Nuclear recoil response of liquid xenon and its impact on solar 8B neutrino and dark matter searches
Nuclear recoil response of liquid xenon and its impact on solar 8B neutrino and dark matter searches
复制标题
液态氙的核反冲响应及其对太阳 8B 中微子和暗物质搜索的影响
DOI：
10.1103/physrevd.108.022007
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发表时间：
2023
影响因子：
5
通讯作者：
Xiang X
中科院分区：
文献类型：
--
作者：
Xiang X
了解液态氙（LXe）对核反冲的电离和闪烁响应对于基于LXe的暗物质实验至关重要。目前的校准在低能量区域有很大的不确定性，在低能量区域，预计来自质量的暗物质粒子的信号。太阳中微子的相干弹性中微子-核散射（）也导致了低于（99%的事件）的连续核反冲事件，这进一步使Lion实验中的低质量暗物质搜索复杂化。在本文中，我们描述了一种方法来量化的不确定性的低能量LPERS响应使用已公布的校准数据，然后通过案例研究，以评估产量的不确定性的影响onsearches和低质量暗物质的灵敏度在一个典型的吨级LPERS实验。我们的结论是，天真地忽略产量的不确定性，导致过于乐观的限制因素为6 GeV的弱相互作用的大质量粒子质量。未来的核反冲光产额校准可以使实验恢复这种灵敏度，并提高太阳通量测量的准确性。
Knowledge of the ionization and scintillation responses of liquid xenon (LXe) to nuclear recoils is crucial for LXe-based dark matter experiments. Current calibrations carry large uncertainties in the low-energy region belowwhere signals from dark matter particles ofmasses are expected. The coherent elastic neutrino-nucleus scattering () by solarneutrinos also results in a continuum of nuclear recoil events below(99% of events), which further complicates low-mass dark matter searches in LXe experiments. In this paper, we describe a method to quantify the uncertainties of low-energy LXe responses using published calibration data, followed by case studies to evaluate the impact of yield uncertainties onsearches and low-mass dark matter sensitivity in a typical ton-scale LXe experiment. We conclude that naively omitting yield uncertainties leads to overly optimistic limits by factorfor a 6 GeV weakly interacting massive particle mass. Future nuclear recoil light yield calibrations could allow experiments to recover this sensitivity and also improve the accuracy of solarflux measurements.
DOI：
10.22323/1.395.0548
发表时间：
2021-07
期刊：
Proceedings of 37th International Cosmic Ray Conference — PoS(ICRC2021)
影响因子：
--
作者：
J. Aalbers;K. Abe;V. Aerne;F. Agostini;S. A. Maouloud;D. Akerib;D. Akimov;J. Akshat;A. K. A. Musalhi-A.-K.-A.-Musalhi-2047143466;F. Alder;S. Alsum;L. Althueser;C. Amarasinghe;F. Amaro;A. Ames;T. Anderson;B. Andrieu;N. Angelides;E. Angelino;J. Angevaare;V. C. Antochi;D. A. Martin;B. Antunović;E. Aprile;H. Ara'ujo;J. E. Armstrong;F. Arneodo;M. Arthurs;P. Asadi;S. Baek;X. Bai;D. Bajpai;A. Baker;J. Balajthy;S. Balashov;M. Balzer;A. Bandyopadhyay;J. Bang;E. Barberio;J. Bargemann;L. Baudis;D. Bauer;D. Baur;A. Baxter;A. Baxter;M. Bazyk;K. Beattie;J. Behrens;N. Bell;L. Bellagamba;P. Beltrame;M. Benabderrahmane;E. Bernard;G. Bertone;P. Bhattacharjee;A. Bhatti;A. Biekert;T. Biesiadzinski;A. R. Binau;R. Biondi;Y. Biondi;H. Birch;F. Bishara;A. Bismark;C. Blanco;G. Blockinger;E. Bodnia;C. Boehm;A. Bolozdynya;P. Bolton;S. Bottaro;C. Bourgeois;B. Boxer;P. Br'as;A. Breskin;P. Breur;C. Brew;J. Brod;E. Brookes;A. Brown;E. Brown;S. Bruenner;G. Bruno;R. Budnik;T. Bui;S. Burdin;S. Buse;J. Busenitz;D. Buttazzo;M. Buuck;A. Buzulutskov;R. Cabrita;C. Cai;D. Cai;C. Capelli;J. Cardoso;M. Carmona-Benitez;M. Cascella;R. Catena;S. Chakraborty;C. Chan;S. Chang;A. Chauvin;A. Chawla;H. Chen;V. Chepel;N. Chott;D. Cichon;A. Chavez;B. Cimmino;M. Clark;R. Co;A. Colijn;J. Conrad;M. Converse;M. Costa;A. Cottle;G. Cox;O. Creaner;J. J. García-J.;J. Cussonneau;J. Cutter;C. Dahl;V. D’Andrea;A. David;M. P. Decowski;J. Dent;F. Deppisch;L. D. Viveiros;P. Gangi;A. Giovanni;S. D. Pede;J. Dierle;S. Diglio;J. Dobson;M. Doerenkamp;D. Douillet;G. Drexlin;E. Druszkiewicz;D. Dunsky;K. Eitel;A. Elykov;T. Emken;R. Engel;S. Eriksen;M. Fairbairn;A. Fan;J. J. Fan-J.;S. Farrell;S. Fayer;N. M. Fearon;A. Ferella;C. Ferrari;A. Fieguth;S. Fiorucci;H. Fischer;H. Flaecher;M. Flierman;T. Florek;R. Foot;P. J. Fox;R. Franceschini;E. Fraser;C. Frenk;S. Frohlich;T. Fruth;W. Fulgione;C. Fuselli;P. Gaemers;R. Gaior;R. Gaitskell;M. Galloway;F. Gao;I. G. Garcia;J. Genovesi;C. Ghag;S. Ghosh;E. Gibson;W. Gil;D. Giovagnoli;F. Girard;R. Glade-Beucke;F. Gluck;S. Gokhale;A. Gouvea;L. Gr'af;L. Grandi;J. Grigat;B. Grinstein;M. D. Grinten;R. Grossle;H. Guan;M. Guida;R. Gumbsheimer;C. Gwilliam;C. Hall;L. Hall;R. Hammann;K. Han;V. Hannen;S. Hansmann-Menzemer;R. Harata;S. Hardin;E. Hardy;C. Hardy;K. Harigaya;R. Harnik;S. Haselschwardt;M. Hernandez;S. Hertel;A. Higuera;C. Hils;S. Hochrein;L. Hoetzsch;M. Hoferichter;N. Hood;D. Hooper;M. Horn;J. Howlett;D. Huang;Y. Huang;D. Hunt;M. Iacovacci;G. Iaquaniello;R. Ide;C. Ignarra;G. Iloglu;Y. Itow;E. Jacquet;O. Jahangir;J. Jakob;R. James;A. Jansen;W. Ji;X. Ji;F. Joerg;J. Johnson;A. Joy;A. Kaboth;A. Kamaha;K. Kanezaki;K. Kar;M. Kara;N. Kato;P. Kavrigin;S. Kazama;A. Keaveney;J. Kellerer;D. Khaitan;A. Khazov;G. Khundzakishvili;I. Khurana;B. Kilminster;M. Kleifges;P. Ko;M. Kobayashi;D. Kodroff;G. Koltmann;A. Kopec;A. Kopmann;J. Kopp;L. Korley;V. Kornoukhov;E. Korolkova;H. Kraus;L. Krauss;S. Kravitz;L. Kreczko;V. Kudryavtsev;F. Kuger;J. Kumar;B. Paredes;L. LaCascio;Q. Laine;H. Landsman;R. Lang;E. Leason;J. Lee;D. Leonard;K. Lesko;L. Levinson;C. Levy;I. Li;S. C. Li;Tao Li;S. Liang;C. Liebenthal;J. Lin;Q. Lin;S. Lindemann;M. Lindner;A. Lindote;R. Linehan;W. Lippincott;X. Liu;K. Liu;J. Liu;J. Loizeau;F. Lombardi;J. Long;M. Lopes;E. Asamar;W. Lorenzon;C. Lu;S. Luitz;Y. Ma;P. Machado;C. Macolino;T. Maeda;J. Mahlstedt;P. Majewski;A. Manalaysay;A. Mancuso;L. Manenti;A. Manfredini;R. Mannino;N. Marangou;J. March-Russell;F. Marignetti;T. Undagoitia;K. Martens;R. Martín;I. Martinez-Soler;J. Masbou;D. Masson;E. Masson;S. Mastroianni;M. Mastronardi;J. Matias-Lopes;M. McCarthy;N. McFadden;E. McGinness;D. Mckinsey;J. Mclaughlin;K. McMichael;P. Meinhardt;J. Men'endez;Y. Meng;M. Messina;R. Midha;D. Milisavljevic;E. Miller;B. Milosevic;S. Milutinović;S. Mitra;K. Miuchi;E. Mizrachi;K. Mizukoshi;A. Molinario;A. Monte;C. Monteiro;M. Monzani;J. S. Moore;K. Morra;J. Morad;J. D. Mendoza;S. Moriyama;E. Morrison;E. Morteau;Y. Mosbacher;B. Mount;J. Müller;A. Murphy;M. Murra;D. Naim;S. 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通讯作者：
