FIELD: nanotechnology.
SUBSTANCE: invention relates to nanoelectronics and nanoelectromechanics and can be used in various fields of modern nanoindustry, microelectronics, alternative energetics, etc. In the method of production of the nanostructured coating of granular nanocomposite "metal-ceramic" the nanocomposite is preferably prepared by the method of ion-beam sputtering to form granules with an average diameter of preferably 2-4 nm, and the concentration of the metallic phase in the resulting nanocomposite while spraying is provided in the range of 25-30 atm.%.
EFFECT: invention provides creation of the nanostructured coating that provides increased wear resistance, high dimensional stability, with simultaneous production cost reducing.
2 dwg
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