Abstract
High-spin states in 49Ti have been populated through the 48Ca(α, 3n) reaction. Excitation function, γ-ray angular distributions, γ-γ coincidences and half-lives were determined. Levels with the following energies (in keV) spins and parities are proposed 1542.5, 11 2 − ; 2505.8, 15 2 − ; 3290.6, 17 2 − and 4382.6, 19 2 (−). These levels and their decay scheme are found to be very well described by the empirical ( f 7 2 ) n model.
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