Abstract
In this work we have study the defects structure of non-stoichiometric solid solutions of Cu-doped LiTaO3, the changes of Curie temperature with rate of % Cu2+ (mol) in rapid and slow cooling modes, allows us to analyze the defect structure of solid solutions synthesized in ternary system Li2O–Ta2O5–(CuO)2 in vicinity of LiTaO3. A simple comparison between our theoretical results and the experimental data of Tc shows that there is a cooling mode effect on the structural properties of Cu-doped LiTaO3. Consequently, our proposed models are able to describe the defect structure of Cu-doped lithium tantalate.
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