Scientific Basis for Nuclear Waste Management XXI: Symposium Held September 28-October 3, 1997, Davos, SwitzerlandIan G. McKinley, Charles McCombie |
Contents
How Physics | 3 |
A Regulatory Authoritys Needs for RD to Develop | 11 |
A View | 19 |
Copyright | |
122 other sections not shown
Common terms and phrases
actinides amorphous analysis atoms backfill behaviour bentonite Boom Clay boreholes buffer calcite calculated carbon cations cement ceramic cesium chemical coefficient components composition concentration containing coprecipitation corrosion density diffusion dissolution rate dissolved distribution dose effect elements equilibrium experimental experiments FEPs Figure flow fracture glass groundwater host rock hydration hydraulic conductivity increase interaction ions kinetic laboratory layer leach rates leachate materials matrix measured metatorbernite minerals montmorillonite Nagra Nirex Nuclear Waste Nuclear Waste Management nuclides observed oxidation oxygen parameters particles performance assessment permeability perovskite phase pore porewater porosity potential precipitation predicted present pressure processes radioactive waste radionuclides ratio reaction redox release Report repository samples saturation silica simulation sintered smectite solid solubility solution sorbed sorption specimens spent fuel structure surface Table temperature thermal thermodynamic tracer transport uranium values waste forms Waste Management zircon zirconolite zone