Abstract
Coincidences between light-charged particles and projectile-like fragments were measured at forward angles. An analysis of the data based on a kinematical reconstruction of the emitter evidences a thermalized emission for protons and a large non-equilibrium α emission. From the slope of the equilibrated component of the particle energy spectra in the emitter frame, high temperatures in the primary projectile, up to ∼4.5 MeV, have been extracted and are found to increase as the atomic number of the projectile-like fragment decreases.
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