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Information × Registration Number 0214U003128, 0113U000371 , R & D reports Title STRUCTURAL, THERMODYNAMIC AND KYNETIC PROPERTIES OF NFNOFLUIDS AS NEW GENERATION OF SMART WORKING MEDIA popup.stage_title Head Artemenko Sergiy V., Registration Date 21-01-2014 Organization Odessa National Academy of Food Technologies popup.description2 The project provides the comprehensive theoretical and experimental studies of wide range of physical and chemical properties nanoflluidnyh solutions that significantly improve the thermal conductivity and therefore the energy efficiency of conventional working fluids and coolants, chemical and refrigeration technology. In hte list of works considered different classes of nanjparticles (fullerenes, singl- and multi-walled carbon nanotubes, metal nanoparticcles) and studied their behavior in classical fluids (solubility, PVT properties, surface tension, dielectric properties and transport cotfficients) in s wide range of parameters condition. We give theoretical and experimental results of the shift of the critical point of classical fluids under the influence of nanoparticles of different nature. A comprehensive method for visualization of three-dimensional surfaces thermophysical , cjrrelation and kinetic characteristics of condensed matter fluctuation in the vicinity of the critical posnt. Methods permittivity spectroscopy, laser correlation spectroscopy and integral liht scattering are used to study nanoflyuyidiv structuring and clarifying the measurement of hydrodynamic radius of the particles influence the bound volume on the macroscopic properties nanoflyuyidiv/ The results due to universality in the behavior of physical systems of different nature near the points of phase transitions of the second kind will find its way to qualitatively different substances belonging to the universality class of three-dimensional Ising model, under the influence of gravitationak fields, microgravity made in the system of ions, electracal, magnetic, etc. Product Description popup.authors Лукьянов Микола Миколайович Шес това Тетяна Дмитрівна Шимчук Микола Олексійович popup.nrat_date 2020-04-02 Close