Fusion-Fission Hybrid Nuclear Reactors
portes grátis
Fusion-Fission Hybrid Nuclear Reactors
For enhanced nuclear fuel utilization and radioactive waste reduction
Stacey, Weston M.
Institution of Engineering and Technology
08/2022
296
Dura
Inglês
9781839536519
15 a 20 dias
Descrição não disponível.
Chapter 1: Introduction
Chapter 2: Nuclear electric power production
Chapter 3: Scientific basis of nuclear fission energy
Chapter 4: Uranium nuclear fission power fuel cycle
Chapter 5: Fission energy fuel resources
Chapter 6: Technological basis of nuclear fission power
Chapter 7: Conversion of nuclear fission energy to electrical energy
Chapter 8: Advanced fission reactors
Chapter 9: The Nuclear Reactor Physics, Nuclear Reactor Engineering, Plasma Physics, and Fusion Technology disciplines
Chapter 10: Safety of nuclear fission power reactors
Chapter 11: The nuclear fission power fuel cycle
Chapter 12: Scientific and technological basis of nuclear fusion power
Chapter 13: Nuclear fusion power reactor studies
Chapter 14: Future improvements in fusion physics and technology
Chapter 15: Fusion-fission hybrid reactors
Chapter 16: Principles and technical rationale of the fusion-fission hybrid breeder and burner reactors
Chapter 17: Illustrative future fusion-fission hybrid reactor designs
Chapter 18: SABR tokamak burner fuel cycles (using fusion neutrons to fission nuclear waste and close the back end of the fission fuel cycle
Chapter 19: Computational models for tritium breeding ratio and fissile breeding ratios
Chapter 20: Physics and engineering design constraints on fusion-fission hybrids
Chapter 21: Status of fusion development vis-a-vis a neutron source for FFH
Chapter 22: Fusion neutron enhancement of a breeding nuclear fission fuel cycle
Chapter 23: Using fusion neutrons to achieve a burning fission fuel cycle
Chapter 24: Fuel cycle methodology, summary and conclusions
Chapter 25: Using fusion neutrons to achieve a breeding fission fuel cycle
Chapter 26: Dynamic safety analyses of FFH reactors
Chapter 27: Space-dependent dynamics calculation model for a sodium pool-cooled fast transmutation reactor (SABR#2)
Chapter 28: The panacea of just harvesting "free" green energy?
Chapter 29: Summary, discussion, and recommendations
Chapter 2: Nuclear electric power production
Chapter 3: Scientific basis of nuclear fission energy
Chapter 4: Uranium nuclear fission power fuel cycle
Chapter 5: Fission energy fuel resources
Chapter 6: Technological basis of nuclear fission power
Chapter 7: Conversion of nuclear fission energy to electrical energy
Chapter 8: Advanced fission reactors
Chapter 9: The Nuclear Reactor Physics, Nuclear Reactor Engineering, Plasma Physics, and Fusion Technology disciplines
Chapter 10: Safety of nuclear fission power reactors
Chapter 11: The nuclear fission power fuel cycle
Chapter 12: Scientific and technological basis of nuclear fusion power
Chapter 13: Nuclear fusion power reactor studies
Chapter 14: Future improvements in fusion physics and technology
Chapter 15: Fusion-fission hybrid reactors
Chapter 16: Principles and technical rationale of the fusion-fission hybrid breeder and burner reactors
Chapter 17: Illustrative future fusion-fission hybrid reactor designs
Chapter 18: SABR tokamak burner fuel cycles (using fusion neutrons to fission nuclear waste and close the back end of the fission fuel cycle
Chapter 19: Computational models for tritium breeding ratio and fissile breeding ratios
Chapter 20: Physics and engineering design constraints on fusion-fission hybrids
Chapter 21: Status of fusion development vis-a-vis a neutron source for FFH
Chapter 22: Fusion neutron enhancement of a breeding nuclear fission fuel cycle
Chapter 23: Using fusion neutrons to achieve a burning fission fuel cycle
Chapter 24: Fuel cycle methodology, summary and conclusions
Chapter 25: Using fusion neutrons to achieve a breeding fission fuel cycle
Chapter 26: Dynamic safety analyses of FFH reactors
Chapter 27: Space-dependent dynamics calculation model for a sodium pool-cooled fast transmutation reactor (SABR#2)
Chapter 28: The panacea of just harvesting "free" green energy?
