Thermoluminescence of chip inductors and resistors in new generation mobile phones for retrospective accident dosimetry

Feasibility Study of Using Earbuds and Wireless Headphones for Retrospective Dosimetry

“…Expected TL peaks (ca. 75 • C and 150 • C) for resistors are observed (Lee et al, 2017) and in the temperature range between 200 • C and 350 • C a difference of the TL intensities is discovered. This could be due to the presence of other types of components, such as inductors.…”

“…Different research groups have extensive experience in characterizing different components of mobile phones, such as electronic components (e.g. Inrig et al, 2008;Bassinet et al, 2014a;Mrozik et al, 2014a;Eakins et al, 2016;Lee et al, 2017;Geber-Bergstrand et al, 2018), display glass (e.g. Bassinet et al, 2014b;Discher and Woda, 2013;Mrozik et al, 2014b;Kim et al, 2019) or touch screen glass (e.g.…”

Phototransferred TL properties of alumina substrates

“…Measurements performed using the BG-39 detection filter yielded a PTTL[470 nm] signal about three times stronger (Fig. 1) than with a U-340 filter, indicating that the PTTL emission spectrum is not confined to M A N U S C R I P T Kouroukla (2015, p. 132) and Lee et al (2017) which indicated complex emission that included UV, blue and red bands. It was also observed that the intensity of the shorter wavelength emissions was thermally quenched, giving rise to predominantly red emission at higher temperatures (Kouroukla, 2015, p. 132).…”

Reflections on the future developments of research in retrospective physical dosimetry

“…For SMRs a dependence of fading rate on dose has been suggested for OSL [91] and a variability in fading rate observed for both resistors and inductors [88,89,92]. For TL an irreversible sensitivity change occurs after the first readout, and variable BGS are present for resistors [93,94]. Correction factors were suggested, but these were assessed on older mobile phone samples.…”