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Investigation of magnetic field sensor based on (TbCo2/FeCo)n /AlN/TiN/NCD composite membrane

机译:基于(TBCO2 / FECO)N / ALN / TIN / NCD复合膜的磁场传感器研究

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This study focuses on the investigation of elastic wave modes sensitivity in piezomagnetic composite membrane under an applied magnetic field. The piezomagnetic model has been implemented in Comsol-Multiphysics, and has been solved as an eigen-frequency problem. The evolution of the electromechanical resonance frequency of different modes has been investigated as a function of an arbitrary applied DC magnetic field. Both magnitude and direction are considered. We carried out that the sensitivity depends on the mode polarization and on magnetic state of the mageto-elastic film, which in turn depends on the magnetic field's magnitude and orientation. The magnetic field dependence of the resonance frequency is well correlated to the magnetic field dependence of magneto-elastic stiffness constants.
机译:本研究侧重于施加磁场下压电磁复合膜中弹性波模式敏感性的研究。压电磁模型已在COMSOL - 多体学中实施,并已解决作为特征频率问题。已经研究了不同模式的机电谐振频率的演变作为任意施加的直流磁场的函数。考虑幅度和方向。我们进行了,灵敏度取决于MAMeto-弹性膜的模式极化和磁力状态,这又取决于磁场的幅度和方向。谐振频率的磁场依赖性与磁力刚度常数的磁场依赖性良好相关。

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