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Uncertainty Quantification for Severe-Accident Reactor Modelling: Results and Conclusions of the MUSA Reactor Applications Work Package

S. Brumm,F. Gabrielli, V. Sanchez Espinoza,A. Stakhanova,P. Groudev,P. Petrova,P. Vryashkova,P. Ou, W. Zhang, A. Malkhasyan,L. E. Herranz, R. Iglesias Ferrer,M. Angelucci, M. Berdai,F. Mascari,G. Agnello, O. Sevbo, A. Iskra,V. Martinez Quiroga, M. Nudi,A. Hoefer, E. -m. Pauli, S. Beck,L. Tiborcz,O. Coindreau, G. Clark, I. Lamont, X. Zheng, K. Kubo, B. Lee, M. Valincius,M. Malicki,T. Lind, Y. Vorobyov,O. Kotsuba,M. Di Giuli,I. Ivanov,M. D'Onorio,F. Giannetti,T. Sevon

ANNALS OF NUCLEAR ENERGY(2025)

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Key words
Nuclear reactor,Severe accident,Modelling,Uncertainty quantification,MUSA,Source term
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