"000273984900053" . . "[E2B3E0D13F2D]" . . "Sakai, S." . . "US - Spojen\u00E9 st\u00E1ty americk\u00E9" . "P(IAA200480702), P(KAN400480701), P(LC06041), Z(AV0Z10480505)" . . "Effect of deposition temperature (Ts) on structure of Co-C60 nanocomposite (NC) prepared by simultaneous deposition of cobalt and fullerene on sapphire is presented. AFM and SEM show granule-like structure of the Co-C60 film. The mixture film deposited at RT includes the hilus on the surface suggesting accumulation of internal stress during phase separation. Raman spektra show 25 cm-1 downshift of Ag(2) C60 peak suggesting -Co-C60- polymerization in C60-based matrix of the NC film. Analysis of Raman spectra has revealed existence of amorphous karbon (a-C) in the NC matrix that argues C60 decomposition. The Ts increase to 200\u00B0C causes the surfa\u0159e hills smoothening. In parallel, downshift of the Ag(2) peak decreases to 16 cm-1 that implies more pronounced phase separation and lower -Co-C60- polymerization efficiency. Also, amount of a-C content slightly increases. Further Ts increasing to 400\u00B0C changes the NC structure dramatically."@en . . . "2"^^ . . "4"^^ . . "RIV/61389005:_____/10:00334547!RIV10-MSM-61389005" . . "Thermal Effect on Structure Organizations in Cobalt-Fullerene Nanocomposition" . . "cobalt; fullerene; simultaneous deposition"@en . "Thermal Effect on Structure Organizations in Cobalt-Fullerene Nanocomposition"@en . "Thermal Effect on Structure Organizations in Cobalt-Fullerene Nanocomposition"@en . "292711" . "RIV/61389005:_____/10:00334547" . . "10" . "6"^^ . . "Thermal Effect on Structure Organizations in Cobalt-Fullerene Nanocomposition" . . . . "1533-4880" . . "4" . "Naramoto, H." . . . "Effect of deposition temperature (Ts) on structure of Co-C60 nanocomposite (NC) prepared by simultaneous deposition of cobalt and fullerene on sapphire is presented. AFM and SEM show granule-like structure of the Co-C60 film. The mixture film deposited at RT includes the hilus on the surface suggesting accumulation of internal stress during phase separation. Raman spektra show 25 cm-1 downshift of Ag(2) C60 peak suggesting -Co-C60- polymerization in C60-based matrix of the NC film. Analysis of Raman spectra has revealed existence of amorphous karbon (a-C) in the NC matrix that argues C60 decomposition. The Ts increase to 200\u00B0C causes the surfa\u0159e hills smoothening. In parallel, downshift of the Ag(2) peak decreases to 16 cm-1 that implies more pronounced phase separation and lower -Co-C60- polymerization efficiency. Also, amount of a-C content slightly increases. Further Ts increasing to 400\u00B0C changes the NC structure dramatically." . "Journal of Nanoscience and Nanotechnology" . . "Vac\u00EDk, Ji\u0159\u00ED" . "Lavrentiev, Vasyl" . .