Numerical calculations of gas-surface interactions
Gas-surface interactions at epithermal energies, crystal lattice structure, and energy exchanges
SURFACE INTERACTION↗
Engineering topics
Oman, R. A.
Publications and source records attributed to Oman, R. A..
Theoretical prediction of momentum and energy accommodation for hypervelocity gas particles on an ideal crystal surface.
Momentum and energy accommodation for hypervelocity gas particles on crystal surface, using Lennard Jones potential and approximating lattice by system of independent forced harmonic oscillators
FACE CENTERED CUBIC /FCC/ CRYSTAL↗
Research in gas-surface interaction. part ii- a shock tube driven molecular beam for gas-surface interaction experiments final report, 1964-1965
Shock tube driven molecular beam for gas-surface interaction experiments
GAS↗
A THEORETICAL APPROACH TO THE PREDICTION OF MOLECULE SURFACE INTERACTION
Numerical analysis of the interaction of gas particles with solid surfaces concerned primarily with problems encountered in hypervelocity flight
MOLECULAR INTERACTION↗
ANALYSIS OF A SKIMMER FOR A HIGH-INTENSITY MOLECULAR BEAM USING A THREE-FLUID MODEL
High energy, high intensity molecular beam flow is analyzed, using a skimmer which is a small inlet where the beam is separated from the core flow
SKIMMER↗
A THEORETICAL APPROACH TO THE PREDICTION OF MOLECULE SURFACE INTERACTION
Mathematical computation of classical trajectories of gas molecules near crystalline solid
SOLIDS↗
ANALYSIS OF A SKIMMER FOR A HIGH-INTENSITY MOLECULAR BEAM USING A THREE-FLUID MODEL
Analysis of skimmer for high intensity molecular beam using three-fluid model
THREE-FLUID MODEL↗