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The spins and electromagnetic properties of levels in 45Sc up to 2,352 keV were studied by means of inelastic proton scattering using a 3-parameter coincidence arrangement and Coulomb excitation with 3He and 4He beams. Relevant experimental results are discussed in terms of the Thankappen-True core-plus-particle model.

Levels up to 3,016keV in 59Co were studied using the 59Co (p,p'v) and 56Fe (e, pv) reactions. Level energies, branching ratios, mean lifetimes and spins were obtained for a number of levels.

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Properties of levels up to 5 MeV excitation in 37C1 were studied with 37Cl(p,p'7)37C1, 37C1(0~, 0(7)37C1 and 34S(~,p7)37C1 reactions. Results are discussed with reference to the many-particle shell model with an effective surface delta interaction. PACS:27.30.+t; 23.20.-g; 21.60.Cs * This work formed part of the PhD thesis of J.J. Lawrie. 1 Present address of the National Accelerator Centre at Faure. Enriched targets of Sb2S3 (94.3% 34S) and (98.6% 3vC1) were used in these experiments. Level Energies, Branching Ratios and Mean Lifetimes