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Charge and thermal conductivities are the most important parameters of carbonnanomaterials as candidates for future electronics. In this paper we addressthe effects of Anderson type disorder in long semiconductor carbon nanotubes(CNTs) to electron charge conductivity and lattice thermal conductivity usingthe atomistic Green function approach. The electron and phonon transmissionsare analyzed as a function of the length of the disordered nanostructures. Thethermal conductance as a function of temperature is calculated for differentlengths. Analysis of the transmission probabilities as a function of length ofthe disordered device shows that both electrons and phonons with differentenergies display different transport regimes, i.e. quasi-ballistic, diffusiveand localization regimes coexist. In the light of the results we discussheating of the semiconductor device in electronic applications.

Comparison of electron and phonon transport in disordered semiconductor carbon nanotubes