The use of graphene for antennas and other electromagnetic passives could bring
significant benefit such as extreme miniaturization, monolithic integration with graphene RF …

A microstrip patch antenna is designed using a very thin layer of graphene as the radiating
patch, which is fed by a microstrip transmission line. The graphene based patch is designed …

The RF performance of a nanoelectromechanical systems (NEMS) capacitive switch based
on graphene is evaluated. Our results show that graphene can be a good candidate for the …

We analyze a coplanar graphene-based nano-patch antenna. Besides the fact that
graphene is a moderate conductor at those frequencies, the antenna can still exhibit sharp …

The possibility of using graphene-based antennas is a core point in the development of high
speed, multifunctional devices, leading to a new generation of smart nano-systems for …

We assess the performance of graphene-based Nanoelectromechanical switches at
microwave and millimeter waves. Simulations of a coplanar waveguide double-clamped …

The exclusive monoatomic framework of graphene makes it as an alluring material to be
implemented in electronic devices. Thus, using graphene as charge carrying conducting …

First pristine graphene was successfully produced by mechanical exfoliation and electrically
characterized in 2004 by Andre Geim and Konstantin Novoselov at University of …

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 …

ABSTRAKT Přítomnost molekul vody silně ovlivňuje funkci biosenzorů v roztocích a senzorů
plynů v běžné atmosféře obsahující vzdušnou vlhkost. Molekuly vody urychlují pohyb náboje …