Pressure-Induced Lineshifts in the 1 ← 0 Band of CO Perturbed by He, Ne, Ar, Xe, O2, and N2

Line Broadening in the Fundamental Band of CO in CO–He and CO–Ar Mixtures

“…The near equality of the broadening for the P-and R-branch lines has been briefly discussed in Ref. (18).…”

Line Shift Investigations for Different Isotopomers of Carbon Monoxide

“…The broadening coefficients given in this work are on average 6% smaller than those given for 12 (5,6,9,11) can be stated. Therefore it seems to be necessary to carry out new experiments with another experimental method to determine the source of the deviation mentioned above.…”

“…Line shift investigations for the major isotopomer 12 The data show significant differences between the fundamental and overtone bands and within one band a different rotational quantum number dependence for R-and P-branch lines. Up to now no data concerning line shifts for other isotopomers have been known.…”

“…For line positions and strengths information for all atmospheric important isotopomers is available (most abundant 12 Draegert and Williams (2) published comprehensive line broadening investigations for the major isotopomer for collisions with CO, H 2 , D 2 , N 2 , He, Ne, Ar, Kr, and Xe in the fundamental band. Self-broadening coefficients in the first overtone band are known from Hunt et al (3).…”

“…Self-broadening coefficients in the first overtone band are known from Hunt et al (3). Collisions with diatomic perturbers in the (1 4 0) band of 12 C 16 O were analyzed by Bouanich and Brodbeck (4) and LeMoal and Severin (5). A tunable diode laser spectrometer was used by Hartmann et al (6) to study the nitrogen and argon broadening in the fundamental band.…”