KeywordsPLA; graphene-based materials; carbon nanotubes; composites; mechanical properties; thermal properties; electrical properties; biological properties; graphene; poly(l-lactide); surface modification; nanocomposite; PMMA; graphene oxide; polymerization kinetics; bulk; solution; graphene oxide; epoxy; ionic liquid; imidazole; graphene; polymer composites; thermal conductivity; mechanisms; properties; applications; electrospun nanofibers; electrospinning; polyaniline; nanocomposites; amino-functionalized graphene; TRGO; copper nanoparticles; CuAAC crosslinking; self-healing nanocomposite; graphene; polyimide; polymer composite; thermo-mechanical properties; graphene/polymer composites; intercalation of graphite; exfoliation intercalation polymerization; interaction; self-healing; graphene; polymer; composite; graphene; membranes; gas separation; CO2 capture; permeability; selectivity; PPO; nanocomposites; graphene; carbon nanotubes; hybrid nanoparticles; polyetherimide foams; electrical conductivity; percolation; ultrasonication
