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Information × Registration Number 0212U002713, 0110U002896 , R & D reports Title Development of teoretical bases of operated hydrophase synthesis nanooksides and metall with physical field popup.stage_title Head Pivovarov Alexander Andreevich, Доктор технічних наук Registration Date 31-01-2012 Organization State higher educational entity "Ukrainian State University of Chemical Technology" popup.description2 The object of research - the processes for nanopowder metal oxides and hydroxides of metals using the contact nonequilibrium plasma (CNP). Purpose - theoretical search, creating mathematical models and experimental studies on a specially designed and manufactured laboratory equipment with PNC. The experimental data and the search for their correlation with the results of theoretical investigations. Research methods - X-ray analysis, analysis of samples of grav in the range 20-1000 degres C. Dimensions of the particles obtained oxide powders were determined by microscopy using an electron microscope EMB-125. In order to validate the processes involving contact non-equilibrium plasmas for controlled liqwid-phase synthesis nanorozmernyh hydroxide, oxide compounds and metals, a desk review of literature. Designed and manufactured laboratory setting and carried out experiments on liquid-phase controlled synthesis of oxide compounds nanorozmernyh with CNP.The influence of the contact of a nonequilibrium plasma on the size and phase composition of the particles of metal oxides and hydroxides. The influence of process parameters of plasma chemical treatment on the distribution of particles by size. The dependence of the distribution of particles in size depending on the specific energy supplied.Based on studies developed mathematical model for the selection of copper from the model solution under the influence of the contact of a nonequilibrium plasma. industry of application - DG 24.12.0 (production of dyes and pigments), DG 24.13.0 (production of other basic inorganic chemical goods). Product Description popup.authors Молєва Галина Володимирівна Сєргєєва Ольга Вячеславівна Фролова Лілія Анатоліївна popup.nrat_date 2020-04-02 Close