The dynamics of inelastic and reactive collisions in atomic beam-surface scattering are presented. The inelastic scattering of hyperthermal rare gaseous atoms from three alkali halide surfaces (LiF, NaCl, GI)was studied to understand mechanical energy transfer in unreactive systems. The dynamics of the chemical reaction in the scattering of H(D) atoms from the surfaces of LIF(001) and the basal plane of graphite were also studied
This work describes the results of numerical simulations regarding the formation and evolution of lo...
The dynamics of H2O, CO2, and glycine (GLY) colliding with highly oriented pyrolytic graphite (HOPG)...
Molecular beam scattering experiments and molecular dynamics simulations have been combined to devel...
Scattering techniques currently being used to examine the dynamics and energetics of gas-surface ene...
We have conducted investigations of the energy transfer dynamics of atomic oxygen and argon scatteri...
Inelastic atom-surface scattering at hyperthermal (- 1 ev) energies is discussed. In this regime, th...
The scattering of a hyperthermal Xe from a graphite (0001) surface has been studied using a molecul...
This book gives a representative survey of the state of the art of research on gas-surface interacti...
In this work, a numerical study on molecular beam scattering of a nitrogen molecule from a graphite ...
Editors: Ricardo Díez Muiño and Heriberto Fabio Busnengo.This book gives a representative survey of ...
This work describes the results of numerical simulations regarding the formation and evolution of lo...
Thesis. A tandem electrostatic energy analyzer molecular beam apparatus was built for studying low e...
A chemical dynamics simulation was performed to study low energy collisions between N<sub>2</sub> an...
We report scattering experiments of multiphoton vibrationally excited SF6 molecules from graphite su...
When a hydrogen atom collides with a surface it may either scatter or stick to the surface, dependin...
This work describes the results of numerical simulations regarding the formation and evolution of lo...
The dynamics of H2O, CO2, and glycine (GLY) colliding with highly oriented pyrolytic graphite (HOPG)...
Molecular beam scattering experiments and molecular dynamics simulations have been combined to devel...
Scattering techniques currently being used to examine the dynamics and energetics of gas-surface ene...
We have conducted investigations of the energy transfer dynamics of atomic oxygen and argon scatteri...
Inelastic atom-surface scattering at hyperthermal (- 1 ev) energies is discussed. In this regime, th...
The scattering of a hyperthermal Xe from a graphite (0001) surface has been studied using a molecul...
This book gives a representative survey of the state of the art of research on gas-surface interacti...
In this work, a numerical study on molecular beam scattering of a nitrogen molecule from a graphite ...
Editors: Ricardo Díez Muiño and Heriberto Fabio Busnengo.This book gives a representative survey of ...
This work describes the results of numerical simulations regarding the formation and evolution of lo...
Thesis. A tandem electrostatic energy analyzer molecular beam apparatus was built for studying low e...
A chemical dynamics simulation was performed to study low energy collisions between N<sub>2</sub> an...
We report scattering experiments of multiphoton vibrationally excited SF6 molecules from graphite su...
When a hydrogen atom collides with a surface it may either scatter or stick to the surface, dependin...
This work describes the results of numerical simulations regarding the formation and evolution of lo...
The dynamics of H2O, CO2, and glycine (GLY) colliding with highly oriented pyrolytic graphite (HOPG)...
Molecular beam scattering experiments and molecular dynamics simulations have been combined to devel...
DOI
Add to ORKG