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Experimental study of ionization yield of liquid xenon for electron recoils in the energy range 2.8 - 80 keV

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arxiv 1408.1823 v1 pith:UKSAL2IV submitted 2014-08-08 physics.ins-det hep-ex

D.Yu. Akimov , V.V. Afanasyev , I.S. Alexandrov , V.A. Belov , A.I. Bolozdynya , A.A. Burenkov , Yu.V. Efremenko , D.A. Egorov
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A.V. Etenko M.A. Gulin S.V. Ivakhin V.A. Kaplin A.K. Karelin A.V. Khromov M.A. Kirsanov S.G. Klimanov A.S. Kobyakin A.M. Konovalov A.G. Kovalenko A.V. Kuchenkov A.V. Kumpan Yu.A. Melikyan R.I. Nikolaev D.G. Rudik V.V. Sosnovtsev V.N. Stekhanov
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classification physics.ins-dethep-ex
keywords energyionizationyieldbelowelectronexperimentalliquidrange
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We present the results of the first experimental study of ionization yield of electron recoils with energies below 100 keV produced in liquid xenon by the isotopes: 37Ar, 83mKr, 241Am, 129Xe, 131Xe. It is confirmed by a direct measurement with 37Ar isotope (2.82 keV) that the ionization yield is growing up with the energy decrease in the energy range below ~ 10 keV accordingly to the NEST predictions. Decay time of scintillation at 2.82 keV is measured to be 25 +/- 3 ns at the electric field of 3.75 kV/cm.

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  1. Measurement of the scintillation and ionization response of liquid xenon at MeV energies in the EXO-200 experiment

    physics.ins-det 2019-08 accept novelty 7.0 of 10

    EXO-200 measured the absolute ionization and scintillation yields of liquid xenon at 1.1-2.6 MeV, finding a W-value of 11.5 eV and a recombination-independent energy scale about 15% below the NEST simulation prediction.

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