首页> 外文会议>International Federation for Heat Treatment and Surface Engineering Congress vol.2; 20041026-28; Shanghai(CN) >Influence of the Discharge Voltage during Pulse-Plasma Process on the Durability of Edges coated with Superhard Coatings
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Influence of the Discharge Voltage during Pulse-Plasma Process on the Durability of Edges coated with Superhard Coatings

机译:脉冲等离子工艺中的放电电压对超硬涂层边缘的耐久性的影响

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摘要

In the paper the experimental results concerning the functional quality of thin, superhard coatings produced on cutting edges is described. Boron nitride coatings were deposited on insert cutting edges made cemented carbides by the pulse-plasma method. The comparative investigations of mentioned coatings have been concerned of tool life of edges during steel machining. In these investigations for the purpose of additional increase of coated edge durability an interfacial layers were applied. Presented investigations particularly pointed out to essential influence of the values of discharge voltage on the coating structure and durability of edges coated with boron nitride.
机译:在本文中,描述了有关在切削刃上产生的超硬超薄涂层功能质量的实验结果。通过脉冲等离子法将氮化硼涂层沉积在由硬质合金制成的刀片切削刃上。对上述涂层的比较研究一直关注着钢加工过程中刃口的刀具寿命。在这些研究中,为了进一步提高涂层边缘的耐久性,应用了界面层。提出的研究特别指出放电电压值对涂层结构和涂有氮化硼的边缘的耐久性的本质影响。

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