▎ 摘　　要

NOVELTY - Multilayered graphene quantum carbon-based carbon nanotube composite material comprises carbon nano tube structure (50) as carrier which comprises carbon nanotube film (51) which is formed by multiple carbon nano-tube array is connected to end to end by intermolecular force between at least portion of carbon nano-tube (53) to formed mutiple pores. USE - Multilayered graphene quantum carbon-based carbon nanotube composite material. ADVANTAGE - Multilayered graphene quantum carbon-based carbon nanotube composite material has excellent conductivity, toughness, and transparency. DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for a method for preparing multilayered graphene quantum carbon-based carbon nanotube composite material, which involves: (A) taking polymer micro-particle graphite powder and carbon nano-tube powder in solution, for carried out ultrasonic treatment to formed prepolymer of tube mesh structure; (B) dispersing polymer particles of complex in prepolymer solution for carried out ultrasonic processing to generated multiple pipe net-like structure of surface body is covered; (C) forming second stage prepolymer and second phase dispersion; (D) placing mixture in mold to heated and pressurized; and (E) obtaining carbon nano-tube composite material. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of multilayered graphene quantum carbon-based carbon nanotube. Carbon nano tube structure (50) Carbon nanotube film (51) Carbon nano-tube (53)