The infrared region of the spectrum has been of great interest to researchers for many years
with the mid-to far-IR frequency region from about 100 to 3800 cm 1 of particular interest …

A four-dimensional intermolecular potential energy surface for the carbon dioxide dimer has
been computed using the many-body symmetry-adapted perturbation theory (SAPT) and a …

Sublimation is one phase change mechanism which usually happens under low-to-
moderate temperatures and at the same time large amounts of latent heat can be utilized …

We present 0.8–2.4 μm spectral observations of uranian satellites, obtained at IRTF/SpeX on
17 nights during 2001–2005. The spectra reveal for the first time the presence of CO2 ice on …

An apparatus for detailed study of quantum state-resolved inelastic energy transfer
dynamics at the gas− liquid interface is described. The approach relies on supersonic jet …

One of the reasons often stated for studying small, weakly bound clusters is that they provide
a bridge between the gas and condensed phases. Certainly significant progress has been …

Internal vibrations may affect the adsorption, scattering, and reactions of molecules
impinging onto a surface. The energy of the ν 3 antisymmetric stretch vibration of CO2 …

For a gas at thermal equilibrium, it is usually assumed that the velocity distribution follows an
isotropic 3-dimensional Maxwell-Boltzmann (MB) law. This assumption classically implies …

Clouds of CO2 ice particles have been observed in the Martian mesosphere. These clouds
are believed to be formed through heterogeneous nucleation of CO2 on nanometer‐sized …

The role of molecular alignment of nonpolar molecules in gas–surface interactions has so
far escaped direct experimental investigations. We have employed a novel technique to …