Abstract
The level scheme of the doubly odd nucleus 204Tl has been studied via the 205Tl(p, d) 204Tl reaction at an incident energy of 26.1 MeV and with an energy resolution of better than 10 keV (FWHM). Seventy-seven levels are observed below 3.2 MeV excitation. The extraction of l-transfers and spectroscopic factors for most levels was accomplished by the comparison of experimental angular distributions with DWBA calculations. Extensive configuration mixing is implied from the large number of levels populated. The state at 1.289 MeV, which is populated via l = 6 transfer, is most likely the 6 + level. This knowledge and the known location of the 7 + isomer at 1.103 MeV completes the experimental determination of the doublet involving the π3 s 1 2 and v li 13 2 orbitals.
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