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Showing below up to 50 results in range #51 to #100.

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  1. (download) FIG. 4. Uranium milling process (example of acid leaching).png . . 616 × 200 . . 12 KB . . SHIROKIYD . . 09:44, 21 July 2020
  2. (download) FIG. 5..png . . 999 × 465 . . 50 KB . . SHIROKIYD . . 13:52, 21 August 2020
  3. (download) FIG. 5. Components of safety management (35)..png . . 482 × 445 . . 21 KB . . SHIROKIYD . . 13:27, 22 July 2020
  4. (download) FIG. 5. Elements of a waste minimization strategy (55).png . . 592 × 406 . . 20 KB . . SHIROKIYD . . 09:34, 27 July 2020
  5. (download) FIG. 5. In-situ leaching process..png . . 572 × 366 . . 108 KB . . SHIROKIYD . . 09:50, 21 July 2020
  6. (download) FIG. 5. Projected annual world uranium production capability to 2035 compared with projected world uranium demand (13)..png . . 514 × 359 . . 84 KB . . SHIROKIYD . . 12:30, 4 August 2020
  7. (download) FIG. 5. The ALARP concept (21)..png . . 432 × 274 . . 18 KB . . SHIROKIYD . . 09:00, 30 July 2020
  8. (download) FIG. 6. Flowchart of uranium refining and conversion..png . . 613 × 225 . . 14 KB . . SHIROKIYD . . 07:26, 6 August 2020
  9. (download) FIG. 6. Proposed method for ALARP applied in sequence to all facilities (components) of a nuclear energy system (NES) or,.png . . 555 × 682 . . 50 KB . . SHIROKIYD . . 09:03, 30 July 2020
  10. (download) FIG. 6. Resource contribution by confidence level (11). EAR — estimated additional resources; RAR — reasonable assured resource;.png . . 591 × 341 . . 120 KB . . SHIROKIYD . . 12:36, 4 August 2020
  11. (download) FIG. 6. The concept of ALARP (71).png . . 472 × 301 . . 15 KB . . SHIROKIYD . . 12:03, 27 July 2020
  12. (download) FIG. 6. Variation in technical maturity for reactor designs in the GAINS database.png . . 928 × 920 . . 988 KB . . SHIROKIYD . . 14:00, 21 August 2020
  13. (download) FIG. 7. Flow chart for a combined once-through cycle and fast reactor closed fuel cycle system.png . . 948 × 574 . . 66 KB . . SHIROKIYD . . 14:13, 21 August 2020
  14. (download) FIG. 7. Fuel production chain including waste generation for a LWR using U fuel in an open fuel cycle.png . . 603 × 145 . . 12 KB . . SHIROKIYD . . 12:12, 27 July 2020
  15. (download) FIG. 7. Gas centrifuge process..png . . 590 × 450 . . 198 KB . . SHIROKIYD . . 07:34, 6 August 2020
  16. (download) FIG. 7. Nuclear fuel cycle of a thermal reactor with recycling of uranium and plutonium (27)..png . . 400 × 274 . . 117 KB . . SHIROKIYD . . 12:39, 4 August 2020
  17. (download) FIG. 8. Conventional PUREX process..png . . 589 × 189 . . 14 KB . . SHIROKIYD . . 15:03, 5 August 2020
  18. (download) FIG. 8. Power production growth for BAU (a) and BAU&FR systems (b)..png . . 1,212 × 446 . . 34 KB . . SHIROKIYD . . 09:15, 24 August 2020
  19. (download) FIG. 8. Scenarios for global nuclear power (27)..png . . 474 × 259 . . 57 KB . . SHIROKIYD . . 12:40, 4 August 2020
  20. (download) FIG. 8 A NES with an open fuel cycle.png . . 477 × 131 . . 7 KB . . SHIROKIYD . . 12:45, 27 July 2020
  21. (download) FIG. 9. A NES with thermal reactors and mono recycling of plutonium.png . . 577 × 227 . . 15 KB . . SHIROKIYD . . 12:46, 27 July 2020
  22. (download) FIG. 9. Cumulative natural uranium demand in BAU (a) and BAU&FR (b) systems for the high GAINS scenario..png . . 1,045 × 429 . . 72 KB . . SHIROKIYD . . 09:18, 24 August 2020
  23. (download) FIG. 9. Expected annual uranium requirements for the three selected scenarios with different growth rates of nuclear power (27)..png . . 473 × 258 . . 69 KB . . SHIROKIYD . . 12:44, 4 August 2020
