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Influence of Workpiece Materials on the Characteristics of the Layers by Electrical Discharge Coating

机译:工件材料对放电涂层各层特性的影响

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摘要

We investigated the influence of iron-based workpiece materials on the characteristics of the Si layers by electrical discharge coating. It was found that the chemical elements of the precipitations were uniformly dispersed in the layers on the workpieces containing precipitations a few micrometers in diameter. By contrast, voids occurred in the layer on the workpiece containing bigger precipitations because the precipitations that had not totally melted in the coating process were the starting points of the voids. In addition, the surface of the Si layer on FC250 was extremely rough, and the distribution of the chemical elements of the layer was inhomogeneous. However, the layer was amorphous, and the friction coefficient of the layer was lower than that of the workpiece.
机译:我们研究了铁基工件材料通过放电涂层对Si层特性的影响。已经发现,沉淀物的化学元素均匀地分散在包含直径为几微米的沉淀物的工件上的层中。相反,在工件上的含有较大沉淀的层中会出现空隙,因为在涂层过程中尚未完全熔化的沉淀是空隙的起点。此外,FC250上的Si层表面非常粗糙,并且该层的化学元素分布不均匀。然而,该层是非晶的,并且该层的摩擦系数低于工件的摩擦系数。

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