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Development of technological means for formation of multilayer composite coatings, providing increased wear resistance of carbide tools, for different machining conditions

机译:用于形成多层复合涂层的技术手段,提供碳化物工具的耐磨性增加,用于不同的加工条件

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摘要

The present work documents the results of development a methodological and technological means for the formation of multilayer composite coatings essential to increasing the tool life of a cemented carbide cutting tool edge. A methodology, based on of a rational choice of structure, architecture, and properties of a multilayer coating for tool edge working in various cutting conditions, is formulated. The results demonstrate an increase of efficiency of the carbide tool edge life based on the methodology stated above, and are presented here.
机译:本工作证明了发展结果,用于形成多层复合涂层的方法和技术手段,以增加碳化物切削刀具边缘的胶合刀具寿命。制定了一种方法,基于用于在各种切割条件下工作的工具边缘的多层涂层的结构,架构和性能的结构,架构和性能的方法。结果表明,基于上述方法的碳化物工具边缘寿命的效率提高,并且在此呈现。

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