This paper reports on the state-of-the-art of the main non-destructive assay (NDA)
techniques usually used for in-situ radiological characterization of nuclear facilities subject …

In this paper, in-situ radiological characterisation by means of non-destructive techniques is
studied and analysed in the context of the different constrained environments (identified as …

INSIDER is an EU Horizon 2020 research project, within the topic NFRP-7 of the EURATOM
programme, that aims to develop and validate a new and improved integrated …

Site decommissioning is now a major aspect of the work of the nuclear industry worldwide.
One of its many technical challenges is the need to measure levels of radioactivity in a range …

Knowledge of the radiological state of processes and equipment of a nuclear facility is
essential to supervise a wide variety of sensitive tasks: building of intervention scenarios in …

Radiological characterisation plays an important role in the decommissioning of nuclear
facilities. It is the basis for radiation protection, identification of contamination, assessment of …

Decommissioning of nuclear facilities incurs high costs regarding the accurate
characterisation and correct disposal of the decommissioned materials. Therefore, there is a …

The monitoring of spent fuel assemblies in reactor pools or in reprocessing plants with NDA
methods is interesting (non-destructivity, non-intrusivity) for process control, safety-criticality …

As part of the recent developments of digital autoradiography-based methods in the context
of nuclear dismantling (alpha and soft-beta on-site detection, mapping, wastes and sample …

Future nuclear fusion reactors will produce radioactive waste containing both activation
products and Tritium. Since Tritium can potentially be removed from the reactor components …