Derives analytical functions for fully amplified, partially amplified back-scattered, and low-charge signals in photomultiplier single photoelectron responses based on first-dynode gain and subsequent chain resolution.
Akerib et al., Nucl
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A room-temperature flash lamp prototype is presented for generating VUV light at wavelengths matching noble liquid scintillators to test light sensors.
citing papers explorer
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Analytical model for the photomultiplier single photoelectron response including the electron back-scattering contribution
Derives analytical functions for fully amplified, partially amplified back-scattered, and low-charge signals in photomultiplier single photoelectron responses based on first-dynode gain and subsequent chain resolution.
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Design and operation of a flash lamp for vacuum ultraviolet light production
A room-temperature flash lamp prototype is presented for generating VUV light at wavelengths matching noble liquid scintillators to test light sensors.