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首页> 外文期刊>Ultrasonics, Ferroelectrics and Frequency Control, IEEE Transactions on >Experimental measurement of the electroelastic effect in thickness-mode langasite resonators
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Experimental measurement of the electroelastic effect in thickness-mode langasite resonators

机译:厚度模式硅藻土谐振器中电弹性效应的实验测量

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The electroelastic effect describes the shift in resonant frequency that a resonator experiences as a result of the application of a dc electrical field. We report on experimental measurements of the electroelastic effect observed in fourteen plano-plano configuration thickness-mode langasite (La3Ga5SiO14) resonators. The orientations of the fourteen samples provide a sufficient data set to extract all eight of the third-order piezoelectric constants of this material. The role of this type of measurement in determining third-order piezoelectric constants is discussed. We compare the experimentally observed behavior to that predicted when using the langasite material constants currently available in the literature.
机译:电弹性效应描述了由于施加直流电场而导致谐振器经历的谐振频率偏移。我们报告的实验测量的电弹性效应观察到十四个平面平面配置厚度模式的硅酸镧铁矿(La3Ga5SiO 14 )谐振器。 14个样本的方向提供了足够的数据集,可以提取该材料的所有8个三阶压电常数。讨论了这种类型的测量在确定三阶压电常数中的作用。我们将实验观察到的行为与使用文献中当前可得的langasite材料常数进行预测时的行为进行比较。

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