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Intense Infrared Scintillation of Liquid Ar-Xe Mixtures

Intense infrared (IR) light emission from liquid Ar-Xe mixtures has been observed using 12 keV electron-beam excitation. The emission peaks at a wavelength of 1.18 $μ$m and the half-width of the emission band is 0.1 $μ$m. Maximum intensity has been found for a 10 ppm xenon admixture in liquid argon. The conversion efficiency of electron beam-power to IR-light is about 1% (10000 photons per MeV electron energy deposited). A possible application of this intense IR emission for a new particle discrimination concept in liquid noble gas detectors is discussed. No light emission was found for perfectly purified liquid argon in the wavelength range from 0.5 to 3.5 $μ$m on the current level of sensitivity.

preprint2015arXivOpen access
A. NeumeierT. DandlT. HeindlA. HimpslH. HagnM. HofmannL. OberauerW. PotzelS. RothS. SchönertJ. WieserA. Ulrich
physics.ins-detastro-ph.IM
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A. NeumeierT. DandlT. HeindlA. HimpslH. HagnM. HofmannL. OberauerW. PotzelS. RothS. SchönertJ. WieserA. Ulrich

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