PROJECT TITLE :
B-Stage Graphene-Epoxy Composite Films: Effects of film viscosity changes on the electric field-induced alignment of graphene flakes.
Graphene, which is a layer of carbon atoms in an exceedingly hexagonal lattice, has been reported to own excellent mechanical, electrical, thermal, and gas barrier properties. One of the most widely used applications of graphene is graphene?polymer composites, which are one in every of the foremost promising solutions, since highly functional materials will be created with a small quantity graphene flakes incorporated in an exceedingly light-weight polymer matrix. Graphene?polymer composites have been investigated for numerous types of applications such as thermal interface materials, electromagnetic interference shielding materials, gas sensor materials, and gas barrier materials.
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