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  • File:Transport of Used Nuclear Fuel in Japan.jpg
    |description = Road transport of used fuel, Japan (Image: Nuclear Fuel Transport Ltd.) |author = Nuclear Fuel Transport Ltd.
    (606 × 450 (249 KB)) - 11:53, 11 January 2023
  • File:Natrium fuel.png
    |description = Natrium nuclear fuel rod |notes = Annular configuration of metal fuel allows close thermal contact with cladding and expansion inward for maximum
    (2,768 × 1,550 (1.42 MB)) - 10:28, 18 November 2023
  • File:SNF dose rate.png
    |description = Spent Nuclear Fuel dose rate at fuel element surface. |notes = Not clear if a "fuel element" is a bundle or a rod.
    (1,340 × 850 (553 KB)) - 12:43, 18 March 2023
  • File:A multi-fuel furnace being charged with firewood fuel, via BNL.jpg
    |description = A multi-fuel furnace being charged with firewood fuel
    (1,024 × 680 (575 KB)) - 19:53, 19 April 2022
  • File:Rod with Metal Fuel.png
    |description = Nuclear fuel rod with metal fuel and sodium coolant. |notes = Illustration of inherent safety possible with metal fuel and sodium coolant.
    (814 × 744 (89 KB)) - 22:14, 4 March 2023
  • File:Rim200pd250rad1000fueltemp.jpg
    Nuclear fuel temp calcs This is a graph of the temperture inside a UO2 nuclear fuel pellet which is in use. The red line is for the dioxide while the other lin
    (911 × 623 (40 KB)) - 19:55, 11 March 2022
  • File:Metal fuel rod.png
    |description = Metal fuel (12% burnup) |notes = Metal fuel burns longer, and any fission products leaking from the cladding will be im
    (650 × 638 (587 KB)) - 19:31, 2 May 2023
  • File:ThorCon Fuel Cycle.png
    ...or a once-through fuel cycle. Green numbers include reprocessing the spent fuel. |source = https://thorconpower.com/fuel/
    (2,170 × 1,478 (1.27 MB)) - 11:33, 18 October 2023
  • File:Dose Rate at Fuel Element Surface.png
    |description = Dose Rate from spent nuclear fuel ...Figure 4 in https://jackdevanney.substack.com/p/600-year-old-spent-nuclear-fuel-is<br>
    (1,000 × 600 (84 KB)) - 10:33, 19 January 2023
  • File:Uranium Fuel Cycle.png
    |description = Uranium Fuel Cycle from Mining to Reprocessing to Disposal ...formation-library/nuclear-fuel-cycle/conversion-enrichment-and-fabrication/fuel-fabrication.aspx
    (570 × 464 (96 KB)) - 17:09, 20 April 2022
  • File:Proliferation Threats and Barriers IAEA.jpg
    |author = Nuclear Fuel Cycle and Materials Section, International Atomic Energy Agency |source = Table 12 in IAEA-TECDOC-1450, 2005, Thorium fuel cycle — Potential benefits and challenges, https://www-pub.iaea.org/mtcd/
    (1,726 × 1,084 (338 KB)) - 14:39, 6 April 2024
  • File:Nuclear Fuel Storage.png
    ...tricity from nuclear power, this area could hold at least 12 years of used fuel.
    (1,166 × 416 (924 KB)) - 07:01, 8 December 2022
  • File:Devanney Fig 2.3 Spent Fuel.png
    |description = Spent fuel in a standard Pressurized Water Reactor |notes = For a more complete and detailed list of nuclides in spent fuel, see footnote A in<br>
    (1,324 × 680 (349 KB)) - 01:43, 16 October 2023
  • File:ElecgroRefiner.png
    |description = Electrorefiner for reprocessing nuclear fuel. |notes = Method for separating re-usable fuel from waste.
    (1,340 × 898 (307 KB)) - 08:27, 2 July 2023
  • File:Pellet stove from EPA.org.jpg
    |description = A pellet stove and a pile of fuel pellets.
    (166 × 250 (8 KB)) - 19:59, 19 April 2022
  • File:Nuclear pool.png
    |description = Swimming in a pool with spent nuclear fuel rods
    (1,584 × 1,064 (255 KB)) - 06:59, 9 December 2023
  • File:Radioactive waste decay.png
    |description = Radioactivity over time of each major isotope in spent fuel from nuclear reactors
    (1,228 × 778 (71 KB)) - 08:27, 11 January 2023
  • File:Oxide fuel (9% burnup).png
    |description = Nuclear fuel rod after 9% burnup
    (630 × 636 (518 KB)) - 19:23, 2 May 2023
  • File:Materials Requirements for Low Carbon Power.png
    |description = Range of materials requirements (fuel excluded) for various electricity generation technologies.
    (2,260 × 1,194 (229 KB)) - 17:11, 4 December 2022
  • File:Dust fire and explosion Pentagon.gif
    ...angle, if one element is missing there is no explosion. The elements are: fuel, heat, oxygen, confinement, and suspended dust.
    (393 × 249 (24 KB)) - 18:37, 18 April 2022
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