Abstract
The individual lines of the rotational spectrum of gaseous hydrogen fluoride were studied in absorption. The frequencies of 17 lines were measured and the ground-state rotational constants calculated. Measurements of transmittance as a function of frequency provided data which were analyzed using a modification of the method of equivalent widths to provide linewidths of 14 rotational lines. These are compared with linewidths evaluated from a resonant-dipole billiard-ball model.
© 1967 Optical Society of America
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