Abstract

It is shown that it is possible to obtain nanostructured layers with an increased thickness (up to 2 mm), suitable for the repair of worn surfaces of component parts made of aluminum alloys during electrospark alloying of the surface of the aluminum alloy (D1) by the processing electrode of an Al–Sn alloy (20% Sn) with the use of the high current density and two-phase technology for producing a multilayer coating (applying–melting).

中文翻译：

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铝及其合金的厚层纳米结构电火花涂层

摘要

结果表明，可以获得厚度增加（最大为2mm）的纳米结构层，该纳米结构层适用于在铝合金表面（D1）进行电火花合金化过程中修复铝合金制成的零件的磨损表面。使用高电流密度和两相技术生产Al-Sn合金（20％Sn）的处理电极，以生产多层涂层（施加-熔化）。