Inclusive energy spectra and cross sections of reaction products close to the 14N projectile (11C, 12C, lac, ISN and 150) have been measured in the angular range 0L -1.2~o at an incident energy of 60 MeV/u for five different target nuclei (12C, 27A1, 5SNi, 9~ and 2~ Two components are found to be systematically present in the energy spectra of the carbon isotopes, the first similar to that observed at relativistic energies and the second shifted down in energy characteristic for a very dissipative process. The dependence of the differential and integrated cross sections on the target mass indicates that the two-body final channels (14N, 13C), (14N, 15N) and (14N, 150) are strongly correlated to the fragmentation channels.

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