AMD Model Calculation Excitation functions for the 6Li+13C and 7Li+12C Reactions

This dataset mainly records the results of calculating the excitation functions of the 6Li+13C and Li+12C subsystems using the AMD model. Meanwhile, the calculated results were compared with experimental data.In the folder Fig2/data_new_2025, the files Li6C13_exp_pri_gem_T2000_cs.dat and Li7C12_exp_pri_gem_T2000_cs.dat contain experimental and simulation data.Rows 4–24 present experimental data from the literature (Nucl. Phys. A596, 299 (1996) for Li6C13 and Nucl. Phys. A635, 305 (1998) for Li7C12). After the "#" symbol, the first column gives the incident energy of ^6Li in the center-of-mass system (MeV), the second column is the corresponding total cross section (mb), and the third column is the experimental uncertainty of the total cross section (mb).Rows 26–34 present simulation results from the antisymmetrized molecular dynamics (AMD) model and the statistical model (GEMINI). After the "*" symbol, the first column gives the incident energy of ^6Li in the center-of-mass system (MeV); the second column is the cross section (mb) of outgoing products with charge number greater than 6 at 2000 fm/c calculated by AMD, and the third column is its uncertainty (mb). The fourth column is the cross section (mb) of outgoing products with charge number equal to 9 at 2000 fm/c from AMD, and the fifth column is its uncertainty (mb). The sixth and seventh columns give the cross section (mb) and its uncertainty (mb), respectively, for products with charge number greater than 6 at 2000 fm/c, calculated by AMD combined with the GEMINI model. The eighth and ninth columns give the cross section (mb) and its uncertainty (mb), respectively, for products with charge number greater than 6 at 1000 fm/c calculated by AMD combined with GEMINI.Running Plot_CS_all.C in the Fig2 directory will generate the figures CS_2all_2025.eps and CS_2all_2025.png.