Abstract

A three-dimensional mathematical model of the simple cubic lattice of a fullerite crystal is elaborated via structural modeling. Analytical dependences are obtained for the velocities of acoustic waves and rotational waves on the parameters of the microstructure of such a medium. It is shown that the velocity of rotational waves can exceed that of transverse waves, depending on the parameters of the microstructure.

中文翻译：

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估计富勒体晶体的简单立方晶格中的旋转波速度

摘要

通过结构建模阐述了富勒体晶体的简单立方晶格的三维数学模型。获得了声波和旋转波的速度对这种介质的微观结构参数的分析依赖性。结果表明，旋转波的速度可以超过横波的速度，这取决于微观结构的参数。