▎ 摘　　要

NOVELTY - The method involves using plasma sintering technology to solve the problem of difficult fusion between the graphene sheet, using nano metal particles to cut and tunnel the graphene under the plasma atmosphere, opening on the graphene surface, coating the graphene with micro-pore outside the electrode material particles, separating the middle by metal nano particles, filling the electrolyte with gap between graphene and electrode particles, where the graphene is equivalent to cell wall, the electrolyte is equivalent to the cytoplasm, and realizing the fast movement of the vector, transportation and diffusion by the micro-pore on graphene. USE - Method for producing graphene electrode with cell structure used in lithium-ion battery. ADVANTAGE - The method constructs a high-efficiency three-dimensional graphene network structure, suitable for battery, electrode of the capacitor, and solves the problem of difficult fusion between the graphene sheet, uses nano metal particles to cut and tunnel the graphene under the plasma atmosphere, and opens on the graphene surface. The graphene with micropore is coated outside the electrode material particles, and the middle is separated by metal nano particles. The electrolyte is filled with gap between graphene and electrode particles, and the graphene is equivalent to cell wall, the electrolyte equivalent to the cytoplasm, and the micropore on graphene realizes the fast movement of the vector, transportation and diffusion.