Scientific Basis for Nuclear Waste Management, Volume 2Plenum Press, 1979 - Glass waste |
Contents
REMARKS ABOUT DEPARTMENT OF ENERGY POLICY | 1 |
SURVEY OF HIGHLEVEL RADIOACTIVE WASTE FORMS | 21 |
DEVELOPMENT OF SOLID RADIONUCLIDE WASTE FORMS | 39 |
Copyright | |
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actinides americium analysis aquifer argillite assessment barriers behavior borehole borosilicate glass brine calcine calculated canister cation ceramic cesium chemical clay minerals composition concentration containing corrosion crystals decay decrease density determined developed diffusion disposal distribution coefficients dose effects elements Energy evaporite experimental experiments fission products flow formation fraction fracture fuel geologic groundwater heat high level waste increase irradiation layer leach rate liquid material matrix measured migration monazite NaCl Nuclear Waste Nuclear Waste Management nuclides oxide Pacific Northwest Laboratory parameters permeability phase plutonium polyhalite pressure radiation Radioactive Waste radionuclides range ratio reaction release Report repository ruthenium samples Sandia Laboratories scenarios shown in Fig silicate simulated solid solubility solution sorption stability storage Stripa studies supercalcine surface area SYNROC Table temperature thermal tion transport uranium values velocity vitrification waste form waste glass Waste Isolation WIPP zeolites zirconolite