The reference air kerma rates of a set of individual ¹²⁵I seeds were calculated from current measurements of a calibrated re-entrant ionisation chamber. Single seeds were distributed to seven Australian brachytherapy centres for the same measurement with the user's instrumentation. Results are expressed as the ratio of the reference air kerma rate measured by the Australian Nuclear Science & Technology Organisation (ANSTO) to the reference air kerma rate measured at the centre. The intercomparison ratios of all participants were within ±5% of unity.2 page(s
Indoor radon and thoron concentration measurements have been intensively carried out since the 1980s...
Occupational radiation exposure from brachytherapy seeds is dependent on the dose rate from the seed...
Progress in radiation protection and radiotherapy, and the increased needs in terms of accuracy lead...
Calibration of a High-Dose-Rate 1000 Plus ionisation chamber and associated electrometer for the det...
The purpose of this experiment was to determine the combined air scatter and air absorption correcti...
The reference air kerma rate from 192Ir High Dose Rate (HDR) brachytherapy sources can be measured u...
This work presents a comparison of air kerma rate (AKR) measurements performed by multiple radiother...
Purpose: Novel, preclinical radiotherapy modalities are being developed at synchrotrons around the w...
Australian and Canadian calibration coefficients for air kerma and absorbed dose to water for60Co ga...
2019 Purpose: The purpose of this study was to investigate the rate of compliance of air kerma stren...
International audienceThe air kerma and absorbed dose to water standards for 60Co radiotherapy beams...
Primary air-kerma standards for 60Co beams are based on graphite-walled cavity ion chambers. Most na...
Background and purpose: A new protocol for calibration of proton beams was established by the ICRU i...
Air kerma response/Monte Carlo simulation/EGS4 code/Spherical ionization chamber/Mass energy-absorpt...
The formalism and data in the two most recent dosimetry recommendations for clinical proton beams, I...
Indoor radon and thoron concentration measurements have been intensively carried out since the 1980s...
Occupational radiation exposure from brachytherapy seeds is dependent on the dose rate from the seed...
Progress in radiation protection and radiotherapy, and the increased needs in terms of accuracy lead...
Calibration of a High-Dose-Rate 1000 Plus ionisation chamber and associated electrometer for the det...
The purpose of this experiment was to determine the combined air scatter and air absorption correcti...
The reference air kerma rate from 192Ir High Dose Rate (HDR) brachytherapy sources can be measured u...
This work presents a comparison of air kerma rate (AKR) measurements performed by multiple radiother...
Purpose: Novel, preclinical radiotherapy modalities are being developed at synchrotrons around the w...
Australian and Canadian calibration coefficients for air kerma and absorbed dose to water for60Co ga...
2019 Purpose: The purpose of this study was to investigate the rate of compliance of air kerma stren...
International audienceThe air kerma and absorbed dose to water standards for 60Co radiotherapy beams...
Primary air-kerma standards for 60Co beams are based on graphite-walled cavity ion chambers. Most na...
Background and purpose: A new protocol for calibration of proton beams was established by the ICRU i...
Air kerma response/Monte Carlo simulation/EGS4 code/Spherical ionization chamber/Mass energy-absorpt...
The formalism and data in the two most recent dosimetry recommendations for clinical proton beams, I...
Indoor radon and thoron concentration measurements have been intensively carried out since the 1980s...
Occupational radiation exposure from brachytherapy seeds is dependent on the dose rate from the seed...
Progress in radiation protection and radiotherapy, and the increased needs in terms of accuracy lead...