Graphene has attracted considerable attention ever since the discovery of its unprecedented
properties, including its extraordinary and tunable electronic and optical properties. In …

This letter presents a voltage-controlled tunable planar antenna based on few-layer
graphene flakes. The antenna consists of a rectangular patch with a shorted microstrip stub …

This article presents a reconfigurable frequency and steerable beam monopole antenna
based on tunable graphene pads operating in both 4G and 5G bands. The proposed …

Fifth-generation mobile communication systems must connect to multiple wireless networks.
In order to enable a single device to match the frequency bands of multiple wireless …

This study introduces a graphene-based antenna tailored for X-band satellite
communication within a cognitive radio network. Leveraging graphene's distinctive traits …

Graphene conductive ink based microstrip line fed circular patch is presented in this paper.
The main objective of this work is to replace copper with graphene which is an emerging …

Recently graphene got a lot of attention for its potential use in microwave applications owing
to its tunability properties. Graphene changes its resistance values from very high values to …

As a two-dimension planar material with zero-gap structure, graphene has a lot of
outstanding properties in microwave frequency band, and the chemical vapor deposition …

This chapter discusses the contribution of the nanomaterial in evolving the front-end RF
passive circuits of wireless communication devices. The antenna is addressed due to its …

Graphene attracts considerable attention for electromagnetic (EM) applications due to its
electrical and plasmonic properties and the possibility of dynamic tunability with direct …