The recent growth in graphene has witnessed the utilization of graphene as promising
materials in a plethora of applications. The potential of graphene could be improved …

Chemical functionalization of graphene aims at tailoring its properties and to promote its use
in an array of different application fields through the attachment of different functional …

Graphene has attracted the interest of chemists, physicists, and materials scientists due to its
extraordinary structural, mechanical, and electronic properties. While pristine graphene is …

The 'graphene rush'that started almost a decade ago is far from over. The dazzling
properties of graphene have long warranted a number of applications in various domains of …

Although graphene's physical structure is a single atom thick, two-dimensional, hexagonal
crystal of sp2 bonded carbon, this simple description belies the myriad interesting and …

Graphene, a material made exclusively of sp2 carbon atoms with its π electrons delocalized
over the entire 2D network, is somewhat chemically inert. Covalent functionalization can …

Graphene, as one of the most promising new materials, has a wide range of applications in
biosensors, super-capacitors and catalysts. Herein, we focus on the covalent and …

The utilization of grown or deposited graphene on solid substrates offers key benefits for
functionalization processes, but especially to attain structures with a high level of control for …

The fullerenes, carbon nanotubes, and graphene have enriched the family of carbon
allotropes over the last few decades. Synthetic carbon allotropes (SCAs) have attracted …

Pristine graphene and chemically modified graphenes (CMGs, eg, graphene oxide, reduced
graphene oxide and their derivatives) can react with a variety of chemical substances. These …