Knowledge Hub · RE-2000
The framework a NABL-accredited personal-dosimetry service audits against.
A high-throughput reader is only as useful as the audit trail it produces. RE-2000\'s per-element database, calibration management and read-cycle validation land against six documents: NABL ISO/IEC 17025 for accreditation, AERB SC/IR-2 for the Indian regulatory contract, ISO 12794 + IEC 61066 for the type-test framework, IAEA SRS-20 for methodology and ICRP 103 for the dose-limit framework the output serves.
Standards framework
Six anchors covering the whole service chain.
Each document constrains a different link — accreditation, regulation, TLD type-test, reader type-test, methodology and dose-limit interpretation. RE-2000\'s hardware + software fits inside this framework so a service commissioning it can present a coherent audit story.
General requirements for the competence of testing and calibration laboratories
The accreditation framework India's personal-dosimetry services operate under. RE-2000's per-element audit trail, calibration management, uncertainty budget and method-validation records are what a NABL assessor consumes when auditing the service.
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Safety Code — Individual Monitoring for Occupational Workers
The Indian regulatory code the service must follow — approved-institution requirements, monitoring-period definition, dose-report content, calibration-traceability chain and the audit-record obligations that an automatic reader's log has to satisfy.
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Nuclear energy — Radiation protection — Individual thermoluminescence dosemeters for extremities and eyes
Type-test framework for the TLD elements read by RE-2000 in the RT (extremity) configuration — energy response, angular response, batch homogeneity, minimum detectable dose. Any TLD material fed to the reader must survive this test.
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Thermoluminescence dosimetry systems for personal and environmental monitoring
The reader-instrument standard. Heating cycle, calibration, background subtraction, reproducibility, environmental drift — RE-2000's design + QA cycle both land against this document. §7 covers automatic-reader-specific throughput + carousel behaviour.
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Assessment of Occupational Exposure Due to External Sources of Radiation
The IAEA methodology guide for a personal-dosimetry programme. Sets Hp(10) / Hp(0.07) / Hp(3) dose quantities, monitoring-programme design + the reader-independent QA cycle around the service.
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The 2007 Recommendations of the International Commission on Radiological Protection
The dose-limit framework the personal-dosimetry service applies its output against — 20 mSv/y whole-body, 500 mSv/y extremity, 20 mSv/y eye lens (updated to 20 mSv/y by ICRP 118 for tissue reactions). The reader's report is only useful because it references these limits.
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Review literature
Three reviews the field builds its TLD service curricula on.
Thermoluminescence, optically stimulated luminescence and radiophotoluminescence dosimetry: An overall perspective
Bhatt BC
Review of TLD alongside OSL + RPL. Anchors the case for TLD as the workhorse of high-volume personal-dosimetry services in India.
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Thermoluminescence in medical dosimetry
Rivera T
Reviews TLD applications across medical dosimetry — the review most personal-dosimetry service curricula cite when scoping their annual programme.
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Applications of thermoluminescence dosimetry in medicine
Kron T
The canonical review of medical TLD applications — extremity monitoring, whole-body monitoring, in-vivo. The scope reference for a service being commissioned in India.
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Manufacturer background
Upstream technical brief for the RE-2000 reader family.
Literature Radar · auto-updated daily
Latest TLD dosimetry research
Fresh peer-reviewed papers on thermoluminescence dosimetry, auto-updated from Europe PMC + OpenAlex.
- Peer-ReviewedPubMedThe Saudi dental journal · 2026
Average annual occupational radiation exposure among dental staff: a 3-years retrospective observational study.
Almotiri E, Alsabr S, Aljehani A et al.
- Peer-ReviewedPubMedApplied radiation and isotopes · 2026
Validation of a 3D-printed anthropomorphic eye phantom for quality assurance in external beam radiotherapy using TLD and radiochromic film.
Fidelis ALE, Batista DVS, Cardoso SC et al.
- Peer-ReviewedPubMedJournal of biomedical physics & engineering · 2026
Comparison of the Measurement Uncertainty of Thermoluminescence Dosimeters (TLD-100 and GR-200) in Clinical Radiotherapy Energies.
Sadeghi B, Pur Imani R, Kiani H et al.
- Peer-ReviewedPubMedStrahlentherapie und Onkologie · 2026
First dosimetric evaluation of deformable dose accumulation in human individuals.
Dzierma Y, Etemad Zadeh S, Tschernig T et al.
- Peer-ReviewedPubMedPhysica medica · 2026
Dosimetry with LIF:Mg,Ti (TLD-100) for locating non-paubable breast cancer using Iodine-125 seeds.
Santos HN, Daruich de Souza C, Angelocci LV et al.