Scientific Basis for Nuclear Waste Management X:, Volume 84
John K. Bates, Waldemar B. Seefeldt
Cambridge University Press, Apr 30, 1987 - Technology & Engineering - 829 pages
The MRS Symposium Proceeding series is an internationally recognised reference suitable for researchers and practitioners.
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DOE PROGRESS IN ASSESSING THE LONG TERM PERFORMANCE
DEVELOPMENT APPLICATION AND VALIDATION OF MODELS
ON A GLOBAL DATABASE STRATEGY FOR PUBLIC ENGINEERING
63 other sections not shown
actinides analysis aqueous autoclave basalt Basis for Nuclear bentonite brine calculated canister cement cesium chemical chemistry cladding clay coefficient colloids components composition concentration container corrosion products corrosion rate declad spent fuel diffusion dissolution rate dissolved effect electron elements engineered barrier environment equation equilibrium europium experimental experiments Figure geologic groundwater hydration hydrogen hydrolysis hydrothermal initial interactions ions kinetics layer leach rates leach tests leachate magnetite Materials Research Society measured metal minerals National Laboratory Nuclear Waste Nuclear Waste Management observed oxidation oxygen performance phase plutonium polyhalites pore portlandite potential precipitation predicted present radiation Radioactive Waste radionuclides ratio reaction reactor redox release rates Report repository rock salt samples saturated silicate simulated smectite sodium solid solubility solution sorbed sorption species specimens studies surface area Table technetium temperature thorite transport tuff uranium values vessel waste form waste glass Waste Management waste package Zircaloy