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In the frame of a systematic study of excitation functions of deuteroninduced reactions the excitation functions of the$^{133}$Cs(d,x)$^{133m,133mg,131mg}$Ba, ${134,132}$Cs and $^{129m}$Xe nuclearreactions were measured up to 40 MeV deuteron energies by using the stackedfoil irradiation technique and $\gamma$-ray spectroscopy of activated samples.The results were compared with calculations performed with the theoreticalnuclear reaction codes ALICE-IPPE-D, EMPIRE II-D and TALYS calculation listedin the TENDL-2014 library. A moderate agreement was obtained. Based on theintegral yields deduced from our measured cross sections, production of$^{131}$Cs via the $^{133}$Cs(d,4n)$^{131}$Ba $\longrightarrow$ $^{131}$Csreaction and $^{133}$Ba via $^{133}$Cs(d,2n) reactions is discussed incomparison with other charged particle production routes.

Excitation functions for(d,x)reactions on $^{133}$Cs up to $E_d = 40$ MeV