▎ 摘　　要

NOVELTY - The method involves surrounding six-membered carbocyclic rings around non-six-membrane periphery to ensure that the non-one of the six-dimethyl carbocyclics are not adjacent to each other. Initial intracellular of an initial pleated graphene cell is determined with tetragonal crystal lattices. Initial intracellular is extended along horizontal or the vertical direction. An original cell is penetrated. A graphene number of nano-bands is added. A tetragonal crystal lattice is constructed. Initial Pleated graphene original cell symmetry axis is maintained. Thickness of a pleated graphite model is increased. USE - Method for constructing a high bending modulus graphene model. ADVANTAGE - The method enables constructing a series of specific wrinkle shape and high bending resistance, high structural stability of the graphene isomorphism body and theoretical support and guidance in order to efficiently construct the graphene model with increased thickness, thus improving the bending modulus of graphene and improving the anti-bending performance of graphene, and by having directivity adjusting the pleated graphene primitive cell configuration, realizing improvement of graphene bending resistance different degrees. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a high bending modulus graphene model.