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번호 | 참고문헌 | 국회도서관 소장유무 |
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1 | IAEA, International Status and Prospects of Nuclear Power, 2008. | 미소장 |
2 | IAEA, Spent Fuel Reprocessing Options, IAEA-TECDOC-1587, 2008. | 미소장 |
3 | Electrorefining of uranium and plutonium — A literature review ![]() |
미소장 |
4 | Development of pyroprocessing technology ![]() |
미소장 |
5 | Benedict, R. W. and McFarlane, H. F., “EBR-II Spent Fuel Treatment Demonstration Project Status,” Radwaste Magazine., 5, 23 (1998). | 미소장 |
6 | Separation of Actinides from LWR Spent Fuel Using Molten-Salt-Based Electrochemical Processes ![]() |
미소장 |
7 | Electrochemical behaviour of plutonium ion in LiCl–KCl eutectic melts ![]() |
미소장 |
8 | Goff, K. M., Benedict, R. W., Howden, K. L., Teske, G. M. and Johnson, T. A., “Pyrochemical Treatment of Spent Nuclear Fuel,” Proc. of Global 2005, Tsukuba, Japan, October 9-13(2005). | 미소장 |
9 | Development of pyroprocessing and its future direction | 소장 |
10 | Modeling the Pyrochemical Reduction of Spent UO~2 Fuel in a Pilot-Scale Reactor ![]() |
미소장 |
11 | (A) CONCEPTUAL STUDY OF PYROPROCESSING FOR RECOVERING ACTINIDES FROM SPENT OXIDE FUELS | 소장 |
12 | Recovery of U-Pu Alloy from MOX Using a Pyroprocess Series ![]() |
미소장 |
13 | Koyama, T., Sakamura, Y., Ogata, T. and Kobayashi, H., “Pyroprocess and Metal Fuel Development for Closing Actinide Fuel Cycle with Reduced Waste Burden,” Proc. Of Global 2009, Paris, France, September 6-11(2009). | 미소장 |
14 | Murakami, T., Uozumi, K., Sakamura, Y., Iizuka , M., Ohta, H., Ogata, T. and Koyama, T., “Recent Achievements and Remaining Challenges on Pyrochemical Reprocessing in CRIEPI,” Proc. Of the First ACSEPT International Workshop Lisbon, Portugal, March 31-April 2(2010). | 미소장 |
15 | Status of Pyroprocessing Technology Development in Korea | 소장 |
16 | State of the Art of Pyroprocessing Technology in Japan ![]() |
미소장 |
17 | Development of Pyrochemical Reprocessing for Spent Metal Fuels ![]() |
미소장 |
18 | Electrochemical processing of used nuclear fuel | 소장 |
19 | Pyroprocessing technology development at KAERI | 소장 |
20 | Direct electrochemical reduction of titanium dioxide to titanium in molten calcium chloride ![]() |
미소장 |
21 | Direct electrolytic reduction of solid SiO 2 in molten CaCl 2 for the production of solar grade silicon ![]() |
미소장 |
22 | Characteristics of an electrochemical reduction of Ta 2O 5 for the preparation of metallic tantalum in a LiCl–Li 2O molten salt ![]() |
미소장 |
23 | Electrochemical Behavior of Dissolved Fe 2O 3 in Molten CaCl 2-KF ![]() |
미소장 |
24 | Direct electroreduction of oxides in molten fluoride salts ![]() |
미소장 |
25 | Electrochemical metallization of solid terbium oxide. ![]() |
미소장 |
26 | Production of niobium powder by direct electrochemical reduction of solid Nb2O5 in a eutectic CaCl2-NaCl melt ![]() |
미소장 |
27 | Xu, Q., Deng, L.-Q., Wu, Y. and Ma, T., “A Study of Cathode Improvement for Electro-deoxidation of Nb2O5 in a Eutectic CaCl2-NaCl Melt at 1073K,” J. Alloy Compd., 396, 288-294(2005). | 미소장 |
28 | Preparation of metallic niobium from niobium pentoxide by an indirect electrochemical reduction in a LiCl-Li 2O molten salt ![]() |
미소장 |
29 | Direct electrolytic preparation of chromium powder ![]() |
미소장 |
30 | Toward optimisation of electrolytic reduction of solid chromium oxide to chromium powder in molten chloride salts ![]() |
미소장 |
31 | Electrochemical reduction of cerium oxide into metal ![]() |
미소장 |
32 | DC voltammetry of electro-deoxidation of solid oxides. ![]() |
미소장 |
33 | Solid state reactions: an electrochemical approach in molten salts ![]() |
미소장 |
34 | Hur, J.-M., Seo, C. S., Hong, S. S., Kang, D. S. and Park, S. W., “Metallization of U3O8 Via Catalytic Electrochemical Reduction with Li2O in LiCl Molten Salt,” React. Kinet. Catal. Lett., 80, 217(2003). | 미소장 |
35 | Electrolytic production of metallic uranium from U3O8 in a 20-kg batch scale reactor ![]() |
미소장 |
36 | Characteristics of an integrated cathode assembly for the electrolytic reduction of uranium oxide in a LiCl-Li2O molten salt ![]() |
미소장 |
37 | Chemical Behavior of Fission Products in the Pyrochemical Process ![]() |
미소장 |
38 | Electrochemical Reduction of UO[sub 2] in Molten CaCl[sub 2] or LiCl ![]() |
미소장 |
39 | Application of Electrochemical Reduction to Produce Metal Fuel Material from Actinide Oxides ![]() |
미소장 |
40 | Electrolytic Reduction of Spent Nuclear Oxide Fuel as Part of an Integral Process to Separate and Recover Actinides from Fission Products ![]() |
미소장 |
41 | Electrolytic Reduction of Spent Light Water Reactor Fuel Bench-Scale Experiment Results ![]() |
미소장 |
42 | Separation and Recovery of Uranium Metal from Spent Light Water Reactor Fuel Via Electrolytic Reduction and Electrorefining ![]() |
미소장 |
43 | Choi, E.-Y., Lee, J. W., Park, J. J., Hur, J.-M., Kim, J.-K., Jung, K. Y. and Jeong, S. M., “Electrochemical Reduction Behavior of a Highly Porous SIMFUEL Particle in a LiCl Molten Salt,” Chem. Eng. J., 207-208, 514-520(2012). | 미소장 |
44 | Choi, E.-Y., Kim, J.-K., Im, H.-S., Choi, I.-K., Na, S.-H., Lee, J. W., Jeong, S. M. and Hur, J.-M., “Effect of the UO2 form on the Electrochemical Reduction Rate in a LiCl-Li2O Molten Salt,” J. Nucl. Mater., 437, 178-187(2013). | 미소장 |
45 | Electrochemical reduction of UO2 in LiCl–Li2O molten salt using porous and nonporous anode shrouds ![]() |
미소장 |
46 | Choi, E.-Y., Hur, J.-M., Choi, I.-K., Kwon, S. G., Kang, D.-S., Hong, S. S., Shin, H.-S., Yoo, M. A. and Jeong, S. M., “Electrochemical Reduciton of Porous 17 kg Uranium Oxide Pellets by Selection of an Optimal Cathode/anode Surface Area Ratio,” J. Nucl. Mater., 418, 87-92(2011). | 미소장 |
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