Electrical conductivity of carbon movies obtained by thermal sputtering of kind I shungite rocks of varied deposits: Fullerenes, Nanotubes and Carbon Nanostructures: Vol 0, No 0



Amorphous carbon movies had been deposited by thermal evaporation of bulk samples of various shungites and graphite. Structural properties and the scale of carbon nanoclusters within the movies had been decided from the evaluation of their chosen space electron diffraction (SAED) patterns and Raman spectra. To investigate the doable distribution of hint parts within the movies, factor mapping was carried out utilizing scanning electron microscopy. {The electrical} conductivity of the obtained movies was measured at temperatures starting from the liquid nitrogen to room temperature. The measurements confirmed variations in the kind of dependence {of electrical} conductivity on temperature for various nano-crystalline movies from monotonic, typical for semiconductors to complicated, V-shaped curve containing sections of the metallic and semiconductor varieties.