Transmission
Absorption
Bandgap Analysis
Thin Film Optics

Measurement Setup

Optical Properties

85.2
Avg Transmission (%)
10.5
Avg Reflection (%)
380
Cutoff λ (nm)
0.8
Haze (%)

UV | Violet | Blue | Green | Yellow | Orange | Red | NIR

Transmission Spectrum

Absorption Analysis

Beer-Lambert Law

A = ε × c × l

A = Absorbance (unitless)

ε = Molar extinction coefficient (L/mol·cm)

c = Concentration (mol/L)

l = Path length (cm)

Absorption Spectrum

Bandgap Extraction

Results

1.12
Bandgap (eV)
1107
λ edge (nm)
Indirect
Type
0.998
R² Fit

Tauc Plot

Thin Film Parameters

Interference Effects

5
# of Fringes
198
Calc. Thickness (nm)
2.02
Calc. n

Interference Spectrum