J. Aalbers;K. Abe;V. Aerne;F. Agostini;S. A. Maouloud;D. Akerib;D. Akimov;J. Akshat;A. K. A. Musalhi-A.-K.-A.-Musalhi-2047143466;F. Alder;S. Alsum;L. Althueser;C. Amarasinghe;F. Amaro;A. Ames;T. Anderson;B. Andrieu;N. Angelides;E. Angelino;J. Angevaare;V. C. Antochi;D. A. Martin;B. Antunović;E. Aprile;H. Ara'ujo;J. E. Armstrong;F. Arneodo;M. Arthurs;P. Asadi;S. Baek;X. Bai;D. Bajpai;A. Baker;J. Balajthy;S. Balashov;M. Balzer;A. Bandyopadhyay;J. Bang;E. Barberio;J. Bargemann;L. Baudis;D. Bauer;D. Baur;A. Baxter;A. Baxter;M. Bazyk;K. Beattie;J. Behrens;N. Bell;L. Bellagamba;P. Beltrame;M. Benabderrahmane;E. Bernard;G. Bertone;P. Bhattacharjee;A. Bhatti;A. Biekert;T. Biesiadzinski;A. R. Binau;R. Biondi;Y. Biondi;H. Birch;F. Bishara;A. Bismark;C. Blanco;G. Blockinger;E. Bodnia;C. Boehm;A. Bolozdynya;P. Bolton;S. Bottaro;C. Bourgeois;B. Boxer;P. Br'as;A. Breskin;P. Breur;C. Brew;J. Brod;E. Brookes;A. Brown;E. Brown;S. Bruenner;G. Bruno;R. Budnik;T. Bui;S. Burdin;S. Buse;J. Busenitz;D. Buttazzo;M. Buuck;A. Buzulutskov;R. Cabrita;C. Cai;D. Cai;C. Capelli;J. Cardoso;M. Carmona-Benitez;M. Cascella;R. Catena;S. Chakraborty;C. Chan;S. Chang;A. Chauvin;A. Chawla;H. Chen;V. Chepel;N. Chott;D. Cichon;A. Chavez;B. Cimmino;M. Clark;R. Co;A. Colijn;J. Conrad;M. Converse;M. Costa;A. Cottle;G. Cox;O. Creaner;J. J. García-J.;J. Cussonneau;J. Cutter;C. Dahl;V. D’Andrea;A. David;M. P. Decowski;J. Dent;F. Deppisch;L. D. Viveiros;P. Gangi;A. Giovanni;S. D. Pede;J. Dierle;S. Diglio;J. Dobson;M. Doerenkamp;D. Douillet;G. Drexlin;E. Druszkiewicz;D. Dunsky;K. Eitel;A. Elykov;T. Emken;R. Engel;S. Eriksen;M. Fairbairn;A. Fan;J. J. Fan-J.;S. Farrell;S. Fayer;N. M. Fearon;A. Ferella;C. Ferrari;A. Fieguth;S. Fiorucci;H. Fischer;H. Flaecher;M. Flierman;T. Florek;R. Foot;P. J. Fox;R. Franceschini;E. Fraser;C. Frenk;S. Frohlich;T. Fruth;W. Fulgione;C. Fuselli;P. Gaemers;R. Gaior;R. Gaitskell;M. Galloway;F. Gao;I. G. Garcia;J. Genovesi;C. Ghag;S. Ghosh;E. Gibson;W. Gil;D. Giovagnoli;F. Girard;R. Glade-Beucke;F. Gluck;S. Gokhale;A. Gouvea;L. Gr'af;L. Grandi;J. Grigat;B. Grinstein;M. D. Grinten;R. Grossle;H. Guan;M. Guida;R. Gumbsheimer;C. Gwilliam;C. Hall;L. Hall;R. Hammann;K. Han;V. Hannen;S. Hansmann-Menzemer;R. Harata;S. Hardin;E. Hardy;C. Hardy;K. Harigaya;R. Harnik;S. Haselschwardt;M. Hernandez;S. Hertel;A. Higuera;C. Hils;S. Hochrein;L. Hoetzsch;M. Hoferichter;N. Hood;D. Hooper;M. Horn;J. Howlett;D. Huang;Y. Huang;D. Hunt;M. Iacovacci;G. Iaquaniello;R. Ide;C. Ignarra;G. Iloglu;Y. Itow;E. Jacquet;O. Jahangir;J. Jakob;R. James;A. Jansen;W. Ji;X. Ji;F. Joerg;J. Johnson;A. Joy;A. Kaboth;A. Kamaha;K. Kanezaki;K. Kar;M. Kara;N. Kato;P. Kavrigin;S. Kazama;A. Keaveney;J. Kellerer;D. Khaitan;A. Khazov;G. Khundzakishvili;I. Khurana;B. Kilminster;M. Kleifges;P. Ko;M. Kobayashi;D. Kodroff;G. Koltmann;A. Kopec;A. Kopmann;J. Kopp;L. Korley;V. Kornoukhov;E. Korolkova;H. Kraus;L. Krauss;S. Kravitz;L. Kreczko;V. Kudryavtsev;F. Kuger;J. Kumar;B. Paredes;L. LaCascio;Q. Laine;H. Landsman;R. 