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Information × Registration Number 0216U008302, 0115U000974 , R & D reports Title Magnetic nanostructures with controlled thermo-electronic magnetic states for use in spintronic popup.stage_title Head Pogorily, Kravets, Registration Date 23-12-2016 Organization Institute of magnetism of NASU popup.description2 Magnetic multilayered nanostructures F1/f(d)/F2pin (F1 = Ni80Fe20 i F2pin = (Co90Fe10)Mn80Ir20, f = Ni54Cu46, d = 3; 4,5; 6 та 9 нм) were experimentally investigated by the method of ferromagnetic resonance, which allowing compared the character of the influence of changes in layer thickness f and temperature on the magnetic state of the system. It was constructed a phenomenological model in which an analytic expression for the angular dependence of the width of the resonance line for free layer F1 considering the interlayer exchange and anisotropic contribution from pined layer was obtained. The various contributions to magnetic relaxation in the system based on the theoretical fitting of experimental data of ferromagnetic resonance was dedicated and discussed. Product Description popup.authors Козак І.М. Кравець А.Ф. Погорілий А.М. Поліщук Д.М. Полек Т.І. Тихоненко-Поліщук Ю.О. Товстолиткін О.І. Яремкевич Д.Д. popup.nrat_date 2020-04-02 Close