Identification of point defects in tin dioxide: Experimental and theoretical approach

Abstract : Thermoluminescence (TL) glow curves of polycrystalline tin dioxide samples exhibit three main peaks below room temperature. Their relative intensities depend on experimental conditions. Especially, they are modified by aluminum doping or by wet air exposition. In SnO2, we suggest that ionised oxygen vacancies and hydroxyl groups are responsible for thermoluminescence. This assumption is discussed. In order to explain the behaviour of these defects, two kinds of modelling are proposed.
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Communication dans un congrès
Alfredo Negro; Laura Montanaro. Eurosolid 4: European conference on transformation kinetics and reactivity of solids, Sep 1997, Saint Vincent, Italy. Politecnico di Torino ISBN=88-8202-003-7, pp.91-98, 2007
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https://hal-emse.ccsd.cnrs.fr/emse-00614836
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  • HAL Id : emse-00614836, version 1

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Laurent Poupon, Philibert Iacconi, Christophe Pijolat. Identification of point defects in tin dioxide: Experimental and theoretical approach. Alfredo Negro; Laura Montanaro. Eurosolid 4: European conference on transformation kinetics and reactivity of solids, Sep 1997, Saint Vincent, Italy. Politecnico di Torino ISBN=88-8202-003-7, pp.91-98, 2007. 〈emse-00614836〉

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