Abstract
A parameter-free Glauber model calculation for deuteron-nucleus elastic scattering is carried out with full spin-dependence, which takes as its starting point the Dirac optical model for the underlying nucleon-nucleus potentials. The calculation includes effects due to the breakup of the deuteron to both triplet and singlet spin intermediate states. The observables for the reaction 58 Ni( d, d) at 400 and 700 MeV are calculated and found to reproduce the experimental data quite well.
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