A crossed molecular beam, velocity-map ion-imaging apparatus has been used to
determine differential cross sections (DCSs), as a function of collider final internal energy, for …

Bimolecular collision outcomes sensitively depend on the chemical functionality and relative
orientations of the colliding partners that define the accessible reactive and nonreactive …

Energy transfer between atoms and molecules is fundamental to many physical and
chemical processes, and understanding the mechanisms and outcomes of energy transfer is …

A crossed beam velocity-map ion-imaging apparatus has been used to determine
differential cross sections (DCSs) for the rotationally inelastic scattering of NO (A2Σ+, v= 0, j …

Understanding the molecular forces that drive a reaction or scattering process lies at the
heart of molecular dynamics. Here, we present a combined experimental and theoretical …

In bimolecular collisions between open-shell radicals and increasingly-larger alkanes, the
relative impact configurations open the possibility of reactive and nonreactive outcomes that …

We performed classical molecular dynamics simulations to model the scattering process of
nitric oxide, NO, off graphene supported on gold. This is motivated by our desire to probe the …

We examine rotational transitions of HCl in collisions with H 2 by carrying out quantum
mechanical close-coupling and quasi-classical trajectory (QCT) calculations on a recently …

We present a joint experimental and theoretical study of rotationally inelastic collisions
between NO (X 2 Π 1/2, ν= 0, j= 1/2, f) radicals and CO (X 1 Σ+, ν= 0, j= 0) molecules at a …

Potential energy surfaces describing bimolecular collisions sensitively depend on the
chemical functionality and the relative orientation of colliding partners, thus defining the …