51 citations · 78 across the 4 of their papers we have counts for
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Spin- and valley-dependent Goos-Hanchen effect in silicene and gapped graphene structures
E. S. Azarova, G. M. Maksimova
We investigate the Goos-Hänchen shift for ballistic electrons (i) reflected from a step-like inhomogeneity of the potential energy and (or) effective mass, and (ii) transmitted thr…
Effect of weak disorder on delocalization properties of gapped graphene superlattices
E. S. Azarova, G. M. Maksimova
We study the effect of weak disorder on the delocalization properties of gapped graphene superlattice (SL) formed by periodically located rectangular potential barriers. We conside…
Transport in graphene nanostructures with spatially modulated gap and potential
E. S. Azarova, G. M. Maksimova
We study transport properties of graphene nanostructures consisted of alternating slabs of gapless and gapped graphene in the presence of piecewise constant external potential equa…
Graphene superlattice with periodically modulated Dirac gap
G. M. Maksimova, E. S. Azarova, A. V. Telezhnikov +1
Graphene-based superlattice (SL) formed by a periodic gap modulation is studied theoretically using a Dirac-type Hamiltonian. Analyzing the dispersion relation we have found that n…