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

From the discovery that Venus has an atmosphere during the 1761 transit by M. Lomonosov
to the current exploration of the planet by the Akatsuki orbiter, we continue to learn about the …

The amplitude, the temperature dependence, and the physical origin of the water vapour
absorption continuum are a long-standing issue in molecular spectroscopy with direct …

In a recent contribution [A. Campargue, S. Kassi, D. Mondelain, S. Vasilchenko, D.
Romanini, Accurate laboratory determination of the near infrared water vapor self …

New measurements of the water vapour continuum in the 1.6 µm and 2.3 µm windows are
obtained at room temperature using highly stable and sensitive cavity ring down (CRD) …

Absorption spectra of humidified CO 2 have been recorded at room temperature by cavity
enhanced absorption techniques (CRDS and OFCEAS):(i) in three spectral ranges of the 1.6 …

The very weak absorption spectrum of natural CO 2 near 1.74 µm (5702–5879 cm− 1) is
studied at high sensitivity. The investigated region corresponds to a transparency window of …

The very weak absorption continuum of CO 2 is studied by Cavity Ring Down Spectroscopy
in three 20 cm− 1 wide spectral intervals near the centre of the 1.74 µm window (5693–5795 …

Spectra of CO 2+ H 2 mixtures have been recorded at room temperature by using the cavity
ring down technique, for four spectral intervals in the 2.12–2.35 µm CO 2 transparency …

The weak absorption spectrum of water vapor in the important 2.2 μm transparency window
is investigated with very high sensitivity. Overall, about 400 absorption lines were measured …