Abstract
Angular distributions of the differential cross section and vector analyzing power have been measured for the reactions 13 C( d , t) 12 C, 13 C( d , p) 14 C and inelastic scattering, 13 C( d , d′) 13 C . The states analyzed are the 0 + ground state, 4.44 MeV, 2 + state and the 7.66 MeV, 0 + state in 12C; the 0 + ground state, 6.09 MeV, 1 − state and the 7.34 MeV, 2 − state in 14C; and the 1 2 − ground state, 3.09 MeV, 1 2 + state, 3.68 MeV, 3 2 − state, and the 3.85 MeV, 5 2 + state in 13C. Optical model parameters for the deuteron channel are obtained by fitting the elastic scattering data. DWBA and coupled-channels calculations are made for the states reached through the (d, t) reaction. DWBA calculations for the (d, p) reaction are also shown. Coupled-channels and microscopic calculations are compared with the inelastic scattering data. The calculated vector analyzing power for scattering to the positive parity states in 13C is found to be very sensitive to the reaction mechanism chosen.
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