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Information × Registration Number 0215U008194, 0114U000576 , R & D reports Title Creation of methodologically and epistemologycally grounded bases, criteria and features for stimulation of science development in universities. popup.stage_title Head Porev S., Registration Date 18-12-2015 Organization Institute of magnetism of NASU popup.description2 It is shown that under the influence of electromagnetic fields in nanostructures materials can take significant structural changes and surface characteristics that influence the magnetic, electric, transport and mechanical properties of these materials. The strongest influence of magnetic fields observed in martensitic films in granular and heterogeneous multilayer films. In martensitic films NiMnGa magnetic field causes a shift points martensitic transition and can lead to local deformation and distortion of the substrate crystallites. In the double-layer and granular nanofilms Ag-Ni and Co-Ag changing structure and surface characteristics. Under the influence of electromagnetic fields of laser pulses can be obtained decrease several times, coercive, and an increase of almost discernment order magnetic nanostructured film. Based on studies of electromagnetic fields on properties of nanostructured materials developed sensors magnetic field and extremely low frequency oscillator. Product Description popup.authors Горобець Ю.І МухінаТ.В. Порев С.М. Решетняк С.О. Сандига І.В. Фарина О.М. popup.nrat_date 2020-04-02 Close