electrodes used to produce it.

  放电加工（edm）或称为电火花加工是基于两电极之间产生的电火花蚀除作用实现的。