The objective of this work was to implement the time-resolved ion beam induced luminescence (TRIBIL) technique at the pulsed beam facility (DEFEL) of the LABEC laboratory. By sending the signal from a detector directly to a sampling ADC, it was possible to perform direct time-resolved measurements.
Development of the time-resolved ion beam luminescence technique and its application to the provenance studies of lapis lazuli / Caroline Czelusniak. - (2016).
Development of the time-resolved ion beam luminescence technique and its application to the provenance studies of lapis lazuli
CZELUSNIAK, CAROLINE
2016
Abstract
The objective of this work was to implement the time-resolved ion beam induced luminescence (TRIBIL) technique at the pulsed beam facility (DEFEL) of the LABEC laboratory. By sending the signal from a detector directly to a sampling ADC, it was possible to perform direct time-resolved measurements.
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