Recent advances in the use of thermal energy atomic and molecular beam methods to
explore the dynamics of physical and chemical processes occuring at surfaces are …

Empirical potential energy surfaces have been constructed to describe the nondissociative
interaction of NO with the (111) faces of Ag and Pt. Stochastic trajectory simulations …

The internal state distribution of scattered NO is determined by laser fluorescence excitation
spectroscopy when a pulsed, supersonically cooled beam of NO is incident upon the (111) …

Rotationally resolved experiments on the NO/Pt (111) system explore the mechanisms of
inelastic scattering and trapping/desorption. The rotational dynamics associated with these …

An ionization probe and measurement procedures are developed to permit accurate NO
density measurements with good spatial and temporal resolution and with the high …

A supersonic beam of NO molecules was scattered from a Pt (111) surface either clean or
covered with NO, C, and O. Rotational state populations and angular distributions of the …

Laser ionization was used to measure the state-selective angular and velocity distributions
of NO molecules scattered from a graphite surface. The data showed that at sufficiently low …

The laser-induced fluorescence technique in conjunction with an UHV apparatus was used
to probe the desorption dynamics of OH radicals formed in the association reaction of …

Quasiclassical trajectories are used to study rotational energy transfer in the collision of a
rigid‐rotor NH3 molecule with a flat, rigid gold surface. The anisotropic term in the long …

Jet cooled NO molecules are scattered at 45 with respect to the surface normal from a liquid
gallium surface at E inc from 1.0 (3) to 20 (6) kcal/mol to probe rotationally and electronically …