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1. General presentation
The radiation that individual dosimeters are designed to measure is multiple and of different kinds (mainly photon radiation, but also β radiation (e – ) and neutrons) in energy ranges that can vary widely, from a few keV to several tens of MeV for γ radiation, from a few eV to a few MeV for neutrons, and from 500 keV for β radiation.
The medical field is concerned with X-rays (< 150 keV) and photons from a few keV to several MeV, while the reactor field is more concerned with γ above 100 keV and the fuel cycle with γ from 10 keV to a few MeV. What's more, the various fields encountered in radiation protection are often at the cutting edge of technical progress and themselves driven to evolve, sometimes creating different radiative environment conditions.
The interaction of this radiation with...
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General presentation
General principles of personal dosimetry
Bibliography
References
- (1) - van DIJK (J.W.E.), BORDY (J.M.), VANHAVERE (F.), WERNLI (C.), ZAMANI-VALASIADOU (M.) - A review of the properties of the dosimetric systems and the quality assurance programmes of 48 dosimetric services in the European Union and Switzerland. - Radiation-Protection-Dosimetry, vol. 96, n° 1, p. 151-157 (2001)....
Standardization
The International Organization for Standardization (ISO) website can be consulted:
Standards dealing with references or methods
- Reference X-rays and gamma rays for calibrating dosimeters and flowmeters, and for determining their response as a function of photon energy. – Part 1: Radiation characteristics...
Regulations
ICRU documents relating to the measurement of external radiation doses :
ICRU 39 (1985) Determination of Dose Equivalents Resulting from External Radiation Sources ;
ICRU 43 (1988) Determination of Dose Equivalents from External Radiation Sources – Part 2 ;
ICRU 47 (1992) Measurement of Dose Equivalents from...
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