The luminescence emission of quartz is used in optically stimulated luminescence dating (OSL), however the precise origins of the emission are unclear. A suite of quartz samples were analysed using X-ray excited optical luminescence (XEOL). Radiation dose effects were observed whereby the UV emissions (3.8 and 3.4 eV) were depleted to the benefit of the red emission (1.9–2.0 eV). Samples were excited at ∼7 keV. Understanding why some quartz emit light more brightly than others will increase the efficiency and precision of OSL analyses
As the 110 °C TL emission in quartz uses the same luminescence centers as the OSL emission, the 110 ...
The temperature dependence, dose response and bleaching characteristics of the thermally transferred...
The luminescence properties of common minerals, such as quartz and potassium-rich feldspars, allow t...
The luminescence emission of quartz is used in optically stimulated luminescence dating (OSL), howev...
The luminescence emission of quartz is used in optically stimulated luminescence dating (OSL), howev...
A suite of quartz samples of different provenances, irradiation, thermal and depositional histories ...
A suite of quartz samples of different provenances, irradiation, thermal and depositional histories ...
The optical stimulated luminescence (OSL) dating is a steadily developed method in the fields of arc...
The present study examines (1) variability in the thermoluminescence (TL) emission spectrum and opti...
A simple means of identifying poorly bleached samples is proposed for the dating of quartz using the...
Optically stimulated luminescence (OSL) was first observed from natural quartz 30 years ago. Since i...
Recently a new dating procedure has been suggested, which is based on the thermally transferred opti...
Despite the general expectation that optically stimulated luminescence (OSL) growth should be descri...
Resetting or bleaching of the luminescence signal is a fundamental factor in luminescence dating. It...
Luminescence dating dating based on measurement of the fast component of the optically stimulated lu...
As the 110 °C TL emission in quartz uses the same luminescence centers as the OSL emission, the 110 ...
The temperature dependence, dose response and bleaching characteristics of the thermally transferred...
The luminescence properties of common minerals, such as quartz and potassium-rich feldspars, allow t...
The luminescence emission of quartz is used in optically stimulated luminescence dating (OSL), howev...
The luminescence emission of quartz is used in optically stimulated luminescence dating (OSL), howev...
A suite of quartz samples of different provenances, irradiation, thermal and depositional histories ...
A suite of quartz samples of different provenances, irradiation, thermal and depositional histories ...
The optical stimulated luminescence (OSL) dating is a steadily developed method in the fields of arc...
The present study examines (1) variability in the thermoluminescence (TL) emission spectrum and opti...
A simple means of identifying poorly bleached samples is proposed for the dating of quartz using the...
Optically stimulated luminescence (OSL) was first observed from natural quartz 30 years ago. Since i...
Recently a new dating procedure has been suggested, which is based on the thermally transferred opti...
Despite the general expectation that optically stimulated luminescence (OSL) growth should be descri...
Resetting or bleaching of the luminescence signal is a fundamental factor in luminescence dating. It...
Luminescence dating dating based on measurement of the fast component of the optically stimulated lu...
As the 110 °C TL emission in quartz uses the same luminescence centers as the OSL emission, the 110 ...
The temperature dependence, dose response and bleaching characteristics of the thermally transferred...
The luminescence properties of common minerals, such as quartz and potassium-rich feldspars, allow t...