Elaborarea reagenților gazoși eficienți pentru dezalcalinizarea sticlelor anorganice în baza analizei termodinamice
Development of efficient gaseous reagents for dealkalization of inorganic glasses based on thermodynamic analysis

Author(s): Vasile Şaragov, CURICHERU Galina
Subject(s): Social Sciences, Economy, Geography, Regional studies, Human Geography
Published by: Biblioteca Ştiinţifică a Universităţii de Stat Alecu Russo
Keywords: industrial glass; gaseous reagent; acid gas; thermodynamic analysis; possibility; Gibbs energy variation
Summary/Abstract: The article focuses on the thermodynamic analysis of the possibility of dealkalization of industrial glasses by gaseous reagents. The methodology of thermodynamic analysis of chemical reaction components of inorganic glasses with acid gases consisting of seven main stages has been developed. The list of gaseous reagents, which may be used for thermochemical treatment of inorganic glasses and the list of components of inorganic glasses, which usually are component parts of industrial glassware, has been developed. Efficient gaseous reagents were developed to intensify the dealkalization process of industrial glassware based on thermodynamic analysis

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