Ultrahigh dose-rate radiotherapy (RT), or'FLASH'therapy, has gained significant momentum
following various in vivo studies published since 2014 which have demonstrated a reduction …

While scintillation dosimetry has been around for decades, the need for a dosimeter tailored
to the reality of modern radiation therapy—in particular a real-time, water-equivalent, energy …

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

Objective. Adaptive radiotherapy techniques available on the MR-linac, such as daily plan
adaptation, gating, and dynamic tracking, require versatile dosimetric detectors to validate …

Polymethyl methacrylate (PMMA) is a material with good surface wettability and has unique
and widespread applications in industrial fields. However, fabricating this material in an …

Many brachytherapy (BT) errors could be detected with real-time in vivo dosimetry
technology. Inorganic scintillation detectors (ISDs) have demonstrated promising …

Purpose Proton beam dosimetry using bare plastic optical fibers has emerged as a simple
approach to proton beam dosimetry. The source of the signal in this method has been …

Microbeam radiation therapy is a novel pre-clinical external beam therapy that uses high-
brilliance synchrotron X-rays to deliver the necessary high dose rates. The unique …

We investigate the feasibility of proton therapy dose measurement by using scintillation of a
bare silica glass fiber. The emission spectra of the optical fiber at various depths in tissue …

Purpose This study is devoted to optimizing and characterizing the response of a multipoint
plastic scintillator detector (mPSD) for application to in vivo dosimetry in high dose rate …