Abstract
We present a multilevel calculation within the framework of the interacting boson-fermion model (IBFM-1) of the odd-mass 101–109Rh isotopes. We calculate both positive- and negative-parity states of the same hamiltonian, starting from the 1g 9 2 , 2p 1 2 , 2p 3 2 , lf 5 2 and 2d 5 2 single-particle orbitals. We discuss energy spectra, electromagnetic E2 transition rates and one-nucleon transfer properties. We also discuss the influence of the 1f 7 2 orbital on the one-nucleon transfer properties. The results of the calculation for the negative-parity states are compared with the results of the U( 6 12 ) supersymmetry scheme of the interacting boson model.
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