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Combined display of all available logs of Citizendium. You can narrow down the view by selecting a log type, the username (case-sensitive), or the affected page (also case-sensitive).
- 14:39, 6 April 2024 David MacQuigg talk contribs created page File:Proliferation Threats and Barriers IAEA.jpg ({{Image_Details |description = IAEA's table of proliferation threats and barriers |author = Nuclear Fuel Cycle and Materials Section, International Atomic Energy Agency |copyright = © IAEA, 2005 |source = Table 12 in IAEA-TECDOC-1450, 2005, Thorium fuel cycle — Potential benefits and challenges, https://www-pub.iaea.org/mtcd/publications/pdf/te_1450_web.pdf |date-created = 2005 |pub-country = Austria |notes = |versions = }})
- 14:39, 6 April 2024 David MacQuigg talk contribs uploaded File:Proliferation Threats and Barriers IAEA.jpg ({{Image_Details |description = IAEA's table of proliferation threats and barriers |author = Nuclear Fuel Cycle and Materials Section, International Atomic Energy Agency |copyright = © IAEA, 2005 |source = Table 12 in IAEA-TECDOC-1450, 2005, Thorium fuel cycle — Potential benefits and challenges, https://www-pub.iaea.org/mtcd/publications/pdf/te_1450_web.pdf |date-created = 2005 |pub-country = Austria |notes = |versions = }})
- 14:29, 14 March 2024 David MacQuigg talk contribs created page User:David MacQuigg/Sandbox/Nuclear fuel cycle/External Links (copy of old article)
- 14:22, 14 March 2024 David MacQuigg talk contribs created page User:David MacQuigg/Sandbox/Nuclear fuel cycle/Related articles (Created page with "{{subpages}} *Deep geological repository *Enrico Fermi *Global Nuclear Energy Partnership announced February, 2006 *Manhattan Project *Nuclear fission *Nuclear fuel *Nuclear reactor *Nuclear physics *Nuclear power plant *Nuclear proliferation *Spent nuclear fuel shipping cask *United States Naval reactor")
- 14:10, 14 March 2024 David MacQuigg talk contribs created page User:David MacQuigg/Sandbox/Nuclear fuel cycle/Discussion (Created page with "{{subpages}} * A sankey diagram showing mass flows from mine to metal would be instructive * The thorium cycle should have a similar diagram to the U.cycle. * A comma must be missing ad low enriched fuel grade U: 3,5%, not 35% * Costs, waste flows and the interrelationship with timing should be mentioned in more detail * With frequent links there is no need to go into great detail, but since wastes and risks are quite different at different points the reader might find...")
- 14:03, 14 March 2024 David MacQuigg talk contribs created page User:David MacQuigg/Sandbox/Nuclear fuel cycle (copy of old article)
- 13:53, 14 March 2024 David MacQuigg talk contribs created page User:David MacQuigg/Sandbox/Nuclear fuel/links (copy of old article)
- 13:51, 14 March 2024 David MacQuigg talk contribs created page User:David MacQuigg/Sandbox/Nuclear fuel (copy of old article)
- 14:04, 18 February 2024 David MacQuigg talk contribs uploaded File:Electricity Sources.jpeg ({{Image_Details |description = Electricity Sources for the Next 300 Years |author = Ed Francis |copyright = 2022 |source = https://www.quora.com/I-saw-that-storing-CO2-pulled-from-the-atmosphere-is-pretty-difficult-why-couldnt-we-break-it-down-into-O2-and-Carbon-with-a-chemical-reaction-That-would-surely-make-the-carbon-easier-to-store-right/answer/Frank-Zucco?comment_id=350832239&comment_type=2 |date-created = 2022 |pub-country = USA |notes = Answer to a question on Q...)
- 14:04, 18 February 2024 David MacQuigg talk contribs created page File:Electricity Sources.jpeg ({{Image_Details |description = Electricity Sources for the Next 300 Years |author = Ed Francis |copyright = 2022 |source = https://www.quora.com/I-saw-that-storing-CO2-pulled-from-the-atmosphere-is-pretty-difficult-why-couldnt-we-break-it-down-into-O2-and-Carbon-with-a-chemical-reaction-That-would-surely-make-the-carbon-easier-to-store-right/answer/Frank-Zucco?comment_id=350832239&comment_type=2 |date-created = 2022 |pub-country = USA |notes = Answer to a question on Q...)
