Abstract
Theoretical description of dipole resonances in 46 Ti, 48 Ti, 50 Ti, 48 Ca, 40 Ca was performed. The distribution of the “hole” among the states of final nuclei was taken into account using information on pick-up reactions. The obtained results are in reasonable agreement with experimental data.
Highlights
The giant multipole resonances (MR) represent the most striking feature of the reactions cross sections up to energy excitation E
In the “Particle Core Coupling version of Shell Model” (PCC SM) these distributions are taken into account in microscopic description of multipole resonances [2, 3]
One of the possible ways to build a set of basic configurations which could be used as doorway states in the microscopic description of multipole resonances in
Summary
The giant multipole resonances (MR) represent the most striking feature of the reactions cross sections up to energy excitation E
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