Rotationally resolved spectra of van der Waals clusters provide the most direct, precise and
unambiguous experimental probe of intermolecular potential energy surfaces, particularly in …

A new intermolecular potential energy surface, rovibrational transition frequencies, and line
strengths are computed for CO 2–CS 2. The potential is made by fitting energies obtained …

Infrared spectra of the CS 2 dimer are observed in the region of the CS 2 ν 3 fundamental
band (∼ 1535 cm− 1) using a tunable diode laser spectrometer. The weakly bound complex …

Infrared spectra of a carbon disulfide trimer formed in a pulsed supersonic slit-jet expansion
are obtained via direct absorption of a tuneable diode laser in the region of the CS2ν3 …

Spectra of the weakly-bound van der Waals complexes Ar–CS 2, Ne–CS 2, and He–CS 2
are studied in the region of the CS 2 ν 3 fundamental band (≈ 1535 cm− 1) using a tunable …

We report observation of new infrared bands of (CS 2) 2 and (CS 2) 3 in the region of the CS
2 ν 1+ ν 3 combination band (at 4.5 µm) using a quantum cascade laser. The complexes are …

Infrared spectra of carbon disulfide clusters are studied in the region of the CS2 ν3
fundamental band (≈ 1535cm− 1), using a tuneable diode laser to probe a pulsed …

Matrix isolation spectroscopy has been combined with ab initio calculations to characterize
the 1: 1 complexes of H2O2 with OCS and CS2. The infrared spectra of the argon and …

The infrared spectrum of the cross-shaped van der Waals complex CO 2–CS 2 is observed
in the region of the CO 2 ν 3 fundamental band (≈ 2350 cm− 1) using a tuneable diode …

We report observation of new infrared bands of (CS2) 2 and (CS2) 3 in the region of the CS2
{\nu} 1+{\nu} 3 combination band (at 4.5 cm-1) using a quantum cascade laser. The …