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Mathematical modeling of elastic wave propagation in crystals: 3D-wave surfaces

机译:晶体中弹性波传播的数学模型:3D波表面

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摘要

A new method for pure modes of elastic waves search in crystals is presented. The method is based on the analysis of 3D-surfaces of phase velocities and differs from the known analogous methods by accounting for the piezoeffect. The piezoelectric corrections have an essential effect on the result of the search. The computer code is prepared to construct these surfaces and their sections by the base planes of a crystal. The code also permits to calculate the directions of pure longitudinal and pure transverse elastic wave propagation on these surfaces.
机译:提出了一种在晶体中搜索纯弹性波的新方法。该方法基于对相速度的3D表面分析,并且由于考虑了压电效应而不同于已知的类似方法。压电校正对搜索结果至关重要。准备计算机代码以通过晶体的底面构造这些表面及其截面。该代码还允许计算这些表面上纯纵向和纯横向弹性波传播的方向。

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