Abstract
High spin states of144Sm have been investigated via the126Te(24Mg,4n) reaction at 98 MeV with in-beamγ- ray spectroscopy using the Compton-suppressed germanium detector array OSIRIS-CUBE. 44 new levels and 82 new transitions have been placed in the level scheme. Spins up to J=18ħ were assigned from gamma angular distribution data and parities were determined from gamma linear polarization data obtained using the POLALI spectrometer. The experimentally observed excitation energies of negative parity states could be well reproduced by shell model calculations.
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