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Using optimum preparation conditions, single perovskite-phase BKT ceramics with grain-orientation over 85% were successfully fabricated for the first time via a conventional sintering method.ĪB - Layered titanate H1.08Ti1.73O4 The debinding and sintering with weight-pressing helped on the proper alignment of oriented particles and/or grains along with promoting the growth of the oriented plate-like BKT particles, formed by an in situ topotactic transformation reaction of plate-like HTO templates, resulting in a high degree of orientation. Microstructure evaluation suggested that the sintering with or without weight-pressing and a temperature program used could significantly affect the degree of texture development.
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Single perovskite-phase textured BKT ceramics were successfully fabricated with optimizing the preparation conditions such as mixing procedure of matrix and template particles with a binder solution, temperature programs for binder removal and sintering, and sintering conditions. nH2O (HTO) particles with plate-like morphology were used as a template for the fabrication of grain-oriented bismuth potassium titanate ceramics by a reactive-templated grain growth method.for providing the HTO template particles. Yuichi Yamamoto of Konoshima Chemical Co., Ltd. for the TiO2 powder, and Hayashi Chemical Industry Co., Ltd. The authors would like to thank the following providers of raw materials and binder solution: Ishihara Sangyo Kaisha, Ltd. T1 - Optimization of preparation conditions of highly textured piezoelectric (Bi0.5K0.5)TiO3 ceramics Using optimum preparation conditions, single perovskite-phase BKT ceramics with grain-orientation over 85% were successfully fabricated for the first time via a conventional sintering method.", Using optimum preparation conditions, single perovskite-phase BKT ceramics with grain-orientation over 85% were successfully fabricated for the first time via a conventional sintering method.Ībstract = "Layered titanate H1.08Ti1.73O4
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nH 2O (HTO) particles with plate-like morphology were used as a template for the fabrication of grain-oriented bismuth potassium titanate ceramics by a reactive-templated grain growth method.