Liang Yang, Jing Tian, Khalid Z. Rajab, Yang Hao
https://www.researchgate.net/publication/321738919_FDTD_Modeling_of_Nonlinear_Phenomena_in_Wave_Transmission_through_Graphene
A novel finite-difference time-domain modeling method is proposed to simulate the nonlinear electrodynamic responses of graphene at terahertz frequencies. The relation between currents in graphene and electromagnetic waves is governed by a ${J - E}$ characteristic formula at the frequencies where the conductivity of graphene exhibits resonant behavior. Simulation results demonstrate nonlinear phenomena in wave transmission through graphene including odd-harmonic generation and frequency-mixing effect. The proposed modeling method can be used as a full-wave solution to the design of nonlinear graphene-based structures.
No comments:
Post a Comment