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Levels of 12~have been observed using the 111'I23Sb(p,d) reactions at Ep= 26.2 MeV. Thirty-two levels of lZ~ and thirty-four levels of a22Sb are observed below 2.0 MeV excitation with an energy resolution better than 25 keV FWHM. Experimental angular distributions were compared to DWBA calculations in order to extract/-transfers and spectroscopic factors. Strong mixing between the 3sl/2, 2d3/2, 2d5/2, and lgT/2 neutron orbitals is observed in both nuclei. Nuclear Reactions."deduced levels, l, spectrometer.lzl, t/3Sb(p ' d), E=26.2 MeV; measured a(Ea, 0). 120,122Sb J, z~, spectroscopic factors. Enriched targets, magnetic In~oduefion

Levels of 12~ have been observed using the ~2~ ny) reaction at proton energies between 3.90 and 6.25 MeV. Sixteen previously unobserved levels below 1.03 MeV were populated. The resulting level scheme is compared with that obtained using the 121Sb (p, d)