This review paper covers the forensic-relevant literature for the analysis and detection of
explosives and explosives residues from 2016-2019 as a part of the 19 th Interpol …

The study presented in this paper aims to explain the influence of scintillation detector size
on spectrometric parameters. For this purpose, a setup composed of 1.5”× 1.5”, 2”× 2” and …

Abstract The Tagged Neutron Method (TNM) widely used in recent years has been applied
to detect explosives to fight against terrorism. Because of the existence of a high-density …

This study presents and assesses a new, user-friendly, and Excel-based Monte Carlo
photon transport code, specifically designed to simulate Gaussian energy broadened …

A method is proposed in this paper to reasonably consume an ironmaking by-product, boron-
containing blast furnace slag (B 3 FS), by using it as concrete aggregate, which may serve …

In this work, it is presented a unified model to integrate a radiation detector on a single chip
using TFTs-based amplifiers, to fabricate a low-cost thermal neutron detector system. The …

The magnetic field structure of the Penning ion source has been optimized with the use of
permanent magnets. The ion source has been designed for small sealed tagged neutron …

The aim of this study is to explore how sustainable livelihoods are affected by the presence
of non-conventional anti-personnel landmines placed in rural areas by understanding the …

Abstract A portable NG-9 D–T generator can produce fast neutrons with 14 MeV energy in a
maximum yield of 4× 10 8 n/s. Shielding around the neutron emitter is necessary to protect …

A quantum secure direct communication (QSDC) protocol is presented. In the proposed
protocol, the omega state is introduced to detect the eavesdrop** during the quantum …