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SYNTHESIS OF FUNCTIONAL INORGANIC AND ORGANIC MATERIALS - POSSIBILITIES OF THERMODYNAMIC RESEARCH
Abstract
Thermodynamic physical chemistry methods and databases allowing to model and calculate phase-chemical equilibria and transformations of advanced materials with taking into account dispersion have been developed. These methods and corresponding cods are unlimited with regard to number of species, components, phases, and composition of research systems. Efficiency of the methods proposed is proved by good agreement with practically observed industrial processes along with properties of numerous synthetic and natural materials and processes such as catalysts, ceramics, polymer materials, etc.
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