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22 levels of Cl+ below E"=4. 7 MeV are populated by the y-ray decay of the three reso-.nances at E& --1058, 1098, and 1121 keV in the reaction S33(p, y)C1+. These resonances, selected for study because of their dominant modes of p decay to levels above 2.7 MeV for which hmited prior data exist, were investigated with an 80-cm Ge(Li) detector, and with Ge(Li)-NaI coincidence and angular-correlation techniques. The results obtained for levels below 2.3 MeV are in general agreement with other recent work. A new result is a probable J=3 assignment for the 2.180-MeV level. For higher-lying levels, y-ray decay schemes and excitation energies with errors in the range from +0.3 to +2.3 keV were determined for 14 bound states in the range 2.3&E"&4. 7 MeV and the three resonance levels. The reaction Q value was determined with the result Q = 5139.9+ 0.9 keV. The following J~a ssignments (energies in MeV) result from the combination of the present work with a recent S33(Hes, d)C1+ study: 2.3. The resonance level assignments are J~(1058)=3, J~(1098)=4, and J~(1121)=1 . It is shown that the three resonances are probably each odd-parity T =1 levels. The probable shell-model configurations of some of the odd-parity levels are discussed. =4 MeV, mere obtained. Unique spin assignments for two of the resonance levels and for the level at 2.2V6 MeV (8=4) were obtained by (p, yy) angularcorrelation measurements.From another recent S"(He',py}C1'4 investigation, DeLuca, Lawson, and Chagnon' report J'= 1 for the 2.581and 2.126-MeV levels and J =2 for the 2. 722-MeV level. In older work, Dong-Hyok' studied the reaction S"-

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