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.
Open standard →
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.
Open standard →
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.
Open standard →
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.
Open standard →
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.
Open standard →
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.
Open standard →
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.
Read source →
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.
Read source →
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.
Read source →
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.
No papers in the radar yet for this topic. The daily poller will populate it over time —subscribe to the weekly digest and the first matches reach your inbox on the next Monday morning.