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Table of Contents
Chapter 1: Introduction
Chapter 2: Policy and Regulations for Nuclear Waste Management
Chapter 3: Basic Nuclear Science and Engineering
Chapter 4: Basic Chemical Science for Nuclear Waste Management
Chapter 5: Science of Risk and Radiation Protection
Chapter 6: Generation of Nuclear Waste from Nuclear Power
Chapter 7: Characteristics of Spent Fuel and Its Storage and Transportation
Chapter 8: Spent Fuel Reprocessing and Nuclear Waste Transmutation
Chapter 9: Engineered Barriers for Nuclear Waste Management
Chapter 10: Geological Barriers for Disposal of Nuclear Waste
Chapter 11: Movements of Radionuclides in Groundwater
Chapter 12: Performance Assessment of Geological Repository
Chapter 13: Management of Low and Intermediate Level Waste
Chapter 14: Decommissioning of a Nuclear Power Plant
Chapter 15: Cross-Cutting Systems Issues: Economics, Nuclear Nonproliferation and Security
Chapter 16: Social Aspects of Nuclear Waste Management
Chapter 17: Addressing Key Challenges in Nuclear Waste Management.
Chapter 2: Policy and Regulations for Nuclear Waste Management
Chapter 3: Basic Nuclear Science and Engineering
Chapter 4: Basic Chemical Science for Nuclear Waste Management
Chapter 5: Science of Risk and Radiation Protection
Chapter 6: Generation of Nuclear Waste from Nuclear Power
Chapter 7: Characteristics of Spent Fuel and Its Storage and Transportation
Chapter 8: Spent Fuel Reprocessing and Nuclear Waste Transmutation
Chapter 9: Engineered Barriers for Nuclear Waste Management
Chapter 10: Geological Barriers for Disposal of Nuclear Waste
Chapter 11: Movements of Radionuclides in Groundwater
Chapter 12: Performance Assessment of Geological Repository
Chapter 13: Management of Low and Intermediate Level Waste
Chapter 14: Decommissioning of a Nuclear Power Plant
Chapter 15: Cross-Cutting Systems Issues: Economics, Nuclear Nonproliferation and Security
Chapter 16: Social Aspects of Nuclear Waste Management
Chapter 17: Addressing Key Challenges in Nuclear Waste Management.