Abstract
The γ-activities from the β-decay of Na isotopes up to 34Na, formed in high-energy fragmentation and analysed through mass-spectrometry techniques, are observed as well as those from their Mg descendants. The I γ , intensities, the β-delayed one- and two-neutron probabilities and the I β intensities are measured. Decay schemes are proposed. We confirm, from the low location of the first 2 + level of 32Mg, the occurrence of a nuclear deformation at Z ⋍ 11, N ⋍ 20.
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