ZAGATTO, V.A.B.CREMA, E.SHORTO, J.M.B.MORAIS, M.C.LUBIAN, J.ADDED, N.SIMÕES, R.F.MONTEIRO, D.S.HUIZA, J.F.P.PAES, B.GOMES, P.R.S.2019-12-202019-12-202019ZAGATTO, V.A.B.; CREMA, E.; SHORTO, J.M.B.; MORAIS, M.C.; LUBIAN, J.; ADDED, N.; SIMÕES, R.F.; MONTEIRO, D.S.; HUIZA, J.F.P.; PAES, B.; GOMES, P.R.S. Scattering of 16,18O beams on 63,65Cu targets: a systematic study of different reaction channels. <b>Physical Review C</b>, v. 100, n. 4, p. 044602-1 - 044602-11, 2019. DOI: <a href="https://dx.doi.org/10.1103/PhysRevC.100.044602">10.1103/PhysRevC.100.044602</a>. Disponível em: http://repositorio.ipen.br/handle/123456789/30474.2469-9985http://repositorio.ipen.br/handle/123456789/30474Precise quasielastic experimental excitation function for the 18O + 65Cu system has been measured and its barrier distribution has been derived. Several reaction channels have been observed on the experimental spectra, revealing the presence of two-neutron and α-stripping processes, as well as the proton pickup transfer, for which excitation functions were also measured. Extensive coupled channel and coupled reaction channel calculations have been performed to describe the experimental data. The inelastic couplings of target and projectile, and the ground state reorientation of the target, were important to the proper description of data. The transfer data were well described by calculations; however, it was shown that they almost do not affect the excitation function of 18O + 65Cu quasielastic scattering. Whenever possible, structure shell model calculations have been performed to obtain the spectroscopic amplitudes of projectile and target overlaps. The two-neutron and α-transfer reactions have been calculated considering the transferred particle as a cluster with spin 0.044602-1 - 044602-11openAccessexcitation systemsinelastic scatteringnuclear reactionscopper 63 reactionscopper 65 reactionsoxygen 16 reactionsoxygen 18 reactionsbeamsArtigo de periódico410010.1103/PhysRevC.100.0446020000-0003-4817-5275https://orcid.org/0000-0003-4817-527576.31683.00