High resolution γ-ray spectroscopy measurements at MHz counting rates were carried out at
nuclear accelerators, combining a LaBr 3 (Ce) detector with dedicated hardware and …

A new high efficiency, high resolution, fast γ-ray spectrometer was recently installed at the
JET tokamak. The spectrometer is based on a LaBr 3 (Ce) scintillator coupled to a …

To study the runaway electron (RE) dynamics during plasma discharge and develop
scenarios for disruption mitigation, a hard x-ray (HXR) spectrometric system has been …

In this experimental study, involving deuterium–deuterium fusion neutron emission
spectroscopy measurement on the experimental advanced superconducting tokamak …

A new gamma-ray spectrometer with MHz capabilities has been developed to measure the
bremsstrahlung emission spectrum in the gamma-ray energy band generated by MeV range …

In fusion plasmas gamma ray emission is caused by reactions of fast particles, such as
fusion alpha particles, with impurities. Gamma ray spectroscopy at JET has provided …

In this paper, we describe recent measurements with the ASDEX Upgrade two-color
CO2/HeNe interferometer in which a time resolution of 200 ns was obtained in the density …

A new data acquisition (DAQ) system was developed to fulfil the requirements of the gamma-
ray spectrometer (GRS) JET–EP2 (joint European Torus enhancement project 2), providing …

The next generation of large-scale physics experiments will be highly complex, raise new
challenges in the field of control and automation systems and demand well integrated …

A new Data Acquisition (DAQ) sub-system for gamma-ray diagnostics was developed for
Joint European Torus (JET). The system is based on the ATCA platform and is able to …