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Summary Of: Uranium enrichment

Uranium Enrichment Corporation of South Africa... Uranium enrichment calculator designed by the WISE Uranium Project... Uranium Enrichment and Nuclear Weapon Proliferation...

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Proportions of uranium-238 (blue) and uranium-235 (red) found naturally versus grades that are enriched by separating the two isotopes atom-by-atom using various methods that all require a massive investment in time and money. | | uranium | uranium-235 | isotope separation | 238U | isotope | fissionable | thermal neutrons | nuclear power generation | nuclear weapons | International Atomic Energy Agency | nuclear weapons proliferation | Manhattan Project | Oak Ridge | alloy | tonnes | nuclear weapons | naval propulsion | depleted uranium | radioactive | armour | penetrating weapons | A drum of yellowcake (a mixture of uranium precipitates) | | yellowcake | natural uranium | heavy water reactors | CANDU | Reprocessed uranium | fuel cycle | light water reactors | uranium-236 | light water reactors | research reactors | A billet of highly enriched uranium metal | | critical mass | nuclear chain reaction | fast neutron reactors | naval reactors | atomic weights | nuclear resonance | cascade | Gaseous diffusion | uranium hexafluoride | semi-permeable membranes | Cold War | Thermal diffusion | S-50 | Oak Ridge, Tennessee | World War II | A cascade of gas centrifuges at a U.S. enrichment plant | | gas centrifuge | Diagram of the principles of a Zippe-type gas centrifuge with U-238 represented in dark blue and U-235 represented in light blue | | Zippe centrifuge | Urenco | Pakistan | Atomic vapor laser isotope separation | lasers | Molecular laser isotope separation | fluorine | uranium pentafluoride | Separation of isotopes by laser excitation | USEC | Schematic diagram of an aerodynamic nozzle. Many thousands of these small foils would be combined in an enrichment unit. | | vortex tube | aerodynamic | hydrogen | helium | Uranium Enrichment Corporation of South Africa | Helikon vortex separation process | Brazil | Schematic diagram of uranium isotope separation in a calutron shows how a strong magnetic field is used to redirect a stream of uranium ions to a target, resulting in a higher concentration of uranium-235 (represented here in dark blue) in the inner fringes of the stream. | | calutron | Calutron | electromagnetic isotope separation | mass spectrometer | Calutron | Little Boy | Hiroshima | valency | oxidation/reduction | Japan | ion-exchange | superconducting magnets | plasma physics | ion cyclotron resonance | plasma | ions | value function | kilowatt-hours | gigajoules | t | a | 234U | natural uranium | 236U | neutron poison | ASTM | Megatons to Megawatts Program | United States Enrichment Corporation | nuclear power plants | Eurodif | Iran's holding | laser enrichment | Natural Resources Defense Council | 1997 | 06-12 | 2007 | 12-19 | 2008 | 04-11 | doi | 2006 | 09-01 | 2006 | 05-26 | | Wiktionary | Uranium mining | Uranium market | Nuclear reprocessing | United States Enrichment Corporation | Nuclear fuel cycle | Nuclear power | AREVA | Eurodif | Urenco Group | v | d | Nuclear technology | Physics | Fission | Fusion | Radiation | ionizing | Nucleus | Safety | Chemistry | Engineering | Fuels | Fertile material | Thorium | Uranium | depleted | Plutonium | Deuterium | Tritium | Isotope separation | Power | Reactor technology | Economics | Propulsion | rocket | Fusion | Isotope thermoelectric (RTG) | Reactor
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This article is licensed under the GNU Free Documentation License. It uses material from the Wikipedia article "Uranium enrichment".