INVESTIGADORES
MITNIK Dario Marcelo
artículos
Título:
Total and partial recombination cross sections for F6+
Autor/es:
MITNIK, D. M.; PINDZOLA, M. S.; BADNELL, N. R.
Revista:
PHYSICAL REVIEW A - ATOMIC, MOLECULAR AND OPTICAL PHYSICS
Editorial:
AIP, The American Physical Society
Referencias:
Año: 1999 vol. 59 p. 3592 - 3600
ISSN:
1050-2947
Resumen:
Total and partial recombination cross sections for F6+ are
calculated using close-coupling and distorted-wave theory. For total
cross sections, close-coupling and distorted-wave results, which include
interference between the radiative and dielectronic pathways, are found
to be in good agreement with distorted-wave results based on a sum of
independent processes. Total cross sections near zero energy are
dominated by contributions from low-energy dielectronic recombination
resonances. For partial cross sections, the close-coupling and
distorted-wave theories predict strong interference for recombination
into the final recombined ground state 1s22s2
1S0 of F5+, but only weak interference
for recombination into the levels of the 1s22s2p
configuration.
