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Infrared Absorptions of the H20 H2 Complex Trapped in Solid Neon



D Forney, Marilyn E. Jacox, Warren E. Thompson


When a sample of neon to which have been added less than 1% each of H2 and H2O is deposited at 4.3 K, the infrared spectrum of the resulting solid includes an absorption by the vibrational fundamental of H2, which is normally infrared-inactive. New absorptions are also associated with the vibrational fundamentals of the H2O in the sample. Similar results are obtained for deuterium-enriched samples. The new peaks are assigned to the van der Waals complex of H2O with H2. As has been found in earlier theoretical, gas-phase, and solid-state studies of this and closely related systems, the infrared absorptions arise principally from complexes involving ortho-H2, for which J = 1.
Journal of Chemical Physics
No. 12


H<sub>2</sub>O H<sub>2</sub> complex, infrared absorption of H<sub>2</sub>, infrared spectrum, molecular rotation, neon matrix


Forney, D. , Jacox, M. and Thompson, W. (2004), Infrared Absorptions of the H<sub>2</sub>0 H<sub>2</sub> Complex Trapped in Solid Neon, Journal of Chemical Physics (Accessed February 29, 2024)
Created August 31, 2004, Updated October 12, 2021