Comparison of semiclassical transfer to continuum model with Ichimura-Austern-Vincent model in medium energy knockout reactions.

摘要: The full quantum mechanical (QM) model of inclusive breakup Ichimura-Austern-Vincent (IAV) is implemented in this paper to calculate from heavy radioactive nuclei on a $^9$Be target at intermediate energies. So far it had been and applied only low energy reactions with light projectiles. IAV successful predicting absolute cross sections among other observables. In order get insight the content case complicated heavy-ion reactions, results are compared those semiclassical transfer continuum (TC) model. Because TC based analytical formulae dynamics as contained rather involved formalism will become more transparent. Heavy-ion high energies ($>$50A.MeV) demanding computational point view because number partial waves involved, typically around 100. constitutes useful alternative QM calculations whenever predictions and/or estimates necessary. It allows also for systematic, fast evaluation applications both methods we use state-of-the art optical potentials structure information. Excellent agreement found between calculated available experimental data which shows that qualitative quantitative understanding most aspects one nucleon well under control.