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Information × Registration Number 0211U000050, 0110U003801 , R & D reports Title Interlayer coupling in magnetic nanostructures in the case of the layer thicknesses comparable with their characteristic parameters popup.stage_title Head Pogorily, Registration Date 12-01-2011 Organization Institute of magnetism of NASU popup.description2 Mathematical approach of the computing of electron and magnetic properties of multilayered nanostructures which characterized by effects of electron scattering at the interfaces of two different materials (the giant magnetoresistance and tunneling magnetoresistance) was found. The new method of the exact solution of the problem for a potential step at the interface based on the calculation of the exact spacetime particle propagator by the integration of the particle's spectral density matrix was suggested. This result allows to obtain the transition probability density between two spacetime points rather simply and is very important for investigations of the properties of multilayered materials for spintronics. Ultrahigh vacuum (10-10 Тоr) electron-beam technique of the evaporation of the multilayered nanostructured rare-earth/transition metal thin films and precise control of the evaporation process (the layer thicknesses and the rates of evaporation) and the control of the background atmosphere by the mass spectrometer was developed. Product Description popup.authors Бондарь Є.А. Бондарькова Г.В. Лось В.Ф. Мицюк Б.М. Невдача В.В. popup.nrat_date 2020-04-02 Close