RECEIVING AND PROPERTIES OF NEW NANO COMPOSITE CARBON MATERIALS

The effect of self-organization of diamond nanocrystallites in graphite and in the pol-ymer-like carbon films was discovered for the first time at deposition from vapors of ethanol of low pressure with the use of non-equilibrium high-ionized microwave plasma. The tech-nology of receiving nanocomposite diamond-graphite covers with adjustable thresholds of field emission in the range from 5-7 to 20 V/m and density of currents higher than 100A/cm2 was developed. The possibility of receiving of insular carbon coverings with super high surface density on crystals of silicon as well as the quasi-closed cellular macro cell structures with transparent graphene-like "windows" in the visible spectral range was shown.

Key words: self-organization, carbon nano structures, low temperature deposition, microwave plasma

REFERENCES
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2. Davidovich M.V., Bushuev N.A., Yafarov R.K. Tunnel Current in the Presence of Nanosized Film at the Cathode. Tenth Interna-tional Vacuum Electron Sources Conference (IVESC). Proceedings of IVESC-ICEE-2014. Saint-Peters-burg, Russia. June 30 – July 04. 2014. Р. 69.
3. Yafarov R.K., Shanygin V.Ya. Pis’ma v ZhTF. 2014. V. 40. N 7. Р. 280–283. DOI: 10.1134/S1063785014040130 (in Russian).

2016, Т. 59, № 8, Стр. 75-80

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