NF EN ISO 21909-1

NF EN ISO 21909-1

July 2023
Standard Current

Passive neutron dosimetry systems - Part 1: Performance and test requirements for personal dosimetry

This document applies to all passive neutron detectors that can be used within a personal dosemeter in part or in all of the above-mentioned neutron energy range. No distinction between the different techniques available in the marketplace is made in the description of the tests. Only generic distinctions, for instance, as disposable or reusable dosemeters, are considered.This document describes type tests only. Type tests are made to assess the basic characteristics of the dosimetry systems and are often ensured by recognized national laboratoriesThis document does not present performance tests for characterizing the degradation induced by the following:—    intrinsic temporal variability of the quality of the dosemeter supplied by the manufacturer;—    intrinsic temporal variability of preparation treatments (before irradiation and/or before reading), if existing;—    intrinsic temporal variability of reading process;—    degradation due to environmental effects on the preparation treatments, if existing;—    degradation due to environmental effects on the reading process.This document gives information for extremity dosimetry in the Annex C, based on recommendations given by ICRU Report 66. This document addresses only neutron personal monitoring and not criticality accident conditions.The links between this document and ISO 21909-2 are given in Annex A.

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Main informations

Collections

National standards and national normative documents

Thematics

QSE, Gestion des risques et SST, Sécurité

Publication date

July 2023

Number of pages

54 p.

Reference

NF EN ISO 21909-1

ICS Codes

13.280   Radiation protection
17.240   Radiation measurements

Classification index

M61-101-1

Print number

1

International kinship

European kinship

EN ISO 21909-1:2023
Sumary
Passive neutron dosimetry systems - Part 1: Performance and test requirements for personal dosimetry

This document applies to all passive neutron detectors that can be used within a personal dosemeter in part or in all of the above-mentioned neutron energy range. No distinction between the different techniques available in the marketplace is made in the description of the tests. Only generic distinctions, for instance, as disposable or reusable dosemeters, are considered.

This document describes type tests only. Type tests are made to assess the basic characteristics of the dosimetry systems and are often ensured by recognized national laboratories

This document does not present performance tests for characterizing the degradation induced by the following:

—    intrinsic temporal variability of the quality of the dosemeter supplied by the manufacturer;

—    intrinsic temporal variability of preparation treatments (before irradiation and/or before reading), if existing;

—    intrinsic temporal variability of reading process;

—    degradation due to environmental effects on the preparation treatments, if existing;

—    degradation due to environmental effects on the reading process.

This document gives information for extremity dosimetry in the Annex C, based on recommendations given by ICRU Report 66. This document addresses only neutron personal monitoring and not criticality accident conditions.

The links between this document and ISO 21909-2 are given in Annex A.

Replaced standards (1)
NF ISO 21909-1
January 2022
Standard Cancelled
Passive neutron dosimetry systems - Part 1 : performance and test requirements for personal dosimetry

This document applies to all passive neutron detectors that can be used within a personal dosemeter in part or in all of the above-mentioned neutron energy range. No distinction between the different techniques available in the marketplace is made in the description of the tests. Only generic distinctions, for instance, as disposable or reusable dosemeters, are considered. This document describes type tests only. Type tests are made to assess the basic characteristics of the dosimetry systems and are often ensured by recognized national laboratories This document does not present performance tests for characterizing the degradation induced by the following: —    intrinsic temporal variability of the quality of the dosemeter supplied by the manufacturer; —    intrinsic temporal variability of preparation treatments (before irradiation and/or before reading), if existing; —    intrinsic temporal variability of reading process; —    degradation due to environmental effects on the preparation treatments, if existing; —    degradation due to environmental effects on the reading process. This document gives information for extremity dosimetry in the Annex C, based on recommendations given by ICRU Report 66. This document addresses only neutron personal monitoring and not criticality accident conditions. The links between this document and ISO 21909-2 are given in Annex A.

Table of contents
  • 1 Domaine d'application
  • 2 Références normatives
  • 3 Termes et définitions
  • 4 Conditions générales d'essai
  • 5 Essais et exigences de fonctionnement
  • 6 Qualification en vue de supprimer l'utilisation du boîtier complet pour neutrons et photons
  • 7 Essais de fonctionnement des caractéristiques intrinsèques des systèmes dosimétriques
  • 8 Essais de fonctionnement de stabilité dans la gamme des conditions réalistes d'utilisation des dosimètres
  • 9 Documentation d'identification et d'accompagnement
  • Annexe A (informative) Liens entre le présent document et l' ISO 21909-2
  • Annexe B (normative) Exigences de fonctionnement
  • Annexe C (informative) Dosimétrie pour l'irradiation des extrémités
  • Annexe D (normative) Conditions de référence et conditions normales d'essai
  • Annexe E (normative) Conditions d'irradiation
  • Annexe F (normative) Limites de confiance
  • Bibliographie
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