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Time dependence of domain structures in potassium sodium niobate-based piezoelectric ceramics

Jia YangInstitute of Fluid PhysicsZhipeng GaoInstitute of Fluid PhysicsYi LiuInstitute of Fluid PhysicsZhengwei XiongChinaFaqiang ZhangShanghai 200050Zhengqian FuChinaFangfang XuShanghai 200050Xuefeng ChenChinaQiang YangChina Academy of Engineering PhysicsLeiming FangInstitute of Physics Nuclear and Chemistry
RSC Advancesjournal2021en
ABI

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-based ceramics has barely been studied. Here, we synthesized Li-doped KNN ceramics. The morphologies and crystallographic parameters of the domain structures were characterized. Two ferroelectric domains, the 60°/120° and 180° domains, were identified in the ceramic. Surprisingly, the domain structure changed naturally as time passed, and most of the change occurred in the 180° domain wall, while the 60°/120° domains remained nearly unchanged. Our results are different from those of previous studies, which showed that the non-180° domain wall was more prone to movement than the 180° domain wall.

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