With the rapid increase in clinical treatments with MRI-linacs, a consistent, harmonized and
sustainable ground for reference dosimetry in MRI-linacs is needed. Specific for reference …

Current best estimates of beam quality correction factors for reference dosimetry of clinical
proton beams - IOPscience This site uses cookies. By continuing to use this site you agree to …

Magnetic resonance imaging (MRI)-guided radiotherapy (RT)(MRIgRT) falls outside the
scope of existing high energy photon therapy dosimetry protocols, because those protocols …

Purpose. To provide Monte Carlo calculated beam quality correction factors (k Q) for
monoenergetic proton beams using the Monte Carlo code fluka. Materials and methods. The …

Purpose Beam quality correction factors provided in current codes of practice for proton
beams are approximated using the water‐to‐air mass stopping power ratio and by assuming …

Consistency and clear guidelines on dosimetry are essential for accurate and precise
dosimetry, to ensure the best patient outcomes and to allow direct dose comparison across …

Purpose MR‐Linac integrates an MRI scanner and a linear accelerator to provide adaptive
radiation treatment. Superior tissue contrast and real‐time imaging can give the clinicians …

For the update of the IAEA TRS-398 Code of Practice (CoP), global ionization chamber
factors (f Q) and beam quality correction factors (k Q) for air-filled ionization chambers in …

To ensure accurate reference dosimetry with ionization chambers in magnetic resonance
linear accelerators (MR-linacs), the influence of the magnetic field on the response of the …

The dosimetry of carbon-ion beams based on calibrated ionization chambers (ICs) still
shows a significantly higher uncertainty compared to high-energy photon beams, a fact …