Scientific Basis for Nuclear Waste Management XI: Volume 112Michael J. Apted, Richard E. Westerman The MRS Symposium Proceeding series is an internationally recognised reference suitable for researchers and practitioners. |
Contents
MODELLING APPROACH TO THE PREDICTION OF EQUILIBRIUM | 3 |
FIXATION OF CESIUM BY CALCIUM ALUMINOSILICATE HYDRATES | 13 |
IMMOBILIZATION OF TECHNETIUM AND NITRATE IN CEMENT | 23 |
Copyright | |
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Common terms and phrases
1988 Materials Research actinides analcime analysis aqueous backfill basalt Basis for Nuclear bentonite boundary brine calcite calculated carbon cement cesium chemical chemistry clay components composition concentration container corrosion corrosion products corrosion rate decrease deionized water diffusion coefficient dissolution rate dissolved effect elements environment equation equilibrium experimental experiments Figure formation fraction fracture glass dissolution Grambow groundwater grout holes hydration increase initial ISBN Laboratory layer leachate leaching mass loss mass transfer mass-transfer Materials Research Society matrix measured migration minerals nitrogen nm filtrates Nuclear Waste Nuclear Waste Management nuclides observed oxidizing parameters phase precipitation predicted Proc radioactive waste radionuclides ratio reaction redox release rate Report repository rock samples saturation Scientific Basis silica simulations smectite solid solubility solution sorbed sorption species specimens spent fuel steel studies surface Table technetium temperature tests thermodynamic tracer transport tuff uranium values waste form Waste Management waste package Yucca Mountain