1.
Vision-based Characteristic of Weld Pool and Width of Welding Line Detecting in Plasma Deposition Direct Manufacturing;
基于视觉的等离子堆焊熔池形貌及熔宽检测
2.
The loss of C,B,Si,Cr and other elements in coatings decreases in the order of plasma,autogenous and faradic spraying.
焊层中的C、B、si、Cr等元素烧损率以等离子堆焊最大,火焰喷焊重熔次之,感应熔焊最小;
3.
Research on Principles of Influence of Intermittent Alternative Magnetic Field on Microstructure and Properties of Plasma Arc Surfacing Layer
间歇交变磁场对等离子堆焊金属组织及性能影响机理的研究
4.
Application of Automatic Plasma Arc Welding Technology on Engine Cylinder Body Remanufacturing
自动化等离子堆焊技术在发动机缸体再制造中的应用
5.
Plasma-arc welding (PAW) may be used for hard surfacing, overlaying and fully automatic butt welding.
等离子弧焊可用于敷焊硬合金表面、堆焊和全自动对接焊。
6.
Study of Wear-resisting Mechanism and Plasma Arc Surfacing of Ni-based Alloy Powder;
镍基合金粉末等离子弧堆焊及耐磨机理的研究
7.
Study on Plasma Torch and Wear-Resistant Alloys by Pta Powder Surfacing;
粉末等离子弧堆焊枪体及耐磨合金的研究
8.
Development of Control System of Plasma Arc Powder Automatic Surfacing Welding on Valve;
阀门等离子弧自动堆焊控制系统的研制
9.
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
10.
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
11.
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
12.
In the second part, the preliminary experience of plasma powder overlaying work with valve sealing surface is introduced.
第二部份介绍阀门密封面等离子粉末堆焊工作的初步经验。
13.
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。
14.
Study on the Application of Plasma Arc Powder Repair Welding in Restoring Petroleum Drill Stem Joint;
等离子弧粉末堆焊在石油钻杆接头修复中的应用研究
15.
The Synthesis In-situ of Metal-ceramic Coatings Containing ZrB_2 by PTA
等离子弧堆焊条件下ZrB_2陶瓷涂层的原位合成技术的探索
16.
Microstructure and wear resistance of metal-based ceramics composite coating deposited by plasma arc surfacing
金属基陶瓷复合等离子弧堆焊层组织与耐磨性能
17.
Study of Plasma Cloud Sensing of Keyhole Signal in PAW;
等离子弧焊小孔信号的等离子云传感研究
18.
Analysis on power loss of plasma arc in keyhole plasma arc welding
小孔等离子弧焊的等离子弧功率损失分析