A study of Nd-Fe-B material machined by the electrospark wire-electrode cutting

1、

TiC coating on TCI titanium alloy is deposited by electrospark process using the graphite electrode.

以石墨为电极，采用电火花沉积的方法，在TC1钛合金表面制备了TiC涂层。

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2、

Research of Surface Carburizing on Titanium Alloys by Electrospark Deposition

钛合金电火花表面渗碳研究

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3、

Characterization and Wear Behavior of the Electrospark Alloying Coatings

电火花涂层的特性和耐磨性研究

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4、

New type of electrospark alloying machine

新型脉冲放电电火花表面强化设备

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5、

The processing principles and action of medium mixed in bubble are introduced. And the processing mechanism of mixed gases electrospark are analyzed, and test verification is also made

介绍混气电火花加工原理及介质混入气泡的作用，详细分析了混气电火花加工机理，并进行了实验论证

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6、

Study on Experimentation of Electrospark Deposition WC on Copper

Cu上电火花沉积WC的实验研究

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7、

Phenomena of anode-conglutinating in the course of electrospark surface strengthening

电火花表面强化过程中的阳极粘连现象

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8、

This paper introduces a new intelligent measurement and control unit for medium car electrospark.

介绍了一种智能型汽车电子测量控制装置。

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9、

A tentative discussion on improving the seismic record quality of electrospark seismic source

改善电火花震源地震记录质量的探讨

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10、

Microstructure and Properties of TiB_2 Coating Deposited on Surface of 45 Steel by Electrospark

45钢表面电火花沉积TiB2涂层的结构及性能

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11、

Effect of Electrospark Cavitation Parameter on Synthesis of Ultrafine Ni-P Powder

电脉冲空化参数对镍磷超细合金粉体合成的影响

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12、

Alternating discharge between the two electrodes occurs in the course of electrospark surface strengthening, because the existence of anode-conglutinating.

由于存在阳极粘连现象，电火花强化过程中两极间的放电过程具有不规律交变放电的特征。

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13、

It presents a method how to make use of electrospark hardening and change the structure of die to prevent up run of scraps.

本文针对高速冲裁过程中废料回带产生的原因及其危害，介绍了用电火花强化改变凹模结构来防止废料回带的方法。

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14、

Study on Electrospark Mechining Technology for Tiny Holes

电火花细微孔加工技术的研究

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15、

The in-situ synthesized composite coatings prepared by laser cladding and electrospark deposition are suitable for aero-engine overhaul application.

从实际应用情况来看，采用激光熔覆、微弧火花沉积制备自生复合涂层进行航空发动机铝、钛合金部件的修复延寿与再制造是合适的方法。

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16、

Application Progress of Electrospark Deposition Surfacing Technology

电火花沉积表面处理技术的应用进展

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17、

Application status of electrospark deposition/ surfacing technology

电火花沉积/堆焊技术的国内外应用现状

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18、

Detecting Electrospark Discharging Status by New Threshold Comparative Method

新型阀值比较法实现电火花放电状态检测

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19、

Microstructure and properties of electrospark surface strengthening layers

电火花表面强化层组织结构和性能的研究

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20、

Test of Pulse Electrospark Discharging Toughening with Three Pure Metals

三种纯金属电极脉冲电火花放电熔涂强化试验

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