We review the current status of proton FLASH experimental systems, including preclinical
physical and biological results. Technological limitations on preclinical investigation of …

The physical and clinical benefits of charged particle therapy (CPT) are well recognized.
However, the availability of CPT and complete exploitation of dosimetric advantages are still …

Purpose In proton therapy, the potential of using high‐dose rates in the cancer treatment is
being explored. High‐dose rates could improve efficiency and throughput in standard …

FLASH radiation therapy (RT) has shown potential to increase the therapeutic index for
cancer treatment. In vivo animal studies have shown a differential response between normal …

In recent years, FLASH irradiation has attracted significant interest in radiation research.
Studies have shown that irradiation at ultra-high dose rates (FLASH) reduces the severity of …

The remote sensing and satellite community working for space organizations have
expressed interest in building advanced devices with potential choices for Gallium Nitride …

Background and Objective: Recent experimental studies using ultra-high dose rate radiation
therapy (FLASH-RT) have shown improved normal tissue sparing and comparable tumor …

Background Experiments with ultra‐high dose rates in proton therapy are of increasing
interest for potential treatment benefits. The Faraday Cup (FC) is an important detector for …

Objective. Ionization chambers, mostly used for beam calibration and for reference
dosimetry, can show high recombination effects in pulsed high dose rate proton beams. The …

Ultra-high dose rate external beam radiotherapy (UHDR-RT) uses dose rates of several tens
to thousands of Gy/s, compared with the dose rate of the order of a few Gy/min for …