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Abstract
Measurements of γ-ray multiplicities from the150Sm(α, xn) reactions at beam energies from 40–140 MeV show that the maximum angular momentum transfer occurs at an energy between 12 and 18 MeV higher than that of the maximum of the excitation function for the respective exit channel. At still higher bombarding energies, where precompound processes dominate, a decrease of the multiplicity is observed.
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