Abstract
The use of a personal dosimeter imposes severe constraints, particularly for tension of polarization and tolerable dimensions. That why a numerical modeling of this detector working is an appreciable help for conception. It allows to determine quickly the influence of modification of different parameters (nature and pressure of gas, dimension of electrodes, dimension of channels, tension of polarization,...) without having to make new prototypes. The aim of this report is to give some numerical results got with a multicellular counter with a cylindrical geometry. 6 figs.
Bordy, J M;
Barthe, J;
Boutruche, B;
[1]
Segur, P
[2]
- CEA Centre d`Etudes de Fontenay-aux-Roses, 92 (France). Inst. de Protection et de Surete Nucleaire
- Toulouse-3 Univ., 31 (France)
Citation Formats
Bordy, J M, Barthe, J, Boutruche, B, and Segur, P.
Numerical modeling of working of a multicellular proportional counter aimed to individual dosimetry of neutrons; Modelisation numerique du fonctionnement d`un compteur proportionnel multicellulaire destine a la dosimetrie individuelle des neutrons.
France: N. p.,
1993.
Web.
Bordy, J M, Barthe, J, Boutruche, B, & Segur, P.
Numerical modeling of working of a multicellular proportional counter aimed to individual dosimetry of neutrons; Modelisation numerique du fonctionnement d`un compteur proportionnel multicellulaire destine a la dosimetrie individuelle des neutrons.
France.
Bordy, J M, Barthe, J, Boutruche, B, and Segur, P.
1993.
"Numerical modeling of working of a multicellular proportional counter aimed to individual dosimetry of neutrons; Modelisation numerique du fonctionnement d`un compteur proportionnel multicellulaire destine a la dosimetrie individuelle des neutrons."
France.
@misc{etde_10136838,
title = {Numerical modeling of working of a multicellular proportional counter aimed to individual dosimetry of neutrons; Modelisation numerique du fonctionnement d`un compteur proportionnel multicellulaire destine a la dosimetrie individuelle des neutrons}
author = {Bordy, J M, Barthe, J, Boutruche, B, and Segur, P}
abstractNote = {The use of a personal dosimeter imposes severe constraints, particularly for tension of polarization and tolerable dimensions. That why a numerical modeling of this detector working is an appreciable help for conception. It allows to determine quickly the influence of modification of different parameters (nature and pressure of gas, dimension of electrodes, dimension of channels, tension of polarization,...) without having to make new prototypes. The aim of this report is to give some numerical results got with a multicellular counter with a cylindrical geometry. 6 figs.}
place = {France}
year = {1993}
month = {Dec}
}
title = {Numerical modeling of working of a multicellular proportional counter aimed to individual dosimetry of neutrons; Modelisation numerique du fonctionnement d`un compteur proportionnel multicellulaire destine a la dosimetrie individuelle des neutrons}
author = {Bordy, J M, Barthe, J, Boutruche, B, and Segur, P}
abstractNote = {The use of a personal dosimeter imposes severe constraints, particularly for tension of polarization and tolerable dimensions. That why a numerical modeling of this detector working is an appreciable help for conception. It allows to determine quickly the influence of modification of different parameters (nature and pressure of gas, dimension of electrodes, dimension of channels, tension of polarization,...) without having to make new prototypes. The aim of this report is to give some numerical results got with a multicellular counter with a cylindrical geometry. 6 figs.}
place = {France}
year = {1993}
month = {Dec}
}