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Weiss;D. Wenz;S. West;T. J. Whitis;M. Williams;M. Wilson;D. Winkler;C. Wittweg;J. Wolf;Thomas Wolf;F. Wolfs;S. Woodford;D. Woodward;C. Wright;V. Wu;P. Wu;S. Wustling;M. Wurm;Q. Xia;X. Xiang;Y. Xing;J. Xu;Z. Xu;D. Xu;M. Yamashita;R. Yamazaki;H. Yan;L. Yang;Y. Yang;J. Ye;M. Yeh;I. Young;H. Yu;T. Yu;L. Yuan;G. Zavattini;S. Zerbo;Y. Zhang;M. Zhong;N. Zhou;Xuesong Zhou;T. Zhu;Y. Zhu;Y. Zhuang;J. Zopounidis;K. Zuber;J. Z. U. O. Alabama;D. PhysicsAstronomy;Tuscaloosa;Al;Usa;D. Physics;T. Albany;T. York;Albany;Ny;U. Paris;Cnrs;Astroparticule et Cosmologie;París;France;High Energy Physics Group;Argonne National Laboratory Argonne-Argonne-National-Laboratory-Argonne-2157426404;Il;Faculty of Architecture;Civil Engineering;Geodesy;University of Banja Luka;B. Luka;Bosnia;Hercegovina;D. Physics;Astrophysics;I. O. A. Sciences;U. Barcelona;Barcelona;Spain.;S. O. Physics;B. University;Beijing;P.R.China.;V. Science;U. Belgrade;Belgrade;Serbia;Albert Einstein Center for Fundamental Physics;Institute for Particle Physics;U. Bern;Bern;Switzerland.;Black Hills State University;School of Physical Sciences;Spearfish;Sd;Bogoliubov Laboratory of Theoretical Physics;J. I. O. N. Research;Dubna;Russia.;Astronomy;U. Bologna;INFN-Bologna;Bologna;Italy.;U. Bristol;H. Laboratory;Bristol;UK.;Brookhaven National Laboratory;Upton;Brown University;Providence;Ri;Budker Institute of Nuclear Physics SB Ras;Novosibirsk;D. Physics;Mathematics;C. I. O. Technology.;Pasadena;Ca;Theoretical Physics Department;Cern;Geneva;C. Technology;Goteborg;Sweden.;D. Physics;T. Chicago;Chicago.;D. Astronomy;A. I. F. C. Physics;U. Cincinnati;Cincinnati;Ohio.;LIBPhys;U. Coimbra;Coimbra;Portugal;LIP-Coimbra;P. Department;C. University;New York.;D. Physics;Biophysics;C. University;Bratislava;Slovakia;Ibs Center for Underground Physics;Yuseong-gu;Daejeon;R. Korea.;D. Desy;Hamburg;Germany;T. U. Dresden;Dresden.;Dublin Institute for Advanced Studies;Dublin.;Ireland;Institute for Computational Cosmology;U. Durham;Durham;Supa;U. Edinburgh;Edinburgh;F. N. Laboratory;Batavia;Earth Sciences;U. Ferrara;INFN-Ferrara;Infn;Sezione di Firenze;Fiorentino;P. Institut;U. Freiburg;Freiburg;D. Physics;Cosmology;H. University;Cambridge;Ma;University of Hawai'i;Honolulu;Hi;M. Kernphysik;Heidelberg;Ruprecht-Karls-Universitat Heidelberg;ExtreMe Matter Institute Emmi;Gsi GmbH;Darmstadt;Institute for Advanced Study;Princeton;Nj;K. Observatory;Inst. for Nucl. Research;T. U. O. Tokyo;Higashi-Mozumi;Kamioka;Hida;Gifu;Japan.;International Center for Theoretical Physics;Trieste;Institute of Experimental;A. Physics;Czech Technical University;Prague;Czech Republic;I. I. O. T. Guwahati-I.;Guwahati;India.;B. Laboratory;I. -. London;London;I.Zborovsky Joint Institute for Nuclear Research;Moscow;K. I. F. T. Physics;M. Universe;Kashiwa;Chiba;Institute for Particle Physics Phenomenology;D. 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影响因子：
4.4
作者：
Baxter, D.;Bloch, I. M.;Zhou, N.
通讯作者：
Zhou, N.