Injecting high-energy heavy ions in the electronic stopping regime into solids can create
cylindrical damage zones called latent ion tracks. Although these tracks form in many …

Systematic investigations of electronic energy loss (S e) effects on pre-existing defects in
crystalline silicon (Si) are crucial to provide reliance on the use of ionizing irradiation to …

The aim of this work is to study the effect of irradiation with heavy Xe 22+ ions with energies
of 165 MeV, 200 MeV, and 230 MeV on the change in the optical properties of ZrO 2 …

This paper treats the characteristic topics of MeV/atom cluster ion beams produced using
tandem accelerators both in the production stage and in the penetration stage from the …

Both silicon and graphite are radiation hard materials with respect to swift heavy ions like
fission fragments and cosmic rays. Recrystallisation is considered to be the main …

The inclusion of sophisticated density-dependent electronic stopping and electron-phonon
coupling calculated with first-principles methods into molecular dynamics simulations of …

Understanding the behavior of the graphite under extreme conditions is very important for its
use in applications related to the nuclear technology. In this work, we used atomic force …

Mechanism of the ion track formation in crystalline silicon (c-Si) is discussed, particularly
under 1–9 MeV C 60 ion irradiation. In this energy region, the track formation was not …

Till now, a shape elongation effect under swift heavy ions (SHI) irradiation was observed
predominantly for metal nanoparticles (NPs). We report this effect for InAs and Zn (core)/ZnO …

The impingement of a C 60 cluster ion upon a solid can realize the temporospatially
correlated injection of sixty C atoms to the solid at the same time and place with a molecular …