The hollow cathode generates an arc discharge plasma.

空心负极引起弧放电血浆.

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The basic are phenomena and characteristics of hollow cathode vacuum are Welding ( HCVAW ) are studied.

研究了空心阴极真空电弧焊接(HCVAW ) 的一些基本现象和特性.

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The formation of virtual anode effected by hollow cathode is investigated at different pressures.

研究了较高气压和低气压下空心阴极效应在形成虚阳极过程中的作用.

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Cerium - tungsten and AIN ceramics pieces with high density were obtained by the hollow cathode plasma sintering.

空心阴极烧结工艺可制备出致密度高,导热性能好的AIN陶瓷和较高致密度的铈钨样品.

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The heating mechanism of hollow cathode effect plasma sintering cerium - tungsten alloy adobes are researched.

将此高温效应用于烧结高熔点材料——铈钨合金,获得了很好的效果.

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The hollow cathode will be presented as a plasma source for reactive evaporation processes.

空心负极将被提出作为血浆来源为易反应的蒸发过程.

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A method of hollow cathode arc welding technology is presented. In detail.

详细介绍了空心阴极穿透电弧焊接工艺方法.

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