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In this work we have investigated electron and hole transport through zig zag carbon nanotubes by solving Boltzmann Transport Equation(BTE).We find that the mobility of electrons is rather greater than holes.Carbo nanotubes with longer diameter can carry higher current.Normally,transport of electrons(or holes) is dominated by scattering events,which relax the carrier momentum in an effort to bring the conducting material to equilibrium.
In this work we have investigated electron and hole transport through zig zag carbon nanotubes by solving Boltzmann Transport Equation (BTE) .We find that the mobility of electrons is rather greater than holes. Carbo nanotubes with longer diameter can carry higher current. Normally, transport of electrons (or holes) is dominated by scattering events, which relax the carrier momentum in an effort to bring the conducting material to equilibrium.