The subject of radiation-induced solute segregation (RIS) in metallic alloys is reviewed. RIS
manifests itself in several different ways, including diffusion to point-defect sinks …

The diffusion properties of a wide range of impurities (transition metals and Al, Si, and P) in
ferritic alloys are here investigated by means of a combined ab initio–atomic diffusion theory …

Irradiation creates excess point defects in materials (vacancies and self-interstitial atoms),
which can be eliminated by mutual recombination, clustering, or annihilation of preexisting …

Microstructural changes in a Fe–15 at.% Cr model alloy neutron irradiated to 1.82 dpa at
290° C were characterized by atom probe tomography. Homogenously distributed α …

Kinetics of radiation induced segregation and precipitation in binary alloys are studied by
Monte Carlo simulations. The simulations are based on a simple atomic model of diffusion …

Ferritic chromium steels are important structural materials for future nuclear fission and
fusion reactors due to their advantages over traditional austenitic steels, such as higher …

Transport coefficients, the elements of the so-called Onsager matrix, are essential quantities
for modeling solid-state kinetics controlled by diffusion. Focusing on diffusion in binary alloys …

Due to their good mechanical properties and corrosion resistance, Ferritic Martensitic and
ODS steels are widely studied for applications in the next generation of nuclear reactor …

High Cr ferritic steels are candidate materials for structural applications in Gen-IV and fusion
nuclear reactors. However, the relative contributions of irradiation conditions and materials …

Interactions of solute atoms with dislocations are known to influence the mechanical
properties of metals, and are an important aspect of irradiated materials. Here, atom-probe …