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Excitation functions were measured by the stacked-foil technique for the reactions  85 Rb( p ,  pxn ) 84m, g,83, 82m, 81 Rb from their thresholds up to 100 MeV. Nuclear model calculations were performed using the code ALICE-IPPE both on ( p , xn ) reactions reported earlier and ( p ,  pxn ) reactions described here. The experimental excitation curves and the results of nuclear model calculations were found to be qualitatively in agreement. With the exception of the ( p ,  n ) reaction above 40 MeV, the theory appears to reproduce all the experimental data within deviations of about 50 %. The cross section ratios for the isomeric pairs  85m,g Sr and  84m,g Rb are discussed qualitatively in terms of the spins of the states involved and the increasing projectile energy.

Experimental studies and nuclear model calculations on ( p , xn ) and ( p , pxn ) reactions on 85 Rb from their thresholds up to 100 MeV