Accurate measurements of product state-resolved angular distributions are central to
fundamental studies of chemical reaction dynamics. Yet, fine quantum-mechanical …

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

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 …

The He + |${\rm H}_2^+$|H2+ → HeH+ + H reaction: Ab initio studies of the potential energy
surface, benchmark time-independent quantum dynamics in an extended energy range and …

In this work, we present a quantum mechanical scattering study of the title reaction from 1
mK to 2000 K. Total integral cross sections and thermal rate constants are compared with …

The concept of the transition state has played an important role in the field of chemical
kinetics and reaction dynamics. Reactive resonances in the transition-state region can …

In this work we present a dynamical study of the H+ HeH+→ H2++ He reaction in a collision
energy range from 0.1 meV to 10 eV, suitable to be used in applicative models. The paper …

Yuan et al.[Nat. Chem., 2018, 10, 653] have reported state-of-the-art measurements of
differential cross sections (DCSs) for the H+ HD→ H2+ D reaction, measuring for the first …

Exact quantum reactive scattering calculations in the collision energy range 1–250 meV
have been carried out for both the isotopic product channels of the title system. The …

State-to-state quantum dynamics calculations for the H+ LiH (v= 0–1, j= 0)→ H2+ Li
reactions are performed based on an ab initio ground electronic state potential energy …