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An analysis of the $^{231}$Pa$(d,3n)$$^{230}$U reaction excitation functionat energies around the Coulomb barrier has taken into account thepre-equilibrium and compound-nucleus cross sections corrected for thedeuteron-breakup decrease of the total reaction cross section, as well as theinelastic breakup enhancement. The analysis reveals the dominance of thedeuteron breakup mechanism unlike a former assessment in this respect of thedeuteron-induced fission process.

Does deuteron-induced fission on actinide nuclei prevails over the breakup at low incident energies?