Self-assembly of low-dimensional organic graphene-like molecules at interfaces

We mainly explore the self-assembly behavior of low-dimensional organic graphene-like molecules at interfaces and the method of preparing nanomaterials with specific functions and structures through self-assembly technology. We have successfully prepared a two-dimensional nanographene film on the surface of boron nitride by in situ UV crosslinking and thermal conversion. The scanning electron microscope and PV current and voltage tests of the film are characterized and studied. The research work in this paper provides help for further understanding of the surface electron distribution of graphene-like materials and edge modification of low-dimensional materials. It also provides a possibility for the application of graphene in the field of integrated circuits.