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Graphene oxide nanowalls were prepared by casting a water dispersion of  polystyrene latex particles onto a graphene oxide film followed by  tetrafluoromethane plasma etching. Mild plasma etching conditions allow one  to retain the oxygen functional groups on the graphene oxide nanowalls. It  was found that the exposure to a xenon light source of such graphene oxide  nanowalls coated with a gold thin film results in an increase of the  electrical conductivity

Plasma etching of polystyrene latex particles for the preparation of graphene oxide nanowalls