AGNR | | Armchair graphene nanoribbon |
AGNRBN | | Armchair graphene nanoribbon in boron nitride |
BNSL | | Boron-nitride-passivated armchair graphene nanoribbons superlattice |
CNT | | Carbon nanotube |
cw | | continuous-wave |
DFT | | Density functional theory |
DOS | | Density of states |
GGA | | Generalised gradient approximation |
GNR | | Graphene nanoribbon |
FIR | | Far-infrared |
HSL | | Hydrogen-passivated armchair graphene nanoribbons superlattice |
ISB | | Intersubband |
JDOS | | Joint density of states |
LDA | | Local density approximation |
LDOS | | Local density of states |
LER | | Line-edge-roughness |
MC | | Monte Carlo |
MIR | | Mid-Infrared |
NEGF | | Non-equilibrium Green’s function |
QCD | | Qantum cascade detector |
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QCL | | Qantum cascade laser |
QW | | Qantum well |
3QW | | Three-well |
RNGH | | Risken-Nummedal-Graham-Haken |
SA | | Saturable absorber |
SIESTA | | Spanish initiative for electronic simulations with thousands of atoms |
SL | | Superlattice |
TB | | Tight-binding |
THz | | Terahertz |
ZGNR | | Zigzag graphene nanoribbon |
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