This report summarizes the modeling assumptions, the corrective changes, and the neutronic results related to the burnup analysis of the LFR-10 core. The study was aimed at defining a configuration able to operate continuously for 10 years, in the perspective to serve as a battery (i.e., without refueling) in powering remote communities or isolated industrial users.

Neutronic analyses aimed at the evaluation of the 30 MWth core criticality and burnup

Grasso, Giacomo
2017-09-29

Abstract

This report summarizes the modeling assumptions, the corrective changes, and the neutronic results related to the burnup analysis of the LFR-10 core. The study was aimed at defining a configuration able to operate continuously for 10 years, in the perspective to serve as a battery (i.e., without refueling) in powering remote communities or isolated industrial users.
Tecnologia dei reattori nucleari;Rapporto tecnico;Generation IV reactors
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/20.500.12079/7983
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