Radiation Detection: Concepts, Methods, and Devices provides a modern overview of
radiation detection devices and radiation measurement methods. The book topics have …

We report on the design, construction, and operation of a capture-gated neutron detector
based on a heterogeneous scintillating structure comprising two scintillator types. A flat, 500 …

Transmission radiography using megaelectronvolt radiation is a powerful nondestructive
method for determining elemental composition. Radiography is typically performed with …

The use of active interrogation to induce delayed neutron emission is a well-established
technique for the characterization of special nuclear materials. Delayed neutrons have …

For simultaneous detection of fast and thermal neutrons, a composite scintillator consisting
of stilbene crystal and 6 Li glass was designed. Energy calibration was finished with a 152 …

Environmental neutrons are a source of background for rare event searches (eg, dark matter
direct detection and neutrinoless double beta decay experiments) taking place in deep …

We demonstrate an all-solid-state design for a composite heterogeneous scintillation
detector sensitive to interactions with high-energy photons (gammas), fast neutrons, and …

Neutron spectrometry is important for radiation metrology, radiation protection, accelerator
physics etc. The spectral response of a capture-gated detector to mono-energetic neutrons …

An important aspect of radiation detection in scintillators is the time dependence of emitted
fluorescence, which results in characteristic measured pulse shape. In some materials, a …

A new generation of scintillating materials have been recently developed in the radiation-
imaging field offering very promising dual particle detection abilities. Here, four different …