D. Gehringer

activity

20192024

s p^{2}

bonding by the compression of the

π

-electronic orbitals of graphene at various stacking orders

11 citations · 13 across the 3 of their papers we have counts for

collaborators

3 papers

cond-mat.mtrl-sci2024★ 2 cited

Segregation to grain boundaries in disordered systems: an application to a Ni-based multi-component alloy

Dominik Gehringer, Lorenz Romaner, David Holec

Segregation to defects, in particular to grain boundaries (GBs), is an unavoidable phenomenon leading to changed material behavior over time. With the increase of available computa…

cond-mat.mtrl-sci2020

Graphene on silicon: effects of the silicon surface orientation on the work function and carrier density of graphene

Y. W. Sun, D. Holec, D. Gehringer +4

Density functional theory has been employed to study graphene on the (111), (100) and (110) surfaces of silicon (Si) substrates. There are several interesting findings. First, carb…

cond-mat.mtrl-sci2019★ 11 cited

Disruption of the $s p^{2}$ bonding by the compression of the $π$ -electronic orbitals of graphene at various stacking orders

Yiwei Sun, David Holec, Dominik Nöger +2

We investigate the behaviour of the $π$ -electrons under compression and the effect of the stacking order of graphene layers. First we find that electrons can hardly be squeezed thr…

Segregation to grain boundaries in disordered systems: an application to a Ni-based multi-component alloy

Graphene on silicon: effects of the silicon surface orientation on the work function and carrier density of graphene

Disruption of the sp2 bonding by the compression of the π-electronic orbitals of graphene at various stacking orders

Disruption of the $s p^{2}$ bonding by the compression of the $π$ -electronic orbitals of graphene at various stacking orders