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• 12:36, 21 August 2020 SHIROKIYD talk contribs uploaded File:Fig. 14. Levelized fuel cycle unit costs..png
• 12:35, 21 August 2020 SHIROKIYD talk contribs uploaded File:Fig. 13. Long term storages of LWR SNF in NG1 (synergistic case).png
• 12:34, 21 August 2020 SHIROKIYD talk contribs uploaded File:Fig. 12. Back end synergistic case in the global scenario..png
• 12:33, 21 August 2020 SHIROKIYD talk contribs uploaded File: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
• 12:33, 21 August 2020 SHIROKIYD talk contribs uploaded File:Fig. 10. French scenario- (a) First step, (b) Second step of transition to the NES based on closed nuclear fuel cycle..png
• 12:30, 21 August 2020 SHIROKIYD talk contribs uploaded File:Fig. 9. Scheme of regional collaboration on spent nuclear fuel utilization..png
• 12:29, 21 August 2020 SHIROKIYD talk contribs uploaded File:Fig. 8 Comparison of the amounts of spent nuclear fuel in interim storage in the two EU27 scenarios..png
• 12:15, 21 August 2020 SHIROKIYD talk contribs uploaded File:Fig. 7e SYNERGIES.png
• 12:15, 21 August 2020 SHIROKIYD talk contribs uploaded File:Fig. 7d SYNERGIES.png
• 12:15, 21 August 2020 SHIROKIYD talk contribs uploaded File:Fig. 7c SYNERGIES.png
• 12:14, 21 August 2020 SHIROKIYD talk contribs uploaded File:Fig. 7b SYNEGRIES.png
• 12:10, 21 August 2020 SHIROKIYD talk contribs uploaded File:7a.png
• 10:08, 21 August 2020 SHIROKIYD talk contribs uploaded File:Fig. 6 Cumulative spent fuel accumulation in two scenarios..png
• 10:07, 21 August 2020 SHIROKIYD talk contribs uploaded File:Fig. 5. Fresh fuel annual requirements (left) and cumulative spent fuel in storages (right)..png
• 10:02, 21 August 2020 SHIROKIYD talk contribs uploaded File:Fig. 4. CAREM - small PWR reactor of Argentinian design of 25 MWe capacity..jpg
• 09:59, 21 August 2020 SHIROKIYD talk contribs uploaded File:Fig. 3. Nature of synergies within the SYNERGIES storyline (the lower bar shows the degree of technological readiness in conventional units (18))..png
• 09:53, 21 August 2020 SHIROKIYD talk contribs uploaded File:Fig. 2. Overall view of the considered synergies among the technologies..png
• 09:49, 21 August 2020 SHIROKIYD talk contribs uploaded File:Fig. 1. SYNERGIES storyline.png
• 07:34, 6 August 2020 SHIROKIYD talk contribs uploaded File:FIG. 7. Gas centrifuge process..png
• 07:30, 6 August 2020 SHIROKIYD talk contribs uploaded a new version of File:UO3.png (upper)
• 07:29, 6 August 2020 SHIROKIYD talk contribs uploaded File:UO3.png
• 07:26, 6 August 2020 SHIROKIYD talk contribs uploaded File:FIG. 6. Flowchart of uranium refining and conversion..png
• 15:03, 5 August 2020 SHIROKIYD talk contribs uploaded File:FIG. 8. Conventional PUREX process..png
• 08:18, 5 August 2020 SHIROKIYD talk contribs uploaded File:FIG. 25. Fuel production chain for a light water reactor using uranium fuel in an open fuel cycle..jpg
• 14:05, 4 August 2020 SHIROKIYD talk contribs uploaded File:FIG. 22. Cumulative uranium consumption for the non-synergistic heterogeneous scenario BAU+–FR for the high case . ktHM — kilotonnes of heavy metal..png
• 14:04, 4 August 2020 SHIROKIYD talk contribs uploaded File:FIG. 21d. Power generation for different types of reactors and groups in the BAU+–FR.png
• 14:04, 4 August 2020 SHIROKIYD talk contribs uploaded File:FIG. 21c. Power generation for different types of reactors and groups in the BAU+–FR.png
• 14:03, 4 August 2020 SHIROKIYD talk contribs uploaded File:FIG. 21b. Power generation for different types of reactors and groups in the BAU+–FR.png
• 14:03, 4 August 2020 SHIROKIYD talk contribs uploaded File:FIG. 21a. Power generation for different types of reactors and groups in the BAU+–FR.png
