The main challenge faced by the conventional delay and sum (DAS) damage imaging
method for concrete is that the spatial resolution will be degraded when using few …

Research on proton-based imaging systems aims to improve treatment planning, internal
anatomy visualization, and patient alignment for proton radiotherapy. The purpose of this …

Background Proton radiography (PR) uses highly energetic proton beams to create images
where energy loss is the main contrast mechanism. Water‐equivalent path length (WEPL) …

This paper presents a novel virtual correlation imaging (VCI) method to reduce the adverse
effects of stress wave distortion and realize high accuracy and resolution damage imaging …

Integrated-mode proton radiography leading to water equivalent thickness (WET) maps is an
avenue of interest for motion management, patient positioning, and in vivo range verification …

Objective. Compact ion imaging systems based on thin detectors are a promising prospect
for the clinical environment since they are easily integrated into the clinical workflow. Their …

Proton radiography is a promising development in proton therapy, and researchers are
currently exploring optimal detector materials to construct proton radiography detector …

Background The accuracy of proton therapy and preclinical proton irradiation experiments is
susceptible to proton range uncertainties, which partly stem from the inaccurate conversion …

High-density glass scintillators may improve integrating-mode proton radiography detectors
by improving resolution and decreasing detector size. Five new scintillators were evaluated …

Proton therapy is a novel radiotherapy technique that exploits the characteristic dose
deposition of proton beams through matter to deliver a very localized treatment via radiation …