D. A. Sparrow

Distorted-wave Born-approximation description of the /sup 4/He(p,d)/sup 3/He reaction at E/sub p/ = 770 MeV

The exact finite-range, distorted-wave Born approximation was used to compute

Implications of anomalous isospin violation for the low energy nucleon-nucleon interaction

^{4}\mathrm{He}(p,d)^{3}\mathrm{He}

Relativistic impulse approximation, nuclear currents, and the spin-difference function.

cross sections at

Dirac-eikonal scattering amplitude

{E}_{p}=770

Charge Symmetry Breaking in the Nucleon Nucleon Interaction

MeV. The transition form factor was tied to measured electron-

Comprehensive relations for hadron-nucleus inelastic excitations in terms of elastic scattering

^{4}\mathrm{He}

Analytic treatment of multistep processes in hadron-nucleus scattering

scattering and the calculated cross sections were insensitive to uncertainties in the distorting potentials. The calculated angular distributions do not reproduce the data.