▎ 摘　　要

NOVELTY - The collector has a collector main body connected with three-dimensional porous foam, CNTs and graphene. The three dimensional porous foam is utilized as a template for uniformly growing of the CNTs such that the formed CNTs are maintained in the three-dimensional porous foam. The graphene is grown on a surface of the CNTs to form the CNTs and graphene hybrid in the three- dimensional porous foam. The three-dimensional porous foam is selected from silicon oxide nano-porous foam. USE - Graphene /CNTs lithium metal battery current collector. ADVANTAGE - The collector enhances conductivity of the growing graphene, and enlarges a specific surface area, and increases nucleation site, and ensures uniform distribution of the electric field structure of the three- dimensional porous foam so that a lithium deposition becomes uniform. DESCRIPTION OF DRAWING(S) - The drawing shows a photograph of a graphene /cnts lithium metal battery current collector.