Transmission of a graphene extended film supported on a dielectric, including thermal effects
The transmission is calculated using the p-polarized Fresnel coefficient for supported graphene.
See details of the theory in
F. J. García de Abajo, ACS Photonics
1
, 135 (2014).
Substrate ε(ω)
CaF2
ITO
Drude
Ag (J & C 1972)
Al (Palik)
Al2O3 (Palik)
Au (J & C 1972)
Co (J & C 1974)
Cr
Cu (J & C 1972)
GaAs
Ge
MgO (Howie)
Ni (Palik)
Pt
Si (amor., Palik)
SiC (Palik)
SiO2 (glass, Palik)
For Drude:
ε(ω)=1-ω
p
2
/ω(ω+iη)
ω
p
(eV) =
η (eV) =
Geometry under
consideration
Graphene parameters
Fermi energy
E
F
(eV) =
Relaxation time
τ
(fs) =
Angle of incidence
θ
(degrees) =
Temperature range
T
min
(eV) =
T
max
(eV) =
Number of T's =
*
Photon energy range
ℏω
min
(eV) =
ℏω
max
(eV) =
Number of ω's =
*
*
Warning: make either the number of T's or the number of ω's equal to 1.
