Barium Titanate via Thermal Decomposition of Ba,Tiprecursor Complexes: The Nature of the Intermediate Phases
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Solid State Sciences 9 (2007) 21, doi:10.1016/j.solidstatesciences.2006.09.004,
Abstract::
The thermal decomposition of Ba,Ti-precursor complexes, containing organic ligands and suitable for the single-source preparation of nanocrystalline BaTiO3, leads firstly to the segregation of specific Ba-rich and Ti-rich phases. Quantitative electron energy loss
spectroscopy and powder X-ray diffraction data indicated that the (i) Ba-rich phase is a BaOstabilised variant of the calcite-type high temperature modification of BaCO3 and (ii) Ti-rich phases are represented by low crystalline barium titanates with the general Ba:Ti ratio close to 1:4. The subsequent solid state reaction between these phases results then in the formation of BaTiO3.
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APA
Koferstein, R., Ischenko, V., Pippel, E., Abicht, H., & Woltersdorf, J. (2026). Barium Titanate via Thermal Decomposition of Ba,Tiprecursor Complexes: The Nature of the Intermediate Phases. Afribary. Retrieved June 14, 2026, from http://library.afribary.com/works/barium-titanate-via-thermal-decomposition-of-batiprecursor-complexes-the-nature-of-the-intermediate-phases
MLA
Koferstein, Roberto, et al.. "Barium Titanate via Thermal Decomposition of Ba,Tiprecursor Complexes: The Nature of the Intermediate Phases." Afribary, 7 Jun. 2026, http://library.afribary.com/works/barium-titanate-via-thermal-decomposition-of-batiprecursor-complexes-the-nature-of-the-intermediate-phases. Accessed June 14, 2026.
Chicago
Koferstein, Roberto, Vladislav Ischenko, Eckhard Pippel, Hans-Peter Abicht, and Jörg Woltersdorf. "Barium Titanate via Thermal Decomposition of Ba,Tiprecursor Complexes: The Nature of the Intermediate Phases." Afribary (2026). Accessed June 14, 2026. http://library.afribary.com/works/barium-titanate-via-thermal-decomposition-of-batiprecursor-complexes-the-nature-of-the-intermediate-phases