Thermoluminescent materials for medical applications: LiF:Mg,Ti and LiF:Mg,Cu,P

OSLD energy response performance and dose accuracy at 24 - 1250 keV: Comparison with TLD-100H and TLD-100

“…Mg,Ti dopants to LiF for TLD-100 and Mg,Cu,P dopants to LiF for TLD-100H. This different dopant in TLD-100 has been reported to cause the effect of supralinearity [13,14]. That is in this case, the measured dose for TLD-100 would become higher at low energy, and this explained an outlier result that was obtained in FIGURE 6 (b).…”

The thermoluminescence glow curve and the deconvoluted glow peak characteristics of erbium doped silica fiber exposed to 70–130 kVp x-rays

“…The area under the glow curve was found to be highly dependent on dose. That the glow peak area and the peak height of Er-doped silica CF are both highly dose dependent is supported by the observations of Moscovitch and Horowitz (2007). The latter has stated that as dose increases the average distance between trap center/luminescence center (TC/LC) entities decreases.…”

“…The latter has stated that as dose increases the average distance between trap center/luminescence center (TC/LC) entities decreases. Recombination increases due to the higher probability of charge carrier transition between TC/LC entities without interception by the competitive process of non-luminescent recombination (Moscovitch and Horowitz, 2007).…”

Thermoluminescence glow curves and deconvoluted glow peaks of Ge doped flat fibers at ultra-high doses of electron radiation

“…He stated that as the dose increases, the average distance between trap and luminescence centers (TC/LC) entities decreases, and the geminate recombination increases due to the higher probability of charge carrier transition between neighboring TC/LC entities without interception by the competitive process of non-luminescent recombination (Moscovitch and Horowitz, 2007).…”