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Deuteron induced reactions on natural bismuth targets were investigated with the stacked foil activation technique up to 50 MeV. Excitation functions for the reactions    $$^{\mathrm {209}}$$  209 Bi(d,xn)   $$^{\mathrm {207,206,205}}$$  207 , 206 , 205 Po, Bi(d,x)   $$^{\mathrm {207,205}}$$  207 , 205 Bi and    $$^{\mathrm {209}}$$  209 Bi(d,x)   $$^{\mathrm {203}}$$  203 Pb obtained from gamma-spectra of decay products were compared with the results of our ALICE-D and EMPIRE-D model calculations, with the result of TALYS code taken from TENDL-2019 on-line library and the results of the only measurement performed earlier. Thick target yields were deduced from the fitted experimental cross sections.

Activation cross sections of gamma-emitters produced in deuteron induced reactions on $${}^{{209}}$$Bi up to 50 MeV