The M4F project brings together the fusion and fission materials communities working on the
prediction of radiation damage production and evolution and their effects on the mechanical …

The EUROfusion materials research program for DEMO in-vessel components aligns with
the European Fusion Roadmap and comprises the characterization and qualification of the …

This study reports on the microstructure and magnetism of pure iron irradiated with high
doses of helium ions. Iron alloys are important structural materials used as components in …

Fe-Cr alloys constitute the model systems for the investigation of radiation damage effects in
ferritic-martensitic steels which are candidate structural materials for fusion reactors. In the …

Fe-Cr alloys serve as model alloys for the investigation of radiation induced effects in ferritic-
martensitic steels which are candidate structural materials for future fusion reactors. In this …

Nuclear reactor environments provide a unique scientific and engineering challenge
wherein materials must tolerate prolonged exposure to concurrent irradiation, elevated …

This study reports on the magnetic hardening phenomenon of heavily helium ion-irradiated
iron–chromium alloys. The alloys are important structural materials in next-generation …

Iron-based alloys are widely used in the structural components of fission and fusion reactors.
Since the change in magnetic properties during neutron irradiation can cause harmful …