Abstract

Research Article

Non-variant phenomena in heterogeneous systems. New type of solubility diagrams points

Nikolay A Charykov, Konstantin N Semenov, Victor A Keskinov*, Alexey V Rumyantsev, Natalia A Kulenova, Marina V Charykova and Dmitriy I Subbotin

Published: 17 October, 2023 | Volume 7 - Issue 1 | Pages: 074-097

The article gives a general classification of non-invariant points in phase equilibrium diagrams of all possible types. The complete topological isomorphism of the diagrams of fusibility, solubility, and liquid-vapor equilibria in various sets of variables is demonstrated. The stability of mono-variant equilibria near the non-variant points is investigated. Recurrent formulas for calculating the number of topological elements of phase diagrams are given. A previously undescribed type of non-invariant points and phase processes in the solubility diagrams is described and characterized. The last ones have no topological analogs in other types of diagrams. Thus, we have carried out, as far as is available to the authors, a complete classification of invariant points and invariant processes in phase equilibrium diagrams of an arbitrary type and with an arbitrary number of components.

Read Full Article HTML DOI: 10.29328/journal.aac.1001047 Cite this Article Read Full Article PDF

Keywords:

Phase equilibrium; Gibbs potential; Non-variant points; Topological isomorphism; Solubility crystallization

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  • Non-variant phenomena in heterogeneous systems. New type of solubility diagrams points
    Nikolay A Charykov, Konstantin N Semenov, Victor A Keskinov*, Alexey V Rumyantsev, Natalia A Kulenova, Marina V Charykova and Dmitriy I Subbotin Nikolay A Charykov, Konstantin N Semenov, Victor A Keskinov*, Alexey V Rumyantsev, Natalia A Kulenova, Marina V Charykova, Dmitriy I Subbotin. Non-variant phenomena in heterogeneous systems. New type of solubility diagrams points. . 2023 doi: 10.29328/journal.aac.1001047; 7: 074-097

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