1.
Study on the Technologies of Variable Polarity Plasma Arc (VPPA) and Activating Flux TIG (A-TIG) for Magnesium Alloy Welding;
镁合金变极性等离子弧焊及活性化焊接研究
2.
Microstructures and Properties of Aluminum Alloy Cladding Deposited by Variable Polarity Plasma Arc Overlaying
变极性等离子弧铝合金熔覆层组织和性能
3.
Research on High-power Variable Polarity Plasma Arc Welding Power Supply System;
大功率变极性等离子弧焊电源系统的研究
4.
Investigation of VPPA Welding Processing for 2219 Aluminum Alloy
2219铝合金变极性等离子弧穿孔焊接工艺研究
5.
Simulation on VPPA Welding of Aluminum Alloy Plate and Residual Stress Predicting
铝合金平板变极性等离子弧焊数值模拟与残余应力预测
6.
Analysis of different welding conditions on variable polarity plasma arc pressure
变极性等离子电弧压力的影响因素分析
7.
The Equipment of Negative Polarity Weak Plasma Arc Overlaying Welding and the Researching of Arc Character
反极性弱等离子弧堆焊设备及电弧特性研究
8.
Character analysis of negative polarity weak plasma arc overlaying welding
反极性弱等离子弧堆焊基本特性的分析
9.
The Study on Negative Polarity Weak Plasma Arc Dissimilar Material Surfacinf Welding
反极性弱等离子弧异种材质堆焊的研究
10.
The Study of the Characteristics of Plasma-MIG Complex Arc's Strike and Stabilization;
等离子MIG复合电弧的起弧及稳弧特性的研究
11.
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。
12.
This report describes the structure and the main behavior of a surfacing torch with reverse polarity soft plasma arc and uses alloy powder.
本文介绍了反极性弱等离子弧粉末堆焊枪的结构及其主要特征。
13.
Research on Digital Inverted Plasma Arc Cutting Power
全数字逆变式等离子弧切割电源研究
14.
Preparation and Particle Size Characterization of Cu Nano-particles Prepared by Anodic arc Plasma
阳极弧等离子体制备铜纳米颗粒与粒度研究
15.
Behavior Analysis of Low Power YAG Laser-Gas Metal Arc Welding Hybrid Welding Arc Plasma
低功率YAG激光-熔化极气体弧焊复合焊接电弧等离子体行为研究
16.
Low-temperature Mechanical Properties of 2219 Al Alloy and VPPAW Welding Joints
2219铝合金及变极性等离子接头的低温力学性能
17.
Study on 15CrMo Surface Modification by Micro-beam Plasma Arc;
15CrMo微束等离子弧表面改性的研究
18.
Study on Characteristics of Laser Inducing Plasma for Triggering TIG Arc Discharge;
激光等离子体引燃TIG电弧特性研究