Simple Summary FLASH radiotherapy (RT) delivering ultra-high dose rate radiation can
reduce normal tissue toxicity while effectively treating tumors. However, implementing …

Abstract FLASH radiation therapy (FLASH-RT), delivered with ultrahigh dose rate (UHDR),
may allow patients to be treated with less normal tissue toxicity for a given tumor dose …

Objective. A reliable determination of the instantaneous dose rate (I-DR) delivered in FLASH
radiotherapy treatments is believed to be crucial to assess the so-called FLASH effect in …

Purpose Investigating and understanding of the underlying mechanisms affecting the charge
collection efficiency (CCE) of vented ionization chambers under ultra-high dose rate pulsed …

The University Proton Therapy facility in Dresden (UPTD), Germany, is equipped with an
experimental room with a beamline providing a static pencil beam. High proton beam …

Objective. This work presents a method for enhanced detection, imaging, and measurement
of the thermal neutron flux. Approach. Measurements were performed in a water tank, while …

Background Applying ultra‐high dose rates to radiation therapy, otherwise known as
FLASH, has been shown to be just as effective while sparing more normal tissue compared …

Abstract Background and Purpose Radiotherapy delivery with ultra-high dose rates (UHDR)
has consistently produced normal tissue sparing while maintaining efficacy for tumour …

Objective. The aim of the presented study is to evaluate the dose response of the PTB's
secondary standard system, which is based on alanine and electron spin resonance (ESR) …

Diamond has emerged as the desirable semiconducting material in radiation detectors
owing to its extremely wide band gap that favors certain outstanding properties. Such …