Inductive heating for partitioning of fission products from spent nuclear fuel Shcherbina N., Kivel N., Günther-Leopold I.
Proceedings of Nuclear Fuel Cycle Conference (2012). Document link
Real time measurement of Fision Products release from spent nuclear oxide fuel by thermal treatment Švedkauskaite-Le Gore J., Kivel N., Günther-Leopold I.
Proceedings of Global 2009Paper 9249 (2009). Document link
A high temperature heating device for the study of fission product release from nuclear fuelŠvedkauskaite-Le Gore J., Kivel N., Günther-Leopold I.
Proceedings of the First ACSEPT International Workshop (2010). Document link
Investigation of Fission Product Release from Simulated Fuel under High-Temperature Conditions: Experimental and Modeling ApproachesShcherbina N., Kivel N., Günther-Leopold I., Kulik D.
IAEA Proceedingsin press (2011).
Selected Publications about Advanced reprocessing technology
Advanced head-end processing of spent fuelCul B.D., Hunt R.H., Spencer B.
Proceedings of American Nuclear Society Winter Meeting 2004 (2004).
Development of Pyroprocessing TechnologyLaidler J.J., Battles J.E., Miller W.E., Ackerman J.P., Carls E.L.
Progress in Nuclear Energy31(1-2), 131 (1997).
Back-end of nuclear fuel cycle in China Chen J., Wei M., Liu X., Wang J.
Progress in Nuclear Energy54, 46 (2012).
Chemical partitioning technologies for an ATW systemsLaidler J.J., Burris L., Collins E.D., Duguid J., Henry R.N., Hill J., Karell E.J., McDeavitt S.M., Thompson M., Williamson M.A., Willit J.L.