Radicals are abundant in a range of important gas-phase environments. They are prevalent
in the atmosphere, in interstellar space, and in combustion processes. As such …

The evaporation and scattering of Ne, CD 4, and D 2 O from a dodecane flat liquid jet are
investigated in a molecular beam apparatus. The experiment yields translational energy …

Inelastic collisions of OH with an inert liquid perfluoropolyether (PFPE) surface have been
studied experimentally. A pulsed molecular beam of OH with a kinetic energy distribution …

We have analyzed the effects of the spreads in experimental parameters on the reliability of
speeds and angular distributions extracted from a generic surface-scattering experiment …

The field of Molecular Scattering is reviewed as it pertains to gas-gas as well as gas-surface
chemical reaction dynamics. We emphasize the importance of collaboration of experiment …

The evaporation and scattering of ND3 from a dodecane flat liquid jet are investigated and
the results are compared with previous studies on molecular beam scattering from liquid …

An experimental setup for molecular beam scattering from flat liquid sheets has been
developed, with the goal of studying reactions at gas–liquid interfaces for volatile liquids …

Shot-noise-limited direct absorption spectroscopy with a high-resolution quantum cascade
laser is used to explore translational-to-rovibrational (T→ V, R) energy transfer in …

Molecular beam experiments in which gas molecules are scattered from liquids provide
detailed, microscopic perspectives on the gas–liquid interface. Extending these methods to …

Molecular dynamics is the sub-field of chemistry interested in studying the microscopic
movements of molecules and their partitioning of energy. Through molecular dynamics, a …