Table 1 Calculations performed for the monolayer strained and gapped graphene, \(\Delta =0.25\) eV, and for a double layer strained graphene with the gap \(\Delta =0.25\) eV in one layer and \(\Delta =0.50\) eV in the other.
From: Strain-induced quantum Hall phenomena of excitons in graphene
Energy | Potential | Monolayer | 2 Layers | Landau level, meV | 2 Layers | Landau level, meV |
|---|---|---|---|---|---|---|
\(\Delta =0.25\) eV | \(\Delta =0.25\) eV | \(\Delta =0.25\) eV | \(\Delta _{1}=0.25\) eV | \(\Delta _{1}=0.25\) eV | ||
\(\Delta _{2}=0.5\) eV | \(\Delta _{2}=0.5\) eV | |||||
\(E_{0,0}^{^{\prime }},\) meV | RK | 27.001 | 21.185 | 131.3 | 28.402 | 98.4 |
Coulomb | 27.097 | 21.187 | 28.562 | |||
\(E_{0,1}^{^{\prime }},\) meV | RK | 13.548 | 13.013 | 262.6 | 14.280 | 207.8 |
Coulomb | 13.549 | 13.014 | 14.281 | |||
\(E_{1,0}^{^{\prime }},\) meV | RK | 20.228 | 15.128 | 262.6 | 21.264 | 185.9 |
Coulomb | 20.322 | 15.130 | 21.422 |
