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Laser double-resonance determination of rapid vibrational and rotational energy transfer rates in carbon dioxide

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Abstract

Rates for resonant vibrational and rotational energy transfer from the 001 state by CO2 + CO2 collisions have been measured. All data were obtained by double-resonance spectroscopy with CO2 lasers in a 2.5-m absorption cell at 700 K. Results for rotation transfer include pumped-level relaxation and the response of other 001 levels with ΔJ up to 18. These data are compared with four relevant collision models via a 35-level rate equation analysis.

© 1982 Optical Society of America

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