Range Verification in Proton Therapy by Prompt Gamma-Ray Timing (PGT): Steps towards Clinical Implementation

Research output: Contribution to conferences › Paper › Contributed › peer-review

Contributors

  • T. Werner} - (Author)
  • J. Berthold} - (Author)
  • W. Enghardt} - (Author)
  • F. Hueso-Gonzalez} - (Author)
  • T. Kögler} - (Author)
  • J. Petzoldt} - (Author)
  • C. Richter} - (Author)
  • A. Rinscheid} - (Author)
  • K. Römer} - (Author)
  • K. Ruhnau} - (Author)
  • J. Smeets} - (Author)
  • J. Stein} - (Author)
  • A. Straessner} - (Author)
  • A. Wolf} - (Author)
  • G. Pausch} - (Author)

Details

Original languageEnglish
Pages1-5
Number of pages5
Publication statusPublished - 2017
Peer-reviewedYes

Keywords

Keywords

  • biomedical imaging, collimators, dosimetry, gamma-rays, prompt gamma-ray imaging, prompt gamma-ray timing technique, clinical dose rates, multiple PGT detection units, PGT spectra, dose cube treatment plan, Timing, Gamma-rays, gamma-ray spectra, ion beams, proton beams, radiation therapy, pencil beam scanning mode, prompt-gamma based techniques, single pencil beam spots, proton therapy, particle beams, acrylic glass, Protons, Particle beams, Detectors, Cavity resonators, Proton therapy