Abstract
The energy dependence of the one- and two-particle transfer reactions90Zr(16O,17O)89Zr,90Zr(16O,15N)91Nb and90Zr(16O,14C)92Mo was studied at bombarding energies of 80MeV, 138.2 MeV and 194.4 MeV. A comparison with one-step DWBA calculations shows good agreement for the one-particle transfers over the whole energy range. For the two-proton transfer reaction (16O,14C) the discrepancies between experiment and theory are large with an exponential decrease towards higher energies. Current theories are unable to describe this behavior.
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