On line neutron flux mapping in fuel coolant channels of a research reactor

Barbot, L.; Domergue, Christophe; Villard, Jean‐François; Destouches, C.; Braoudakis, G.; Wassink, David; Sinclair, Bradley; Osborn, John C.; Wu, Huayou; Blandin, Christophe; Thévenin, Mathieu; Corre, Gwenolé; Normand, S.

doi:10.1109/animma.2013.6727951

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Cited by 5 publications

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“…As presented in [9,10], MONACO system performances are consistent with other high standard acquisition system in pulse counting mode and neutron flux estimation by simulation using MCNP5 v1.6. with an average C/E ratio 0.97 -5% dispersion.…”

Section: Experimental Design Validationsupporting

confidence: 52%

Digital Real-Time Multiple Channel Multiple Mode Neutron Flux Estimation on FPGA-based Device

Thévenin

Barbot

Corre

et al. 2016

EPJ Web of Conferences

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Abstract. This paper presents a complete custom full-digital instrumentation device that was designed for real-time neutron flux estimation, especially for nuclear reactor incore measurement using subminiature Fission Chambers (FCs). Entire fully functional small-footprint design (about 1714 LUTs) is implemented on FPGA. It enables real-time acquisition and analysis of multiple channels neutron's flux both in counting mode and Campbelling mode. Experimental results obtained from this brand new device are consistent with simulation results and show good agreement within good uncertainty. This device paves the way for new applications perspectives in real-time nuclear reactor monitoring.

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Section: Experimental Design Validationsupporting

confidence: 52%