Abstract
The absolute responses of thin, cerium-activated lithium glass scintillators to electrons, protons, deuterons and alpha particles have been measured as a function of their kinetic energy (0.3–2.7 MeV), lithium concentration (2.4–8.3 wt.%) and lithium enrichment (95 wt.% 6Li to 99.99 wt.% 7Li) in the glass. Absolute calibration of the scintillation energy was derived from measurements of the energy resolution of the observed pulse height spectrum.
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