This paper identifies a recurring pattern of three low-lying long-lived isomers in nine odd-odd transitional rare-earth nuclei and links it to the neutron 11/2-[505] intruder orbital.
The summed 1qp proton and neutron energies (Ep+En) suggest Ex ≥ 170 keV for this Jπ = 7 ̶ state
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Isomer triplets in odd-odd transitional rare earth nuclei: unique features, orbital systematics and characterization
This paper identifies a recurring pattern of three low-lying long-lived isomers in nine odd-odd transitional rare-earth nuclei and links it to the neutron 11/2-[505] intruder orbital.