An assessment of the absolute scales of photoabsorption differential oscillator strength
(df/dE) spectra which were originally normalized using valence shell TRK (ie S (O)) sum-rule …

We report a new H 2-He potential energy surface that, with respect to the previous one [Bakr
et al.(2013)], covers much larger range of H 2 stretching and exhibits more accurate …

A new highly accurate interaction potential is constructed for the He–H 2 van der Waals
complex. This potential is fitted to 1900 ab initioenergies computed at the very large-basis …

Symmetry‐adapted perturbation theory has been applied to compute the HeHF
intermolecular potential energy surface for three internuclear distances in the HF subunit …

The ab initio potential energy surface of the ArCO2 cluster is calculated using the
supermolecular Mo/ller–Plesset perturbation theory (S‐MPPT) and dissected into its …

The technique of calculation of electric multipole moments and higher molecular
polarizabilities is described. With the help of high-level ab initio methods (R) CCSD (T) and …

A reliable new three‐dimensional potential energy surface is obtained for the H2–Ar system
using an exchange‐coulomb potential model with five parameters determined empirically …

The interaction potential and electric dipole moment function of the collisional system He
(1S)+ H+ are calculated at the configuration interaction level of theory using canonical SCF …

An improved three-dimensional potential energy surface for the H 2–Kr system is
determined from a direct fit of new infrared spectroscopic data for H 2–Kr and D 2–Kr to a …

Polarizability anisotropies κ (ω) in the UV fequency range are deduced from a detailed
analysis of mean polarizabilities α (ω) and Rayleigh scattering depolarization ratios ϱ (ω) …