The relativistic mean-field model of the nucleus is reviewed. It describes the nucleus as a
system of Dirac nucleons which interact in a relativistic covariant manner via meson fields …

Nucleon knockout by electron scattering provides a powerful probe of the electromagnetic
properties of nucleons and of the momentum distributions in nuclei. Since the nucleus is …

From the earliest days of nuclear physics (Rut 11, Rut 14), the spatial extent of atomic nuclei
and the radial distribution of nuclear charge and matter have received considerable …

We describe the nuclear structure functions in the whole range of the Bjorken variable x, by
combining various effects in a many-step procedure. First, we present a QCD motivated …

The contribution of the nucleonic component to deep inelastic lepton scattering off H 2, H 3,
He 3, and He 4 nuclei is analyzed in terms of momentum distributions and spectral functions …

The longitudinal and transverse response functions of the inclusive quasi-elastic (e, e')
scattering are calculated in a many-body approach where the Green function is expanded …

An independent-particle model for the proton density distribution of 208Pb is constructed; it
closely approximates the Hartree-Fock calculation of Dechargé and Gogny. We investigate …

Longitudinal and transverse structure functions for the quasielastic reaction Ca 40 (e, e'p) 39
K* have been obtained. Their q dependences appear like those for free nucleons. However …

Relativity plays an important role in atomic nuclei, and, since the early 1970s, there has
been increasing interest in, and literature on, the nucleus as a relativistic system. In fact, the …

Transverse and longitudinal response functions have been extracted for 3He, 12C, 40Ca,
48Ca. and 56Fe up to a momentum transfer of 550 MeV c. The quenching of the longitudinal …