Analysis of motion of the domain and phase boundaries in the process of polarization and polarization reversal in low-coercive CTS-based ferroelectric ceramics

G.M.Adbaeva; VA.V.Shilnikov; V.N.Nesterov

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Analysis of motion of the domain and phase boundaries in the process of polarization and polarization reversal in low-coercive CTS-based ferroelectric ceramics

机译：低矫顽力CTS基铁电陶瓷极化和反转过程中畴界和相界的运动分析

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摘要

The mechanisms of motion of the domain and phase boundaries during polarization and polarization reversal in low coercive CTS-based ceramics were investigated by the method of low- and infralow-frequency dielectric spectroscopy. The amplitude and temperature dependences of the complex dielectric permittivity were obtained. The necessity of considering the interaction of domain boundaries with point defects in designing memory devices is shown.

机译：通过低频和低频介电谱方法研究了低矫顽力CTS基陶瓷在极化和极化反转过程中畴和相界的运动机理。获得了复介电常数的幅度和温度依赖性。显示了在设计存储器件时考虑域边界与点缺陷的相互作用的必要性。

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《Key Engineering Materials》 |1997年第2期|p.1040-1043|共4页
作者
G.M.Adbaeva; VA.V.Shilnikov; V.N.Nesterov;
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正文语种 eng
中图分类工程基础科学;
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low-coercive ceramics; memory devices; dielectric spectroscopy; domain and phase boundaries;

机译：低矫顽力陶瓷;存储设备;介电谱域和相位边界;

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3. Velocity of domain-wall motion during polarization reversal in ferroelectric thin films: Beyond Merz's Law [J] . Qingping Meng, Myung-Geun Han, Jing Tao, Physical review . 2015,第5期

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4. Analysis of Motion of the Domain and Phase Boundaries in the Process of Polarization and Polarization Reversal in Low-Coercive CTS-Based Ferroelectric Ceramics [C] . G.M. Akbaeva, A.V. Shilnikov Conference and exhibition of the European ceramic society . 1997

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5. Direct observations of polarization reversal process in ferroelectric thin films using high speed piezoresponse force microscopy [D] . Premnath, Ramesh Nath 2008

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7. Ideal barriers to polarization reversal and domain-wall motion in strained ferroelectric thin films [O] . Beckman, S. P., Wang, Xinjie, Rabe, Karin M., 2008

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8. Domain Wall Motion and Magnetization Reversal Processes in a FeSi Picture Frame Single Crystal Studied by the Time-Dependent Neutron Depolarization Technique [R] . van Schaik, F. J. 1979

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Analysis of motion of the domain and phase boundaries in the process of polarization and polarization reversal in low-coercive CTS-based ferroelectric ceramics

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