The mechanism of recrystallization of binary aluminum and tin bronzes

E. I. Marukovich, V. Stetsenko, A. Stetsenko
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Abstract

A nanostructural mechanism for recrystallization of binary aluminum and tin bronzes has been developed. First, structure-forming nanocrystals of α-phases, β-phases and γ-phases are formed from elementary nanocrystals of copper, aluminum, tin and their free atoms. The crystallization centers of microcrystals of phases are formed from them. From these centers, structure-forming nanocrystals of phases, free atoms of copper, aluminum, tin, microcrystals of α-phases, β-phases and γ-phases of binary aluminum and tin bronzes are formed.
二元铝锡青铜的再结晶机理
二元铝锡青铜再结晶的纳米结构机理已被开发出来。首先,由铜、铝、锡及其游离原子的基本纳米晶体形成α相、β相和γ相的结构形成纳米晶体。各相微晶的结晶中心由此形成。从这些中心形成相的结构形成纳米晶体,铜、铝、锡的游离原子,二元铝青铜和锡青铜的 α 相、β 相和γ 相的微晶。
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