Mid-IR band strength, density, refractive index, and thermal evolution study for solid CH2DOH pure and in astrophysical relevant mixtures

C Scirè, RG Urso, D Fulvio, GA Baratta… - Spectrochimica Acta Part …, 2019 - Elsevier
We present a novel experimental study on solid CH 2 DOH pure and in astrophysical
relevant mixtures. Solid samples were accreted under ultra high vacuum conditions at 17 K
and were analyzed by mid-infrared transmission spectroscopy. Refractive index, density,
and mid-IR band strength values were measured for pure solid CH 2 DOH. The refractive
index was also measured for CH 2 DOH: H 2 O, CH 2 DOH: CO, and CH 2 DOH: CH 3 OH
mixtures. For all samples, the thermal evolution of the main band profile was studied. We …
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Mid-IR band strength, density, refractive index, and thermal evolution study for solid CH2DOH pure and in astrophysical relevant mixtures

C SCIRESCAPPUZZO, RG URSO, D Fulvio… - 2019 - openaccess.inaf.it
We present a novel experimental study on solid CH2DOH pure and in astrophysical relevant
mixtures. Solid samples were accreted under ultra high vacuum conditions at 17 K and were
analyzed by mid-infrared transmission spectroscopy. Refractive index, density, and mid-IR
band strength values were measured for pure solid CH2DOH. The refractive index was also
measured for CH2DOH: H2O, CH2DOH: CO, and CH2DOH: CH3OH mixtures. For all
samples, the thermal evolution of the main band profile was studied. We used the …
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