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Excitation functions of the  nat Ag( p , xn ) 104,105 Cd and  nat Ag( p , pxn ) 103,104m,g,104g Ag reactions were measured for the first time over the proton energy range of 32 to about 60 MeV. The data were compared with the results of precompound-hybrid model calculations, whereby only partial agreement was obtained. The contribution of the  103 Ag precursor decay to the total formation of the therapeutic radionuclide  103 Pd in proton activation of silver was estimated: it amounted to about 70%. The various possible routes for the production of  103 Pd were also considered: the  nat Ag( p , x )  103 Pd and  103 Rh( p , n )  103 Pd processes were found to be most interesting. Despite its somewhat lower yield, the latter process is preferred because it can be applied at a low-energy cyclotron.

Excitation functions for the formation of some short-lived products in proton-induced reactions on silver