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首页> 外文期刊>IEEE Transactions on Ultrasonics, Ferroelectrics, and Frequency Control >Complex notation for the dielectric response of ferroelectric materials beyond the small sinusoidal fields
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Complex notation for the dielectric response of ferroelectric materials beyond the small sinusoidal fields

机译:铁电材料介电响应超出小正弦波场的复数表示法

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For the polarization response beyond the small field range, Rayleigh's law has been introduced in the past to describe the field-dependent behavior (with loss) of ferroelectric materials with some success. We examine the relationship between Rayleigh's law and the complex dielectric constant notation that has been used widely in the scientific and engineering community; and we show that a modified complex notation can describe the field-dependent dielectric response with loss in the small and medium field range quite well. In addition, the modified complex notation easily can include a field independent dielectric loss that is, in fact, present in all the dielectric materials. The results also show that the alternating current (AC) field response is still predominantly linear with the amplitude and phase of the complex coefficient changing with the applied field amplitude.
机译:对于超出小场范围的极化响应,过去已经引入瑞利定律来描述铁电材料的场相关行为(有损耗),并取得了一些成功。我们研究了瑞利定律与在科学和工程界广泛使用的复介电常数符号之间的关系。并且我们表明,修改后的复数符号可以很好地描述中场损耗下与场有关的介电响应。另外,修改后的复数符号可以容易地包括与场无关的介电损耗,实际上,介电损耗存在于所有介电材料中。结果还表明,交流电(AC)场响应仍然主要与复系数的幅度和相位呈线性关系,该幅度和相位随施加的场幅度而变化。

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