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Production cross sections of evaporation residues, $^{149}$Tb, $^{150}$Tb,$^{151}$Tb and $^{149}$Gd, have been measured using the stacked foil techniquefollowed by off-line $\gamma$-spectrometry in $^{12}$C induced reactions onnaturally abundant mononuclidic praseodymium target in the 44-79 MeV incidentenergy range. Measured data have been interpreted comparing with previousmeasurements and theoretical prediction of nuclear reaction model code\textsc{PACE4}. About 5% and 14% of the theoretical cross sections have beenmeasured for $^{149}$Tb and $^{150}$Tb, respectively. The new cross sections of$^{149}$Tb complement those measured earlier by $\alpha$-spectrometry. Crosssections of $^{151}$Tb are comparable to the theory. Cumulative cross sectionof $^{149}$Gd sheds light on the nuclear reaction mechanism. In addition, adiscussion has been made to show the feasibility of producing $^{149}$Tb in$p$- and $\alpha$-induced reactions on gadolinium isotopes.

physical review. c. nuclear physics/physical review. c, nuclear physics

New measurement of cross section of evaporation residues from  $^{\textrm{nat}}$Pr+$^{12}$C reaction: A comparative study on the production  of $^{149}$Tb