Evaporation-residue cross sections in complete fusion reactions leading to Hg and Rn isotopes

The complete-fusion excitation functions of xn-evaporation channels for the reactions Sm-144(Ar-40, xn)Hg184-x, Sm-148(Ar-36, xn)Hg184-x, Nd-144(Ca-40, xn)Hg184-x, Nd-142(Ca-48, xn)Hg190-x, and Er-166(Ar-40, xn)Rn206-x have been measured by using the catcher foil technique. Its modified version as well as a corresponding software of data processing, including a deconvolution procedure to take into account effects caused by spreading the energy of the beam at its passing through absorbing foils, have been described. The measured excitation functions have been compared with ones theoretically calculated with the coupled-channel model.

Automated summary

The complete-fusion excitation functions of multiple reactions have been measured using the catcher foil technique, and the results were analyzed using a modified version of data processing software. The measured results were compared with those calculated using the coupled-channel model.