Improved measurements of the β-decay response of liquid xenon with the LUX detector
- Akerib, D.S.
- Alsum, S.
- Araújo, H.M.
- Bai, X.
- Balajthy, J.
- Baxter, A.
- Beltrame, P.
- Bernard, E.P.
- Bernstein, A.
- Biesiadzinski, T.P.
- Boulton, E.M.
- Boxer, B.
- Brás, P.
- Burdin, S.
- Byram, D.
- Carmona-Benitez, M.C.
- Chan, C.
- Cutter, J.E.
- Viveiros, L.D.
- Druszkiewicz, E.
- Fallon, S.R.
- Fan, A.
- Fiorucci, S.
- Gaitskell, R.J.
- Genovesi, J.
- Ghag, C.
- Gilchriese, M.G.D.
- Gwilliam, C.
- Hall, C.R.
- Haselschwardt, S.J.
- Hertel, S.A.
- Hogan, D.P.
- Horn, M.
- Huang, D.Q.
- Ignarra, C.M.
- Jacobsen, R.G.
- Jahangir, O.
- Ji, W.
- Kamdin, K.
- Kazkaz, K.
- Khaitan, D.
- Korolkova, E.V.
- Kravitz, S.
- Kudryavtsev, V.A.
- Leason, E.
- Lenardo, B.G.
- Lesko, K.T.
- Liao, J.
- Lin, J.
- Lindote, A.
- Lopes, M.I.
- Manalaysay, A.
- Mannino, R.L.
- Marangou, N.
- Marzioni, M.F.
- McKinsey, D.N.
- Mei, D.M.
- Moongweluwan, M.
- Morad, J.A.
- Murphy, A.S.J.
- Naylor, A.
- Nehrkorn, C.
- Nelson, H.N.
- Neves, F.
- Nilima, A.
- Oliver-Mallory, K.C.
- Palladino, K.J.
- Pease, E.K.
- Riffard, Q.
- Rischbieter, G.R.C.
- Rhyne, C.
- Rossiter, P.
- Shaw, S.
- Shutt, T.A.
- Silva, C.
- Solmaz, M.
- Solovov, V.N.
- Sorensen, P.
- Sumner, T.J.
- Szydagis, M.
- Taylor, D.J.
- Taylor, R.
- Taylor, W.C.
- Tennyson, B.P.
- Terman, P.A.
- Tiedt, D.R.
- To, W.H.
- Tripathi, M.
- Tvrznikova, L.
- Utku, U.
- Uvarov, S.
- Vacheret, A.
- Velan, V.
- Webb, R.C.
- White, J.T.
- Whitis, T.J.
- Witherell, M.S.
- Wolfs, F.L.H.
- Woodward, D.
- Xu, J.
- Zhang, C.
Publication date
July 2019
DOI Publisher
American Physical Society (APS) Language
EnglishAbstract
We report results from an extensive set of measurements of the β-decay response in liquid xenon. These measurements are derived from high-statistics calibration data from injected sources of both 3H and 14C in the LUX detector. The mean light-to-charge ratio is reported for 13 electric field values ranging from 43to491~V/cm, and for energies ranging from 1.5to145~keV
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