1.
The Investigation of Nano-Film Prepared by Pulse Cathode Arc Discharge
脉冲阴极弧放电制备纳米薄膜的研究
2.
Investigation on CN thin film deposited by pulsed cathode arc process
脉冲阴极弧放电制备碳氮薄膜及其分析
3.
Experimental Study of Self-Pulsing Phenomenon in Hollow Cathode Discharge
空心阴极放电自脉冲现象的实验研究
4.
Effects of cathodic voltage pulse duty cycle on characteristics of microarc oxidation coatings of titanium alloy
阴极电压脉冲占空比对钛合金微弧氧化膜特性的影响
5.
pulsed tungsten inert gas arc welding
脉冲钨极惰性气体保护电弧焊
6.
Development of 220KW Microarc Oxidation Ambipolar Pulse Power Supply;
220KW微弧氧化双极性脉冲电源的研制
7.
Research on Variable Polarity Current Pulse Power Supply for Micro-arc Oxidation
变极性微弧氧化电流脉冲电源拓扑研究
8.
Development of Magnesium Alloy Microarc Oxidation Pulse Power Supply with Discharge Loop
具有放电回路的镁合金微弧氧化脉冲电源研制
9.
Preparation, Characterization of Microarc Oxidation of TC4 Titanium Alloys and Study of Cathoidc Microarc Discharge Mechanics
TC4钛合金微弧氧化膜的制备表征及阴极微弧放电机制研究
10.
Ultrafast-convert hybrid pulse square-wave variable polarity TIG arc behavior
超快变换复合脉冲方波变极性TIG电弧行为
11.
Application and Research of Cathode Pulse Amplifier in Spot Measurement
阴极脉冲放大器在光点测量中的应用研究
12.
Research on Pulse Electrochemical Modification of Gear with Moving Shaped Cathode;
移动式成形阴极脉冲电化学齿轮修形工艺研究
13.
STUDY ON THE PHENOMENA OF THE CONTROLLABILITY OF ARCAPPEARANCE IN THE CONSUMABLE ELECTRODE PULSE CURRENT ARC WELDING PROCESS AND ITS PRACTICAL APPLICATION
脉冲电流熔化极气电焊电弧形态的控制及其实际意义
14.
Design high frequency to increase voitage and pulse heat to strike arc,so with fine ability to start arc. so with fine ability to start arc.Welding current is sufficient.
采用高频增压引弧及脉冲热引弧设计，起弧性能极佳，焊流电流充足，卓越的性能价格比。
15.
The effect of second anode action on the cathode vacuum arc discharge stability in the cathode arc deposition technology is studied.
研究了阴极弧等离子体沉积中第二阳极现象改善弧放电稳定性的作用。
16.
Experimental Study on NO_x Removal Using Pulsed Corona Discharge with Knife-Edge-to-Plate Electrode;
刃—板电极脉冲电晕放电脱除NO_x的实验研究
17.
Development of Bipolar Microarc Oxidation Power Supply and Surface Modification of Aluminum Alloy;
双极性脉冲微弧氧化电源研制及铝合金处理工艺研究
18.
Decomposition of VOCs Mixture by Multi-needle-mesh Corona Discharge Combining with Pulsed High-voltage
针群—网电极脉冲高压放电降解气态混合VOCs