Conducting graphene-based hybrids have attracted considerable attention in recent years
for their scientific and technological significance in many applications. In this work …

A high-performance electromagnetic interference (EMI) shielding structure based on pure
graphene (without doping) consists of several graphene sheets separated by transparent …

In this work, we present efficient, robust, and transparent electromagnetic interference (EMI)
shielding by a hybrid material comprised of a nickel (Ni) mesh and a conformal graphene …

As promising carbonaceous films, graphene films (GF) have exhibited many remarkable
mechanical and electrical/thermal properties of great potential for wide functional …

Ultrathin electromagnetic interference (EMI) shielding materials promise great application
potential in portable electronic devices and communication instruments. Lightweight …

Two-dimensional graphene is of great interest for electromagnetic interference (EMI)
shielding owing to its inherent electrical conductivity, lightweight, and excellent mechanical …

Graphene films prepared through a self-assembly of graphene oxide and its derivatives
have been recently explored for electromagnetic interference (EMI) shielding applications …

Ultrathin graphene, a wonder material, exhibits great promise in various fields with its
unique electronic structure and excellent physical, chemical, electrochemical, thermal and …

The advent of graphene heralded by the recent studies on carbon based conducting
polymer composites has been a motivation for the use of graphene as an electromagnetic …

Graphene films (GFs) featured with exceptional electrical property and macroscopic ultrathin
two-dimensional structure demonstrate infinite potentials for electromagnetic interference …