介绍一种新的气体超声波振动电火花加工方法。
A new method of ultrasonic vibration electrical discharge machining in gas is proposed in this paper.
由于超声磨料混粉电火花加工是一个复杂的过程，难于建立精确的加工理论模型。
On account of the ultrasonic abrasive mixed powder EDM is a complex process, it is difficult to build a precise mathematical model of the processing.
设计了一套超声辅助电火花线切割加工的实验装置，并对复合加工的机理和特性进行了研究和探讨。
A set of experimental device that ultrasonic aided wire cut machining has been developed. and the mechanism and inherent nature of combined technology are explored and studied in deep going.
提出了工具电极超声振动辅助气体介质电火花加工方法。
Tool electrode ultrasonic vibration aided gas medium EDM technology was proposed and correspondingexperiment system was designed.
提出了一种用于普通电火花加工和混粉电火花加工的超声辅助装置，并利用国产电火花机床进行了试验研究。
Ultrasonic equipment for EDM-stool was designed, which can be used to aid ordinary EDM and mixed-powder EDM.
开发了一种超声电火花线切割复合加工装置。
A new kind of device has been developed, by which hybrid technology of ultrasonic and WEDM is performed.
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.
提出了超声振动辅助气体介质电火花加工技术并简述了其加工原理。
Ultrasonic vibration assisted EDM was proposed and its principle was introduced in this paper.
系统地研究了微细电火花铣削的工艺规律 ，提出了超声辅助微细电火花铣削加工技术。
The related key enabling technology for the process of micro milling is presented based on theoretical analyses.
系统地研究了微细电火花铣削的工艺规律 ，提出了超声辅助微细电火花铣削加工技术。
The related key enabling technology for the process of micro milling is presented based on theoretical analyses.
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