Abstract

We apply a modified statistical model of compound nucleus reactions to analyse low energy proton angular distributions from the 93Nb(n, p), natAg(n, p) and natIn(n, p) reactions at En=14.1 MeV. The forward peaking at the maximum of the proton evaporation spectrum at Ep = 6–8 MeV is reproduced and interpreted as an indication of the decay of thermalized-nonequilibrated nuclear states.

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