Mass, velocity, angular and charge-state distributions from the fusion ofS32andSn112

Evaporation residues from the fusion of ${}_{}{}^{32}{}_{}{}^{}\mathrm{S}$ and ${}_{}{}^{112}{}_{}{}^{}\mathrm{Sn}$ at $E_{{}_{}{}^{32}{}_{}{}^{}\mathrm{S}}=160\mathrm{}$ MeV were studied using an energy-mass spectrometer. The velocity selector of the energy-mass spectrometer was first utilized to measure summed fusion products as a function of velocity setting and reaction angle. In-flight mass separation of the fusion products with the energy-mass spectrometer identified masses 141, 140, and 139 from the evaporation of three to five nucleons from the ${}_{}{}^{144}{}_{}{}^{}\mathrm{Dy}$ compound nucleus. Absolute cross-section measurements are compared to theoretical predictions of the statistical evaporation model. Velocity, angular and charge state distributions of evaporation residues are also compared to calculated values.