Abstract
The decomposition reactions of Ba-titanyl oxalate and behaviour of the reaction product - BaTiO 3 - during heating in oxygen, carbon dioxide, argon, and helium were studied during heating up to 1500°C by Emanation Thermal Analysis, TG, DTA and EGA. The results are discussed and the ETA is recommended for the assessment of changes in the surface area, porosity and structure of the intermediate and final reaction products.
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