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首页> 外文期刊>Journal of Crystal Growth >The formation of self-organized regular array microstructure derived from structural anisotropy of phase M solid-solution
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The formation of self-organized regular array microstructure derived from structural anisotropy of phase M solid-solution

机译:M相固溶体结构各向异性导致自组织规则阵列微观结构的形成

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摘要

Two crystal growth methods, Czochralski and floating zone, were applied for verifying the phase M solid-solution having superstructure along the c-axis of LiNbO_3. In the crystals obtained by two different crystal growth methods, the common features of microstmcture were observed such as the combination of the superstructure along the c-axis of LiNbO_3 sub-cell and the self-organized regular array of the Li_2TiO_3 rod-precipitates perpendicular to the layer of the superstructure. Since a certain relationship of crystallographic orientation between the LiNbO_3 and Li_2TiO_3 phase is retained, it was assumed that the formation of the micron order rod precipitates were derived from the interfacial energetic anisotropy of the superstructure of phase M.
机译:应用了两种晶体生长方法:直拉法和浮区法,以验证沿LiNbO_3的c轴具有超结构的M相固溶体。在通过两种不同的晶体生长方法获得的晶体中,观察到微观结构的共同特征,例如沿LiNbO_3子电池的c轴的上层结构和垂直于晶体棒的Li_2TiO_3棒沉淀的自组织规则阵列的组合上层建筑的层。由于保留了LiNbO_3和Li_2TiO_3相之间的晶体取向关系,因此可以认为微米级棒状析出物的形成是由M相上层结构的界面能各向异性引起的。

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