The semiclassical Coupled-Channels calculations in heavy-ion fusion reaction for the systems 40 Ar+ 110 Pd and 132 Sn+ 48 Ca are discussed. Fusion cross section , and fusion barrier distribution are calculated using a semiclassical approach based on the method of Alder and Winther for Coulomb excitation. A full quantum Coupled-Channels calculations are performed using CCFULL code with all order coupling for the sake of comparison with our semiclassical approach. The results obtained from our semiclassical calculations are compared with the available experimental data and with full quantum Coupled-Channels calculations. The comparison with the experimental data showed that the semiclassical approach including Coupled-Channels, is able to reproduce the fusion cross section below and above the Coulomb barrier and very close to the calculations of full quantum Coupled-Channels calculations suggesting that this semiclassical approach might be used as a substitute for full quantum Coupled-Channels method.
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