This paper reviews the effect of graphene on antenna characteristics for wireless
communication based on fifth generation (5 G) and sixth generation (6 G). The integration …

In this paper, multi-structural optical devices are designed based on graphene tri-layer
sheets using finite deference time domain (FDTD) method with surface boundary condition …

This paper demonstrates a competent rational polynomial method for efficient computational
modelling of graphene surface conductivity using compact framework in the finite-difference …

This paper addresses a competent approach to obtain a computational model and a
simulation fashion of graphene surface conductivity using sub-cell (SC) framework in the …

In this paper, a generalized approach of finite difference time domain (FDTD) modeling
using surface boundary condition is presented for analyzing the properties of surface …

This paper proposes a tunable antenna based on graphene for future wireless
communication technology. The proposed antenna that is made by graphene/polyimide film …

Graphene is a single two-dimensional layer of carbon atoms arranged in a hexagonal
lattice, possesses interesting optical properties, and has potential for applications in optical …

We focus on developing a simulation framework for a graphene-based antenna using finite
difference time-domain (FDTD) method. Based on the FDTD framework, we consider the …

This paper proposes a modified mathematical model of graphene interband conductivity.
The proposed modified model is similar to Drude model that can be easily applied for …

The incoming fifth generation (5G) technology requires antennas with a greater capacity,
wider wireless spectrum utilisation, high gain, and beam steering ability. This is due to the …