Previously, readings of air-filled ionization chambers have been described as being
influenced by magnetic fields. To use these chambers for dosimetry in magnetic resonance …

This work calculates beam quality correction factors (k Q) in monoenergetic proton beams
using detailed Monte Carlo simulation of ionization chambers. It uses the Monte Carlo code …

Monte Carlo (MC) calculations are a fundamental tool for the investigation of ionization
chambers (ICs) in radiation fields, and for calculations in the scope of IC reference …

Introduction Current dosimetry protocols for clinical protons using air-filled ionization
chambers assume that the perturbation correction factor is equal to unity for all ionization …

Purpose: To provide a comprehensive investigation of electron beam reference dosimetry
using Monte Carlo simulations of the response of 10 plane‐parallel and 18 cylindrical ion …

Purpose: To investigate the behavior of plane‐parallel ion chambers in high‐energy photon
beams through measurements and Monte Carlo simulations. Methods: Ten plane‐parallel …

Current dosimetry protocols (AAPM, IAEA, IPEM, DIN) recommend parallel-plate ionization
chambers for dose measurements in clinical electron beams. This study presents detailed …

The subject of this study is the'shift of the effective point of measurement', Δz, well known as
a method of correction compensating for the'displacement effect'in photon and electron …

In 2016 the ICRU published a new report dealing with key data for ionizing radiation
dosimetry (ICRU Report 90). New recommendations have been made for the mean …

Modern dosimetry protocols are based on the use of ionization chambers provided with a
calibration factor in terms of absorbed dose to water. The basic formula to determine the …