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Electric Field Sensing: what is brought by duality from Flux Gates?

机译:电场传感:磁通盖茨的二元性带来了什么?

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Ways to sense electric field using PZT capacitors are investigated. Duality rules a priori apply to material physics, linking polarization to magnetization properties, i.e. D(E) to B(H) curves, but no real electrical flux gate or charge gate does exist which would be the dual of the common flux gate magnetometer. The Landau – Khalatnikov equations are applied to ferroelectric materials subjected to both a DC and an AC pumping signal. They are solved to get the model of the PZT capacitors dynamics. They are experimentally investigated using the Sawyer Tower method. A second harmonic detection is a way to extract the DC excitation.
机译:研究了使用PZT电容感测电场的方法。二元性规则a先验适用于材料物理学,将偏振连接到磁化特性,即D(e)至b(h)曲线,但是没有存在真正的电通量栅极或充电门,这将是公共磁通栅极磁仪的双程。 Landau - Khalatnikov方程应用于经过DC和AC泵送信号的铁电材料。解决了他们可以获得PZT电容器动态的模型。他们使用锯形塔法试验研究。第二次谐波检测是提取直流激励的方法。

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