Abstract
The reactions 46, 48, 50Ti(p, t) have been studied with 40 MeV protons. The angular distributions obtained were analysed using zero-range DWBA calculations. Spin and parity assignments are given for levels up to about 10 MeV. In particular the levels of 46Ti at 9.16 and 9.60 MeV could be the T = 2 analogs of the ground state and of the 0.44 MeV excited state in 46Sc. Shell-model calculations with MSDI have been carried out for 44Ti with a (1 f 7 2 , 2 p 3 2 ) space. The calculated level scheme is compared to the results of other calculations and to the experimental data.
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