In this chapter the authors first give a general presentation of collision-induced scattering (CIS), also named interaction induced scattering. The different types of molecular interaction are mentioned, with a special emphasis on the multipolar polarizabilities contributions studied in the authors\u27 laboratories since the beginning of 1990s. The authors describe the setup and the experimental procedure used for the measurement of the scattering on an absolute scale. They also discuss the multipolar contributions to depolarized and isotropic CIS for specific molecular symmetries. Studies in the Rayleigh wings of isotropic molecules such as CF4 and SF6 and of linear molecules such as N2 and CO2 are presented. The authors also report on obs...
The effective optical anisotropy of polar molecules is calculated to within the second approximation...
The collision induced scattering (CIS) spectra have been studied for liquid argon at 130 K and 615 a...
Raman scattering is most commonly associated with a change in vibrational state within individual mo...
Multipolar polarizability contributions to the collision-induced light scattering spectra of optical...
The particularly weak isotropic spectrum of the recently reported [ Verzhbitskiy et al. Phys. Rev. A...
Light-scattering intensities and depolarization ratio data have been recorded at room temperature fo...
Collision-induced Raman bandshapes and zeroth-order spectral moments are calculated both for the dep...
Collision-induced scattering data have been recorded at room temperature for gaseous tetrafluorometh...
The anisotropic and isotropic binary collision-induced spectra scattered by gaseous methane have bee...
Molecular dynamics calculations of the Rayleigh and Raman light scattering properties of atom–atom L...
We report the long-overdue collision-induced Raman scattering spectrum by a pair of unlike rare gas ...
A comprehensive study is presented of many aspects of the depolarized anisotropic collision induced ...
Different theoretical approaches have been presented in this thesis to study the Raman scattering ef...
We report anisotropic collision-induced Raman scattering intensities by the Kr–Xe atomic pair record...
We report the room-temperature isotropic collision-induced light scattering spectrum of Ne–Ne over a...
The effective optical anisotropy of polar molecules is calculated to within the second approximation...
The collision induced scattering (CIS) spectra have been studied for liquid argon at 130 K and 615 a...
Raman scattering is most commonly associated with a change in vibrational state within individual mo...
Multipolar polarizability contributions to the collision-induced light scattering spectra of optical...
The particularly weak isotropic spectrum of the recently reported [ Verzhbitskiy et al. Phys. Rev. A...
Light-scattering intensities and depolarization ratio data have been recorded at room temperature fo...
Collision-induced Raman bandshapes and zeroth-order spectral moments are calculated both for the dep...
Collision-induced scattering data have been recorded at room temperature for gaseous tetrafluorometh...
The anisotropic and isotropic binary collision-induced spectra scattered by gaseous methane have bee...
Molecular dynamics calculations of the Rayleigh and Raman light scattering properties of atom–atom L...
We report the long-overdue collision-induced Raman scattering spectrum by a pair of unlike rare gas ...
A comprehensive study is presented of many aspects of the depolarized anisotropic collision induced ...
Different theoretical approaches have been presented in this thesis to study the Raman scattering ef...
We report anisotropic collision-induced Raman scattering intensities by the Kr–Xe atomic pair record...
We report the room-temperature isotropic collision-induced light scattering spectrum of Ne–Ne over a...
The effective optical anisotropy of polar molecules is calculated to within the second approximation...
The collision induced scattering (CIS) spectra have been studied for liquid argon at 130 K and 615 a...
Raman scattering is most commonly associated with a change in vibrational state within individual mo...