Molecular beam-surface scattering experiments were used to obtain fundamental data on
gas-surface interactions that are central to the ablation of carbon during hypersonic flight …

We have undertaken a series of experiments to learn the mechanisms of carbon oxidation
over a wide range of temperatures that extend to the conditions encountered during …

We employ molecular dynamics simulations to understand the energy transfer processes
involved during the collisions of CH4 and CD4 with CH4 layered surfaces at 20 K in order to …

The atomic-level description of liquid interfaces has lagged behind that of solid crystalline
surfaces because existing experimental techniques have been limited in their capability to …

Jan Fingerhut opened discussion of the paper by Gilbert M. Nathanson: Measuring angular
distributions of evaporating He from a cylindrical jet is probably difficult or impossible …

Atomic and molecular solutes evaporate and dissolve by traversing an atomically thin
boundary separating liquid and gas. Most solutes spend only short times in this interfacial …

We present research detailing the sticking probability of CH4 on various D2O ices of
terrestrial and astrophysical interest using a combination of time-resolved, in situ reflection …

The interaction of atomic and molecular species with water and ice is of fundamental
importance for chemistry. In a previous series of publications, we demonstrated that …

Previous chemical dynamics simulations (Phys. Chem. Chem. Phys., 2014, 16, 23769–
23778) were analyzed to delineate atomistic details for collision of N-protonated dialanine …

We present the first study detailing the capture and aggregation of hyperthermal CO2
molecules by amorphous solid water (ASW) under ultra-high vacuum conditions at 125 K …