Significant progress has been achieved during the last decade in our knowledge and
understanding of the optical potential between two light heavy-ions. This has mostly been a …

The multiple scattering theory is used to develop a theoretical framework for the calculation
of the heavy-ion total reaction cross section. Several important medium effects such as Pauli …

The experimentally determined properties of A= 21–44 nuclides are complied and evaluated
with special emphasis on nuclear spectroscopy. Separate tables for each of the nuclides …

Direct measurements of total reaction cross sections (σ R) have been performed in the
energy range of 10–300 MeV/nucleon for heavy ion collisions. A decrease of σ R with …

A simple closed-form analytic expression for the heavy-ion reaction cross section, involving
nuclear densities of colliding ions and the nucleon-nucleon cross section, has been …

We consider the history of the early universe in the locally supersymmetric model we have
previously discussed. We pay particular attention to the requirement of converting the …

Elastic and inelastic scattering have been measured at Elab= 360 MeV and 1016 MeV for
the 12C+ 12C system, as well as elastic scattering for 13C+ 208Pb at 390 MeV. An optical …

1. Introduction The total reaction cross section cR is one of the most fundamental quantities
characterjzing nuclear reactions. Page 1 Nuclear Physics A420 (1984) 162--I 72 @ North-Holland …

Scattering data for 12C+ 12C, 13C+ 12C, and 16O+ 12C at energies EA= 9 to 120 MeV per
nucleon have been analyzed using a folded potential based on the density-and energy …

Realistic density dependent CDM3Yn versions of the M3Y interaction have been used in an
extended Hartree-Fock (HF) calculation of nuclear matter (NM), with the nucleon single …