Classical surface scattering computations; Rainbows and energy exchange
- J.A. Barker
- D.R. Dion
- et al.
- 1980
- Surface Science
Publications
This is our catalog of publications authored by IBM researchers, in collaboration with the global research community. It’s an ever-growing body of work that shows why IBM is one of the most important contributors to modern computing.
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85 results for J.A. Barker
Energy exchange in thermal energy atom-surface scattering: impulsive models
- J.A. Barker
- D.J. Auerbach
- 1979
- Chemical Physics Letters
An efficient way to compute the gas-surface potential with application to "double rainbow" scattering
- D.R. Dion
- J.A. Barker
- et al.
- 1978
- Chemical Physics Letters
Response functions for crystals and surfaces, with applications to surface scattering
- J.A. Barker
- W.A. Steele
- 1978
- Surface Science
What is "liquid"? Understanding the states of matter
- J.A. Barker
- D. Henderson
- 1976
- Reviews of Modern Physics
The ornstein-zernike equation for a fluid in contact with a surface
- Douglas Henderson
- Farid Abraham
- et al.
- 1976
- Molecular Physics
Monte Carlo calculations for solid and liquid argon
- J.A. Barker
- M.L. Klein
- 1973
- Physical Review B
Perturbation theory and the excess properties of mixtures of simple liquids
- E.W. Grundke
- D. Henderson
- et al.
- 1973
- Molecular Physics
A Computer Simulation of Linear Gel Permeation Chromatography
- A.C. Ouano
- J.A. Barker
- 1973
- Separation Science
Interatomic potential for neon; bulk properties from scattering potential
- J.A. Barker
- 1972
- Chemical Physics Letters