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Eysseric, C.; Chifflet, H.; Picart, S.; Adnet, J.M.
Scientific research on the back-end of the fuel cycle for the 21. century2000
Scientific research on the back-end of the fuel cycle for the 21. century2000
AbstractAbstract
[en] As part of SESAME developments, a continuous electrochemical reactor has been tested for the in-line oxidation of various species as americium, ruthenium or cerium. The cerium(III) case has been chosen as a model to develop a predictive kinetic modeling of the reactor performances for oxidations. The optimal effect of an oxidation mediator may be described and the importance of some parameters was pointed out like the residence time, the anode material and the concentrations ratio between the substrate to oxidize and the mediator. This modeling will be extrapolated to the optimal electrolyzer design for the americium oxidation in the presence of lacunary heteropolyanions. (authors)
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CEA/VALRHO - site de Marcoule, Dept. de Recherche en Retraitement et en Vitrification (DRRV), 30 - Marcoule (France); [575 p.]; 2000; p. 1-4; International conference Scientific research on the back-end of the fuel cycle for the 21. century. Atalante 2000; Avignon (France); 24-26 Oct 2000; 3 refs.
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