Chapter 29: Summary, discussion, and recommendations
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fission reactor design; fission reactor fuel; fission reactor fuel reprocessing; neutron sources; nuclear power; radioactive waste processing; uranium
Chapter 1: Introduction
Chapter 2: Nuclear electric power production
Chapter 3: Scientific basis of nuclear fission energy
Chapter 4: Uranium nuclear fission power fuel cycle
Chapter 5: Fission energy fuel resources
Chapter 6: Technological basis of nuclear fission power
Chapter 7: Conversion of nuclear fission energy to electrical energy
Chapter 8: Advanced fission reactors
Chapter 9: The Nuclear Reactor Physics, Nuclear Reactor Engineering, Plasma Physics, and Fusion Technology disciplines
Chapter 10: Safety of nuclear fission power reactors
Chapter 11: The nuclear fission power fuel cycle
Chapter 12: Scientific and technological basis of nuclear fusion power
Chapter 13: Nuclear fusion power reactor studies
Chapter 14: Future improvements in fusion physics and technology
Chapter 15: Fusion-fission hybrid reactors
Chapter 16: Principles and technical rationale of the fusion-fission hybrid breeder and burner reactors
Chapter 17: Illustrative future fusion-fission hybrid reactor designs
Chapter 18: SABR tokamak burner fuel cycles (using fusion neutrons to fission nuclear waste and close the back end of the fission fuel cycle
Chapter 19: Computational models for tritium breeding ratio and fissile breeding ratios
Chapter 20: Physics and engineering design constraints on fusion-fission hybrids
Chapter 21: Status of fusion development vis-a-vis a neutron source for FFH
Chapter 22: Fusion neutron enhancement of a breeding nuclear fission fuel cycle
Chapter 23: Using fusion neutrons to achieve a burning fission fuel cycle
Chapter 24: Fuel cycle methodology, summary and conclusions
Chapter 25: Using fusion neutrons to achieve a breeding fission fuel cycle
Chapter 26: Dynamic safety analyses of FFH reactors
Chapter 27: Space-dependent dynamics calculation model for a sodium pool-cooled fast transmutation reactor (SABR#2)
Chapter 28: The panacea of just harvesting "free" green energy?
Chapter 29: Summary, discussion, and recommendations
Chapter 2: Nuclear electric power production
Chapter 3: Scientific basis of nuclear fission energy
Chapter 4: Uranium nuclear fission power fuel cycle
Chapter 5: Fission energy fuel resources
Chapter 6: Technological basis of nuclear fission power
Chapter 7: Conversion of nuclear fission energy to electrical energy
Chapter 8: Advanced fission reactors
Chapter 9: The Nuclear Reactor Physics, Nuclear Reactor Engineering, Plasma Physics, and Fusion Technology disciplines
Chapter 10: Safety of nuclear fission power reactors
Chapter 11: The nuclear fission power fuel cycle
Chapter 12: Scientific and technological basis of nuclear fusion power
Chapter 13: Nuclear fusion power reactor studies
Chapter 14: Future improvements in fusion physics and technology
Chapter 15: Fusion-fission hybrid reactors
Chapter 16: Principles and technical rationale of the fusion-fission hybrid breeder and burner reactors
Chapter 17: Illustrative future fusion-fission hybrid reactor designs
Chapter 18: SABR tokamak burner fuel cycles (using fusion neutrons to fission nuclear waste and close the back end of the fission fuel cycle
Chapter 19: Computational models for tritium breeding ratio and fissile breeding ratios
Chapter 20: Physics and engineering design constraints on fusion-fission hybrids
Chapter 21: Status of fusion development vis-a-vis a neutron source for FFH
Chapter 22: Fusion neutron enhancement of a breeding nuclear fission fuel cycle
Chapter 23: Using fusion neutrons to achieve a burning fission fuel cycle
Chapter 24: Fuel cycle methodology, summary and conclusions
Chapter 25: Using fusion neutrons to achieve a breeding fission fuel cycle
Chapter 26: Dynamic safety analyses of FFH reactors
Chapter 27: Space-dependent dynamics calculation model for a sodium pool-cooled fast transmutation reactor (SABR#2)
Chapter 28: The panacea of just harvesting "free" green energy?
Chapter 29: Summary, discussion, and recommendations
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
