This work explores the use of polymer pencil‑lead graphite (PPLG) as a novel material for
passive radiation dosimetry, analysis including state-of-the-art techniques. The versatility of …

Associated with the marked difference between the mechanism of neutrons interactions
relative to that of low linear-energy transfer (LET) radiations, few convenient dosimeters offer …

Like many other decorative building materials, tiles are one of the most precious ornamental
ingredients for making a lucrative building image. It not only offers beauty and luxury but …

Among the various types of decorative materials used in Bangladeshi dwellings, the
marble/marble stone is one of the most common ones that used largely for enhancing the …

The thermoluminescence yield of silica glass doped with Gd 2 O 3 and MgO is investigated
as a potential material for neutron dose measurement. The dosimetric materials used herein …

In the event of a radiological accident or attack, immediate need arises for reliable
estimation of dose to the population from an affected environment. This would contribute to …

In the event of natural disasters or technical malfunctions at nuclear sites, the surrounding
media, including individuals, may be subject to unforeseen radiation exposure. Thus, it is not …

This study explores the potential of hexagonal boron nitride (h-BN) nanostructures for
dosimetry of diverse ionizing radiation. We focus on the crucial thermoluminescence (TL) …

Silica gel bead material, with its porous structure, high surface area, uniform particle size,
stability, and excellent adsorption capacity, is a key material for advancing dosimeter …

This study explores the characteristics of thermoluminescence (TL) yield of silica glass
doped with Gd 2 O 3 and MgO for dosimetry via sol-gel route, with varying concentrations of …