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

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: https://hdl.handle.net/20.500.12079/7983
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