Photons with energies from 2 to 60 MeV have been measured in coincidence with binary
fragments in the reaction 92 Mo+ 92 Mo at an incident energy of 19.5A MeV. The rapid …

In an effort to better understand the dynamics of nucleon-nucleon bremsstrahlung in
producing energetic photons, we have investigated the contribution of each part of the …

We investigate the dependence of pion bremsstrahlung on the deceleration of the nuclei in
relativistic heavy ion collisions. The vicinity of an abnormal phase in nuclear matter can lead …

From a quantum mechanical model for quasielastic nuclear scattering, employing a pocket
in the internuclear potential at close distances, a distribution of nuclear delay times is …

Abstract The Liège Intranuclear Cascade model, INCL4, has been developed to describe
spallation reactions, ie nucleon and light charged particle induced collisions in the 100 MeV …

A complicating factor in using hadrons as early probes for relativistic heavy-ion collisions is
that they can undergo strong final-state rescattering with each other. This potentially causes …

Heavy-ion-atom collisions at medium energies (∼ 0.8 MeV/amu) yield a considerable
probability for multiple inner-shell ionization. In the Ni-Ni, Ni-Fe, Fe-Ni, and Fe-Fe cases …

We study exclusive π+ π-pair production near ρ 0 resonance peak in ultraperipheral heavy
ion collisions. A pion pair can either be produced via two photon fusion process or from the …

Relaxation rates are calculated by numerically solving the Kadanoff-Baym equations for an
extended system of nuclear matter. The time evolutions of initial nonequilibrium distributions …

A nonequilibrium single-scattering mechanism is proposed to describe the inclusive proton
spectrum from relativistic heavy-ion collisions. Data from Ne 20+ U and He 4+ U collisions …