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The effects of cluster correlations have been studied in the $^{12}$C +$^{12}$C reaction at 50 MeV/nucleon, using three AMD models, the AMD (AMD/D)without any additional cluster correlations, AMD/D-COALS with nucleoncorrelations based on a coalescence prescription for light cluster formationswith $A\leq4$ and AMD-Cluster with an extended cluster correlation intwo-nucleon collision processes and a special treatment for intermediatefragment formation with A $\le 9$. The angular distributions and energy spectraof fragments have been simulated and compared with the available experimentaldata. It is found that the cluster correlations take a crucial role to describethe productions of light charged particles (LCPs) and intermediate massfragments (IMFs), and the AMD-cluster studied here provides a consistentoverall reproduction of the experimental data. It is also shown that thesignificant effects of the secondary decay processes are involved for thefragment production besides the dynamical productions in the AMD stage.Detailed LCP and IMF production mechanisms involved in the intermediate energyheavy ion collisions are discussed.

Effects of cluster correlations on fragment emission in 12C + 12C at 50 MeV/nucleon