The most popular TLDs are composed of phosphors, ceramics, and crystals. Despite having
a high light output per unit of absorbed dose, they suffer from rapid signal fading, light …

Interventional radiology unit workers represent one of the occupationally most exposed
populations to low-dose ionizing radiation. Since there are many uncertainties in research of …

Thermoluminescence (TL), kinetic parameters and dosimetric features of Pakistani
limestone (CaCO 3) is reported in this study. Both compositional and structural analyses …

This work reports on thermoluminescence (TL) of an undoped SrSiO 3/SiO 2 phosphor,
synthesized by hydrothermal method. The crystal structures, morphology, and …

A novel breathing phantom was designed for being used in conventional and ion-beam
radiotherapy as well as for medical imaging. Accurate dose delivery and patient safety are …

The introduction of metals into vitreous matrices is the origin of various interesting
phenomena; in particular, the presence of copper ions in glass has been the subject of …

Currently, the double perovskite A 2 BB'O 6 can be used as an ideal matrix material for the
study of rare earth-doped phosphor research because of its flexible chemical composition …

In this work, we report the thermoluminescence (TL) response of a zeolite (Chabazite-Ca)
from Divisaderos Sonora region northwestern Mexico and its performance in dosimetry …

The quest to identify low-cost thermoluminescence (TL) materials is vital, and the
identification and assessment of natural materials suitable for radiation detection is a rapidly …

The attentive consideration of absorbed dose impact on the breast, a radiosensitive organ,
remains pivotal in coronary computed tomography angiography (CCTA). Additionally, the …