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The 12C+16O resonant radiative capture reaction has been studied at 5bombarding energies between Elab = 15.4 and 21.4 MeV, around the Coulombbarrier, at the Triumf laboratory (Vancouver, Canada) using the Dragon 0{\deg}spectrometer and the associated BGO array. The most remarquable result is thepreviously unobserved decay path through 28Si doorway states of energies around12 MeV leading to the measurement of new capture cross-sections. The feeding ofspecific, deformed states in 28Si from the resonances is discussed, as well asthe selective feeding of 1^+ T=1 states around 11 MeV.

Search for 28Si cluster states through the 12C+16O radiative capture