Antineutrons (n̄'s) have been used only in the last few years as projectiles for nuclear and
particle physics experiments, mainly in the low momentum region. The reason is that, in …

Systematic measurements of the annihilation cross sections of low energy antinucleons
were performed at CERN in the 80's and 90's. However the antiproton data on medium …

Antineutron annihilation cross sections on C, Al, Cu, Ag, Sn and Pb targets were measured
in the momentum range 50–400 MeV/c. The full set of data is very well described by a …

We use a momentum-dependent optical model potential to analyze the annihilation cross
sections of the antineutron n¯ on C, Al, Fe, Cu, Ag, Sn, and Pb nuclei for projectile momenta …

The present knowledge of the antinucleons elastic scattering and annihilation processes in
matter at low energies is limited to a few nuclei data in a small phase-space. Optical …

Upon investigating whether the antineutron-nucleus annihilation cross-sections at very low
momenta p satisfy Bethe-Landau's power law of σ ann (p)∝ 1/p α, we uncover unexpected …

Data relative to antineutron and antiproton annihilation on large nuclei in the range 75-
200MeV/c present two unexpected features: a) antineutron and antiproton cross sections …

We perform a fitting procedure to differential elastic scattering cross section data of
antiproton at intermediate energy on three different nuclei to evaluate parameters of a six …

The atmospheric secondary antiproton flux is studied for detection altitudes extending from
sea level up to about three earth radii, by means of a three-dimensional Monte Carlo …

The nbar-Nucleus annihilation process has been studied by the OBELIX experiment at the
CERN Low Energy Antiproton Ring (LEAR) in the (50-400) MeV/c projectile momentum …