We present experimental results on the absorption by CO 2-N 2 mixtures in the 4.3 μm
region. Measurements have been made in the 300–800 K and 0–60 bar ranges; these are in …

The accuracy of trace gas abundances retrieved from spectrally resolved infrared limb
emission measurements relies, among other things, on the appropriate modelling of …

The radiative forcing from carbon dioxide is approximately logarithmic in its concentration,
producing about 4 W m− 2 of global-mean forcing for each doubling. Although these are …

Collisional line mixing Page 274 Collisional Line Mixing Armand Lévy Laboratoire de
Spectrochimie Moléculaire, associé au CNRS Université Pierre et Marie Curie Paris, France …

Precise modelling of infrared absorption by carbon dioxide is of primary importance for
radiative transfer calculations in CO2-rich atmospheres like those of Venus and Mars …

In this paper we present the first accurate determination, from laboratory measurements, of
the temperature dependence of CO_2 continuous absorption beyond the ν_3 band head …

Measurements of pure CO_2 absorption in the 2.3-μm region are presented. The 3800–
4700-cm^− 1 range has been investigated at room temperature for pressures in the 10–50 …

Calculations of radiative transfer in CO2‐rich atmospheres are central to modeling the early
climate of Earth and Mars. Line‐by‐line radiative transfer models are the most accurate …

Featured Application Applying to complex industrial environment, TDLAS monitoring with
temperature compensation can come handy. Abstract Temperature variations of flue gas …

The shapes of the self-and N 2-broadened ν 3 CO 2 fundamental vibration-rotation band in
the microwindows (troughs between the lines) have been measured at various …