increasing the efficiency of the alloyed layer formation when hardening tungsten carbide with combined methods

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ID: 213930
2016
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Abstract
This article describes the research aimed at improving the tungsten carbide durability with the help of spark alloying methods, arc welding and laser processing. The paper presents the formation of the alloyed layer thickness of more than 1400 mm with gradient transition properties. The parameters of the islet coating formation for durability improvement by laser processing are represented.
本文介绍了利用电火花合金化、电弧焊及激光加工技术提高碳化钨耐久性的相关研究。文中展示了厚度超过 1400 mm 且具有梯度过渡特性的合金化层的形成过程,并给出了通过激光加工制备岛状涂层以提高耐久性的工艺参数。
Reference Key
verkhoturov2016uenyeincreasing Use this key to autocite in the manuscript while using SciMatic Manuscript Manager or Thesis Manager
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Journal artificial cells, nanomedicine and biotechnology
Year 2016
DOI
10.17084/2016.IV-1(28).11
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