Isotropic and anisotropic binary collision-induced light scattering spectra of gaseous krypton
obtained at room temperature are analyzed in terms of different interatomic potentials, both …

The collision-induced (CI) first hyperpolarizability tensor for the He-Ne pair composed of the
lightest noble gas elements has been obtained on the grounds of an ab initio method as a …

The collision-induced hyper-Rayleigh (CIHR) spectra of the gaseous H 2–Ar mixture are
discussed in the binary regime on the basis of our ab initio computed H 2–Ar collision …

Apart from the usual Rayleigh and Raman scattering, intense laser light causes three-, four-
and higher-order elastic and inelastic light scattering processes. Hyper-Rayleigh HR …

Binary collision-induced hyper-Rayleigh (CIHR) spectra of Kr–Xe gaseous system are
computed quantum mechanically and classically within the frequency range up to 380 cm …

A comprehensive study is presented of many aspects of the depolarized anisotropic collision
induced (CI) component of light scattered by weakly bound compounds composed of a …

Cartesian components of the collision-induced (CI) hyperpolarizability Δ β tensor are
computed for the linear, T-shaped, and 45° configurations of the H 2-Ne pair in the …

This article reports new results of theoretical and numerical studies of spectral features of the
collision-induced hyper-Rayleigh light scattered in dihydrogen-noble gas (H 2-Rg) mixtures …

In this work we have analyzed spectral moments characterizing properties of the collisionally
hyper-Rayleigh scattered light. This is a supplementary study undertaken in order to …

Nous comparons les profils de raie spectrale calculés dans trois modèles différents avec le
résultat d'un calcul quantique, dans le but de déterminer la capacité des différents modèles …