The neutron light-output response from quasi-monoenergetic neutrons was measured for a
Ø5. 08× 5.08 cm trans-stilbene and a Ø5. 08× 5.08 cm small-molecule organic glass …

Trusted measurement systems are critical for the verification of future arms-control treaties
that involve confirming the authenticity of nuclear warheads on the basis of their radiation …

Scintillator geometry affects light-collection efficiency (LCE) and, as a consequence, detector-
performance metrics that depend on LCE, such as particle-type identification. This work …

An increase in light-collection efficiency (LCE) improves the energy resolution of scintillator-
based detection systems. An improvement in energy resolution can benefit detector …

The generation of real nuclear pulse signals need a detector and a radiation source. In order
to replace some expensive detectors or harmful radiation sources, and precisely evaluate a …

There are occasions such as laboratory practices, educational explanations or calibrations
where the use of radioactive sources may be exempted, by replacing them with nuclear …

Neutrons do not directly ionise the medium they pass through, unlike charged particles.
Neutron detection is then based on nuclear reactions in which the neutron is typically lost …

The electrical signals generated by radiation detectors are often subject to undesired effects
that can affect the energy resolution of the detector. These effects may be caused by the …

Signal digitizers revolutionized the approach to the electronics readout of radiation detectors
in Nuclear Physics. These highly specialized pieces of equipment are designed to acquire …

Neutron active interrogation is a method that can be used to detect the smuggling of illicit
materials, such as explosives, drugs, and special nuclear material. A pulsed fast neutron …