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Abstract: Inverse kinematics scattering of 18O on 6Li at E lab(18O) = 114 MeV was measured to obtain elastic and inelastic scattering cross sections. In this way cross sections for excited states in 6Li and 18O were determined. The data were analyzed within the optical model and coupled reaction channel method. The 6Li + 18O optical potential as well as the 6Li and 18O deformation parameters were deduced. Contributions of different nuclear processes to the 6Li + 18O elastic and inelastic scattering were explored. The isotopic differences between the 6,7Li + 18O and 6Li + 16,18O potential parameters were determined. [Copyright &y& Elsevier]

Angular distributions of the 9Be+11B elastic and inelastic scattering were measured at Elab(11B)=45 MeV in a large angular range for the transitions to the ground and excited states of the 11B and 9Be nuclei. The data were analyzed within the coupled-reaction-channels (CRC) method. We have also included the data of the 11B+9Be elastic scattering at Ecm≈9–22 MeV known from the literature. The mechanisms of the 9Be+11B anomalous large angle scattering (ALAS) were studied both for the elastic and inelastic channels including the 9Be and 11B reorientations and transfer reactions. The optical potential parameters for the 9Be+11B elastic scattering and the 11B and 9Be deformation parameters were deduced. [Copyright &y& Elsevier]

The angular distributions of elastic and inelastic scattering of the 14N ions by the 7Li nuclei were measured for the transitions to the ground and 3.948 MeV (1+), 4.915 MeV (0−)+5.106 MeV (2−), 6.204 MeV (1+)+6.444 MeV (3+), 7.967 MeV (2−) excited states of the nucleus 14N and to the ground and 4.63 MeV (7/2−), 6.68 MeV (5/2−), 7.467 MeV (5/2−) excited states of the nucleus 7Li at Elab(14N)=110 MeV. The angular distribution of the reaction 7Li(14N, 15N)6Li was obtained simultaneously at the same energy. The experimental data were analyzed within coupled reaction channels (CRC) method. The elastic and inelastic scattering as well as transfers of clusters were included in the coupling scheme. We have concentrated on the study of the reaction mechanism at backward angles where anomalous large-angle scattering (ALAS) is observed. Unlike in many other reactions, the reorientation of 7Li was found to be by far the most dominant mechanism in this region. The deformation parameters for the nuclei of 7Li and 14N were obtained by fitting the experimental data for both elastic and inelastic scattering. The deformation parameters of 7Li obtained from the analysis of elastic and inelastic channels coincide. Good agreement between measured and calculated cross sections was achieved. [Copyright &y& Elsevier]

Angular distributions of the 13C+11B elastic and inelastic scattering were measured for the first time at Elab(11B)=45 MeV in the full angular range for the transitions to the ground and excited states of the 11B and 13C nuclei. The data were analyzed within the optical model (OM) and coupled-reaction-channels (CRC) method. The mechanism of the 13C+11B anomalous large angle scattering (ALAS) was studied. The isotopic effects in the elastic and inelastic scattering of 13C+11B and 12C+11B are discussed. The OM potential parameters for the 13C+11B elastic scattering and deformation parameters of 11B and 13C were deduced. [Copyright &y& Elsevier]