  24. (download) FIG 2. Overview of the different tasks for definition of RD&D..png . . 590 × 327 . . 14 KB . . SHIROKIYD . . 09:47, 22 July 2020
  25. (download) FIG 3. Objectives Provisions Tree approach (modified from Ref (71))..png . . 603 × 271 . . 15 KB . . SHIROKIYD . . 09:48, 22 July 2020
  26. (download) Fig.1.png . . 548 × 346 . . 324 KB . . Wangyin . . 13:19, 24 August 2022
  27. (download) Fig.10.png . . 771 × 525 . . 539 KB . . Wangyin . . 14:36, 2 September 2022
  28. (download) Fig.11.png . . 771 × 495 . . 471 KB . . Wangyin . . 14:36, 2 September 2022
  29. (download) Fig.12.png . . 771 × 508 . . 66 KB . . Wangyin . . 14:36, 2 September 2022
  30. (download) Fig.13.png . . 771 × 508 . . 116 KB . . Wangyin . . 14:36, 2 September 2022
  31. (download) Fig.2.png . . 771 × 422 . . 553 KB . . Wangyin . . 14:43, 24 August 2022
  32. (download) Fig.3.png . . 771 × 210 . . 166 KB . . Wangyin . . 14:43, 24 August 2022
  33. (download) Fig.4.png . . 771 × 384 . . 522 KB . . Wangyin . . 09:58, 25 August 2022
  34. (download) Fig.5.png . . 771 × 508 . . 94 KB . . Wangyin . . 09:58, 25 August 2022
  35. (download) Fig.6.png . . 771 × 508 . . 75 KB . . Wangyin . . 08:11, 26 August 2022
  36. (download) Fig.7.png . . 771 × 508 . . 100 KB . . Wangyin . . 08:12, 26 August 2022
  37. (download) Fig.8.png . . 771 × 508 . . 88 KB . . Wangyin . . 13:36, 26 August 2022
  38. (download) Fig.9.png . . 771 × 508 . . 106 KB . . Wangyin . . 13:36, 26 August 2022
  39. (download) Fig. 1. SYNERGIES storyline.png . . 1,380 × 784 . . 178 KB . . SHIROKIYD . . 09:49, 21 August 2020
  40. (download) Fig. 1. Scope (a) and schematics (b) of multi-criteria decision analysis..png . . 852 × 529 . . 145 KB . . SHIROKIYD . . 09:58, 24 August 2020
  41. (download) Fig. 10. French scenario- (a) First step, (b) Second step of transition to the NES based on closed nuclear fuel cycle..png . . 811 × 155 . . 8 KB . . SHIROKIYD . . 12:33, 21 August 2020
  42. (download) Fig. 10. Sensitivity analysis for NES and CPP performed by varying the acceptability weighting factor..png . . 1,046 × 571 . . 36 KB . . SHIROKIYD . . 10:15, 24 August 2020
  43. (download) Fig. 11. Ranking of the NES deployment scenarios..png . . 891 × 357 . . 37 KB . . SHIROKIYD . . 12:01, 24 August 2020
  44. (download) Fig. 11. Russian scenario- (a) First step, (b) Second step (in the case of a high energy demand), (c) Second step (in the case of energy demand stabilization)..png . . 968 × 234 . . 12 KB . . SHIROKIYD . . 12:33, 21 August 2020
  45. (download) Fig. 12. Back end synergistic case in the global scenario..png . . 921 × 704 . . 154 KB . . SHIROKIYD . . 12:34, 21 August 2020
  46. (download) Fig. 12. Performance and ranking results for advanced NFC options..png . . 3,754 × 1,173 . . 713 KB . . SHIROKIYD . . 12:03, 24 August 2020
  47. (download) Fig. 13. Long term storages of LWR SNF in NG1 (synergistic case).png . . 675 × 441 . . 66 KB . . SHIROKIYD . . 12:35, 21 August 2020
  48. (download) Fig. 14. Levelized fuel cycle unit costs..png . . 1,333 × 675 . . 63 KB . . SHIROKIYD . . 12:36, 21 August 2020
  49. (download) Fig. 15. The value of reprocessed uranium as a function of the cost of natural uranium, with fabrication costs held fixed.png . . 769 × 395 . . 75 KB . . SHIROKIYD . . 12:37, 21 August 2020
  50. (download) Fig. 16. The minimum required averted disposal costs of HLW for each storage duration and REPU enrichment..png . . 812 × 342 . . 16 KB . . SHIROKIYD . . 12:38, 21 August 2020

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