| abstract |
The invention relates to composite materials which are based on high-molecular compounds and use carbon in nanostructured coatings containing additional elements and links. The inventive nanostructured coating for a carrying base comprises amorphous sp-, sp2,-, sp3-hybridisied carbon atom state carbon layers. Said invention is characterised in that a coating with a highly-developed surface of a polyether film base is directly bound by an sp3-hybridised carbon atom state carbon layer and is additionally provided, on the top thereof, with a metal layer whose thickness ranges from 25 to 250 nm, wherein the film base surface is provided with corrugations whose depth ranges from 10 to 30 nm and/or with pores whose size ranges from 0.2 to 6 mkm and total volume from 10 to 60 %, 1/5-1/3 part of pores are embodied such that they are open-ended. The inventive technical solution is embodied in the form of a novel film material provided with a functional nanostructured coating suitable for use in the form of an electrolytic capacitor anode due to electrical potential accumulation in current-carrying layers which are separated by the polyether base provided with a highly-developed modified surface, thereby making it possible to ensures the adhesive bond thereof and to improve the material electrical characteristics. |