DWBA calculations for the reaction ^{12}C(p, d) ^{11}C at 155 MeV
Abstract
Angular distributions for the ^{12}C(p, d) ^{11}C reaction to the ground state and three excited states of ^{11}C at a proton energy of 155 MeV have been analysed using a conventional DWBA model. Finiterange effects are treated using the localenergy approximation and a large correction to the zerorange approximation is found for the optical potentials used. The angular distributions are relatively insensitive to the parameters of the neutron wave function. Experimental spectroscopic factors are in reasonable agreement with the theoretical predictions of intermediate coupling calculations. Possible mechanisms for transitions to "forbidden" states are considered.
 Publication:

Nuclear Physics A
 Pub Date:
 March 1967
 DOI:
 10.1016/03759474(67)901765
 Bibcode:
 1967NuPhA..93..145T