Relationship of the physical, mechanical and technological properties of binary alloys with qualitative changes in the crystallization intervals

Александр В. Михайлов, К.Ю. Шахназаров
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Abstract

На основании анализа литературных данных по физико-механическим и технологическим свойствам двойных сплавов в представленной статье сделана попытка дать представление о диаграмме состояния как о концентрационной зависимости качественных изменений интервалов кристаллизации (перекристаллизации). Это впервые позволяет связать с диаграммой состояния, не поддающиеся объяснению особенностями фазового состава или структуры аномалии физико-механических и технологических свойств используемых промышленно двойных сплавов. Based on the analysis of literature data on the physicomechanical and technological properties of binary alloys, this article attempts to give an idea of the phase diagram as a concentration dependence of qualitative changes in the crystallization (recrystallization) intervals. For the first time, this makes it possible to associate with the phase diagram the anomalies of the physicomechanical and technological properties of the industrially used binary alloys that cannot be explained by the peculiarities of the phase composition or structure.
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二元合金的物理、力学和工艺性能与结晶过程中质变的关系
在分析有关二元合金物理机械和技术特性的文献数据的基础上,本文试图给出一种相图概念,即结晶(再结晶)间隔质变的浓度依赖性。 这使得首次将工业上使用的二元合金的物理机械和技术特性异常与状态图联系起来成为可能,而这些异常无法用相组成或结构的特殊性来解释。本文在分析有关二元合金物理机械和技术特性的文献数据的基础上,试图给出相图的概念,即结晶(再结晶)间隔质变的浓度依赖性。这首次使人们有可能将工业上使用的二元合金的物理机械和技术特性异常与相图联系起来,而这些异常无法用相组成或结构的特殊性来解释。
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