Atomic-Topological and Statistical Background for a Correct Dissolution Theory of Crystal Substances

Keywords

Dissolution, Atom (system on chip), Position (finance), Phase (matter), Boundary (topology)

References

• The theory of rate processes : the kinetics of chemical reactions, viscosity, diffusion and electrochemical phenomenaSamuel Glasstone, Keith J. Laidler, Henry Eyring — 1941
• К теории роста кристалловI.N. Stranski, R. Kaishev — 1939
• The Theory Of Rate ProcessesS. Glasstone — 1941

Cited by

• Topokinetic model of active dissolution of a solid electrode with point lattice defects. analysis and comparison of the results obtained in solving equations with the experimental dataYu. V. Alekseev, A. V. Plaskeev, I. Yu. Alekseev — 2012
• Statistical approach to simultaneous self-consistent consideration of atomic profile topography and interaction of alloy components at its dissolutionYu. V. Alekseev, D. G. Alekseev — 2012
• Simulation of surface dynamics during dissolution as a function of the surface orientation: Implications for non-constant dissolution ratesJose R. A. Godinho, Sandra Piazolo, Lynn Evans — 2014
• Statistical atomic-topographic model of the active dissolution of metals with point lattice defects. The effect of point defects (vacancies and impurity atoms) on the metal dissolution rateYu. V. Alekseev, G. Yu. Alekseev, V. A. Bityurin — 2012
• Importance of surface structure on dissolution of fluorite: Implications for surface dynamics and dissolution ratesJose R. A. Godinho, Sandra Piazolo, T. Balić-Žunić — 2014
• MODELING AND SIMULATION OF THE DISSOLUTION OF A PHYSICAL SYSTEM WITH APPLICATION TO HEAD-END OPERATIONS IN AQUEOUS REPROCESSING BY NEALE. Davis, C. Pereira, J. Krebs — 2011

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