This work focused on the analysis of the temporal diffusion of ferric ions through PVA-GTA
gel dosimeters. PVA-GTA gel samples, partly exposed with 6 MV X-rays in order to create an …

Quality assurance procedures required in modern radiotherapy would greatly benefit from
the development of tissue equivalent dosimeters able to render three-dimensional dose …

Optical absorbance and dynamic light scattering studies of Fricke xylenol orange gel
dosimeters loaded with laponite were carried out with the aim to investigate possible effects …

Metallic nanoparticles, such as gold (Au, Z= 79) and silver (Ag, Z= 47) nanoparticles (AuNPs
and AgNPs, respectively), possess strong surface plasmonic resonance (SPR) and high …

Because of their unique properties (size, shape, and surface functions), functional materials
are gaining significant attention in the areas of energy conversion and storage, sensing …

Purpose In the current study, the energy and dose rate dependence of a new genipin-based
gel dosimeter, named GENA gel dosimeter, were investigated. Methods Prepared gel …

This work presents a mathematical model implementation for studying the diffusion process
of ferric ions in post-irradiated Fricke gel dosimeters. Fricke gel samples were manufactured …

The accuracy and precision are necessary factors in radiotherapy, especially for
measurements involving output factors and beam profiles; in this case multileaf collimators …

Glass has been used in radiation dosimetry mainly for its linear response with absorbed
dose, low cost and easy evaluation. The lithium diborate glasses were irradiated with doses …

In radiation physics, the study of new alternative dosimeters is of interest to the growing
branch of dosimetric characterization for radiotherapy applications. The goal of this work …