Modelling of chemical evolution in the near-field of the spent nuclear fuel repository: A case study

Keyphrases

• Groundwater 100%
• Spent Fuel 100%
• Near-field 100%
• Canister 100%
• Chemical Evolution 100%
• Spent nuclear Fuel Repository 100%
• Bentonite 66%
• Finland 33%
• Crystalline Bedrock 33%
• Nuclear Waste Disposal 33%
• Disposal Concepts 33%
• Equilibrium Modeling 33%
• Spent nuclear Fuel 33%
• Thermodynamic Equilibrium 33%
• Clay 33%
• Closed-loop System 33%
• Solubility-pH 33%
• Geochemical Environment 33%
• Compacted Bentonite Buffer 33%
• Actinide Solubility 33%

INIS

• modeling 100%
• spent fuels 100%
• ground water 60%
• canisters 60%
• bentonite 60%
• barriers 40%
• solubility 40%
• equilibrium 40%
• solutions 20%
• finland 20%
• interactions 20%
• environment 20%
• buffers 20%
• space 20%
• iron 20%
• chemistry 20%
• matrices 20%
• depth 20%
• copper 20%
• ph value 20%
• thermodynamics 20%
• clays 20%
• radioactive waste disposal 20%
• geochemistry 20%
• actinides 20%
• uranium dioxide 20%

Earth and Planetary Sciences

• Can 100%
• Nuclear Fuel 100%
• Chemical Evolution 100%
• Bentonite 100%
• Spent Fuels 100%
• Thermodynamic Equilibrium 33%
• Finland 33%
• Actinide 33%
• Radioactive Waste 33%
• Iron 33%