Corrosion and fuel interaction with environment
Coordinated by Christine Gueneau, CEA (FR)
Experimental and modelling techniques will be coupled to :
- Investigate the thermodynamic properties of the irradiated MOX fuel containing the fission products caesium, molybdenum, tellurium and iodine. The aim is to model the formation of the layer called JOG (Joint Oxide Gaine), that forms by migration of these fission products from the centre to the periphery of the fuel pin under thermal gradient.
- Investigate the chemical compatibility between the MOX fuel and the steel cladding. The phase equilibria in the UâPuâOâFe model system will be determined. The aim is to predict the phases that form at high temperature during a severe accident and to assess their margin to melting.
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Tuesday, 09:00First INSPYRE Workshop: Nufuel-MMSNF 2019
PSI, Villigen, Switzerland
Monday, 09:00First INSPYRE school on Generation IV reactors fuel cycle
Delft University of Technology, The Netherlands
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Sunday, 08:00European School on Nuclear Materials Science 2020
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