Abstract
Excitation functions of the reactions (α, 2 n ), (α, 3 n ), and (α, 4 n ) for 103 Rh have been measured with stacked foil activation technique for the projectile energies below 50 MeV α-particles. A large volume HPGe detector was used. The experimental data were compared with the calculated values obtained from the CASCADE code based on statistical model and ALICE-91 code based on Hybrid and Geometry Dependent Hybrid Models. It is found that the pre-equilibrium contribution is more pronounced in the high energy region of the excitation functions and the experimental data are explained only when the pre-equilibrium emission phenomenon is also taken into account along with the equilibrium decay. The percentage of pre-equilibrium fraction has also been calculated.
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