- 05:44, 12 January 2024 David MacQuigg talk contribs uploaded File:Kerala Cancer Risk.png ({{Image_Details |description = Cancer Risk from living in Kerala India 1990 - 2017 |author = Jack Devanney |copyright = CC-BY-SA |source = Figure 2 in https://jackdevanney.substack.com/p/kerala-cancer-data-2021-update |date-created = 2024 |pub-country = USA |notes = |versions = }})
- 05:44, 12 January 2024 David MacQuigg talk contribs created page File:Kerala Cancer Risk.png ({{Image_Details |description = Cancer Risk from living in Kerala India 1990 - 2017 |author = Jack Devanney |copyright = CC-BY-SA |source = Figure 2 in https://jackdevanney.substack.com/p/kerala-cancer-data-2021-update |date-created = 2024 |pub-country = USA |notes = |versions = }})
- 16:14, 21 December 2023 David MacQuigg talk contribs created page User:David MacQuigg/Sandbox/The protactinium problem (Created page with "{{Image|Isotopes from Thorium.png|right|350px|Add image caption here.}}")
- 10:19, 21 December 2023 David MacQuigg talk contribs created page File:Isotopes from Thorium.png ({{Image_Details |description = Isotopes produced by irradiation of thorium |author = David MacQuigg |copyright = CC-BY-SA |source = self |date-created = 2023 |pub-country = USA |notes = data from Live Chart of the Nuclides www-nds.iaea.org |versions = }})
- 10:19, 21 December 2023 David MacQuigg talk contribs uploaded File:Isotopes from Thorium.png ({{Image_Details |description = Isotopes produced by irradiation of thorium |author = David MacQuigg |copyright = CC-BY-SA |source = self |date-created = 2023 |pub-country = USA |notes = data from Live Chart of the Nuclides www-nds.iaea.org |versions = }})
- 14:40, 20 November 2023 David MacQuigg talk contribs created page User:David MacQuigg/Sandbox/Nuclear Powered Shipping (Created page with "https://news.cision.com/american-bureau-of-shipping/r/groundbreaking-abs-study-explores-potential-of-commercial-nuclear-propulsion,c3810211 {{Image|Nuclear Container Ship 893a014b05e75dcf org.jpg|right|350px|Add image caption here.}} (HOUSTON) The transformational impact of nuclear propulsion on the design, operation and emissions of a 14k TEU container vessel and a 157k DWT Suezmax tanker have been modeled by ABS and Herbert Engineering Corp. (HEC) in a groundbreaking s...")
- 14:12, 20 November 2023 David MacQuigg talk contribs uploaded File:Nuclear Container Ship 893a014b05e75dcf org.jpg ({{Image_Details |description = Drawing of a proposed nuclear-powered container ship |author = American Bureau of Shipping |copyright = ©Cision |source = https://mb.cision.com/Public/19137/3808515/893a014b05e75dcf_org.jpg https://news.cision.com/american-bureau-of-shipping/i/nuclear-propulsion-bow,c3202080 |date-created = MON, JUL 24, 2023 15:00 CET |pub-country = USA |notes = |versions = }})
- 14:12, 20 November 2023 David MacQuigg talk contribs created page File:Nuclear Container Ship 893a014b05e75dcf org.jpg ({{Image_Details |description = Drawing of a proposed nuclear-powered container ship |author = American Bureau of Shipping |copyright = ©Cision |source = https://mb.cision.com/Public/19137/3808515/893a014b05e75dcf_org.jpg https://news.cision.com/american-bureau-of-shipping/i/nuclear-propulsion-bow,c3202080 |date-created = MON, JUL 24, 2023 15:00 CET |pub-country = USA |notes = |versions = }})
- 13:57, 12 November 2023 David MacQuigg talk contribs uploaded File:Natrium fuel.png ({{Image_Details |description = Natrium nuclear fuel rod |author = Mark Werner |copyright = TerraPower |source = https://www.youtube.com/watch?v=41omHk9cVR0 |date-created = 2022 |pub-country = USA |notes = Annular configuration of metal fuel allows close thermal contact with cladding and expansion inward for maximum burnup, 200 MWd per kg. |versions = }})
- 13:57, 12 November 2023 David MacQuigg talk contribs created page File:Natrium fuel.png ({{Image_Details |description = Natrium nuclear fuel rod |author = Mark Werner |copyright = TerraPower |source = https://www.youtube.com/watch?v=41omHk9cVR0 |date-created = 2022 |pub-country = USA |notes = Annular configuration of metal fuel allows close thermal contact with cladding and expansion inward for maximum burnup, 200 MWd per kg. |versions = }})