This article presents the development, full-characterization, and in-core testing of a miniature
neutron detector for the investigation of highly localized in-core neutronics effects in the zero …

The present article gives an overview of the first experimental campaigns carried out in the
AKR-2 and CROCUS reactors within the framework of the Horizon 2020 European project …

This paper is an overview of developments and results regarding neutron noise
measurements in current mode at the CROCUS zero power facility. Neutron noise …

As a follow-up to the CEA-EPFL PETALE experimental program on stainless steel nuclear
data, the EPFL initiated an open-loop pile-oscillation experimental program in the CROCUS …

In the present article, we detail the method used to experimentally determine the power of
the CROCUS zero-power reactor, and to subsequently calibrate its ex-core monitor fission …

The present article is an overview of developments and results regarding neutron noise
measurements in current mode at the CROCUS zero power facility. Neutron noise …

An advanced neutron detection system for highly localized measurements in nuclear reactor
cores was developed and tested in the Laboratory for Reactor Physics and System …

A comprehensive uncertainty analysis methodology has been established for the modeling
of stationary neutron flux oscillations induced by fuel rods vibration in a zero-power reactor …

The present article presents the mechanical characterization of the fuel rods oscillator
developed for the purposes of the COLIBRI experimental program in CROCUS. COLIBRI …

Gamma rays in nuclear reactors, arising either from fission or decay processes, significantly
contribute to the heating and dose of the reactor components. Zero power research reactors …