Study of the crystallization behaviour of some alkali or alcaline earth silicate glasses. The authors have used the Johnson-Mehl-Avrami equation to describe the glass-crystal transformation. They have established a relation between activation energy, E, and a parameter, m, linked to the reaction mechanism and the DTA curves. The calculated values of these parameters agree well with thw literature data. This shows that the devitrification mechanisms are linked to the structure of the glasses.

Non-isothermal crystallization of disilicate glasses / Branda, Francesco; A., Buri; A., Marotta. - In: VERRES ET RÉFRACTAIRES. - ISSN 0337-5676. - STAMPA. - 33:(1979), pp. 201-203.

Non-isothermal crystallization of disilicate glasses

BRANDA, FRANCESCO;
1979

Abstract

Study of the crystallization behaviour of some alkali or alcaline earth silicate glasses. The authors have used the Johnson-Mehl-Avrami equation to describe the glass-crystal transformation. They have established a relation between activation energy, E, and a parameter, m, linked to the reaction mechanism and the DTA curves. The calculated values of these parameters agree well with thw literature data. This shows that the devitrification mechanisms are linked to the structure of the glasses.
1979
Non-isothermal crystallization of disilicate glasses / Branda, Francesco; A., Buri; A., Marotta. - In: VERRES ET RÉFRACTAIRES. - ISSN 0337-5676. - STAMPA. - 33:(1979), pp. 201-203.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11588/480981
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