Abstract
Linear momentum transfers have been determined for C induced reactions at intermediate energies (30 to 84 MeV/u). On heavy targets, the angular correlation distributions of fission fragments indicate a limitation of the transferred momentum at 2 GeV/c in this energy range. Charged-particles emitted in coincidence with a fission fragment provide information on the prefission stage. The angular distribution of low-energy protons emitted by the heavy residues from the C + Ni reaction shows the same limitation of the transferred momentum at 2 GeV/c. Comparison of the proton and α-spectra with the results from an intranuclear cascade code including sequential cooling down of the residual partners is also given.
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