Abstract
The 12 C(τ, d) 13 N reaction was investigated at an incident energy of 81.4 MeV. Angular distributions of the reaction were analyzed by zero-range and finite-range DWBA. It is found that finite-range effects are important in this reaction. Particle unbound states are analyzed by using resonance form factors, and the results are discussed in comparison with those of proton resonance scattering.
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