This article presents a new perspective on the development of inorganic scintillator-based
fiber dosimeters (IOSFDs) for medical radiotherapy dosimetry (RTD) focusing on real-time in …

The aim of this study was to investigate the over-response of an inorganic optical fibre
sensor (OFS) when measuring percentage depth dose curves (PDDs) with respect to an ion …

In-vivo real-time dose rate measurement has attracted much attention in the tumour-
treatment field because of the demand for precise delivery of radiotherapy. An optical fiber …

Plastic scintillator fibre optic dosimeters (FODs) have advantages for both brachytherapy
and external beam radiotherapy applications. Convenient real-time monitoring and …

The aim of this study was to investigate the dosimetric performance of a novel optical fiber
sensor for use in external beam radiation therapy. Repeatability and reproducibility of the …

Radiotherapy treatments become more and more accurate, using very small irradiation
fields and complex dose depositions. So small dosimeters for real time and in vivo …

The scintillator with optical fiber (SOF) dosimeter consists of a miniature scintillator mounted
on the tip of an optical fiber. The scintillator of the current SOF dosimeter is a 1-mm diameter …

Over the years, many efforts have been made to develop radiation detectors to handle the
complex issues of small field dosimetry and achieve the increasing accuracy, precision and …

A small plastic scintillator bonded to an optical fiber has several characteristics that make it
promising as a brachytherapy dosimeter. In these dosimeters, scintillation light represents …

A scintillating fiber-optic dosimeter has many advantages such as real-time readout, high-
resolution measurement, water-equivalence and no corrections for temperature, pressure …