0000000000464840

AUTHOR

Angel Sanz

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X-ray diffraction Warren–Averbach mullite analysis in whiteware porcelains: influence of kaolin raw material

2018

ABSTRACTCompositional and microstructural analysis of mullites in porcelain whitewares obtained by the firing of two blends of identical triaxial composition using a kaolin B consisting of ‘higher-crystallinity’ kaolinite or a finer halloysitic kaolin M of lower crystal order was performed. No significant changes in the average Al2O3 contents (near the stoichiometric composition 3:2) of the mullites were observed. Fast and slow firing at the same temperature using B or M kaolin yielded different mullite contents. The Warren–Averbach method showed increase of the D110 mullite crystallite size and crystallite size distributions with small shifts to greater values with increasing firing temper…

010302 applied physicsMaterials scienceStoichiometric compositionMullite02 engineering and technologyRaw material021001 nanoscience & nanotechnology01 natural sciencesCrystalGeochemistry and Petrology0103 physical sciencesX-ray crystallographyKaoliniteCrystalliteThickeningComposite material0210 nano-technologyClay Minerals
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