Technical SupplementInternational audienceA comparison of the dosimetry for accelerator photon beams was carried out between the Laboratoire National de Métrologie et d'Essais–Laboratoire National Henri Becquerel (LNE–LNHB) and the Bureau International des Poids et Mesures (BIPM) in March 2012. The comparison was based on the determination of absorbed dose to water for three radiation qualities at the LNE–LNHB. The comparison result, reported as a ratio of the LNE–LNHB and the BIPM evaluations, is 0.995 at 6 MV and 12 MV; 0.994 at 20 MV, with a combined standard uncertainty of 5 parts in 103 at all three energies. This result is the fourth in the on-going BIPM.RI(I)-K6 series of comparisons
Since 1987, a dosimetric standardization process has been started by the Belgian Hospital Physicist ...
We compared the results of absorbed dose measurements made using the TRS-398, TG-51, and DIN protoco...
With the development of the water calorimeter direct measurement of absorbed dose in water becomes p...
Technical SupplementInternational audienceA comparison of the dosimetry for accelerator photon beams...
International audienceA key comparison has been made between the absorbed dose to water standards of...
International audienceThe air kerma and absorbed dose to water standards for 60Co radiotherapy beams...
International audienceUntil now, the only way to determine absorbed dose to water for medium energy ...
An indirect comparison has been made of the standards for air kerma and absorbed dose to water in 60...
International audienceThis report presents the results of the first international comparison of prim...
For the determination of the absorbed dose to water for high-energy photon and electron beams the IA...
A number of codes of practice (CoP) for electron and photon radiotherapy beam dosimetry are currentl...
This paper presents guidelines for the calibration of radiation beams that were issued by the Intern...
Since 1987, a dosimetric standardization process has been started by the Belgian Hospital Physicist ...
article id. 552International audienceThe LNE-LNHB has developed two primary standards to determine t...
The preceding DIN 6800-2 (1997) protocol has been revised by a German task group and its latest vers...
Since 1987, a dosimetric standardization process has been started by the Belgian Hospital Physicist ...
We compared the results of absorbed dose measurements made using the TRS-398, TG-51, and DIN protoco...
With the development of the water calorimeter direct measurement of absorbed dose in water becomes p...
Technical SupplementInternational audienceA comparison of the dosimetry for accelerator photon beams...
International audienceA key comparison has been made between the absorbed dose to water standards of...
International audienceThe air kerma and absorbed dose to water standards for 60Co radiotherapy beams...
International audienceUntil now, the only way to determine absorbed dose to water for medium energy ...
An indirect comparison has been made of the standards for air kerma and absorbed dose to water in 60...
International audienceThis report presents the results of the first international comparison of prim...
For the determination of the absorbed dose to water for high-energy photon and electron beams the IA...
A number of codes of practice (CoP) for electron and photon radiotherapy beam dosimetry are currentl...
This paper presents guidelines for the calibration of radiation beams that were issued by the Intern...
Since 1987, a dosimetric standardization process has been started by the Belgian Hospital Physicist ...
article id. 552International audienceThe LNE-LNHB has developed two primary standards to determine t...
The preceding DIN 6800-2 (1997) protocol has been revised by a German task group and its latest vers...
Since 1987, a dosimetric standardization process has been started by the Belgian Hospital Physicist ...
We compared the results of absorbed dose measurements made using the TRS-398, TG-51, and DIN protoco...
With the development of the water calorimeter direct measurement of absorbed dose in water becomes p...