Abstract
We present an analysis of elastic scattering by using a phenomenological ansatz for the pure hadronic amplitude; in addition a careful treatment of Coulomb effects has turned out to be essential. The resulting phase shifts and inelasticity parameters show a smooth behavior in the entire energy region between and 230 MeV. The rapid increase of the differential cross sections at backward angles ( MeV) is discussed in terms of a semiclassical theory of the nuclear glory effect and is well reproduced by using additional information on analytic structure of the elastic scattering amplitude in the complex plane.
[NUCLEAR REACTIONS , MeV.]
- Received 1 July 1983
DOI:https://doi.org/10.1103/PhysRevC.29.581
©1984 American Physical Society