PISBN：9780857094353
出版社：Woodhead Publishing
出版时间：2013
作者：Lee,William
主题词：Emergent Event Tree,Equipment Failure,Failure Trees,Probability Of Failure,Risk,Safety,Accident Prevention,Accidents,Probability,Radioactive Waste Disposal,Radioactive Wastes,Risks,Safety Engineering,Emergency Accidents,Equipment Failures,Event Trees,Failure Trees,Near-Surface Disposal,Probabilistic Analysis,Probability Of Failure,Safety And Risk Assessment,Risk Assessment,Disposal,Pre-Disposal,Radioactive Waste,Remediation,Safety,Standards,Transport,Accident Prevention,Pollution,Radioactive Waste Transportation,Radioactive Wastes,Radioactivity,Remediation,Safety Engineering,Standards,Waste Disposal,Waste Management,Contaminated Sites,Current Status,International Safety Standards,Safety Requirements,Transport,Radioactive Waste Disposal,Bwr Reactors,Clean-Up,Contamination,Dispersion,Fukushima,Accidents,Boiling Water Reactors,Contamination,Dispersion (Waves),Nuclear Fuels,Nuclear Power Plants,Radiation Effects,Radioactive Materials,Current Situation,Damaged Facilities,Fukushima,Fukushima Dai-Ichi Nuclear Power Plants,Human Health,Sequence Of Events,Dispersions,Accident,Clean-Up,Decommissioning,Disposal,Environmental Remediation,Planning,Transportation,Accidents,Decommissioning (Nuclear Reactors),Environmental Technology,Planning,Pollution,Radioactive Materials,Site Selection,Transportation,Waste Disposal,Waste Management,Contaminated Sites,Environmental Contamination,Environmental Remediation,Personnel Resources,Potential Exposure,Remedial Actions,Site Characterization,Waste Generation,Radioactive Waste Disposal,Chernobyl Accident,Decontamination And Clean-Up,Radioactive Waste Management In Ukraine,Accidents,Decontamination,Nuclear Energy,Nuclear Fuels,Nuclear Power Plants,Nuclear Reactor Accidents,Radiation Decontamination,Radioactive Wastes,Radioactivity,Chernobyl,Chernobyl Accident,Contaminated Sites,Ukraine,Waste Management,Advanced Waste Forms,Bitumin,Bituminization,Cement,Cementation,Conditioning,Encapsulation,Glass,Immobilization,Vitrification,Waste Form,Borosilicate Glass,Cementing (Shafts),Cements,Encapsulation,Glass,Natural Gas Conditioning,Nuclear Fuels,Nuclear Power Plants,Phase Separation,Radioactive Waste Vitrification,Radioactive Wastes,Radioactivity,Vitrification,Waste Disposal,Alkali Borosilicate Glass,Aluminophosphate Glass,Bitumin,Bituminization,Cementation,High Level Radioactive Wastes,Processing Technologies,Waste Forms,Radioactive Waste Disposal,Borosilicate Glass,Geological Disposal,High Level Waste,Highly Enriched Uranium (Heu),Immobilization,Mox,Non-Proliferation,Nuclear Wastes,Plutonium,Pyrochemical Wastes,Synroc-Type Ceramics,Transuranic Waste (Tru),Waste Form,Waste Oil,Borosilicate Glass,Ceramic Materials,Geology,Manufacture,Nuclear Weapons,Plutonium,Radioactive Waste Vitrification,Radioactive Wastes,Radioactivity,Waste Disposal,Waste Management,Wastes,Geological Disposals,High Level Waste,Highly 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Strategy,Nuclear Weapons,Epicentral Zone,Monitoring,Radioactive Waste,Thermal Radiation,Underground Nuclear Explosion,Heat Radiation,Monitoring,Radioactive Wastes,Thermal Logging,Underground Explosions,Geothermal Activity,Remote Monitoring,Thermal Anomalies,Thermal Survey,Underground Nuclear Explosions,Nuclear Explosions,Nuclear Fuel Cycle,Nuclear Reactor Programme Decommissioning,Nuclear Waste,Waste Classification,Waste Management,Nuclear Fuel Reprocessing,Nuclear Reactors,Radioactive Wastes,Radioactivity,Contaminated Sites,Management Policy,Nuclear Fuel Cycles,South Africa,Waste Classification,Waste Management,Cementation,Combined Lrw Treatment,Contaminated Region,Plasma Technology,Protective Coating,Radiation Techniques,Radiation-Ecological Monitoring,Radioactive Waste,Repositories,Spent Ionizing Sources,State Accounting System,Vitrification,Nuclear Fuels,Protective Coatings,Radioactive Materials,Radioactive Wastes,Vitrification,Waste Management,Waste Treatment,Accounting System,Cementation,Combined Lrw Treatment,Contaminated Region,Ecological Monitoring,Plasma Technology,Repositories,Radioactive Waste Vitrification,Legal Framework,Nuclear Waste,Repository Siting,Site Clean-Up,Uranium Mining,Radioactive Wastes,Radioactivity,Uranium,Waste Disposal,Waste Management,Historical Background,Intermediate Level Wastes,Legal Frameworks,Nuclear Facilities,Repository Siting,Site Clean-Up,Spent Nuclear Fuels,Uranium Mining,Radioactive Waste Disposal,0,Solid Wastes,Waste Management,0,Solid Wastes,Waste Management,Classification Of Waste,Conventional Risk,Orphan Polluted Sites,Radiological Risk,Site Remediation,Waste Management,Waste Management Organization,0,Decommissioning Strategy,Disposal And Storage Of Radioactive Waste,Nuclear Power In Scotland,Scottish Radioactive Waste Policy,Volumes Of Radioactive Waste In Scotland,0,0,0
学科：TK 能源与动力工程
语种：英语
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