High-spin gamma spectroscopy of recoil-separatedCr49,V49, andTi46

Abstract
The reaction Ca40 +12C at ECa=160 MeV has been used to study high-spin states in the recoil-separated nuclides Cr49, V49, and Ti46. The latter two show distinctive f7/2 shell-model behavior up to Jπ=27/2 and 12+, respectively, while the first appears to be a collective rotor with a particle alignment at Jπ=17/2. Rotorlike bands of sd-shell origin were seen in V49 and Ti46 up to Jπ=11/2+ and 11, respectively.

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