Argonne National Laboratory / CCFE / National Nuclear Laboratory / /
Country
Japan / United States / United Kingdom / Finland / /
Event
Funding / Bankruptcy / /
Facility
University of York / ASP facility / Oxford University / University of Oxford / Dalton Cumbrian Facility / Helsinki University / Imperial College / IVEM-Tandem facility / Materials Research Facility / National Nuclear User Facility / National Nuclear Laboratory / /
IndustryTerm
double kink formation energy / power law variation / energy-dependent statistics / high energy limit / nuclear research infrastructure / defect size scaling law / scientific equipment / barrier energy / fusion energy / low activation steel / model systems / fusion systems / longer lived activation products / fission power generation technology / fusion devices / nuclear detection equipment / power law / metal alloys / computational tools / high energy collision cascade / characteristic energy scale / high energy neutron irradiation / high-energy neutrons / energy / /
Organization
University of York / Oxford University / Helsinki University / Imperial College / Oxford and Imperial College / University of Oxford / /
Position
co-leader / /
Product
Lancaster / /
Technology
radiation / fission power generation technology / simulation / /
Annual Report of the EURATOM/CCFE Fusion ProgrammeMaterials 6.1 INTRODUCTION Until the end of 2013, CCFE provided the co-leader of the EFDA