On the interrelation between the microscopic and macroscopic properties of materials

Anatolii Ya Gubenko
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Abstract

The origin of the correlation between the microscopic and macroscopic material properties that are formed as a result of large-scale fluctuations in the process of evolution of the material to a new state was investigated. Each value of the state parameter corresponds to a certain set of large-scale fluctuations and microscopic states. It was established that the correlations between the dependences of the microscopic and macroscopic properties of the materials are determined by the interatomic interactions and the spatial arrangement of atoms.

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论材料微观与宏观性能的相互关系
研究了材料在向新状态演化过程中由于大尺度波动而形成的微观和宏观材料性能之间相关性的起源。状态参数的每一个值对应于某一组大尺度波动和微观状态。结果表明,材料微观和宏观性质的相关性是由原子间相互作用和原子的空间排列决定的。
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