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The growing operational requirements for nuclear fuel, such as longer fuel cycles, higher burnups and use of transient regimes call for more robust fuel designs and more radiation resistant materials. Implementation of new materials and fuel designs, which are able to meet these more and more challenging conditions, requires adequate operational feedback and practical verification of models for prediction of fuel behaviour. This publication presents the proceedings of a technical meeting jointly held by the IAEA and the HOTLAB association of hot laboratories with the aim of providing an…mehr

Produktbeschreibung
The growing operational requirements for nuclear fuel, such as longer fuel cycles, higher burnups and use of transient regimes call for more robust fuel designs and more radiation resistant materials. Implementation of new materials and fuel designs, which are able to meet these more and more challenging conditions, requires adequate operational feedback and practical verification of models for prediction of fuel behaviour. This publication presents the proceedings of a technical meeting jointly held by the IAEA and the HOTLAB association of hot laboratories with the aim of providing an overview of the current status, problems and perspectives of post-irradiation examination. Such a cooperative approach allowed a large representation of organizations from 22 countries and comprehensive coverage of major experimental techniques and methods. In total 34 oral papers and 7 posters were presented. The publication consists of the proceedings, session summaries, and the conclusions of the mee
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