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The study of nuclear reactions induced by radioactive ion beams is one of the current interesting topics in nuclear physics, due to the observation of cluster like structure and weak binding energies, when compared with the stable projectiles [1]. Recently with the improvement of the radio-active ion beam facilities, the study of nuclei far from the line of stability has been improved considerably [2, 3]. The elastic scattering and transfer reactions induced by low-energy neutron-rich and proton-rich projectiles on several targets have been studied over the recent years and a large total reaction cross sections has been reported [2–4]. Further these results are compared with the reactions with stable beams. An important step in the study of reactions with radio active ion beams, is to identify the reaction channels responsible for the increase of the total reaction cross sections, such as breakup and transfer. Light nuclei away from the line of stability usually present a pronounced cluster structure formed by a core surrounded by one or more weakly bound nucleons (He, Be, B, Be, B etc). Due to the small breakup energies and the low angular momentum of the valence nucleons, the wave functions extend to large distances from the core, forming a kind of low density halo nuclei [5]. As a result, reactions such as projectile breakup and nucleon transfers may be strongly favored in the interaction of these projectiles, which en-

Recent results from RIBRAS (Radioactive Ion Beams in Brasil)