▎ 摘　　要

NOVELTY - The sensor has a single graphene layer embedded between two adjacent layers of dielectric thin sheets. A transverse magnetic light is incident into a graphene structure from a left side. The composite structure graphene is formed with an optical fractal resonance state. The graphene layer is embedded in a single-layer structure. An optical sub-form is formed near the graphene layer structure. A GH displacement greater than 104 times of an incident wavelength is supported. USE - GH displacement wavelength sensor based on composite structure graphene for use in Cantor photonic crystal and can also be used in Kangtol, Fibona and EL-Morse. ADVANTAGE - The graphene crystal is embedded into the Cantor sequence, for improving the reflectivity and reflection coefficient phase change rate near the multi-layer structure optical sub-form. The central wavelength and sensitivity of the GH displacement wavelength sensor can be controlled by the chemical potential of the graphene.