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Verification Regulation of Thermoluminescence Dosimeters used in Personal and Environmental Monitoring for X and γ Radiation
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Basic data | Standard ID | JJG 1059-2010 (JJG1059-2010) | | Description (Translated English) | Verification Regulation of Thermoluminescence Dosimeters used in Personal and Environmental Monitoring for X and �� Radiation | | Sector / Industry | Metrology & Measurement Industry Standard | | Classification of Chinese Standard | A58 | | Classification of International Standard | 17.240 | | Word Count Estimation | 20,266 | | Date of Issue | 2010-09-06 | | Date of Implementation | 2010-12-06 | | Quoted Standard | IEC 61066-2006; GB/T 12162.1-2000; GB/T 12162.2-2004; GB/T 12162.3-2004 | | Regulation (derived from) | AQSIQ Announcement No. 100 of 2010 | | Issuing agency(ies) | General Administration of Quality Supervision, Inspection and Quarantine | | Summary | This standard applies to the X, �� radiation personal dose monitoring and environmental use X, �� radiation heat dosimeters (hereinafter referred to as dosimeters) of the initial verification, testing and use of follow-up inspection. The applicable amount of radiation personal dose equivalent Hp (10), Hp (0. 07) and the ambient dose equivalent H (10), value ranges 0. 01mSv ~ 40Sv, photon energy range of 30keV ~ 1. 5MeV. This procedure does not apply to personal monitoring and environmental monitoring with X, �� radiation heat dosimetry system verification. With this regulation does not apply to the extremities dosimeters for personal monitoring devices, nor for measuring �� radiation, neutron radiation and cosmic radiation device testing. | JJG 1059-2010: Verification Regulation of Thermoluminescence Dosimeters used in Personal and Environmental Monitoring for X and γ Radiation
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Verification Regulation of Thermoluminescence Dosimeters used in Personal and Environmental Monitoring for X and γ Radiation
State verification procedures People's Republic of China
Personal and environmental monitoring with X, γ radiation
Thermoluminescence dosimeter
Issued on. 2010-09-06
2010-12-06 implementation
The State Administration of Quality Supervision, Inspection and Quarantine released
Personal and environmental monitoring with X, γ
Thermal radiation dosimeters verification procedures
Radiation
The regulations by the State Administration of Quality Supervision, Inspection and Quarantine approved on September 6, 2010, and from
From December 6, 2010 into effect.
Focal point. the National Technical Committee of ionizing radiation metrology
Drafting. Shanghai Institute of Measurement and Testing
This procedure commissioned the National Technical Committee is responsible for ionizing radiation measurement interpretation
The drafters of the regulations.
Chen Jianxin (Shanghai Institute of Measurement and Testing)
Liyan Fei (Shanghai Institute of Measurement and Testing)
table of Contents
1 Scope (1)
2. Referenced Documents (1)
3 terminology and units of measurement (1)
3.1 The term (1)
3.2 units of measurement (2)
4 Overview (3)
5 metering performance requirements (3)
6 General Requirements (3)
7 control of measuring instruments (3)
7.1 test conditions (3)
7.2 Verification Project (5)
7.3 Verification Methods (5)
7.4 Verification Results Processing (7)
7.5 test cycle (7)
Appendix A dose equivalent conversion factor (8)
Appendix BX reference radiation characteristics and the Conditions (11)
Appendix C confidence interval (12)
Appendix D calibration certificate and test results in the notice page format (15)
Personal and environmental monitoring with X, γ
Thermal radiation dosimeters verification procedures
1 Scope
This procedure is applied in the X, γ radiation personal dose monitoring the environment and use X, γ radiation thermoluminescence dosimeter
(Hereinafter referred to as dosimeters) initial verification, subsequent verification and in-service inspection. The amount of radiation suitable for personal dose equivalent
The amount of HP (10), HP (0.07) and ambient dose equivalent H * (10), the magnitude of the range of 0.01mSv ~ 10Sv, photon
Energy range of 30keV ~ 1.5MeV.
This procedure does not apply to individual monitoring and environmental monitoring test X, γ radiation thermoluminescence dosimetry systems.
This procedure does not apply to individuals with a monitoring device for extremity dosimeters, nor for measuring β radiation,
Test cosmic radiation and neutron radiation device.
2 Citations
The regulations cited in the following documents.
IEC 61066-2006. ThermoluminescencedosimetrysystemsforpersonalandEnvi-
ronmentalMonitoring (personal and environmental monitoring TLD system) (2006-06)
X and γ GB/T 12162.1-2000 for calibrating dosemeters and dose rate meters and for determining their response parameters
Test radiation - Part 1. Radiation characteristics and production methods
X and γ GB/T 12162.2-2004 for calibrating dosemeters and dose rate meters and for determining their response parameters
Test radiation Part 2. radiation protection over the energy range from 8keV ~ 1.3MeV and 4MeV ~ 9MeV
The reference radiation dosimetry
X and γ GB/T 12162.3-2004 for calibrating dosemeters and dose rate meters and for determining their response parameters
Determination place dosimeters and personal dosimeters calibrated response and its energy and angular response. test - Radiation - Part 3
When using this procedure, it should pay attention to the current valid version of the above-mentioned documents.
3 terminology and units of measurement
3.1 Terms
3.1.1 thermoluminescence thermoluminescent (TL)
Certain substance has a characteristic that when these substances by ionizing radiation or ultraviolet radiation and then is heated
Due to excitation light irradiation generated emission phenomena.
3.1.2 thermoluminescence detectors (referred to as the detector) thermoluminescent (TL) detector
Predetermined number of thermoluminescent material, or by the TL material and non-material with the TL composition having a defined quality
The amount of a fixing member, a shape or size.
3.1.3 thermoluminescence dosimeter (the dosimeter) thermoluminescent (TL) dosimeter
Containing one or more pyroelectric detectors passive optical measuring device for ease of use it can be placed in a
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