Surface Engineering of Graphene-Based Polymeric Composites for Energy Storage Devices

GrapheneGraphene is a promising nanocarbon material with exceptional features such as a large surface area and outstanding electrical and thermal properties. It has the potential to be a new creation of reinforcing material for polymer compositesPolymer composites owing to its low mass density, large specific surface area, excellent compatibility, the inexpensive cost to create compared to carbon nanotubes, and attractive flexibility. The several approaches for synthesizing grapheneGraphene and distributing it in polymer matricesPolymer matrix are explored. This chapter focuses on a summary of the surface alternation of grapheneGraphene with various synthetic techniques and the preparation and properties of grapheneGraphene-based different polymerPolymer nanocompositesNanocomposites. This chapter provides a broad overview of the nanocompositeNanocomposites synthesis, properties, and finally prospective applicationApplications of polymerPolymer-grapheneGraphene nanocompositesNanocomposites in various energy storageEnergy storage sectors.