An optical fibre sensor is presented for applications in real-time in-vivo monitoring of the
radiation dose a cancer patient receives during seed implantation in Brachytherapy. The …

We investigated the potential use of two new borate matrices for quality assurance (QA) tests
in radiotherapy. Both matrices, MgB 4 O 7: Ce, Li (MBO) and Ce-doped 80MgB 2 O 4 …

The use of ionising radiation in a wide range of areas, from industrial processes to medical
applications, has become increasingly significant in recent years. Radiation dosimetry, the …

Quality assurance is particularly important for modulated radiotherapies which improve dose
conformity and involve complex processes of dose delivery. This work proposes a dose …

In this study, we developed a remote gamma spectroscopy system based on fiber-optic
radiation sensor (FORS) to detect species of gamma-emitting sources at large distances. In …

The development of optical fibres technology grows in response to seeking a radiation
detector with better thermoluminescence (TL) performance. Concerning the dosimetric …

An optical fibre-based beta radiation sensing device has been investigated for the purpose
of detecting low levels of the daughter products of Uranium-238 in liquids for mineral …

The dynamic performance of extrinsic gamma-ray sensors at radioprotection levels is
studied. The sensors have been fabricated with chemically etched polymer optical fibers …

An optical fibre sensor for monitoring low dose radiation is presented. The sensor is based
on a scintillation material embedded within the optical fibre core, which emits visible light …

Light-emitting diodes (LEDs) could be a potential dosimetry candidate because they are
radiation hard, spectrally selective, direct band gap, and low-cost devices. Thus, an LED …