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FORMATION AND PROPERTIES OF MULTICOMPONENT AND COMPOSITE LAYERS PRODUCED UNDER GLOW-DISCHARGE CONDITIONS

机译:辉光放电条件下多层复合层的形成与性能

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摘要

With the increasing progress in engineering a growing need has been felt for materials that show improved surface properties, such as an increased resistance to wear and corrosion. A new method combining different surface treatments such as plasma boriding and nitriding, PACVD, chemical electroless nickel deposition and PVD methods seem to be perspective here. The paper presents the properties of composite and multicomponent surface layers thus produced.
机译:随着工程技术的进步,人们日益需要显示出改进的表面性能,例如增加的耐磨性和耐腐蚀性的材料。一种结合了不同表面处理的新方法,例如等离子体硼化和氮化,PACVD,化学化学镀镍和PVD方法,似乎是这里的前景。本文介绍了由此产生的复合和多组分表面层的性能。

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