Nuclear Waste Management, Volume 1George G. Wicks, Wayne A. Ross |
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Page 86
... irradiation , the leachabilities increased by factors of 30 , 13 , and 8 , respectively . The influence of gamma irradiation is assumed to be secondary : irradiation alters the leachant , form- ing in it species that are more reactive ...
... irradiation , the leachabilities increased by factors of 30 , 13 , and 8 , respectively . The influence of gamma irradiation is assumed to be secondary : irradiation alters the leachant , form- ing in it species that are more reactive ...
Page 87
... irradiation on the leachabilities , tiles were first leached at ambient temperature without irradiation until constant leach rates were reached , which took about 3 months . Then the tiles were exposed for 8 weeks to gamma irradiation ...
... irradiation on the leachabilities , tiles were first leached at ambient temperature without irradiation until constant leach rates were reached , which took about 3 months . Then the tiles were exposed for 8 weeks to gamma irradiation ...
Page 90
... irradiation , which they attributed to the radiolysis of nitrogen in the air present in the irradiation vessel and formation of nitric acid . This change in leachant they believed to be the main cause of the increase in leach rates . In ...
... irradiation , which they attributed to the radiolysis of nitrogen in the air present in the irradiation vessel and formation of nitric acid . This change in leachant they believed to be the main cause of the increase in leach rates . In ...
Contents
Management of defense highlevel waste | 1 |
Effect of flow rate on the leaching of nuclear | 12 |
Effects of flow on corrosion and surface film formation | 19 |
Copyright | |
13 other sections not shown
Common terms and phrases
acid actinides analysis basalt Basis for Nuclear bentonite berlinite borosilicate glass brine calciner canister cell cement ceramic cesium chemical clinoptilolite components composition concentration containing corrosion cost crystalline crystallization decontamination deionized water disposal dissolution effect electrodes elements feed flow rate fracture frit fuel glass leaching glass-ceramic graphite high-level waste hydrated immobilization Inconel interfaces irradiated layer leach rates leach test leachability leachant liquid materials matrix melt melter Nuclear Waste nuclear waste glasses Nuclear Waste Management oxide Pacific Northwest Laboratory particles perovskite phase powder Radioactive Waste radionuclides ratio reaction redox repository resin SA/V samples Savannah River Scientific Basis shown in Fig silica fume simulated SiO2 sludge slurry sodium solid solidified solubility solution species specimens sphene spinel storage supernatant surface area Synroc Table tank temperature thermal TiO2 uranium vitrification volume waste loading Waste Management West Valley X-ray zeolite zirconolite