Monte Carlo simulation of electric conductivity for pure and doping fullerene (C60) |
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Affiliation: | Laboratory of Semiconductor Devices physics, University of Bechar, P.O. Box 417, Bechar (08000), Algeria |
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Abstract: | In this paper, we have used Monte Carlo (MC) method to simulate and study the temperature and doping effects on the electric conductivity of fullerene (C60). The results show that the band gap has reduced by the doping and the charge carrier transport is facilitated from valence band to conduction band by the temperature where is touched a 300 K. In this case, the conductivity reached a value of . The electric conductivity of C60 can increase by the triphenylmethane dye crystal violet (CV) alkali metal to reach at 303 K. Our results of MC simulation have a good agreement with those extracted from literature [10], [33]. |
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Keywords: | Monte Carlo simulation (MC) Electric conductivity Fullerene (C60) Hopping transport Miller-Abrahams rate |
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