Publication detail

High Energy Milling of ZrO2 - Reactivity Improvement and Application for the Synthesis of Ceramic Phosphate Pigments

Authors: Gorodylova Nataliia Oleksandrivna | Dohnalová Žaneta | Šulcová Petra

Year: 2014

Type of publication: ostatní - článek ve sborníku

Name of source: Sessions by day, Book of Abstracts 13th International Ceramics Congress

Publisher name: Techna Group

Place: Faenza

Page from-to: 27-27

Titles:

Language	Name	Abstract	Keywords
eng	High Energy Milling of ZrO2 - Reactivity Improvement and Application for the Synthesis of Ceramic Phosphate Pigments	Zirconium dioxide is the most widely used zirconium precursor for ceramic synthesis. However, due to low reactivity of the low temperature polymorph, monoclinic-ZrO2 (m-), extreme conditions (high temperatures, pressure etc.) for its processing are required. In our present study, high energy milling was performed as a pre-treatment stage of the zirconium precursor (m-ZrO2) in order to improve its reactivity in solid state reaction for the synthesis of complex zirconium phosphates.	Zirconia;Yttrium;Phase Transformation;Stabilization;reactivity

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