he:ex=2:ut:ph=6
Nvc = 166.3978502907063
Eg = 3.446689096127693
Eh = 20
A0 = 1
Aex1 = 3.305459774765858
Eex1 = 4.100755124052455
Bex1 = 0.7007418046288985
Aex2 = 1.899704726546393
Eex2 = 7.619672733724151
Bex2 = 1.343978522311746
Nvx = 1485.472109587738
Ex = 10
Nut = 77.68149161286924
Eu = 0.09152132861172593
Nph1 = 0.0201243960802323
nuph1 = 253.5173524405372
betaph1 = 280.369489759167
Nph2 = 0.002655716772495327
nuph2 = 289.4445107866294
betaph2 = 92.76137407731485
Nph3 = 0.02437428375153488
nuph3 = 445.9702131920006
betaph3 = 242.8206457310324
Nph4 = 0.001937821817245021
nuph4 = 605.2875056401596
betaph4 = 107.8153888916771
Nph5 = 0.006550883164523476
nuph5 = 764.6245445415773
betaph5 = 283.3939138688655
Nph6 = 0.002304724921050597
nuph6 = 948.9645536010153
betaph6 = 921.6255663951397
material: TiO<sub>2</sub>, titania, titanium dioxid
form: amorphous film (100&nbsp;nm)
sample: X2801
characterization: ellipsometry & photometry
range: FIR (80&nbsp;1/cm) - VUV (10.8&nbsp;eV)
published: <a href="http://publications.physics.muni.cz/proceedings/-104">SPIE 9628 (2015) 96281U</a>
producer: Meopta
submitted: Daniel Franta