▎ 摘　　要

NOVELTY - Graphene oxide lamination apparatus comprises a substrate part (10) for rotational driving; a nozzle part (20) spaced apart from the substrate part and used for reciprocating front and rear, left and right, and up and down; a gas supply unit (31) for supplying an inert gas and a carbon source gas to the nozzle part to discharge plasma for laminating graphene oxide; a single or multiple gas pipes for introducing and passing the inert gas and the carbon source gas from the gas supply unit to the nozzle part; and a resonator electrically connected to the nozzle part outside the nozzle part and forming and activating atmospheric pressure plasma (21) at a natural resonance frequency. USE - Used as graphene oxide lamination apparatus. ADVANTAGE - The graphene oxide lamination apparatus has excellent high strength, electrical and thermal conductivity. The method is simple and economical, and saves time. DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for laminating graphene oxide, comprising (a) preparing a substrate (11) on the substrate part; (b) forming and activating atmospheric pressure plasma using the inert gas in the resonator by supplying an inert gas from a gas supply unit to a resonator through a gas pipe; and (c) depositing the graphene oxide on the substrate by supplying a carbon source gas at a rate of 10-50 sccm from the gas supply unit through a gas pipe and releasing the plasma and carbon source gas from the nozzle unit when the plasma is stabilized. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic representation of the graphene oxide lamination apparatus.(Drawing includes non-English language text). Substrate part (10) Substrate (11) Nozzle part (20) Plasma (21) Gas supply unit (31)