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Effect of Fluorine and Nitrogen Anions on Properties of Ca-Si-Al-O Glasses

Journal Materials Science Forum (Volume 554)
Volume Nitrides and Oxynitrides III
Edited by Hasan Mandal
Pages 31-35
DOI 10.4028/www.scientific.net/MSF.554.31
Citation Annaik Genson et al., 2007, Materials Science Forum, 554, 31
Online since August, 2007
Authors Annaik Genson, Amir R. Hanifi, A.Vande Put, Michael J. Pomeroy, Stuart Hampshire
Keywords Ca-SiAION-F, Fluoride, Glass, Mechanical Properties, oxyfluoronitride, Thermal Analysis
Abstract

The preparation of bulk glasses in Ca-Si-Al-O-N-F system with the composition in equivalent % of 28e/oCa:56e/oSi:16e/oAl:100-X-Ye/oO:Xe/oF:Ye/oN are reported. The glass formation behaviour and properties of this new range of glasses are examined in detail. Fluorine decreases the glass transition temperature, the density and the mechanical properties of the glasses while nitrogen increases them. Therefore, it appears that fluorine acts as a network modifier while, on the contrary, nitrogen acts as a network former even in presence of fluorine.

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