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Improved doping and densification of uranium oxide microspheres using starch as pore former

Gamze Colak,Gregory Leinders,Jef Vleugels,Rémi Delville,Marc Verwerft

Journal of Nuclear Materials（2023）

Cited 5|Views8
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Abstract
•U1-yNdyO2-x sintered microspheres are synthesized via a hybrid route combining internal gelation with a single-step infiltration.•The use of starch as pore former to facilitate infiltration with dopant solution.•Calcination temperature affects sintered microstructure.•Optimization of infiltration route for convenience in a radiation shielded environment.
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Key words
Uranium microspheres,Internal gelation,Starch,Porosity,Infiltration,Neodymium
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