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首页> 外文期刊>Journal of Applied Crystallography >Analysis of the propagation modes of acoustic waves in piezoelectric devices in synchrotron white-beam topographs by means of simulations
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Analysis of the propagation modes of acoustic waves in piezoelectric devices in synchrotron white-beam topographs by means of simulations

机译:通过仿真分析同步加速器白束地形图中压电器件中声波的传播模式

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摘要

The propagation modes of ultra-acoustic waves in quartz planar resonators with different elliptical electrodes have been studied by means of white-beam X-ray topographs. The contrast is explained on the basis of thickness vibration modes and the validity and limits of this model are verified by means of simulation of the Xray images. The shape of the fringes is correct but other features are not observed in the simulations. The differences may be explained by the interaction with the wires connecting the electrodes to the frequency generator and a slight angle between the upper and lower surfaces not taken into consideration in the theory. [References: 15]
机译:利用白束X射线形貌图研究了具有不同椭圆形电极的石英平面谐振器中超声波的传播模式。在厚度振动模式的基础上解释了对比度,并通过模拟X射线图像验证了该模型的有效性和局限性。条纹的形状正确,但在仿真中未观察到其他特征。差异可以通过与将电极连接到频率发生器的导线的相互作用以及理论上未考虑的上,下表面之间的微小角度来解释。 [参考:15]

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