Equilibration kinetics of undoped BaTio3
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Australasian Ceramic Society
Abstract
Electrical conductivity was applied to monitor isothermal equilibration kinetics for undoped BaTiO3 single crystal within p-type regime at 1205 K during an oxidation experiment. Chemical diffusion coefficient in BaTiO3 was determined using two different analytical solutions of the Flick's second law involving a parabolic equation and a logarithmic equation. A very good agreement between the diffusion coefficients obtained using these equations (1.249x10-5 and 1.29x10-5 cm2s-1, respectively) was revealed.
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CD-Rom held by ANSTO Library at DDC: 620.14/67. File name in CD: SYMP12C.pdf
Citation
Nowothy, J., & Rekas, M. (1998). Equilibration kinetics of undoped BaTio3. Presented to PacRim2 : the 2nd Iternational Meeting of Pacific Rim Ceramic Societies (incorporating Austceram 96) : 15-17 July 1996, Cairns, Australia. In Walls, P., Sorrell, C. C., Ruys, A., Australasian Ceramic, Society., Pacific Rim Ceramic, Society., & International Ceramic, Society. (1998). PacRim2 : the 2nd international meeting of Pacific Rim Ceramic Societies (incorporating Austceram 96) : 15-17 July 1996, Cairns, Australia. In International ceramic monographs; Vol. 2, Menai, NSW : Australasian Ceramic Society.