The rapid identification of radioactive substances in public areas is crucial. However,
traditional nuclide identification methods only consider information regarding the full energy …

Radionuclide identification and quantification are a serious concern for many applications
as for in situ monitoring at nuclear facilities, laboratory analysis, special nuclear materials …

Previous works on pressurized water reactors show that the nitrogen 16 activation product
can be used to measure thermal power. Power monitoring using a more stable indicator …

Multivariate density estimation methods typically work well in low dimensions and their
extension to data analytics in high dimensions domain has proven challenging. For density …

La spectrométrie gamma est une des mesures non destructives passives la plus utilisée
pour la quantification des radionucléides dans les déchets nucléaires. Le travail de thèse a …

Density estimation has wide applications in machine learning and data analysis techniques
including clustering, classification, multimodality analysis, bump hunting and anomaly …

The cleanliness of the primary circuit is a safety requirement for nuclear power plants
particularly in the case of Gen-IV Sodium cooled Fast Reactors. During operation, the …

En dosimétrie, la distribution énergétique des photons émis par une source constitue un
paramètre incontournable. Dans la gamme des basses et moyennes énergies (ie E< 150 …

Radionuclide identification and quantification is a serious concern for many applications as
safety or security of nuclear power plant or fuel cycle facility, CBRN risk identification …

This work deals with the use of gamma spectrometry for fourth generation Sodium Fast
Reactor (SFR) power monitoring and clad failure detection. Usually, gamma spectrometers …