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1·For inert-gas arc welding, plasma welding, cutting.

惰性气体保护电弧焊接，等离子焊接，切割。

2·This paper introduces all vacuum plasma welding equipment subsystems and their functions.

本文介绍了真空等离子焊箱的系统组成和功能。

3·This paper presents you a simple structure plasma welding gun which is suitable for production.

本文介绍了一种适用于生产的、结构简单的等离子弧焊枪。

4·Conclusion Plasma welding and laser welding are ideal joining methods for titanium in dentistry.

结论等离子焊接与激光焊接是比较理想的牙科钛材焊接方法。

5·In addition, a new method-the plasma welding is presented, and the characteristics of the method is analyzed.

此外，提出了一种新的梯度材料制备方法——等离子喷焊法，分析了该法的特点。

6·And emphasizes the applications of laser welding, electronic beam welding and plasma welding in the automobile industry.

并着重分析了激光焊接、电子柬焊接、等离子焊接在汽车工业各个方面的应用。

7·A plasma welding detecting system is presented, which involves with controlling computer, CCD camera and control system execution parts.

提出了一种由工业控制计算机、CCD摄像机和系统控制机构组成的等离子熔积焊缝检测系统。

8·It is introduced some welding process parameter of plasma welding system and its effect on practice application during stainless steel welded pipe.

介绍了等离子焊接系统在不锈钢焊管生产中的一些焊接工艺参数以及实际应用的效果。

9·In basis of analyzing the features of the conventional arc welding technology, a DC low-frequency plasma welding power with fusion penetration is selected as the heat source for metal forming.

本课题在分析常规弧焊技术特点的基础上，选取熔透式低频直流等离子弧焊电源作为成形的热源。

10·In this paper the temperature of underwater welding arc is investigated systematically by means of spectral diagnostics of plasma.

本文利用等离子体光谱诊断法对水下焊接电弧温度进行了比较系统的研究。