Carbon dioxide chemistry has attracted significant interest in recent years. Although the field
is diverse, a current and more comprehensive review of the surface science literature may …

We review progress, since publication of the book``Collisional effects on molecular spectra:
Laboratory experiments and models, consequences for applications"(Elsevier, Amsterdam …

We perform dual frequency comb laser absorption spectroscopy of CO 2 at high pressure
and temperature, and use the spectra to test and improve CO 2 line mixing models and their …

An experimental and theoretical study of CO2 absorption spectroscopy near 4.172 μm was
conducted to acquire measurements of gas temperature and CO2 concentration in flames at …

Accurate absorption models for gases at high pressure and temperature support advanced
optical combustion diagnostics and aid in the study of harsh planetary atmospheres …

Stable bimolecular complexes (tightly bound dimers) in the gas phase are usually created
during third body stabilization of their unstable precursors-quasi-bound complexes (QCs) …

Venus׳ atmosphere consists of about 95% of carbon dioxide, which accounts for most of the
absorption of the radiation emitted by its hot surface. The large densities and high …

Spectral shapes of isolated lines of HCl perturbed by Ar are investigated for the first time
using classical molecular dynamics simulations (CMDS). Using reliable intermolecular …

Room temperature absorption spectra of various transitions of pure CO 2 have been
measured in a broad pressure range using a tunable diode-laser and a cavity ring-down …

Absorption spectra of methane transitions broadened by nitrogen have been calculated for
the first time using classical molecular dynamic simulations. For that, the time evolution of …