Category:Uranium enrichment
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industrial process of increasing the proportion of uranium-235 in uranium (and lowering the proportion of uranium-238) through isotope separation | |||||
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English: Uranium enrichment refers to the physical separation of isotopes of uranium-235 from the greater mass of uranium-238. Nuclear reactors often use uranium enriched to 5% uranium-235, while nuclear weapons require uranium enriched to around 90% uranium-235.
日本語: ウラン濃縮はウラン235を大部分がウラン238の天然ウランや低濃縮ウランから濃縮する工程で原子力発電では5%のウラン235で、核兵器ではおよそ90%の高濃度のウラン235が必要とされる。
Subcategories
This category has the following 4 subcategories, out of 4 total.
Media in category "Uranium enrichment"
The following 50 files are in this category, out of 50 total.
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Aerodynamic enrichment nozzle-fr.svg 734 × 513; 9 KB
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Aerodynamic enrichment nozzle-he.svg 734 × 513; 21 KB
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Aerodynamic enrichment nozzle-ru.svg 677 × 468; 3 KB
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Aerodynamic enrichment nozzle.svg 734 × 513; 24 KB
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Alpha calutron receiver.jpg 640 × 1,045; 73 KB
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Calutron ion source.jpg 640 × 758; 66 KB
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Conventions Enrichissement.svg 269 × 120; 9 KB
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Conversion of Yellow Cake to UF6.png 640 × 340; 18 KB
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Cycle01.png 1,024 × 43; 31 KB
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Cycle02.png 1,024 × 43; 30 KB
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Cycle03.png 1,024 × 43; 30 KB
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Cycle04.png 1,024 × 43; 31 KB
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Cycle05.png 1,024 × 43; 31 KB
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Cycle06.png 1,024 × 43; 31 KB
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Cycle07.png 1,024 × 43; 30 KB
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Cycle08.png 1,024 × 43; 31 KB
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Diagram of uranium isotope separation in the calutron.jpg 640 × 424; 42 KB
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DUF6 cylinder leak.gif 296 × 226; 34 KB
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Electromagnetic separation.svg 756 × 584; 114 KB
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ETC Almelo 01.jpg 5,328 × 4,000; 5.1 MB
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ETC Almelo 02.jpg 6,000 × 4,000; 3.03 MB
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ETC Almelo 03.jpg 5,724 × 3,219; 2.34 MB
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Gas centrifuge for uranium enrichment.png 2,411 × 4,999; 285 KB
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Gaseous diffusion process.jpg 841 × 1,167; 132 KB
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HD.15.082 (11840449074).jpg 2,152 × 2,604; 628 KB
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HD.6B.468 (11325614766).jpg 3,200 × 2,712; 687 KB
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HEUranium-ccw.jpg 1,420 × 1,259; 185 KB
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HEUranium.jpg 3,200 × 2,560; 3.37 MB
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HEUraniumC.jpg 3,200 × 2,560; 1.83 MB
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Kinfini&UTS.JPG 1,186 × 872; 81 KB
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Leslie Groves letter about James A. Rafferty.pdf 1,275 × 1,650; 1.01 MB
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S1 Committee 1942.jpg 1,024 × 783; 428 KB
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Séparation des isotopes de l’uranium .png 289 × 329; 17 KB
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The Uranium Pathway.svg 1,532 × 1,112; 702 KB
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Transformation chimique de l uranium.png 1,202 × 429; 72 KB
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Transportwaggons Urananreicherungsanlage Urenco Gronau.jpg 3,825 × 2,868; 2.75 MB
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Trenndüse-Prinzip-3d.jpg 1,192 × 894; 395 KB
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Uranium enrichment proportions (horizontal).svg 2,000 × 800; 7 KB
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Uranium enrichment proportions CZ.png 220 × 645; 52 KB
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Uranium enrichment proportions es.svg 820 × 2,165; 13 KB
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Uranium enrichment proportions sv.svg 742 × 2,165; 12 KB
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Uranium enrichment proportions zh.svg 742 × 2,165; 72 KB
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Uranium enrichment proportions-fr.svg 760 × 2,160; 13 KB
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Uranium enrichment proportions-he.svg 742 × 2,165; 102 KB
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Uranium enrichment proportions.svg 750 × 2,200; 4 KB
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Uranium Hexafluoride Enrichment.svg 1,902 × 976; 14 KB
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Uranium production-en.svg 802 × 912; 46 KB
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Urantransport von der Urananreicherungsanlage Gronau im Bahnhof Coesfeld.jpg 1,929 × 1,203; 513 KB
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Value function.jpg 686 × 766; 66 KB
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