This article presents an overview of the recent developments and requirements in
radiotherapy dosimetry, with particular emphasis on the development of optical fibre …

Ion beams are used in radiotherapy to deliver a more precise dose to the target volume
while minimizing dose to the surrounding healthy tissue. For optimum dose monitoring in ion …

An investigation has been made on commercially available Ge-doped SiO2 optical fibers as
a novel thermoluminescence system for radiotherapy dosimetry. This dosimeter has …

In radiation cancer therapy, the aim is to destroy the tumour cells in the treated area while
minimizing damage to the surrounding normal tissue. Synchrotron microbeam radiation …

An investigation has been made of glass beads and optical fibres as novel dosimeters for
small-field photon radiation therapy dosimetry. Commercially available glass beads of …

We investigate the ability of high spatial resolution (∼ 120μm) Ge-doped SiO2 TL
dosimeters to measure photoelectron dose enhancement resulting from the use of a …

It is widely known that SiPM photodetectors have a strong temperature dependence.
TrueInvivo is currently develo** an automated TLD reader with the intention of replacing …

Present interest concerns development of a system to measure photoelectron-enhanced
dose close to a tissue interface using analogue gold-coated doped silica-fibre …

Present study focuses on characterisation of SiO 2 optical fibers as a potential
thermoluminescence (TL) system for radiation therapy dosimetry. Irradiations were made …

Present studies concern Ge-doped SiO2 telecommunication fibre as a high spatial
resolution 1-D thermoluminescence (TL) system for radiotherapeutic dosimetry. Using tube …