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Information × Registration Number 0220U101301, 0118U003011 , R & D reports Title Statistical theory of complex flows: equilibrium and dynamic properties popup.stage_title Head Tokarchuk Mykhailo V., Доктор фізико-математичних наук Registration Date 07-02-2020 Organization Institute for Condensed Matter Physics of the National Academy of Sciences of Ukraine popup.description2  The methods of computer simulations and statistical theory have been developed and combined to study the structure, dynamics and thermodynamic properties of complex biochemical liquids. The aqueous solutions of uranyl with functionalized carbon nanotubes were simulated as preconcentration agents for further filtration. A kinetic approach based on the BBGKI chain of equations for the nonequilibrium particle distribution functions was applied to describe the processes of ion transfer in a system composed of ionic solution in a porous medium. Using the method of collective variables, a new theoretical approach to describe the gas-liquid phase equilibrium of a model ionic fluid in a disordered hard-sphere matrix is formulated. The method of collective variables and the method of nonequilibrium statistical operator were combined for a consistent description of the kinetics and hydrodynamics of the systems of interacting particles. Product Description popup.authors Hvozd Marta V. Hvozd Taras V. Hlushak Petro A. Dmytriyeva Olena S. Druchok Maksym Yu. Kalyuzhnyi Yurij V. Kravtsiv Ivan Ya. Melnyk Roman S. Omelyan Ihor P. Patsahan Taras M. Protsykevych Ihor A. Stepanenko Oleksandr O. Trokhymchuk Andrii D. Shmotolokha Volodymyr I. popup.nrat_date 2020-04-02 Close