Abstract The JSI TRIGA Mark II, IJS research reactor is equipped with numerous irradiation
positions, where samples can be irradiated by neutrons and γ-rays. Irradiation position …

Interest on development of computational tools for calculations of radiation field due to
decay of radioactive activation and fission products (delayed radiation) has increased in …

To improve the efficiency of numerical calculation of self-powered neutron detector (SPND)
current in pressurized water reactors (PWRs), a coupling method based on high-fidelity …

Neutron flux monitoring system forms an integral part of the design of a Generation IV
sodium cooled fast reactor. Diverse possibilities of detector system installation must be …

Neutron and gamma flux levels are key parameters in nuclear research reactors. In Material
Testing Reactors, such as the future Jules Horowitz Reactor, under construction at the …

The characterization of experimental locations of a research nuclear reactor implies the
determination of neutron and photon flux levels within, with the best achievable accuracy. In …

Knowledge of neutron fluence rates and energy spectra is fundamental for nuclear
installations such as fusion reactors, fission reactors, and beam lines. The constraints of …

A numerical toolbox based on Monte Carlo calculations for self-powered neutron and
gamma detector design, simulation and operation has been developed in order to save …

In the framework of the French National Research Agency program on nuclear safety and
radioprotection, the 'DIstributed Sensing for COrium Monitoring and Safety'project aims at …

To test the applicability of self-powered detectors (SPDs) for radiation monitoring in fusion
reactor blankets, several irradiation tests have been undertaken with the ad hoc designed Cr …