Coupled reaction channel analysis of 1n-pickup angular distribution in ³²S+^102,104Ru

Cross section of fusion (σ_fus) between two light ions can be described in terms of a potential model, in which the projectile and the target nuclei are considered to be inert. On the other hand, σ_fus of heavy ion reactions are known to be enhanced by orders of magnitude compared to the predictions of a simple potential model. Here we report coupled reaction channel (CRC) model analysis of 1n-pickup channel for these systems. More realistic description of transfer channels may lead to better estimates of form factors and, in turn, deeper understanding of their influence on σ_fus. The CRC results depend on many factors such as S.A., binding potential and OMP. The larger deformation of the target appeared to cause coupling with many inelastic states. A systematic study of transfer channels, within the CRC framework, for a large number of systems may be useful in reducing the uncertainties in the results