探讨了高频窄脉冲电解加工(HSPECM)的机理。
In this paper, the mechanism of high frequency short pulse electrochemical machining (HSPECM) is investigated.
另外，还详细介绍了一种新型电解加工电源：用于微小型零件加工的高频群脉冲电解加工电源。
Meanwhile, a new electrochemical machining power supply is introduced in detail-a power supply for high frequency group pulse electrochemical machining used in the micro-machining.
斩波器是实现脉冲电流电解加工的有效方法之一。
Chopper is one of the effective devices for pulse current electrochemical machining.
对脉冲电化学光整加工（PEFM ）中所采用的一种电解液的伏安特性进行了实验研究。
The volt ampere properties of electrolyte in pulse electrochemical finish machining (PEFM) are investigated in this paper.
本文阐述了脉冲电流电解加工对加工精度和加工过程可靠性的影响。
In this paper the effects of pulsed current on the accuracy and the process reliability of ECM is discussed.
分析了高频、窄脉冲电流电解加工过程的物理、化学特性及对加工结果的影响，进行了高频、窄脉冲电流电解加工模具试验。
Abstract The physical and chemical characteristics of the Electro Chemical Machining(ECM) by higher frequency, short pulses current are investigated, also its affection on the effects of ECM.
利用纳秒级脉冲电源、毫微秒级脉冲电源和直流电源，进行了电解加工试验。
Nickel is electrochemical micromachininged using nanosecond pulse power, millisecond pulse power and direct current power.
介绍了使用低浓度复合电解液，锻模的脉冲电流电解加工的设备及加工实例。
This is a introduction to the Pulse Current electrolytic machining of forging die equipment using low density compound electrolyte, and examples are also given.
结果表明，减小脉冲宽度，降低加工电压，可以提高微细电解加工的精度。
The experimental results show that decreasing pulse duration and voltage can enhance the localization and improve electrochemical micro-machining accuracy.
结果表明：采用纳秒级脉冲电源能显著提高电解加工的定域性，优化纳秒级脉冲电源脉冲宽度和加工电压可进一步提高加工定域性。
The pulse duration and voltage have obviously affected the localization in ECM using nanosecond pulse power. With a rise in pulse duration and voltage, the localization gradually reduced.
用中性电解液进行脉冲电化学表面光整加工可获得良好的表面质量。
Top-quality surfaces can be obtained by means of pulse electrochemical finishing(PECF) in neutral electrolyte.
用中性电解液进行脉冲电化学表面光整加工可获得良好的表面质量。
Top-quality surfaces can be obtained by means of pulse electrochemical finishing(PECF) in neutral electrolyte.
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