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Optical constants of H₂O (Ice)

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Optical constants of H2O (Ice)
Wavelength: µm  (0.0443~167)
Refractive index (real part of complex index of refraction)

Refractive index - Wikipedia

n = 0.8344

Chromatic dispersion

Dispersion (optics) - Wikipedia

dn/dλ = 3.000 µm-1

Abbe numbers

Abbe number - Wikipedia

Vd = 53.24

Ve = 53.50

Formulae    Abbe diagram

[ Figure: Refractive index of H2O (Ice) ]
Extinction coefficient (imaginary part of complex index of refraction)

Dispersion and absorption - Wikipedia

k = 1.6400e-1

Absorption coefficient

Attenuation coefficient - Wikipedia

α = 4.6521e+5 cm-1

[ Figure: Extinction coefficient of H2O (Ice) ]
Tabulated data (n, k)

csv (comma separated)   txt (tab separated)

Conditions

-7 °C

References

- S. G. Warren. Optical constants of ice from the ultraviolet to the microwave, Appl. Opt. 23, 1206-1225 (1984) doi:10.1364/AO.23.001206

Optical transmission calculator
Thickness : 
Include reflection (normal incidence, two surfaces)
Transmittance (at 0.0443 µm)

Transmittance - Wikipedia

T = ...

Reflection calculator
Angle of incidence (0~90°): 
Direction: in out
Reflectance (at 0.0443 µm)

Fresnel equations - Wikipedia

RS = ... (S-polarized)
RP = ... (P-polarized)
R = ... (non-polarized, (RS+RP)/2 )

Reflection phase

ɸ = ...°
ɸS = ...°
ɸP = ...°

Brewster's angle

Brewster's angle - Wikipedia

θB = ...°

Critical angle

Total internal reflection - Wikipedia

θC = ...°

More info ( wiki )
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