Ion Atom Collisions:  Correlated Systems (Physics)
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The development of beams of fast bare ions in the last two              decades has allowed atomic physicists to vary the coupling                      constant in non-trivial ion-atom reactions, and much has been                   learned.  In atoms, the electrons provide a wide range of                       velocity scales, and thus there has been motivation to                          concentrate on developing efficient computer codes to                           simultaneously describe excitation, ionization, and charge                      transfer in a broad energy region.  The method chosen by the                    principal investigators for such studies has been a variational                 expansion of the wavefunction in a truncated space of Hilbert                   basis functions.  Until now, all work done by the principal                     investigators has been carried out in the independent particle                  model approximation.  In the present work, the Forced Impulse                   Method, which allows the solution of the fully correlated two-                  electron problem, will be developed.
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{'Code': '124500', 'Text': 'THEORETICAL PHYSICS'}
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