With increasing terrorist threats of different types, explosives detection for various types and
forms of explosives is of growing interest. This paper reviews the broad array of possible …

Tagged neutron-based experimental system has been developed with a laboratory DT
neutron generator at BARC. The system can identify the C, N, O elemental signatures from …

Experiments were carried out to optimize the performance of the neutron back-scattering
(NBS) technique in landmine detection using an assembly consisting of three different layers …

Advances in neutron science have gone hand in hand with the development of particle
accelerators from the beginning of both fields. Early accelerator systems were developed …

A landmine detection system based on DT sealed neutron generator was set up to verify the
validity of fast neutron analysis (FNA) for landmine detection. The results of experiment and …

Monte Carlo simulations were carried out to model a thermal neutron-induced gamma-ray
sensor for anti-personnel-landmine (APM) or explosive detection. This is done by employing …

Neutron backscattering (NB) sensors have been proposed for Humanitarian De-mining
applications. Recently, a prototype hand-held system integrating a NB sensor in a metal …

As an upgrade of a robotic mobile system for anti-personnel landmine clearance, a fast
neutron probe has been considered for the detection of mines and explosive residues …

A commercialized thermal neutron analysis (TNA) sensor has been developed to confirm the
presence of buried bulk explosives as part of a multi-sensor anti-tank landmine detection …

The optimum moderator geometry increases the performance of prompt gamma neutron
activation analysis (PGNAA) method considerably. In this work an 241Am-Be source was …