Abstract
The infrared spectra of solid oxygen, in the overtone region, have been measured in the δ and in the ε phases at low and room temperature up to 60 GPa. The two structured bands observed in the ε phase are assigned to the combination of the infrared active mode with itself and with the Raman active mode, respectively. Performing a deconvolution of the spectral profile the densities of states of the infrared and Raman active vibrational modes are obtained.
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