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Information × Registration Number 0215U002413, 0115U002893 , R & D reports Title "The development of physical principles and based experimental synthesis of multifunctional nanosystems based on low dimensional mesoscopic structures formed in the metal and semiconductor materials" popup.stage_title Head Maksym Barabash, Registration Date 02-12-2015 Organization National Academy of Sciences of Ukraine Technical center popup.description2 Electrical, photophysical, and the rheological properties of the distribution of templates based on organic semiconductors are determined. Improved techniques nanotamplate based localized space charge dielectric layer are manufactured. Locations vacuum evaporation of metal thin films and determine their electrical properties (conductivity, the effect of irradiation and laser luminescence radiation). Nanomaterials based on thin films of amorphous carbon and applied on a thin layer of copper are produced, using the method of vacuum evaporation of graphite rod using a filtration system by microparticle material which evaporates. Formalism that allows to determine the effective mass of structural inhomogeneities DW vertical Bloch Bloch lines and points in different domain systems uniaxial ferromagnetic materials was built. It is shown that the effective mass of the VBL and BP depend on their dynamics caused by the bending of the DW. In this case, VBL gyrotropic DG bending is determined by the external magnetic field stabilizing DG. At the same time, the deformation of the moving DW Bloch point is of local character and is due both to the stabilization of the DW field and the strength of its surface tension. Product Description popup.authors Влайков Георгрій Георгійович Шевченко Андрій Борисович popup.nrat_date 2020-04-02 Close