挠曲电
压电
材料科学
电介质
压电系数
复合材料
复合数
陶瓷
极化(电化学)
机电耦合系数
极化密度
光电子学
磁场
物理
磁化
物理化学
化学
量子力学
作者
Baojin Chu,Wenyi Zhu,Nan Li,L. E. Cross
标识
DOI:10.1142/s1793604710000968
摘要
Flexoelectricity describes the physical phenomenon of the generation of electric polarization from mechanical strain gradient in solid insulators. In common dielectric materials, the flexoelectric coefficient is trivially small ~10 -10 C/m. In Ba(Sr,Ti)O 3 (BST) ceramics, flexoelectric coefficient up to 10 -4 C/m was observed. Such high coefficient makes it possible to design high piezoelectric response flexoelectric composites. In this letter, we will demonstrate that the newly designed flexoelectric composites could have piezoelectric properties better than conventional piezoelectric materials.
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