▎ 摘　　要

NOVELTY - The method involves tuning electromagnetic induction transparent phenomenon by using electromagnetic field coupling effect and special photoelectric property of graphene. A preset super-structure is divided into three layers and a bottom layer substrate layer, an intermediate dielectric layer and a top graphene layer. The electromagnetic induction transparent phenomenon is achieved by designing the substrate layer and the intermediate dielectric layer. A dynamic adjustability of a device response effect is achieved by using a graphene layer of a top layer under the voltage control means. USE - Method for achieving tunable electromagnetic induction transparency based on graphene-medium composite super surface. ADVANTAGE - The method adjusts graphene Fermi level by applying voltage so as to modulate intensity of the electromagnetic induction transparent window, so that modulation depth can reach 54 %. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic representation of the method for achieving tunable electromagnetic induction transparency based on graphene-medium composite super surface.