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Information × Registration Number 0216U008313, 0115U000895 , R & D reports Title "Electrolyte-electrolyt" phase states beside ferrjmagnetic surfaces under the effect extermal magnetic fields, electrodes dispersion fields and electrochemical reactions. popup.stage_title Head Gorobec, Registration Date 27-12-2016 Organization Institute of magnetism of NASU popup.description2 The object of this study is the metal-electrolyte interphase boundary, under the effect of magnetic fields during the electrochemical processes. The aim of this work is to study the "electrolyte-electrolyte" heterogeneous state formation, which is observed during the electrochemical reactions on the surface of the magnetized ferromagnetic electrodes in an external magnetic field, without external electrical current through the solution, as well as the shape of the interface surface determining in the liquid in vicinity of the electrode surface, which separates the regions with a high content of electrochemical reaction products from the primary solution. By means of optical methods, frequency and thermographic studies it is established that the electrochemical reactions in a magnetic field is accompanied by the vortex movement of the electrolyte and by the groups of clusters formation that leads to the "electrolyte - electrolyte" phase separation as structural and thermal. The theoretical model that describes the shape of the interface in the magnetic and gravitational fields, based on the hydrostatic equilibrium equation, and also takes into account the magnetic, osmotic, gravitational pressure, the Laplace pressure and the pressure of the centrifugal force, which leads to the rotation of the electrolyte near the surface of the magnetized electrode are carried out. A comparison of the results of "electrolyte-electrolyte" forms such as the phase of theoretical modeling and experimental data were performed. Product Description popup.authors Герасимчук І.В. Горобець О.Ю. Горобець Ю.І. Дереча Д.О. Розпотнюк В.П. popup.nrat_date 2020-04-02 Close