Conductivity and higher current density harmonics of a gap graphene modification in the presence of constant and alternating electric fields
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The response of a gap graphene modification to external constant and alternating electric fields is studied. The electron system is characterized using the kinetic Boltzmann equation in an approximation of a constant relaxation time. The dependence of the constant component and the amplitude of higher harmonics of current density on the parameters of the applied fields is analyzed. The results are compared to ones available for graphene-based structures.
KeywordsElectric Field Intensity Constant Component Constant Electric Field Constant Relaxation Time Kinetic Boltzmann Equation
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