BAND STRUCTURE OF STRESS-STRAIN GRAPHENE
Journal: Mathematical Physics and Computer Simulation
Year: 2026

Ideal graphene exhibits conductive properties due to the absence of a band gap in its electron spectrum. A number of experimental studies demonstrate the possibility of obtaining a band gap in graphene by placing it on various substrates. Graphene on a substrate can undergo various types of structural deformations, which affects the electronic structure of the material under study. In this paper, an approach is proposed for accounting for the influence of elastic and plastic deformation fields o