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H₂O Ice at 150 K


Ice Datasets
Description
Sample Type Ice
Components H₂O
Ratio 1
Substrate BaF₂
Phase / State Crystalline
Reference Temperature 150 K
Wavenumber (cm⁻¹) 13210.04 - 47438.33
Wavelength (µm) 0.211 - 0.757

Crystalline water (H₂O) ice deposited at 150 K onto a barium fluoride (BaF₂) substrate, and held at 150 K during spectroscopic measurements.

The real part (n) of the complex index of refraction was determined using optical measurements done at a temperature of 150 K and a pressure of 2.6E-6 mbar, by ultraviolet-visible transmission spectroscopy from 210 to 757 nm with a resolution of 0.56 nm.

More information can be found in the publication and on the OCdb contributor's page.

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n

References

Any use of this data should recognize the parent publication(s):

Kofman, V., He, J., Loes ten Kate, I. and Linnartz, H. (2019) 'The Refractive Index of Amorphous and Crystalline Water Ice in the UV-vis', The Astrophysical Journal, 875:131, 9 pp.

https://doi.org/10.3847/1538-4357/ab0d89

n Values

Compatible Datasets (i.e., same molecule, phase, and temperature) are marked with *

Select Chemical Ratio Phase / State T (K) Wavelength
Min (µm)
Wavelength
Max (µm)
Compatible n k Reference
H₂O 1 10 2.501 199.39 ✓ ✓ Hudgins et al. (1993)
H₂O 1 Crystalline 100 1.25 333.333 ✓ ✓ Bertie et al. (1969)
H₂O 1 100 2.501 199.39 ✓ ✓ Hudgins et al. (1993)
H₂O 1 105 0.25 19.995 ✓ ✓ He et al. (2022)
H₂O 1 120 2.501 19.997 ✓ ✓ Hudgins et al. (1993)
H₂O 1 135 0.25 19.995 ✓ ✓ He et al. (2022)
H₂O 1 Crystalline 136 15.383 192.053 ✓ ✓ Curtis et al. (2005)
H₂O 1 140 2.501 199.39 ✓ ✓ Hudgins et al. (1993)
H₂O 1 Crystalline 146 15.383 192.053 ✓ ✓ Curtis et al. (2005)
H₂O 1 Crystalline 156 15.383 192.053 ✓ ✓ Curtis et al. (2005)
H₂O 1 Crystalline 166 15.383 192.053 ✓ ✓ Curtis et al. (2005)
H₂O 1 Crystalline 176 15.383 192.053 ✓ ✓ Curtis et al. (2005)
H₂O 1 Crystalline 190 2.5 12.495 ✓ ✓ Clapp et al. (1995)
H₂O 1 Crystalline 243 8.339 33.356 ✓ ✓ Zhang et al. (2001)
H₂O 1 30 0.25 19.941 ✓ ✓ He et al. (2022)
H₂O 1 4.2 0.546 0.546 ✓ - Kruger and Ambs (1959)
H₂O 1 40 2.501 19.997 ✓ ✓ Hudgins et al. (1993)
H₂O 1 75 0.25 19.992 ✓ ✓ He et al. (2022)
H₂O 1 77 0.546 0.546 ✓ - Kruger and Ambs (1959)
H₂O 1 80 2.501 19.997 ✓ ✓ Hudgins et al. (1993)