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Frustration of ferroelectricity in epitaxial film of relaxor ferroelectric PbSc1/2Nb1/2O3

机译:弛豫铁电PbSc1 / 2Nb1 / 2O3外延膜中铁电的挫败

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摘要

Relaxor-to-ferroelectric transformations induced by varying electric fields and temperatures are studied experimentally in acube-on-cubetype epitaxial PbSc_(1/2)Nb_(1/2)O_3 film grown on La_(1/2)Sr_(1/2)CoO_3/MgO(001). Dielectric response, quasi-static and dynamic polarization, and dynamic current–voltage characteristics evidence the absence of spontaneous relaxor-toferroelectric transition. The electricfield-induced transformation from a glass-like relaxor state to a new dynamic polar state is detected at low temperatures below 100 K only. The frustration of ferroelectricity is discussed in relation to orientational anisotropy of the dipolar system in the epitaxial (001) film.
机译:在生长于La_(1/2)Sr_(1/2)的立方立方立方体外延PbSc_(1/2)Nb_(1/2)O_3薄膜中,实验研究了由变化的电场和温度引起的弛豫-铁电转变。 CoO_3 / MgO(001)。介电响应,准静态和动态极化以及动态电流-电压特性证明不存在自发的弛豫-铁电跃迁。仅在低于100 K的低温下才能检测到电场诱导的从玻璃状弛豫态到新的动态极性态的转变。讨论了有关外延(001)膜中偶极系统的取向各向异性的铁电受挫问题。

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