Engineering topics
Publications and source records attributed to Garcia, J. D..
An Airborne Multi-angle Imaging SpectroRadiometer (AirMISR) instrument has beed developed to assist in validation of the Earth Observing System (EOS) MISR experiment.
Ab initio calculations are presented of inelastic energy loss and ionization phenomena associated with Ar(+)-Ar collisions at small distances of closest approach and for laboratory collision energies ranging from several keV to several hundred keV. Outer-shell excitations are handled statistically; inner-shell excitations are calculated from the viewpoint of quasidiabatic molecular orbital promotion. Auger electron yield, average state of ionization, and average inelastic energy loss are calculated per collision as a function of distance of closest approach of the collision partners for several laboratory collision energies. Average charge-state probabilities per collision partner are calculated as a function of the average inelastic energy loss per atom. It is shown that the structure in the data is due to the underlying structure in the inner-shell independent-electron quasimolecular promotion probabilities.
K shell X ray production by proton impact compared with binary encounter impulse approximation
Inner-shell ionizations by proton impact calculated for cross section using impulse approximation model, comparing results with Born approximations
Resonance effects between H levels by induced electric dipole transitions, using spatially periodic potential barriers
Binary encounter model for ionization by charged particle impact modified to evaluate cross section for ionization of positive ions by electron impact
Differential cross sections for secondary electron production in atomic ionization by charged particle impact, using classical binary encounter approximation
Charged particle binary encounter model modified for evaluating ionization cross section of positive ions by electron impact
Spectroscopic factor dependence of revised model for deuteron stripping in /d, p/ reactions, noting scattering cross section role
Atomic ionization by proton impact predicted by classical binary encounter approximation compared to experimental data, discussing ionization cross sections
Gryzinski procedure for estimating charge transfer cross sections, discussing Coulomb collision
Inner shell ionizations by proton impact examined by approximation models
Atomic shell structure in atoms ionization by inelastic collisions with charged projectiles, discussing alkali atoms electron impact ionization cross sections
High energy electron ionization cross section for hydrogen, noting high quantum number correspondence to classical expression
Charge transfer prediction by classical binary- encounter theory approximation and quantum mechanical approximation
Charge transfer in classical binary encounter approximation
Calculations of charge transfer cross sections
Quantum number correspondence principle in inelastic scattering