Abstract
The measure of different radiation types, with specific dosemeters, requires that the absorbed dose should be measured with accuracy by some common standard. The existent problem around the dosimetry of accelerated electrons has forced to the development of diverse detector types that after having analyzed the characteristics; dependability and reproducibility are used as dosemeters. Recently the calorimeters have been developed, with the purpose of carrying out dosimetry for electron accelerators. The RISO laboratory in Denmark, in it 10 MeV accelerator had been used for the dosimetry those water calorimeters, later on, using the principle of the water calorimeter, it was designing one similar, for the accelerator of 400 keV. Recently manufactured simple calorimeters of graphite have been used, which can be used in both accelerators of 10 MeV and 400 keV. (Author)
Citation Formats
Chavez B, A.
Use of the calorimeter in the dosimetry for electron accelerators; Uso del calorimetro en la dosimetria para aceleradores de electrones.
Mexico: N. p.,
1991.
Web.
Chavez B, A.
Use of the calorimeter in the dosimetry for electron accelerators; Uso del calorimetro en la dosimetria para aceleradores de electrones.
Mexico.
Chavez B, A.
1991.
"Use of the calorimeter in the dosimetry for electron accelerators; Uso del calorimetro en la dosimetria para aceleradores de electrones."
Mexico.
@misc{etde_20764686,
title = {Use of the calorimeter in the dosimetry for electron accelerators; Uso del calorimetro en la dosimetria para aceleradores de electrones}
author = {Chavez B, A}
abstractNote = {The measure of different radiation types, with specific dosemeters, requires that the absorbed dose should be measured with accuracy by some common standard. The existent problem around the dosimetry of accelerated electrons has forced to the development of diverse detector types that after having analyzed the characteristics; dependability and reproducibility are used as dosemeters. Recently the calorimeters have been developed, with the purpose of carrying out dosimetry for electron accelerators. The RISO laboratory in Denmark, in it 10 MeV accelerator had been used for the dosimetry those water calorimeters, later on, using the principle of the water calorimeter, it was designing one similar, for the accelerator of 400 keV. Recently manufactured simple calorimeters of graphite have been used, which can be used in both accelerators of 10 MeV and 400 keV. (Author)}
place = {Mexico}
year = {1991}
month = {Feb}
}
title = {Use of the calorimeter in the dosimetry for electron accelerators; Uso del calorimetro en la dosimetria para aceleradores de electrones}
author = {Chavez B, A}
abstractNote = {The measure of different radiation types, with specific dosemeters, requires that the absorbed dose should be measured with accuracy by some common standard. The existent problem around the dosimetry of accelerated electrons has forced to the development of diverse detector types that after having analyzed the characteristics; dependability and reproducibility are used as dosemeters. Recently the calorimeters have been developed, with the purpose of carrying out dosimetry for electron accelerators. The RISO laboratory in Denmark, in it 10 MeV accelerator had been used for the dosimetry those water calorimeters, later on, using the principle of the water calorimeter, it was designing one similar, for the accelerator of 400 keV. Recently manufactured simple calorimeters of graphite have been used, which can be used in both accelerators of 10 MeV and 400 keV. (Author)}
place = {Mexico}
year = {1991}
month = {Feb}
}