• 13:58, 4 August 2020 SHIROKIYD talk contribs uploaded File:FIG. 20b. Total global uranium usage for the BAU+–FR scenario in a homogeneous world (high case on the left, moderate case on the right). ktHM — kilotonnes of heavy metal..png
• 13:57, 4 August 2020 SHIROKIYD talk contribs uploaded File:FIG. 20. Total global uranium usage for the BAU+–FR scenario in a homogeneous world (high case on the left, moderate case on the right). ktHM — kilotonnes of heavy metal..png
• 13:57, 4 August 2020 SHIROKIYD talk contribs uploaded File:FIG. 19b. Power generation for different reactor types in the BAU.png
• 13:56, 4 August 2020 SHIROKIYD talk contribs uploaded File:FIG. 19. Power generation for different reactor types in the BAU.png
• 13:26, 4 August 2020 SHIROKIYD talk contribs uploaded File:FIG. 18b. Total global uranium usage for the BAU+ scenario in a homogeneous world (high case on the left, moderate case on the right). ktHM — kilotonnes of heavy metal..png
• 13:25, 4 August 2020 SHIROKIYD talk contribs uploaded File:FIG. 18. Total global uranium usage for the BAU+ scenario in a homogeneous world (high case on the left, moderate case on the right). ktHM — kilotonnes of heavy metal..png
• 13:23, 4 August 2020 SHIROKIYD talk contribs uploaded File:FIG. 17b. Power generation in the BAU+ scenario in a homogeneous world (high case on the left, moderate case on the right). ALWR — advanced light water reactor; HWR — heavy water reactor; LWR — light water reactor..png
• 13:22, 4 August 2020 SHIROKIYD talk contribs uploaded File:FIG. 17a. Power generation in the BAU+ scenario in a homogeneous world (high case on the left, moderate case on the right). ALWR — advanced light water reactor; HWR — heavy water reactor; LWR — light water reactor..png
• 13:13, 4 August 2020 SHIROKIYD talk contribs uploaded File:FIG. 16. GAINS scenarios for modelling nuclear power generation in the twenty-first century. IPCC — Intergovernmental Panel on Climate Change..png
• 13:11, 4 August 2020 SHIROKIYD talk contribs uploaded File:FIG. 15. Heterogeneous model with synergistic groups and specific reactor types and fuel services identified.jpg
• 13:10, 4 August 2020 SHIROKIYD talk contribs uploaded File:FIG. 14. Heterogeneous model with non-synergistic groups NG1–NG3 (3)..jpg
• 13:10, 4 August 2020 SHIROKIYD talk contribs uploaded File:FIG. 13. Selected world models for fuel cycle analysis in GAINS (3)..jpg
• 12:46, 4 August 2020 SHIROKIYD talk contribs uploaded File:FIG. 12. Comparison of predicted supply by primary resources and secondary sources with demand for the reference scenario (27)..png
• 12:45, 4 August 2020 SHIROKIYD talk contribs uploaded File:FIG. 11. Expected global supply from secondary uranium sources based on different assumptions (27)..png
• 12:44, 4 August 2020 SHIROKIYD talk contribs uploaded File:FIG. 10. Expected annual production of uranium from primary resources (27)..png
• 12:44, 4 August 2020 SHIROKIYD talk contribs uploaded File:FIG. 9. Expected annual uranium requirements for the three selected scenarios with different growth rates of nuclear power (27)..png
• 12:40, 4 August 2020 SHIROKIYD talk contribs uploaded File:FIG. 8. Scenarios for global nuclear power (27)..png
• 12:39, 4 August 2020 SHIROKIYD talk contribs uploaded File:FIG. 7. Nuclear fuel cycle of a thermal reactor with recycling of uranium and plutonium (27)..png
• 12:36, 4 August 2020 SHIROKIYD talk contribs uploaded File:FIG. 6. Resource contribution by confidence level (11). EAR — estimated additional resources; RAR — reasonable assured resource;.png
• 12:30, 4 August 2020 SHIROKIYD talk contribs uploaded File:FIG. 5. Projected annual world uranium production capability to 2035 compared with projected world uranium demand (13)..png
• 12:29, 4 August 2020 SHIROKIYD talk contribs uploaded File:FIG. 4. Historic demand and supply of uranium (13)..png

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