FIELD: chemistry.
SUBSTANCE: invention relates to composite nanomaterials and can be applied in instrument making for production of materials based on semi-conductors, dielectrics and metals. Composite material, obtained by vacuum depositing of film from ultra-thin layers of nanosize width on bearing substrate, contains bearing substrate, made from monocrystalline silicon with orientation of cut plane (111) or (001), and layers of nanosize width, made from transition metal Co, Fe or Cr, with film having non-homogeneous in density atomic structure with variable by width and surface density of chemical bonds.
EFFECT: application of claimed invention provides possibility of obtaining composite nanomaterials with novel or improved consumer properties due to formation of non-homogeneous nanostructure condition in composite nanomaterial.
20 dwg
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