article id. 552International audienceThe LNE-LNHB has developed two primary standards to determine the absorbed dose to water under reference conditions (for 10 cm × 10 cm) in $^{60}$Co, 6 MV, 12 MV and 20 MV photon beams: a new graphite calorimeter and a water calorimeter. This first paper presents the results obtained with the graphite calorimeter and the new associated methodology. The associated relative standard uncertainty ($k$ = 1) of absorbed dose to water is 0.25% for $^{60}$Co and lies between 0.32% to 0.35% for MV x-ray beams
This report documents the absorbed dose standard for photon beams in the range from 1 to 25 MeV. Me...
As an agent of the Commonwealth Scientific and Industrial Research Organization, the Australian Atom...
In this work, we describe a new design of water calorimeter built to measure absorbed dose in non-st...
article id. 552International audienceThe LNE-LNHB has developed two primary standards to determine t...
A primary standard for the absorbed dose rate to water in a 60Co radiation field has been newly esta...
International audienceWater calorimeters are used to establish absorbed dose standards in several na...
International audienceNowadays, the absorbed dose to water for kilovoltage x-ray beams is determined...
The current primary standards at NPL for the measurement of absorbed dose to water in high energy ph...
This paper summarizes the progress on the construction of a graphite calorimeter for the measurement...
The development of a calorimetric primary standard for absorbed dose to water at the BIPM has three ...
International audienceThis report presents the results of the first international comparison of prim...
The aim of this work is to develop and adapt a formalism to determine absorbed dose to water from gr...
Graphite calorimetry for absorbed dose measurements in heavy-ion beamsM.Sakama(1)T.Kanai(1.2)A.Fukum...
Abstract We developed and performance-tested a portable graphite calorimeter designed to measure the...
Developments in hadron therapy require efforts to improve the accuracy of the dose delivered to a ta...
This report documents the absorbed dose standard for photon beams in the range from 1 to 25 MeV. Me...
As an agent of the Commonwealth Scientific and Industrial Research Organization, the Australian Atom...
In this work, we describe a new design of water calorimeter built to measure absorbed dose in non-st...
article id. 552International audienceThe LNE-LNHB has developed two primary standards to determine t...
A primary standard for the absorbed dose rate to water in a 60Co radiation field has been newly esta...
International audienceWater calorimeters are used to establish absorbed dose standards in several na...
International audienceNowadays, the absorbed dose to water for kilovoltage x-ray beams is determined...
The current primary standards at NPL for the measurement of absorbed dose to water in high energy ph...
This paper summarizes the progress on the construction of a graphite calorimeter for the measurement...
The development of a calorimetric primary standard for absorbed dose to water at the BIPM has three ...
International audienceThis report presents the results of the first international comparison of prim...
The aim of this work is to develop and adapt a formalism to determine absorbed dose to water from gr...
Graphite calorimetry for absorbed dose measurements in heavy-ion beamsM.Sakama(1)T.Kanai(1.2)A.Fukum...
Abstract We developed and performance-tested a portable graphite calorimeter designed to measure the...
Developments in hadron therapy require efforts to improve the accuracy of the dose delivered to a ta...
This report documents the absorbed dose standard for photon beams in the range from 1 to 25 MeV. Me...
As an agent of the Commonwealth Scientific and Industrial Research Organization, the Australian Atom...
In this work, we describe a new design of water calorimeter built to measure absorbed dose in non-st...