7 research outputs found
Systematic investigation of channel coupling effects on elastic, inelastic and neutron transfer channels in Li+Tb
Elastic scattering angular distribution for weakly bound nucleus Li on
the deformed rare earth Tb target nucleus has been measured at energies
around the Coulomb barrier. The elastic scattering cross sections for this
reaction consist of inelastic contributions from low lying excited states of
Tb. The pure elastic cross-sections have been extracted from the
admixture of elastic and inelastic data. The optical model potential parameters
for the system have been obtained from the extracted pure elastic scattering
cross sections. Coupled channel calculations have been performed with this set
of potential parameters, to compare the theoretical and experimental inelastic
scattering cross sections. The work has been extended to obtain the
spectroscopic factor for Tb+n configuration from the experimental
1n-pickup data
Study of Quasielastic scattering for
Quasielastic scattering cross sections for the reaction 7Li+159Tb have been measured at large backangles, at energies around the Coulomb barrier. The quasielastic barrier distribution has been extracted from the measured quasielastic scattering excitation function, including and excluding α particle contribution. The peak of the quasielastic barrier distribution including α particle contribution shows a shift towards higher energy compared to the peak of the distribution without α particles. The quasielastic barrier distribution when compared to the calculated fusion barrier distribution, appears to show reasonable agreement for the system
Study of Quasielastic scattering for 7Li+159Tb at around- barrier energies
Quasielastic scattering cross sections for the reaction 7Li+159Tb have been measured at large backangles, at energies around the Coulomb barrier. The quasielastic barrier distribution has been extracted from the measured quasielastic scattering excitation function, including and excluding α particle contribution. The peak of the quasielastic barrier distribution including α particle contribution shows a shift towards higher energy compared to the peak of the distribution without α particles. The quasielastic barrier distribution when compared to the calculated fusion barrier distribution, appears to show reasonable agreement for the system
Study of Quasielastic scattering for 7Li+159Tb at around- barrier energies
Quasielastic scattering cross sections for the reaction 7Li+159Tb have been measured at large backangles, at energies around the Coulomb barrier. The quasielastic barrier distribution has been extracted from the measured quasielastic scattering excitation function, including and excluding α particle contribution. The peak of the quasielastic barrier distribution including α particle contribution shows a shift towards higher energy compared to the peak of the distribution without α particles. The quasielastic barrier distribution when compared to the calculated fusion barrier distribution, appears to show reasonable agreement for the system