Gel dosimetry has emerged over the past three decades in response to a growing need in
high-precision radiotherapy to assess, in three dimensions, the absorbed radiation dose, as …

This article reports on the dosimetric properties of a new N-isopropylacrylamide, high% T,
polymer gel formulation (19.5% T, 23% C), optimized for x-ray computed tomography (CT) …

Purpose To assess the overall reproducibility and accuracy of an X‐ray computed
tomography (CT) polymer gel dosimetry (PGD) system and investigate what effects the use …

In this work, a new simple and environmentally friendly wood modification method was used
to improve the dimensional stability of fast-growing wood. The wood samples were …

In this study a new x-ray CT polymer gel dosimetry (PGD) filtering technique is presented for
the removal of (i) remnant ring and streak artefacts, and (ii)'structured'noise in the form of …

Polymer gel dosimeters (PGDs) have been widely studied for use in the pretreatment
verification of clinical radiation therapy. However, the readability of PGDs in three …

Our purpose in the current study was to model an X-ray CT scanner with the Monte Carlo
(MC) method for gel dosimetry. In this study, a conventional CT scanner with one array …

Background Three dimensional (3D) dosimetry methods are useful for advanced
radiotherapy techniques such as stereotactic radiosurgery (SRS) and high dose rate (HDR) …

Background Application of less toxic normoxic polymer gel of N-isopropyl acrylamide
(NIPAM) for radiation therapy has been studied in recent years. Aim In the current study the …

Purpose This study aims to optimize the formulation of a methacrylic acid gelatine and
tetrakis (hydroxymethyl) phosphonium chloride (MAGAT) gel dosimeter to achieve …