The domain mechanism of aging and degeneration of ferroelectric material

A. Sidorkin
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引用次数: 2

Abstract

The mechanism of interactions of domain boundaries in ferroelectric-ferroelastic crystals with different (uncharge, charge and elastic types) defects are investigated. The diffusion of defects to boundaries and the processes of the domain walls interacting with defects are studied. The values of domain contribution in dielectric permeability and the coercive field determined by the storage time and the number of switching cycles for the material with initial random defect distribution are calculated.
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铁电材料时效与退化的畴机制
研究了具有不同缺陷(非荷、荷、弹性)的铁电-铁弹性晶体中畴边界相互作用的机理。研究了缺陷向边界扩散的过程以及畴壁与缺陷相互作用的过程。计算了初始缺陷随机分布材料的介电导率和矫顽力场的畴贡献值由存储时间和开关周期数决定。
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