Using the tight-binding model and Green's function method, we studied the electronic
transport of four kinds of nanotube-graphene junctions. The results show the transport …

Based on the well known nearest-neighbor tight-binding approximation for graphene, an
exact expression for the electronic conductance across a zigzag nanoribbon/armchair …

The ultrahigh carrier mobility and matchable work function of graphene have positioned this
material as a leading candidate for the ideal contact material for carbon nanotubes (CNTs) …

The conductance through graphene nanoribbons (GNR) connected to a partially unzipped
carbon nanotube (CNT) is studied in the presence of an external magnetic field applied …

First-principles calculations are performed for electron transmission through a metallic
zigzag carbon nanotube with substitutional BN dimers parallel to the nanotube axis. The …

The research performed during the realization of the postdoctoral studies were directed to
the investigation of electronic and thermo-mechanical properties of graphene and graphene …