Abstract In the present study, simulation of polarization data using modified Glazounov equation (T & E simultaneously) of Barium Titanate based normal and relaxor ferroelectrics (i.e. BaTiO3 and Ba(NdxTi(1-2x)Nbx)O3) as proposed by us was carried out. These materials were prepared through sol-gel and solid state double sintering route. Modified Glazounov equation describes and model the experimental PE data in terms of dipole moment and activation energy for thermally activated dipoles present the ceramic materials. This equation best fit to the experimental PE data. The increase and decrease of activation energy with temperature and composition was attributed to the degree of disorderness of dipoles.

中文翻译：

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使用基于钛酸钡的正常铁电体和弛豫铁电体的修正 Glazounov 方程（T 和 E 同时）模拟极化数据

摘要 在本研究中，使用我们提出的钛酸钡基法向和弛豫铁电体（即 BaTiO3 和 Ba(NdxTi(1-2x)Nbx)O3）的修正 Glazounov 方程（T 和 E 同时）模拟极化数据。出去。这些材料是通过溶胶-凝胶和固态双烧结路线制备的。修正的 Glazounov 方程根据陶瓷材料的热活化偶极子的偶极矩和活化能来描述和模拟实验 PE 数据。该方程最适合实验 PE 数据。活化能随温度和成分的增加和减少归因于偶极子的无序程度。