Advances in experimental vacuum technology allow the generation of molecular beams
containing oriented molecules. We will focus our review on the so-called collisional …

We had calculated adiabatic potential energy surfaces (PESs), nonadiabatic, and spin–orbit
(SO) coupling terms among the lowest three electronic states (12A′, 22A′, and 12A ″) of …

We review the recent progress achieved in the theoretical description of chemical reactions
at low temperatures. In particular, we discuss the crucial role played by the van der Waals …

In this work, we present quantum-mechanical rate constants for the prototypical reaction F
(2P3/2)+ H2 (v= 0, j= 0,…, 5)→ HF (v′, j′)+ H for temperatures ranging from∼ 10 up to …

A three dimensional potential energy surface for the F+ H 2→ HF+ H reaction has been
computed by the spin unrestricted coupled cluster method with singles, doubles, triples, and …

Activation energies Ea calculated as the negative of the logarithmic derivatives of rate
constants with respect to the inverse of absolute temperature T, are presented for three …

For the reaction between F and HD, giving HF+ D and DF+ H, the rate constants, obtained
from rigorous quantum scattering calculations at temperatures ranging from 350 K down to …

We report a study on the behavior with total angular momentum J of several resonances
occurring at collision energies below or slightly above the reaction barrier in the F+ H 2→ …

Quantum reactive scattering calculations on accurate potential energy surfaces predict that
at energies below∼ 5 meV, the reaction of F atoms with H 2 is dominated by the Born …

The target of the present paper is the study of chirality effects in molecular dynamics from
both a theoretical and an experimental point of view under the hypothesis of a molecular …