Purpose This study is about the development of a new dual wavelength reading method of
Fricke-Xylenol orange-Gelatin (FXG) gel dosimeters on the Vista16™ optical Computed …

This work reports results related to the manufacturing and optimisation of a leuco crystal
violet (LCV)-Pluronic F-127 radiochromic gel dosimeter suitable for 3D radiotherapy …

Modified formulation radio-chromic dosimeter consists of Fricke polyvinyl alcohol (PVA) with
Methylthymol blue dye (MTB) and physical cross-linking agent gellan gum (GG) was …

A new formulation of hydrogel dosimeter consisting of ferrous–methylthymol blue (MTB)–
polyvinyl alcohol (PVA) cross-linked chemically with glutaraldehyde (GTA) was studied and …

Purpose To develop and characterize a ferrous–methylthymol blue–gelatin gel dosimeter
with low optical background and appropriate additives for reduced rate of auto‐oxidation …

Purpose To evaluate a commercially available Ferrous-Xylenol Orange-Gel (FXG) dosimeter
(TrueView™) coupled with Optical-Computed Tomography (OCT) read out, for 3D dose …

In this work, a novel sensitive composition of Fricke radio-chromic gel dosimeter based on
polyvinyl alcohol (PVA), xylenol orange (XO), and physical cross-linking agent gellan gum …

Recent studies related to the polymer gel dosimetry technique for radiation therapy have
shown the importance of using additive of different concentrations to the polymer gel to …

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 …

A new absorption spectroscopy method which enables rapid measurement of the diffusion
coefficient of Fe 3+ in gelatin gel used in dosimetry was investigated. The physical …