Abstract
Deuteron-induced nuclear reactions for generation of carrier-free Lu isotopes were investigated using the stacked-foil activation technique on natural Yb targets at incident energies up to Ed=20MeV. Excitation functions are reported for the first time for the generation of 170,171m+g,172m+g,173,174g,177gLu and 169cum,175,177g+mYb. Special attention is paid to cumulative, direct and indirect production of the therapeutically-relevant radioisotope 177gLu via the 176Yb(d,p)177Yb→177Lu and 176Yb(d,n)177Lu reactions. Thick target yields for all investigated radionuclides, optimal irradiation conditions and comparison of production routes for the medically-relevant isotopes are derived.
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