Fuel degradation, fission-product (FP) behaviour and aerosol characteristics

Facility NameTest IdentificationMeasured ParametersModellingSimulation CodeExperimental Research ProgramCountry
VERCORSRT 5UO2, burn-up=60 GWd/tU, Fuel collapseASTECFrance
VERCORSRT 4UO2/ZrO2 debris bed, burn-up=3 cycles, Fuel collapseASTECFrance
VERCORSRT 3MOX, burn-up=3 cycles, Fuel meltingASTECFrance
VERCORSRT 7UO2, burn-up=6 cycles, Fuel meltingASTECFrance
VERCORSRT 6UO2, burn-up=6 cycles, Fuel meltingASTECFrance
VERCORSRT 8UO2, burn-up=47 GWd/tU, max T=2900ASTECFrance
VERCORS1burn-up=42.9 GWd/tu, Max T=2130 KASTECHEVA/VERCORS ProgramFrance
VERCORS2burn-up=38,3 GWd/tu, Max T=21350 KASTECFrance
VERCORS3burn-up=38.3 GWd/tu, Max T=2570 KASTECFrance
VERCORS4burn-up=38.3 GWd/tu, Max T=2570 KASTECFrance
VERCORS5burn-up=38.3 GWd/tu, Max T=2570 KASTECFrance
VERCORS6burn-up=60 GWd/tu, Max T=2620 KASTECFrance
VERCORSHT1UO2, burn-up=47 GWd/tU, max T=2900ASTECFrance
VERCORSHT 3UO2, burn-up=47 GWd/tU, max T=2750ASTECFrance
VERCORSHT 2UO2, burn-up=47 GWd/tU, max T=2600ASTECFrance
VERCORSRT 1UO2, burn-up=47 GWd/tU, max T=2570ASTECFrance
VERCORSRT 2MOX, burn-up=41 GWd/tU, max T=2440ASTECFrance




Implemented as part of the Seaknot EU funded project (HORIZON-EURATOM-2021-NRT-01 under Grant Agreement No. 101060327) - WP2.6 UNIPI (2024-2026)