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The radionuclide 161Tb (T1/2=6.89 d) is potentially important for internalradiotherapy. It is generally produced through the 160Gd(n,{\gamma})161Gd -161Tb route at research reactors. In this work the possibility of itsproduction at a cyclotron was investigated. Determination of the excitationfunction of the 160Gd(d,x)161Tb production route and that of the disturbing160Gd(d,2n)160Tb side reaction was done over the deuteron energy range up to 50MeV using the stacked-foil technique and high-resolution gamma-rayspectrometry. A comparison of this production route with the established(n,\gamma) reaction at a nuclear reactor is made.

Cross-section measurement of some deuteron induced reactions on $^{160}$Gd for possible production of the therapeutic radionuclide $^{161}$Tb