Scientific basis for nuclear waste management XXXI: symposium held September 16-21, 2007, Sheffield, United Kingdom
Materials Research Society, 2008 - Technology & Engineering - 709 pages
This book offers an overview of the status of the UK's clean-up program and reviews international research programs including those in Europe and the United States. Topics Include: geological disposal concepts; ILW wasteforms; glasses and glass composite materials; leaching; ceramic wasteforms; radiation effects; Pu wasteforms; spent fuel; engineered barrier systems; mobilization, migration and retention and performance assessment.
83 pages matching temperature in this book
Results 1-3 of 83
What people are saying - Write a review
We haven't found any reviews in the usual places.
The UK National Nuclear Laboratory and Waste
Opportunities for Research in the UK
Overview of the CEA French Research Program
74 other sections not shown
Other editions - View all
2008 Materials Research acid actinides alkali analysis assessment behaviour bentonite boltwoodite Boom Clay borehole borosilicate glass calcite calcium calculated canister carbonation cations cement cenospheres ceramic chemical clinoptilolite concentration containing corrosion crack crystal crystalline cubic zirconia density developed diffusion disposal dissolution durability elements encapsulation experimental experiments Figure flux fracture glass compositions granite groundwater grout hollandite hydration immobilisation increase ions irradiation leachate leaching long-term Magnox Materials Research Society matrix melter melting metal Nuclear Waste option oxide parameters particles performed perovskite phase plutonium pore porosity potential Proc radioactive waste radionuclides ratio reaction redox release repository rock samples simulated sludge solid solubility solution sorption spent fuel structure surface surrogate Symp Table temperature tests tonalite transport U(VI uranium vitrification volume waste loading Waste Management waste package wasteform zeolite zircon zirconia zirconolite