Personalised dosimetry based on molecular imaging is a field that grew exponentially in the
last decade due to the increasing success of Radioligand Therapy (RLT). Despite advances …

Dosimetry methods outside the target volume are still not well established in radiotherapy.
Luminescence detectors due to their small dimensions, very good sensitivity, well known …

A novel extrinsic optical fiber X-ray dosimeter for biomedical applications is presented in this
paper. The primary focus of the sensor is to measure low doses of ionizing X-ray radiation …

In vivo dosimetry is important during radiotherapy to ensure the accuracy of the dose
delivered to the treatment volume. A dosimeter should be characterized based on its …

Performance characteristics of the megavoltage photon dose measurements with EPR and
table sugar were analyzed. An advantage of sugar as a dosimetric material is its tissue …

Abstract At the Korea Institute of Radiological and Medical Sciences, physical human
phantoms were developed to evaluate various radiation protection quantities, based on the …

Purpose A real‐time solar cell based in vivo dosimetry system (SC‐IVD) was developed
using a flexible thin film solar cell and scintillating powder. The present study evaluated the …

Accurate real-time monitoring of neutron beams and distinguishing between thermal,
epithermal and fast neutron components in the presence of a photon background is crucial …

Background Radiotherapy plays an important role in the management of most malignant
and many benign primary central nervous system (CNS) tumors. Radiotherapy affects both …

Abstract Electron Paramagnetic Resonance “EPR” measurements were undertaken on
powder glucose irradiated by X photons and electrons in order to study its dosimetric …