Structure of the Pressure-Induced Infrared Spectrum of Hydrogen in the First Overtone Region

Publisher Website
Google Scholar
Abstract
The pressure-induced infrared spectrum of hydrogen in the first overtone region (1.1–1.25 μ) has been recorded at various temperatures and pressures. The spectrum observed at 24 K with a path length of 13.6 m and a gas density of 31 amagat is analyzed on the basis of the Van Kranendonk theory of quadrupole-induced absorption. The relative intensities of the 15 single and double transitions composing the band and the integrated intensity of the band are in satisfactory agreement with the theory.

This publication has 0 references indexed in Scilit: