Abstract
The (t, α) reactions on even tellurium isotopes ( fA = 122 to 130) have been studied at an incident triton energy of 12 MeV. Alpha angular distributions of transitions leading to states of antimony nuclei have been compared to DWBA calculations. Angular momentum transfers and spectroscopic factors have been obtained. Present results show significant configuration mixing of the proton wave function in the tellurium targets. Proton hole states in Sb isotopes have been located and the two-particle-one-hole interaction is discussed.
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