It is shown that the set of bound states and single-particle resonances consisting of the outgoing solutions of the Schrodinger equation can be used as a representation to describe processes taking place in the continuum part of nuclear spectra. This is the fist thorough investigation of completeness properties using realistic nuclear wave functions.
Resonant State Expansions of the Continuum
MAGLIONE, ENRICO;
1994
Abstract
It is shown that the set of bound states and single-particle resonances consisting of the outgoing solutions of the Schrodinger equation can be used as a representation to describe processes taking place in the continuum part of nuclear spectra. This is the fist thorough investigation of completeness properties using realistic nuclear wave functions.
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