Research of the influence of technological parameters of thermal diffusion zincaming in the Znотх–Al2O3 system on the properties and microstructure of the coating

N. I. Urbanovich, K. E. Baranovsky, V. Dashkevich, A. A. Zhumaev
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Abstract

This article presents the findings of research on the impact of thermal diffusion galvanizing duration and the particle size of zinc dust waste in the galvanizing mixture on the properties and structure of the zinc coating. The study focuses on coating characteristics, such as microstructure and particle distribution.
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Znотх-Al2O3体系热扩散锌工艺参数对涂层性能和微观结构影响的研究
本文介绍了热扩散镀锌持续时间和镀锌混合物中锌粉废料粒度对锌涂层性能和结构影响的研究结果。研究的重点是涂层特性,如微观结构和颗粒分布。
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Фотонная и нейтринная материя Development of technology and development of production of reinforcement no. 6 of strength class A500S form 2f in coils according to the requirements of GOST 34028–2016 Research of the influence of technological parameters of thermal diffusion zincaming in the Znотх–Al2O3 system on the properties and microstructure of the coating On the issue of the application of cooling mixtures Magnesium alloys based on the Mg–Al– Mn–Ca system, additionally alloyed with Zr and La for high‑speed deformation of products and semi‑finished products
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