Add to ORKGA reduction of symmetry from C6v to C3v leads to the opening of a band gap in the otherwise gapless semiconductor graphene. Simple models provide a fairly complete picture of this mechanism for opening a band gap and in fact can be discussed in terms of the tight-binding approximation, accurately resolving the wave-vector space to a very high accuracy. This picture is consistent with experiments that yield a band gap due to A and B graphene-site symmetry breaking due to substrate interactions
We investigate graphene superlattices of nitrogen and boron substitutional defects. Using symmetry a...
The lack of a band gap has greatly hindered the applications of graphene in electronic devices. By m...
A theory is presented for the strong enhancement of graphene-on-substrate band gaps by attractive in...
A reduction of symmetry from C6v to C3v leads to the opening of a band gap in the otherwise gapless ...
Graphene has shown great application potential as the host material for next-generation electronic ...
Opening up a band gap in graphene holds a crucial significance in the realization of graphene based ...
Graphene, thanks to the exceptionally high mobility of its carriers, is very promising for high-perf...
We study the graphene band-gap engineering by introducing different defects, namely the defects brea...
Sublattice symmetry breaking has been identified as the necessary condition for bandgap opening in m...
Using a tight-binding model, we study a line defect in graphene where a bulk energy gap is opened by...
Devising ways of opening a band gap in graphene to make charge-carrier masses finite is essential fo...
he existence of monolayer graphene was discovered recently through me-chanical exfoliation of graphi...
th nanoribbon devices commonly have low driving currents [12]. Here, we predict the formation of tun...
In this thesis I focussed on the interactions between graphene-like materials (grapheme and germanen...
For graphene to be utilized in the digital electronics industry the challenge is to create bandgaps ...
We investigate graphene superlattices of nitrogen and boron substitutional defects. Using symmetry a...
The lack of a band gap has greatly hindered the applications of graphene in electronic devices. By m...
A theory is presented for the strong enhancement of graphene-on-substrate band gaps by attractive in...
A reduction of symmetry from C6v to C3v leads to the opening of a band gap in the otherwise gapless ...
Graphene has shown great application potential as the host material for next-generation electronic ...
Opening up a band gap in graphene holds a crucial significance in the realization of graphene based ...
Graphene, thanks to the exceptionally high mobility of its carriers, is very promising for high-perf...
We study the graphene band-gap engineering by introducing different defects, namely the defects brea...
Sublattice symmetry breaking has been identified as the necessary condition for bandgap opening in m...
Using a tight-binding model, we study a line defect in graphene where a bulk energy gap is opened by...
Devising ways of opening a band gap in graphene to make charge-carrier masses finite is essential fo...
he existence of monolayer graphene was discovered recently through me-chanical exfoliation of graphi...
th nanoribbon devices commonly have low driving currents [12]. Here, we predict the formation of tun...
In this thesis I focussed on the interactions between graphene-like materials (grapheme and germanen...
For graphene to be utilized in the digital electronics industry the challenge is to create bandgaps ...
We investigate graphene superlattices of nitrogen and boron substitutional defects. Using symmetry a...
The lack of a band gap has greatly hindered the applications of graphene in electronic devices. By m...
A theory is presented for the strong enhancement of graphene-on-substrate band gaps by attractive in...