▎ 摘　　要

NOVELTY - Two-dimensional material detector based on asymmetric integration of optical microstrip antenna comprises a detector structure formed with a metal reflecting surface (1), a medium spacing layer (2), a two-dimensional active material layer (3), a source electrode (4) and a drain electrode (5), which are integrated with a metal grid. The medium spacing layer and the metal reflecting surface are connected together to form an optical micro-strip antenna. The metal reflecting surface is formed with a metal reflecting layer. Thickness of the metal reflecting layer is greater than skin depth of an electromagnetic wave in the metal. The metal reflecting surface is utilized as a grid of a static grid control graphene. USE - Used as two-dimensional material detector based on asymmetric integration of optical microstrip antenna. ADVANTAGE - The detector realizes the light absorption of the two-dimensional material contact area is greatly enhanced. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic representation of the two-dimensional material detector based on asymmetric integration of optical microstrip antenna. Metal reflecting surface (1) Medium spacing layer (2) Two-dimensional active material layer (3) Source electrode (4) Drain electrode (5)