E. Rost

Transverse response functions in the Delta -resonance region.

We calculate transverse response functions for quasielastic electron scattering at high momentum transfers in a relativistic Hartree approximation in configuration space. We treat the excitation of the [Delta] resonance using its free mass and width. Good agreement with experiment is found in the dip region.

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

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

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

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

Nonspectral Dirac random-phase approximation for finite nuclei.

cross sections at

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

{E}_{p}=770

Nucleon-nucleus inelastic scattering using a relativistic impulse approximation with exchange

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

Impulse approximation Dirac theory of inelastic proton nucleus collective excitations

^{4}\mathrm{He}

Relativistic plane-wave impulse approximation for nuclear inelastic scattering of protons and electrons

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

Analytic eikonal model for intermediate energy stripping and pickup reactions

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

Pion elastic scattering from aligned targets

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