A fully digital data acquisition system based on a field-programmable gate array (FPGA) was
developed for a CsI (Tl) array at the external target facility (ETF) in the Heavy Ion Research …

In digital nuclear calorimetry, the effect on measured pulse amplitudes by piling up of pulses
can be compensated based on the pulses' respective timestamps, making use of the fact …

This work investigates a compact Compton Suppression System (CSS) based on a High-
Purity Germanium (HPGe) diode as a primary spectrometer. From a wide range of potential …

When dealing with high count rate γ-ray spectrometry, the pile-up phenomenon is an
important obstacle to high detection efficiency and good energy resolution. In traditional …

We consider a nonlinear inversion problem occurring in gamma spectrometry. In that
framework, photon energies are converted to electrical pulses which are susceptible to …

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 …

This letter considers a problem stemming from the analysis of spectrometric data. When
performing experiments on highly radioactive matter, electrical pulses recorded by the …

The ADONIS (Algorithmic Development framewOrk for Nuclear Instrumentation and
Spectrometry) system is a new γ spectrometer which addresses high count rate metrology. It …

Optimization algorithms are applied to resolve the second-order pileup (SOP) issue from
high counting rates occurring in digital alpha spectroscopy. These are antlion optimizer …