Practical guidelines that are not explicit in the TG‐51 protocol and its Addendum for photon
beam dosimetry are presented for the implementation of the TG‐51 protocol for reference …

Purpose: To investigate the dosimetric properties of synthetic single crystal diamond based
Schottky diodes under irradiation with therapeutic electron beams from linear accelerators …

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 …

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 …

Purpose: This work presents the experimental extraction of the overall perturbation factor in
megavoltage electron beams for NACP‐02 and Roos parallel‐plate ionization chambers …

Purpose: To investigate recommendations for reference dosimetry of electron beams and
gradient effects for the NE2571 chamber and to provide beam quality conversion factors …

Purpose Determination of absorbed dose is well established in many dosimetry protocols
and considered to be highly reliable using ionization chambers under reference conditions …

The presence of an air filled ionization chamber in a surrounding medium introduces several
fluence perturbations in high energy photon and electron beams which have to be …

Purpose: The electron fluence inside a parallel‐plate ionization chamber positioned in a
water phantom and exposed to a clinical electron beam deviates from the unperturbed …