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Information × Registration Number 0210U007079, 0108U009103 , R & D reports Title Phenomena of correlation degrees of freedom in nonequilibrium processes. popup.stage_title Head Sokolovsky Oleksandr Yosypovych, Registration Date 12-08-2010 Organization Dniepropetrovsk national university popup.description2 Object of the research - nonequilibrium processes, in particular: nonequilibrium electromagnetic processes in plasma, in media of emitters, collective processes in fluids, hydrodynamic processes in electron-phonon subsystem of a solid, in photon system in a medium, processes in Bose gas with condensate. Purpose of the research - generalization of nonequilibrium processes theory taking into account correlation degrees of freedom and on this basis elaboration of kinetics of electromagnetic processes in plasma, Bose condensate, in a medium of emitters, elaboration of theory of collective processes in fluids, hydrodynamic states of electron-phonon subsystem of a solid and photons in a medium, processes in Bose gas with condensate. Methods of the research: 1) The Bogolyubov method of the reduced description of nonequilibrium states. 2) The Zubarev method of nonequilibrium statistical operator. 3) Method of averaging of equations for reduced description parameters over random initial conditions. 4) Method of averaging of equations for reduced description parameters over random external field. 5) Method of the generalized collective modes. 6) Method of molecular dynamics. Results of the research: 1) Elaboration of generalized photon hydrodynamics. 2) Elaboration of generalized Rehler-Eberly equations for two-level emitters. 3) Elaboration of renormalized kinetics of electromagnetic field in equilibrium plasma with taking into account correlations of the field. 4) Elaboration of kinetics of electron-phonon subsystem of a solid. 5) Elaboration of statistical theory of a system of charged fermions above dielectric surface. 6) Elaboration of hydrodynamics of particles with dissipative interaction. 7) Elaboration of theory of influence of electron subsystem on ion transport. The obtained results are new and do not have analogs in the literature. Area of applications - investigations and development. Product Description popup.authors Ігнатюк Василь Васильович Баннікова Наталія Миколаївна Брик Тарас Михайлович Купоров Вячеслав Михайлович Литвиненко Дмитро Михайлович Лягушин Сергій Федорович Мриглод Ігор Миронович Ніколаєнко Сергій Олександрович Овруцький Анатолій Матвійович Пелетминський Олександр Сергійович Слюсаренко Олексій Юрійович Слюсаренко Юрій Вікторович Соколовський Олександр Йосипович Соколовський Сергій Олександрович Сотніков Андрій Геннадійович Ступка Антон Анатолійович Токарчук Михайло Васильович Челбаєвський Захар Юрійович popup.nrat_date 2020-04-02 Close