Akerib, DS; Alsum, S; Araújo, HM; Bai, X; Balajthy, J; Baxter, A; Beltrame, P; Bernard, EP; Bernstein, A; Biesiadzinski, TP; Boulton, EM; Boxer, B; Brás, P; Burdin, S; Byram, D; Carmona-Benitez, MC; Chan, C; Cutter, JE; de Viveiros, L; Druszkiewicz, E; Fallon, SR; Fan, A; Fiorucci, S; Gaitskell, RJ; Genovesi, J; Ghag, C; Gilchriese, MGD; Gwilliam, C; Hall, CR; Haselschwardt, SJ; Hertel, SA; Hogan, DP; Horn, M; Huang, DQ; Ignarra, CM; Jacobsen, RG; Jahangir, O; Ji, W; Kamdin, K; Kazkaz, K; Khaitan, D; Korolkova, EV; Kravitz, S; Kudryavtsev, VA; Leason, E; Lenardo, BG; Lesko, KT; Liao, J; Lin, J; Lindote, A; Lopes, MI; Manalaysay, A; Mannino, RL; Marangou, N; Marzioni, MF; McKinsey, DN; Mei, D-M; Moongweluwan, M; Morad, JA; St. J. Murphy, A; Naylor, A; Nehrkorn, C; Nelson, HN; Neves, F; Nilima, A; Oliver-Mallory, KC; Palladino, KJ; Pease, EK; Riffard, Q; Rischbieter, GRC; Rhyne, C; Rossiter, P; Shaw, S; Shutt, TA; Silva, C; Solmaz, M; Solovov, VN; Sorensen, P; Sumner, TJ; Szydagis, M; Taylor, DJ; Taylor, R; Taylor, WC; Tennyson, BP; Terman, PA

doi:10.1103/physrevd.100.022002

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Improved measurements of the β-decay response of liquid xenon with the LUX detector

2019

Akerib, DS;
Alsum, S;
Araújo, HM;
Bai, X;
Balajthy, J;
Baxter, A;
Beltrame, P;
Bernard, EP;
Bernstein, A;
Biesiadzinski, TP;
Boulton, EM;
Boxer, B;
Brás, P;
Burdin, S;
Byram, D;
Carmona-Benitez, MC;
Chan, C;
Cutter, JE;
de Viveiros, L;
Druszkiewicz, E;
Fallon, SR;
Fan, A;
Fiorucci, S;
Gaitskell, RJ;
Genovesi, J;
Ghag, C;
Gilchriese, MGD;
Gwilliam, C;
Hall, CR;
Haselschwardt, SJ;
Hertel, SA;
Hogan, DP;
Horn, M;
Huang, DQ;
Ignarra, CM;
Jacobsen, RG;
Jahangir, O;
Ji, W;
Kamdin, K;
Kazkaz, K;
Khaitan, D;
Korolkova, EV;
Kravitz, S;
Kudryavtsev, VA;
Leason, E;
Lenardo, BG;
Lesko, KT;
Liao, J;
Lin, J;
Lindote, A;
Lopes, MI;
Manalaysay, A;
Mannino, RL;
Marangou, N;
Marzioni, MF;
McKinsey, DN;
Mei, D-M;
Moongweluwan, M;
Morad, JA;
St. J. Murphy, A;
Naylor, A;
Nehrkorn, C;
Nelson, HN;
Neves, F;
Nilima, A;
Oliver-Mallory, KC;
Palladino, KJ;
Pease, EK;
Riffard, Q;
Rischbieter, GRC;
Rhyne, C;
Rossiter, P;
Shaw, S;
Shutt, TA;
Silva, C;
Solmaz, M;
Solovov, VN;
Sorensen, P;
Sumner, TJ;
Szydagis, M;
Taylor, DJ;
Taylor, R;
Taylor, WC;
Tennyson, BP;
Terman, PA;
Tiedt, DR;
To, WH;
Tripathi, M;
Tvrznikova, L;
Utku, U;
Uvarov, S;
Vacheret, A;
Velan, V;
Webb, RC;
White, JT;
Whitis, TJ;
Witherell, MS;
Wolfs, FLH;
Woodward, D;
Xu, J;
Zhang, C
et al.

Published Web Location

https://doi.org/10.1103/physrevd.100.022002

Abstract

We report results from an extensive set of measurements of the \b{eta}-decay response in liquid xenon.These measurements are derived from high-statistics calibration data from injected sources of both $^{3}$H and $^{14}$C in the LUX detector. The mean light-to-charge ratio is reported for 13 electric field values ranging from 43 to 491 V/cm, and for energies ranging from 1.5 to 145 keV.

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Improved measurements of the β-decay response of liquid xenon with the LUX detector

Published Web Location