Materials for Nuclear Waste Immobilization - Ojovan, Michael I||Hyatt, Neil C.
English[eng]
Keywords: actinides||corrosion||modeling||paper sludge ash||americium||geological repository||seawater||burnup credit||spark plasma sintering||glass composite materials||spent nuclear fuel||leaching processes||zeolite polymer composite fiber||crystalline ceramics||glass||lanthanum||inorganic synthesis||durability||leaching||layered double hydroxides LDH||plutonium||sedimentation||conditioning||criticality safety||uranium||radionuclide||sintering||vitrification||rare earth elements||loading curves||silver iodide||forward dissolution rate||caesium phosphomolybdate||waste form||fractional release||alkali borosilicate glass||immobilisation||iodine||lesukite||geopolymer||radioactive cesium||ceramics||cesium adsorbed||immobilization||wasteforms||secondary phases||cesium||safe storage||borosilicate glass corrosion||research reactor fuel element U3Si2-Al||strontium||in situ fluid-cell Raman spectroscopy||magnesium potassium phosphate compound||chlorine||neodymium||zirconium molybdate||heavy ion irradiation||nuclear waste||microscopy||hazardous water