Electronic state alignment, orientation, and coherence produced by beam-foil collisions
Description:
The cylindrically symmetric beam-foil collision produces excitation and alignment of atom and ion levels similar, but not identical, to that resulting at comparable energies from ion-atom or ion-molecule collisions. When the foil is tilted, the macroscopic change acts on the microscopic scale to produce coherent alignment and orientation of the excited levels. The maximum beam energy range bounding this interaction has not yet been defined. The dynamic interaction which produces these effects i…
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Date:
July 22, 1975
Creator:
Church, D. A.
Item Type:
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Partner:
UNT Libraries Government Documents Department