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Excitation functions were measured for the  89 Y( d , x ) 90m,88,87m,87m+g  Y,  89 Y( d , x ) 88,89 Zr and  89 Y( d , x )  85 Sr reactions in the energy range 9–40 MeV by the stacked-foil activation technique in combination with high resolution HPGe γ-ray spectroscopy. The data above 27 MeV have been measured for the first time. Yield calculations revealed that in the deuteron-induced activation of yttrium the direct production of  88 Y is about two times lower than that of  88 Zr. The maximum cross section for the production of the PET isotope  89 Zr by the Y+ d  process is higher than by Y+ p . The yields and decay characteristics of the  88 Y and  88 Zr nuclides are suitable for thin layer activation (TLA) analysis.

Experimental determination of deuteron-induced activation cross sections of yttrium