Effect of level density parameter on the decay of ^25,24Mg* within collective clusterization mechanism

The decay for number of compound nuclei formed in low energy heavy ion reactions have been successfully studied using dynamical cluster decay model (DCM). In a previous study the decay of ^25,24Mg* compound nuclei (CN) for the experimentally observed intermediate mass fragments (IMFs) ^6,7Li and ^7,8,⁹Be have been explored within DCM. The role of the α-cluster structure of the complementary fragments was investigated, which results in the enhanced preformation probability (P₀) with respect to other fragments. These enhanced P₀ values accordingly affect the yields of the respective IMF. In the present study, we have extended this work to study the effect of level density parameter (LDP) on the clustering aspects of compound systems ^25,24Mg* formed via respective entrance channels ¹³C + ¹²C and ¹²C + ¹²C at E* ∼ 53.9 MeV, within the collective clusterization approach of Quantum Mechanical Fragmentation Theory (QMFT)