Abstract
Line-mixing effects have been observed in the infrared Q branch of the (1110,0310)I–0000 band of CO2 at 2076 cm−1. A tunable diode laser spectrometer was used to record spectra of CO2 broadened by N2 and O2 at total pressures ranging from 100 to 720 Torr. The observed absorption coefficients are up to 65% lower than those calculated using an isolated Lorentzian line approximation. A simple energy gap scaling law is used to determine the off-diagonal relaxation matrix elements from the known pressure-broadening coefficients. The spectra calculated using these matrix elements reproduces the observed absorption coefficients to within several percent.
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