Titlebook: Handbook on Radiation Environment, Volume 2; Dose Measurements Dinesh Kumar Aswal Book 2024 The Editor(s) (if applicable) and The Author(s)

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Ionizing Radiation MetrologyMI, and Designated Institute, DI), responsible for maintaining national standards, providing traceable calibration, and coordinating with international organizations. This chapter focuses on ionizing radiation metrology, specifically within the framework of CIPM. The Consultative Committee for Ioniz

BALE

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Monitoring of External Gamma and Beta Exposuresmance evaluation of the monitoring system along with an example of CaSO.:Dy based personnel monitoring system is described. In addition, various recent studies carried out for the CaSO.:Dy based TLD badge system towards improving dosimetric performance are briefly presented. The chapter ends with br

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Radiation Environment in Industrial and Research Facilitiescurity. Radiation technology has also been used for sterilisation of medical products, cross-linking of wires, sewage sludge hygienisation etc. X-ray diffraction and X-ray fluorescence are the most suitable methods for qualitative analysis of the materials. Consumer products viz. smoke detectors, fl

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Recessive

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Biological Retrospective Dosimetryiodosimetry assay have helped to independently assess such exposures by measuring biological dose. Depending on exposure scenarios, multi-parametric approach of selecting set of biological indicators will help to assess the biological dose. Many advanced cytogenetic and molecular methods have helped

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Biokinetic Models of Radionuclidesssessments of internal contamination and radiation dose. Continued research and refinement of these models are necessary to improve their accuracy and applicability in diverse scenarios, ensuring effective radiological protection measures. This chapter highlights the importance of biokinetic models