▎ 摘　　要

NOVELTY - The method involves forming a connecting groove with an outer side of a clamping block. A dielectric layer (4) and a second clamping block are provided with a graphene layer (3). The graphene layer is formed with a connecting hole. A nanometer layer (5) is located on an outer surface of the dielectric layer. Electromagnetic wave is transmitted by the graphene layer. The electromagnetic wave is converted into heat energy. Fermi energy of the graphene layer is adjusted in a controllable bias voltage device. Projecting wave is adjusted through the graphene layer. USE - Graphene-based hyper-surface reflective hiding method. ADVANTAGE - The method enables improving efficiency of a reflection device and hiding performance of a graphene super-surface by changing internal voltage to adjust incident wave. DESCRIPTION OF DRAWING(S) - The drawing shows a side perspective view of a graphene-based hyper-surface reflective hiding device. Zinc-aluminum alloy substrate laye (1) Dielectric layersr (2,4) Graphene layer (3) Nanometer layer (5)