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Study of the Carbothermic Reduction Mechanisms of UO_2, PuO_2 and (U,Pu)O_2 (co-grinded or solid solution)

机译：UO_2，PUO_2和（U，PU）O_2（共研磨或固溶）的携化携带碳热还原机制

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来源
《Conference on plutonium futures 》|2010年||共2页
会议地点
作者
A. Handschuh; S. Dubois; C. Duguay; S. Vaudez; G. Leturcq; S. Grandjean; F. Abraham;
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原文格式 PDF
正文语种
中图分类核燃料的分析 ;
关键词
Mechanism; Carbothermic Reduction; Carbides; Plutonium; Uranium; Generation IV;

机译：机制;Carbothermic减少;碳化物;钚;铀;一代IV;

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1. Theoretical studies of UO_2(OH)(H_2O)_n~+, UO_2(OH)2(H_2O)_n, NpO_2(OH)(H_2O)_n, and PuO_2(OH)(H_2O)_n~+ (n≤21) complexes in aqueous solution [J] . Zhiji Cao, K. Balasubramanian The Journal of Chemical Physics . 2009 ,第16期

机译：UO_2（OH）（H_2O）_n〜+，UO_2（OH）2（H_2O）_n，NpO_2（OH）（H_2O）_n和PuO_2（OH）（H_2O）_n〜+（n≤21）配合物的理论研究在水溶液中
2. Solution ~(31)P NMR Study of the Acid-Catalyzed Formation of a Highly Charged {U_(24)Pp_(12)} Nanocluster, [(UO_2)_(24)(O_2)_(24)(P_2O_7)_(12)]~(48-), and Its Structural Characterization in the Solid State Using Single-Crystal Neutron Diffraction [J] . Mateusz Dembowski, Travis A. Olds, Kristi L. Pellegrini, Journal of the American Chemical Society . 2016 ,第27期

机译：[U_（24）Pp_（12）}纳米簇[[UO_2] _（24）（O_2）_（24）（P_2O_7）_（）的酸催化形成的溶液〜（31）P NMR研究12）]〜（48-）及其单晶体中子衍射在固态中的结构表征
3. XAS study of (U_(1-y)Pu_y)O_2 solid solutions [J] . P. Martin, S. Grandjean, C. Valot Journal of Alloys and Compounds: An Interdisciplinary Journal of Materials Science and Solid-state Chemistry and Physics . 2007 ,第0期

机译：（U_（1-y）Pu_y）O_2固溶体的XAS研究
4. Study of the Carbothermic Reduction Mechanisms of UO_2, PuO_2 and (U,Pu)O_2 (co-grinded or solid solution) [C] . A. Handschuh, S. Dubois, C. Duguay, Plutonium futures-the science 2010 . 2010

机译：UO_2，PuO_2和（U，Pu）O_2（共研磨或固溶体）的碳热还原机理研究
5. Mechanism of internal reduction in MgO-NiO solid solutions. [D] . Rogers, Kirk Alan. 1996

机译：MgO-NiO固溶体内部还原的机理。
6. Transformation of Solid Waste into Nanoporous Carbonvia Carbothermic Reduction [O] . ChangHyun Kim, Jae-Hyun Kim, Seung-Mo Lee, 2018

机译：固体废物转化为纳米多孔碳通过减少碳热
7. Topological Analysis of Void Spaces in Tungstate Frameworks: Assessing Storage Properties for the Environmentally Important Guest Molecules and Ions: CO_2, UO_2, PuO_2, U, Pu, Sr^2+, Cs+, CH_4, and H_2 [O] . Cole Jacqueline Manina, Cramer Alisha J, Zeidler Anita 2015

机译：钨酸盐框架中空隙空间的拓扑分析：评估对环境重要的客体分子和离子的存储特性：CO_2，UO_2，PuO_2，U，Pu，Sr ^ 2 +，Cs +，CH_4和H_2

Study of the Carbothermic Reduction Mechanisms of UO_2, PuO_2 and (U,Pu)O_2 (co-grinded or solid solution)

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