Abstract

The use of self-fluxing Ni12CrFe and NiCr16SiB3 powder in laser cladding within a protective atmosphere (argon) is considered. The characteristics of the powder are determined. Individual tracks and overlapping tracks are produced by laser cladding. The microstructure and microhardness of the samples are estimated. Cladding conditions that produce bulk samples are identified.

中文翻译：

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通过激光熔覆从粉末生产镍铬涂层

摘要

考虑在保护气氛（氩气）内的激光熔覆中使用自熔 Ni12CrFe 和 NiCr16SiB3 粉末。确定粉末的特性。单独的轨道和重叠的轨道是通过激光熔覆产生的。估计样品的显微组织和显微硬度。确定产生大量样品的包覆条件。