Nuclear power reconsidered/Related Articles
Jump to navigation
Jump to search
- See also changes related to Nuclear power reconsidered, or pages that link to Nuclear power reconsidered or to this page or whose text contains "Nuclear power reconsidered".
Parent topics
Energy policy and global warming: results of various national policies on CO2 emissions [e]
Nuclear waste management: Storage and disposal of spent fuel and waste from nuclear power plants [e]- Cost of nuclear power: A discussion of various ways of measuring generating costs of Nuclear power [e]
Existing reactor designs
Molten salt reactor: A nuclear reactor using molten salt as the fuel or coolant [e]- Pressurized Water Reactor: uses atomic fission to heat water in a primary loop, then pipes the heated water to a heat exchanger to generate steam in a secondary loop, then uses the steam to drive a turbine; only water in the primary loop becomes radioactive. [e]
Proposed reactor designs
Advanced Reactors Information System[1] showcases many new reactor designs. Here are a few of them:
- FC-MSR_nuclear_reactor: Elysium's reactor with no moderator, capable of burning spent nuclear fuel and bomb cores. [e]
- High Temperature Gas-cooled Reactor: a medium-sized, next-gen, uranium-fueled, graphite-moderated, helium-cooled reactor that can provide heat for industrial processes, with electricity generation a secondary role [e]
- Molten chloride fast reactor: TerraPower's Molten Chloride Fast Reactor[2] [e]
- Natrium reactor: A fast reactor using molten sodium as the coolant. Development funded by Bill Gates. Like the MCSFR, capable of burning spent nuclear fuel. [e]
- NuScale small modular reactor: A smaller version of a standard Pressurized Water Reactor (PWR) with additional safety features.[3] [e]
- ThorCon nuclear reactor: A molten salt reactor (MSR) using a mix of uranium and thorium in a fluoride salt with a graphite moderator. [e]
- Very_high_temperature_reactor: A nuclear reactor using helium gas as a coolant, that might provide process heat for production of zero-carbon hydrogen from water.[4] [e]
- Fear of radiation: The science relating to public fear of radiation [e]
- Radiation Hazards: what everyone concerned about radiation and health should know [e]
- Nuclear_waste_management: Storage and disposal of spent fuel and waste from nuclear power plants [e]
- Nuclear_proliferation: the spread of nuclear weapons to nations and non-state actors [e]
- Cost_of_nuclear_power: A discussion of various ways of measuring generating costs of Nuclear power [e]
- Energy storage: technologies relevant to large-scale use of renewable but intermittent electric power [e]
- Mining of uranium and thorium: three-quarters of the world's uranium is mined in Kazakhstan, Canada, Australia and Namibia; many of today's mines in Canada and Australia are managed for safety and environmental concerns [e]
- Uranium fuel cycle: Add brief definition or description
- Thorium fuel cycle: Add brief definition or description
- Molten salt reactor: A nuclear reactor using molten salt as the fuel or coolant [e]
- Fast neutron reactor: a nuclear reactor in which the fission chain reaction is sustained by fast neutrons, as opposed to thermal neutrons, requiring fuel rich in fissile material and not requiring a neutron moderator. [e]
- Nuclear jokes: memes, video games, miscellaneous nonsense [e]
Background topics
- Nuclear fission: A reaction by which a nucleus of a suitable isotope of an element with a high atomic number splits into two nuclei of lower atomic numbers and one or more neutrons and a relatively large release of energy per atom. [e]
- Nuclear fusion: A process in which small atomic nuclei fuse and release energy. In a hydrogen bomb, fusion of deuterium and tritium (two isotopes of hydrogen) releases four times as much energy as the same mass of uranium in a fission bomb. [e]
}
- Uranium: A silvery-white metallic chemical element in the actinide series of the periodic table that has the symbol U and atomic number 92. [e]
- Plutonium: Mainly man-made radioactive element (Z = 94); its 239 isotope is fissionable and used in nuclear weapons; the 240 isotope is used in some nuclear power reactors [e]
- International Atomic Energy Agency: An international organization established in July 1957, which seeks to promote the peaceful use of nuclear energy and to inhibit its use for military purposes. [e]
Citizendium articles about opposition to nuclear energy or nuclear weapons
- Anti-nuclear movement: The sociological position of opposition to all or most nuclear engineering, rather than more focused objection to nuclear weapons or nuclear power generation [e]
- Anti-nuclear protest: Protest demonstrations in support of the anti-nuclear movement, more about a general opposition to nuclear engineering than to specific technologies; sometimes tied to even more general antiwar and other protest [e]
- Treaty on the Non-Proliferation of Nuclear Weapons: The principal worldwide agreement for controlling the spread of nuclear weapons and nuclear weapons technology, without inhibiting the peaceful use of nuclear energy [e]
Footnotes and References
- ↑ Advanced Reactors Information System showcases many new reactor designs.
- ↑ MCFR Fact Sheet https://www.terrapower.com/wp-content/uploads/2021/04/TP_2021_MCFR_Technology.pdf
- ↑ https://www.science.org/news/2019/02/smaller-safer-cheaper-one-company-aims-reinvent-nuclear-reactor-and-save-warming-planet
- ↑ https://www.gen-4.org/gif/jcms/c_9362/vhtr