Superelastic scattering of electrons from highly charged ions with inner shell vacancies.
We report the measurement of electrons scattered superelastically from highly charged ions having an initial K-shell vacancy. In this process, the scattered electron gains approximately 725 eV of energy from the deexcitation of an excited He-like F7+(1s2s 3S) metastable ion to its ground state. Theoretical calculations based on an R-matrix approach agree well in position, shape, and magnitude with the experimental data.
Závodszky
P A
PA
J.R. Macdonald Laboratory, Department of Physics, Kansas State University, Manhattan, Kansas 66506, USA.
Aliabadi
H
H
Bhalla
C P
CP
Richard
P
P
Tóth
G
G
Tanis
J A
JA