▎ 摘　　要

NOVELTY - The antenna has an antenna graphene-metal radiation layer arranged on an upper layer of an antenna medium layer. The antenna graphene-metal radiation layer is provided with a polygonal radiation patch that is provided with a micro-strip dipole antenna. The polygonal radiation patch is provided with a tuning structure and a radiator. The tuning structure is provided with a graphene patch that is arranged close to an excitation port. The radiator is provided with a metal patch that is connected with the tuning structure. Directors are provided with two guide patches symmetrical about a center portion of the excitation port. An end of the guide patch of each director is connected with the radiators of different polygonal radiation patches, where material guided to the patch is graphene material. The tuning structure and the radiator structure form a pentagonal structure. USE - Graphene based directional diagram and frequency reconfigurable micro-strip antenna. ADVANTAGE - The antenna realizes specific control of three pairs of director structure by controlling the guide effect of different director structure so as to realize the micro-strip dipole antenna directional diagram. DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for a graphene based directional diagram and frequency reconfigurable micro-strip antenna construction method. DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a graphene based directional diagram and frequency reconfigurable micro-strip antenna.