Nonlinear dynamics and ferroelectric materials

S. Blochwitz, R. Habel, M. Diestelhorst, H. Beige
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Abstract

The aim of the presented paper is to show that the application of analysis methods of dissipative chaotic systems is a useful tool for the study of structural phase transitions and the large signal behaviour of ferroelectric materials. The series resonance circuit with a ferroelectric capacitor is a practical realization of a nonlinear dynamical system which exhibits period-doubling behaviour and chaos if the amplitude and the frequency of the driving voltage have suitable values. The response function of the nonlinear dynamical system is used for the determination of the nonlinear coefficients of the sample.
非线性动力学与铁电材料
本文的目的是表明耗散混沌系统分析方法的应用是研究铁电材料的结构相变和大信号行为的有用工具。铁电电容串联谐振电路是非线性动力系统的实际实现,当驱动电压的幅值和频率合适时,该非线性动力系统表现出周期倍性和混沌性。非线性动力系统的响应函数用于确定样本的非线性系数。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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