cathode layer effect

Using of glow discharge plasma and a hollow-cathode effect,TiN/Ti multi-permeations alloying coatings were formed on the mild steel and were examined by LEC figure analysis,M-400-H1 diamond pyramid hard- ness anaysis,GDA750 glow discharge optical spectrum analysis and WS-97 scratch test.

利用双层辉光离子渗金属技术和空心阴极效应,在低碳钢表面形成 TiN/Ti 复合渗镀层。

TiN permeation layers composed of diffusion and deposition layers are synthesized on the surface of carbon steel using plasma point discharge, hollow cathode effect and reactive vapor deposition techniques.

利用等离子尖端放电、空心阴极效应和反应气相沉积技术,在碳钢表面形成具有扩散层和沉积层的Ti N渗镀层,然后在此渗镀层表面沉积(PVD法)TiB2薄膜,形成Ti N/TiB2复合渗镀层。

A new technique of TiN multi-permeation layers composed of diffusion and deposition layers on the surface of carbon steel by using plasma point discharge, hollow cathode effect and reactive vapor deposition at the same time are introduced.

介绍了一种同时利用等离子尖端放电、空心阴极效应和反应气相沉积技术,在碳钢表面形成具有扩散层和沉积层的TiN复合渗镀层新工艺技术。

The power has been used to conduct two sorts of experiments including both to restrain arc discharge and to control hollow cathode discharge.

在等离子体负载下进行了抑制弧光放电和空心阴极效应的实验,结果表明:交流脉冲放电对弧光放电和空心阴极效应的抑制是非常有效的。

An AC middle frequency pulsed plasma power supply is used to conduct three sorts of experiments including to restrain arc discharge, to control hollow cathode discharge and ion nitriding on high-chrome steel material surface.

采用中频交流脉冲等离子体源进行了抑制弧光放电和空心阴极效应以及离子渗氮工艺的实验。