Uppsala University / Reactor Materials Research Unit / stable Fe / Angstr€om Laboratory / Royal Institute of Technology / / /
IndustryTerm
appropriate visualisation tools / average displacement energy / kinetic energy / ad hoc postprocessing tools / simulation tool / positive binding energy / empirical power law / high recoil energy / negligible binding energy / damage energy / lower average threshold energy / velocity algorithm / cohesive energy / energy / recoil energy / monitored using appropriate visualisation tools / /
Organization
Institute of Technology / AlbaNova University Centre / Sweden Department of Nuclear and Reactor / Angstr€om Laboratory / Uppsala University / Belgium Department of Neutron Research / Reactor Materials Research Unit / /
Person
A.F. Calder / F. Gao / R. Chakarova / V / John Wiley / F. Gao / V / / /
Position
D.J. / Corresponding author / /
Product
B 47 / /
ProgrammingLanguage
EC / /
Technology
radiation / rescaling velocity algorithm / European Fusion Technology / simulation / recombination / using the rescaling velocity algorithm / /
Journal of Nuclear Materials 329––1160 www.elsevier.com/locate/jnucmat Molecular dynamics simulation of displacement cascades in Fe–Cr alloys L. Malerba