Enhancement Effect of Graphene Nano Antenna on Wireless Network
Antenna materials are affected by resonance during the propagation process,resulting in propagation fluctu-ations in wireless networks.Graphene nanomaterials can achieve resonance regulation,so the enhancement effect of graphene nanomaterials on wireless networks is studied.Based on the corresponding principle of Chebyshev,formulate optimization indicators for resonance coefficient.On the basis of clarifying the structure of graphene nanoantennas,cal-culate the resonance coefficient of graphene nanoantennas,and optimize the coefficient by using perturbation technolo-gy to separate the resonance mode of the antenna.Under the local electromagnetic field density of states,the enhance-ment analysis of graphene nanoantennas on wireless networks is completed through local light excitation.The experi-ment shows that when data transmission is carried out in wireless networks with high bit error rates and high network la-tency,the transmission quality of graphene nanoantennas is less affected by network fluctuations,proving that the opti-mization of graphene nanoantenna resonance coefficient has an enhancing effect on wireless networks.
resonance regulationantenna impedanceresonance coefficientelectromagnetic field densityelectro-magnetic state coefficient
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