Radiation damage is a common challenge for materials employed in a radiation
environment. The present work performs experimental validation of current primary radiation …

Neutron irradiation damage is a key factor that needs to be studied for materials employed in
nuclear systems. The athermal recombination-corrected displacement per atom (arc-dpa) …

The displacements-per-atom (dpa) is widely used as an exposure unit to predict the
operating lifetime of materials in radiation environments. Because the athermal …

A high-intensity proton beam exposure with 181 MeV energy has been conducted at
Brookhaven Linac Isotope Producer facility on various material specimens for accelerator …

Accurate prediction of displacement damage is essential for the safety of nuclear materials
irradiated by neutrons, gammas and charged particles. Displacement damage cross …

The neutron irradiation-induced mechanical property change is a major challenge for
nuclear materials. For a Pressurized Water Reactor (PWR), neutron irradiation embrittlement …

Radiation damage is an important challenge for materials employed in strong irradiation
environments, such as nuclear reactors and accelerators. The radiation damage is often …

ISAC-TRIUMF operates targets under proton irradiation in the high-power regime of 50 kW
(100 μ A, 500 MeV) to produce radioactive isotope beams using the isotope separation on …

Nuclide production cross sections for proton-induced reactions on nat Mg, nat Si, nat Fe, nat
Cu, and nat Zn at several GeV were measured using an activation technique at Japan …

The number of displacements per atom (dpa) is widely used as an indicator of irradiation
damage of materials in proton accelerator facilities. Experiments have been carried out to …