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Elastic scattering and direct reactions have been studied for the collisions induced bythe three Beryllium isotopes 9,10,11Be, on a medium mass 64Zn target at energies near theCoulomb barrier. The elastic-scattering angular distribution of the 11Be halo nucleus shows adeviation from the classical Fresnel type diffraction behavior in the Coulomb-nuclearinterference peak angular region. The deduced total reaction cross-sections for the 11Becollision is more than a factor of two than the ones measured in the collisions induced by9;10Be. Moreover, for 11Be a large contribution to the total reaction cross-section due to transferand break-up processes has been observed

Elastic scattering and direct reactions of the 1n halo11Be nucleus on64Zn near the barrier

Elastic scattering and direct reactions of the 1n halo¹¹Be nucleus on⁶⁴Zn near the barrier