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Enhanced detection resonance frequency shift of a piezoelectric microcantilever sensor by a DC bias electric field in humidity detection

机译:直流偏置电场在湿度检测中增强压电微悬臂梁传感器的检测共振频率偏移

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摘要

We have examined the relative longitudinal flexural resonance frequency shift of a PMN-PT/tin PEMS with a DC bias electric field, E, in humidity detection. We showed that the relative resonance frequency shift could be enhanced by applying an E to the PMN-PT layer during detection. A maximum enhancement of more than three times in resonance frequency shift was observed at E = -6kV/cm as compared to the resonance frequency shift without a bias field. The maximal relative resonance frequency shift at E = -6 kV/cm was about 1000 times larger than could be accounted for by mass loading alone.
机译:我们已经研究了湿度检测中具有直流偏置电场E的PMN-PT /锡PEMS的相对纵向挠曲共振频率偏移。我们表明,通过在检测过程中将PM应用于PMN-PT层,可以增强相对共振频率偏移。与没有偏置场的共振频率偏移相比,在E = -6kV / cm处观察到共振频率偏移的最大增强超过三倍。 E = -6 kV / cm时的最大相对共振频率偏移约为单独质量加载所能解释的约1000倍。

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