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Influence of bias electric field on elastic waves propagation in piezoelectric layered structures

机译:偏置电场对压电层状结构中弹性波传播的影响

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摘要

Theoretical and computer investigations of acoustic wave propagation in piezoelectric layered structures, subjected to the dc electric field influence have been fulfilled. Analysis of the dispersive parameters of elastic waves propagation in the BGO/fused silica and fused silica/LiNbO_3 piezoelectric layered structures for a number of variants of dc electric field application has been executed. Transformation of bulk acoustic wave into SAW type mode under the dc electric field influence has been found. Possibility to control the permission or prohibition of the wave propagation by the dc electric field application and the appropriate choice of the layer and substrate materials has been discussed.
机译:声波在压电层状结构中传播的理论和计算机研究都受到直流电场的影响。对于直流电场应用的多种变体,已经对弹性波在BGO /熔融石英和熔融石英/ LiNbO_3压电层状结构中传播的色散参数进行了分析。已经发现在直流电场的影响下,体声波转换为声表面波模式。讨论了控制通过直流电场施加波传播的许可或禁止的可能性以及层和衬底材料的适当选择。

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