In 2017, the Nuclear Forensics International Technical Working Group organized their fifth Collaborative Materials Exercise (CMX-5). The exercise samples were two uranium dioxide fuel pellets manufactured from the same starting materials by different processes to have similar bulk isotopic composition, but different spatial uranium isotopic distributions. Sets of identical materials were sent to all participating laboratories, who then utilized their existing nuclear forensic capabilities to independently analyse fuel pellets and identify similarities and differences of the materials’ characteristics. Here we present and compare the ability of different analytical techniques to spatially resolve uranium isotopic heterogeneity in the uranium oxide fuel pellets.
JOVANOVIC Slobodan;
WEBER Peter;
PIDDUCK A. J.;
GAFFNEY Amy;
GIRARD Pascal;
POINTURIER F.;
HEDBERG Magnus;
SIMONS Andrew J.;
STEBELKOV Vladimir;
KELL Tara;
KNIGHT Kimberly;
PARSONS-DAVIES T;
KRISTO M.;
WILLIAMS Ross;
TREINEN K.C.;
MONTGOMERY Neil J.;
KING Josh;
WICKENDEN Amethyst;
KNIGHT Darrell;
FAURE Anne-Laure;
HUBERT A.;
ALBERT Noelle;
VINCENT Marie-Christine;
WALLENIUS Maria;
ELANTYEV Ivan;
ZHIZHIN Kirill D.;
SCHWANTES Jon;
MARSDEN Olivia;
TAYLOR Fiona;
2020-12-01
SPRINGER
JRC122891
0236-5731 (online),
https://publications.jrc.ec.europa.eu/repository/handle/JRC122891,
10.1007/s10967-020-07470-5 (online),
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