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Information × Registration Number 0220U100071, 0117U001128 , R & D reports Title Scientific basis development of specific energy consumption minimization on enrichment by controls of magnetic connection between the fine particles popup.stage_title Head Mladetskyi Ihor K., Registration Date 08-01-2020 Organization National Technical University Dnipro Polytechnic popup.description2 Vpershe obhruntovana kontseptsiya minimizatsiyi Pitom vytrat elektroenerhiyi na vyrobnytstvo kontsentratu za rakhunok kompleksnoho elektromahnitnoho keruvannya flokuloutvorennyam na vsʹomu shlyakhu zbahachennya bidnykh metalovmisnikh rud.A systematic analysis of the possibilities of complex use of physical laws aimed at eliminating the uncertainty of the efficiency of the controlled influence of electromagnetic fields on the magnetic properties of fine particles in industrial transport flows is carried out. The theoretical foundations of the control of the magnetic properties of fine particles in industrial transport flows with variable parameters are obtained, based on the joint use of the action of the laws of electromagnetism, hydrodynamics and other physical laws in the conditions of industrial transport flows with variable parameters. The theoretical possibilities of direct or indirect control of magnetic properties of fine particles in industrial transport streams with variable parameters have been determined. The theoretical principles of direct and indirect control of the magnetic properties of fine particles in industrial transport flows were obtained, taking into account objective limitations The substantiation of the theoretical principles of the effective method of controlling the magnetic properties of fine particles for the conditions of industrial transport flows with variable parameters is performed. The estimation of methodological errors of methodology is determined. The results of the researches are summarized and the main conclusions of the theoretical researches are formulated.   Product Description popup.authors Kuvaiev Volodymyr M. popup.nrat_date 2020-04-02 Close