We propose a new technique to measure the infrared scintillation light yield of rare earth doped crystals by comparing it to near UV–visible scintillation of a calibrated Pr:(Lu0.75Y0.25)3Al5O12 sample. As an example, we apply this technique to provide the light yield in visible and infrared range up to 1700 nm of this crystal.
A new technique for infrared scintillation measurements
CHIOSSI, FEDERICO;BORGHESANI, ARMANDO-FRANCESCO;BRAGGIO, CATERINA;CARUGNO, GIOVANNI;GUARISE, MARCO
2017
Abstract
We propose a new technique to measure the infrared scintillation light yield of rare earth doped crystals by comparing it to near UV–visible scintillation of a calibrated Pr:(Lu0.75Y0.25)3Al5O12 sample. As an example, we apply this technique to provide the light yield in visible and infrared range up to 1700 nm of this crystal.
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