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- W2046539469 abstract "Abstract Thermoluminescence (TL) dosimetry relies on evaluating the dose absorbed in the TL detector by measuring the light output by the detector, i.e. by the TL glow-curve analysis. However, the absolute efficiency of the TL light emission per unit dose of ionizing radiation absorbed in the detector is known to depend on the energy and quality (ionization density) of this radiation. Moreover, as the TL light is absorbed in the detector itself, the spatial distribution of energy deposition events inside the detector also needs to be considered. It is convenient to describe the response of the detector (TL output per unit dose) relative to that after a dose of sparsely ionizing reference radiation, such as 137 Cs γ -rays, via relative efficiency, η iγ , defined as the TL light signal emitted by the TL detector per unit imparted energy of radiation of the type i , normalized to the signal per unit imparted energy of this reference radiation. Microdosimetric models have provided an insight as to the variation of η iγ , with the energy and ionization density, related to the spatial distribution of ionizations and excitations produced by the ionizing radiation in the detector, as well as some experimental factors related to the TL light transport within the detector. To study the variation of η iγ with LET in LiF:Mg, Ti detectors irradiated by heavy charged particles (high-LET radiation), the most successful approach was the track structure model, based on the radial distribution of dose (RDD) around the ion tracks. For low-LET radiation (photons, electrons) the microdosimetric model has been successfully applied to predict η iγ for LiF:Mg,Ti, LiF:Mg,Cu,P, and CaF 2 :Tm TL detectors, to explain the discrepancy between the measured and predicted photon-energy response of these detectors." @default.
- W2046539469 created "2016-06-24" @default.
- W2046539469 creator A5020327947 @default.
- W2046539469 date "2004-08-01" @default.
- W2046539469 modified "2023-10-14" @default.
- W2046539469 title "Microdosimetric modelling of the relative efficiency of thermoluminescent materials" @default.
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- W2046539469 doi "https://doi.org/10.1016/j.radmeas.2004.01.029" @default.
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