The quality correction factor [Formula: see text] for electron beams was calculated for three thimble ionization chambers, namely, NE2571, NE2571A and NE2581A. The Monte Carlo code PENELOPE was used to estimate the overall correction factor fc,Q of these chambers for electron beams with nominal energies ranging between 6 and 22MeV, corresponding to a Varian Clinac 2100 C/D. A 60Co beam was used as reference quality Q0. Also eight monoenergetic electron beams reproducing the quality index R50 of the Clinac beams were considered. The [Formula: see text] factors were calculated as the ratio between fc,Q and [Formula: see text] . Those obtained for the NE2571 ionization chamber show a nice agreement with those calculated by Muir and Rogers with...
A semiempirical method based on the averaging effect of the sensitive volumes of different air-fille...
For megavoltage electron beams, current dosimetry protocols assume well-guarded plane-parallel ioniz...
Values for the fluence perturbation correction factor were determined in a number of electron beams ...
The quality correction factor kQ,Q0 for electron beams was calculated for three thimble ionization ...
In this work we calculate the beam quality correction factor kQ,Q0 for various plane-parallel ioniza...
n this work we calculate the beam quality correction factor ${{k}_{\text{Q},{{\text{Q}}_{0}}}}$ for...
Purpose: To provide a comprehensive investigation of electron beam reference dosimetry using Monte C...
Purpose: To investigate recommendations for reference dosimetry of electron beams and gradient effec...
Purpose: To investigate gradient effects and provide Monte Carlo calculated beam quality conversion ...
This work calculates beam quality correction factors (k Q) in monoenergetic proton beams using detai...
Purpose: Dosimetry of high‐energy electrons beams is based upon absorbed dose to water standards and...
Purpose: To investigate the behavior of plane-parallel ion chambers in high-energy photon beams thro...
Purpose Beam quality correction factors provided in current codes of practice for proton beams are a...
Purpose: To use EGSnrc Monte Carlo simulations to directly calculate beam quality conversion factors...
Purpose: In the TG-21 dosimetry protocol, for cylindrical chambers in electron beams the replacement...
A semiempirical method based on the averaging effect of the sensitive volumes of different air-fille...
For megavoltage electron beams, current dosimetry protocols assume well-guarded plane-parallel ioniz...
Values for the fluence perturbation correction factor were determined in a number of electron beams ...
The quality correction factor kQ,Q0 for electron beams was calculated for three thimble ionization ...
In this work we calculate the beam quality correction factor kQ,Q0 for various plane-parallel ioniza...
n this work we calculate the beam quality correction factor ${{k}_{\text{Q},{{\text{Q}}_{0}}}}$ for...
Purpose: To provide a comprehensive investigation of electron beam reference dosimetry using Monte C...
Purpose: To investigate recommendations for reference dosimetry of electron beams and gradient effec...
Purpose: To investigate gradient effects and provide Monte Carlo calculated beam quality conversion ...
This work calculates beam quality correction factors (k Q) in monoenergetic proton beams using detai...
Purpose: Dosimetry of high‐energy electrons beams is based upon absorbed dose to water standards and...
Purpose: To investigate the behavior of plane-parallel ion chambers in high-energy photon beams thro...
Purpose Beam quality correction factors provided in current codes of practice for proton beams are a...
Purpose: To use EGSnrc Monte Carlo simulations to directly calculate beam quality conversion factors...
Purpose: In the TG-21 dosimetry protocol, for cylindrical chambers in electron beams the replacement...
A semiempirical method based on the averaging effect of the sensitive volumes of different air-fille...
For megavoltage electron beams, current dosimetry protocols assume well-guarded plane-parallel ioniz...
Values for the fluence perturbation correction factor were determined in a number of electron beams ...