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Velocity distributions of heavy residues (A_Res > A_Tar), produced inirradiations of Au-197 and Ho-165 with Ne-20 at bombarding energies of E = 208MeV, have been measured at the velocity filter SHIP. While for the productsfrom Ne-20 + Ho-165 just a mean value of v/v_CN = 0.91+-0.01 was obtained,individual residues, attributed to isotopes of astatine and polonium with massnumbers ranging from A=195 to A=203 could be identified by means of alpha -spectroscopy in the bombardments Au-197. A linear increase of the mean velocityfrom v/v_CN = 0.85 to v/v_CN = 0.93 with decreasing residue mass was observed.This effect was attributed to an increasing contribution of pre-equilibriumparticle emission to the production of heavy residues. A quantititativeestimation resulted in a 90 % contribution of pre-equilibrium processes to theproduction of astatine isotopes, and a 50 % contribution to the poloniumisotopes.

Evaporation Residue Production in Complete and Incomplete Fusion Reactions of Ne-20 with Au-197 and Ho-165 at E = 14.9 x AMeV