Design and simulated performance of calorimetry systems for the ECCE detector at the electron ion collider
Design and simulated performance of calorimetry systems for the ECCE detector at the electron ion collider
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DOI：
10.1016/j.nima.2023.168464
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发表时间：
2022-07
期刊：
影响因子：
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通讯作者：
F. Bock;N. Schmidt;P. Wang;N. Santiesteban;T. Horn;J. Huang;J. Lajoie;C. Camacho;J. K. Adkins;Y. Akiba;A. Albataineh;M. Amaryan;I. Arsene;C. Gayoso;J. Bae;X. Bai;M. Baker;M. Bashkanov;R. Bellwied;F. Benmokhtar;V. Berdnikov;J. Bernauer;W. Boeglin;M. Borysova;E. Brash;P. Brindza;W. Briscoe;M. Brooks;S. Bueltmann;M. Bukhari;A. Bylinkin;R. Capobianco;W. Chang;Y. Cheon;K. Chen;K.F. Chen;K. Cheng;M. Chiu;T. Chujo;Z. Citron;E. Cline;E. Cohen;T. Cormier;Y. Morales;C. Cotton;J. Crafts;C. Crawford;S. Creekmore;C.Cuevas;J. Cunningham;G. David;C. T. Dean;M. Demarteau;S. Diehl;N. Doshita;R. Dupré;J. Durham;R. Dzhygadlo;R. Ehlers;Lamiaa El Fassi;A. Emmert;R. Ent;C. Fanelli;R. Fatémi;S. Fegan;M. Finger;M. Finger;J. Frantz;M. Friedman;I. Friščić;D. Gangadharan;S. Gardner;K. Gates;F. Geurts;R. Gilman;D. Glazier;E. Glimos;Y. Goto;N. Grau;S. Greene;A. Guo;L. Guo;S. Ha;J. Haggerty;T. Hayward;X. He;O. Hen;D. Higinbotham;M. Hoballah;A. Hoghmrtsyan;P. Hsu;G. Huber;A. Hutson;K. Hwang;C. Hyde;M. Inaba;T. Iwata;H. Jo;K. Joo;N. Kalantarians;G. Kalicy;K. Kawade;S. Kay;A. Kim;B. Kim;C. Kim;M. Kim;Y. Kim;E. Kistenev;V. Klimenko;S. Ko;I. Korover;W. Korsch;G. Krintiras;S. Kuhn;C. Kuo;T. Kutz;D. Lawrence;S. Lebedev;H. Lee;J. Lee;S. W. Lee;Y. Lee;W. Li;W. Li;X. Li;Y. Liang;S. Lim;C. Lin;D. Lin;K. Liu;M. Liu;K. Livingston;N. Liyanage;W. Llope;C. Loizides;E. Long;R. Lu;Z. Lu;W. Lynch;S. Mantry;D. Marchand;M. Marcisovsky;C. Markert;P. Markowitz;H. Marukyan;P. McGaughey;M. Mihovilovič;R. Milner;A. Milov;Y. Miyachi;A. Mkrtchyan;P. Monaghan;R. Montgomery;D. Morrison;A. Movsisyan;H. Mkrtchyan;M. Murray;K. Nagai;J. Nagle;I. Nakagawa;C. Nattrass;D. Nguyen;S. Niccolai;R. Nouicer;G. Nukazuka;M. Nycz;V. Okorokov;S. Orešić;J. Osborn;C. Shaughnessy;S. Paganis;Z. Papandreou;S. Pate;M. Patel;C. Paus;G. Penman;M. Perdekamp;D. Perepelitsa;H. D. Costa;K. Peters;W. Phelps;E. Piasetzky;C. Pinkenburg;I. Procházka;T. Protzman;M. Purschke;J. Putschke;J. Pybus;R. Rajput-Ghoshal;J. Rasson;B. Raue;K. Read;K. Røed;R. Reed;J. Reinhold;E. Renner;J. Richards;C. Riedl;T. Rinn;J. Roche;G. Roland;G. Ron;M. Rosati;C. Royon;J. Ryu;S. Salur;R. Santos;M. Sarsour;J. Schambach;A. Schmidt;C. Schwarz;J. Schwiening;R. Seidl;A. Sickles;P. Simmerling;S. Širca;D. Sharma;Z. Shi;T. Shibata;C. Shih;S. Shimizu;U. Shrestha;K. Slifer;K. Smith;D. Sokhan;R. Soltz;W. Sondheim;J. Song;I. Strakovsky;P. Steinberg;P. Stepanov;J. Stevens;J. Strube;P. Sun;X. Sun;K. Suresh;V. Tadevosyan;W. Tang;S. Araya;S. Tarafdar;L. Teodorescu;D. Thomas;A. Timmins;L. Tomášek;N. Trotta;R. Trotta;T. Tveter;Ejiro Naomi Umaka;A. Usman;H. W. Hecke;C. Hulse;J. Velkovska;E. Voutier;Q. Wang;Y. Wang;D. Watts;N. Wickramaarachchi;L. Weinstein;M. Williams;C. Wong;L. Wood;M. Wood;C. Woody;B. Wyslouch;Z. Xiao;Y. Yamazaki;Y. Yang;Z. Ye;H. Yoo;M. Yurov;N. Zachariou;W. Zajc;W. Zha;J. Zhang;J. Zhang;Y. Zhang;Y. Zhao;X. Zheng;P. N. N. Laboratory-P.-N.-N.-Laboratory-7290024;Yerevan;Armenia;Institute of Theoretical Physics;A. Sinica;Taipei;Taiwan;A. University;S. Falls;Sd;Usa;Ben-Gurion University of the Negev Beer-Sheva;Israel.;Brookhaven National Laboratory;Upton;Ny;Usa University College London;Uxbridge;Uk;Canisius College;Buffalo;Central China Normal University;Wuhan;China.;Charles University;Prague;Czech Republic;China China Institute of Atomic Energy-China;Fangshan;Beijing;Christopher Newport University;Newport News;Va;C. University;New York.;Catholic University of America;Dc Washington;Czech Technical University;Duquesne University;Pittsburgh;Pa;D. University;Nc Durham;Florida International University;Miami;Fl;Georgia State University;Atlanta;Ga;U. Glasgow;Glasgow;Gsi GmbH;Darmstadt;Germany;The George Washington University;Washington;Dc;H. University;Hampton;Hebrew University;Jérusalem;Isreal;U. Paris-Saclay;CNRSIN2p3;IJCLab;Orsay;France;Irfu;Cea;Gif-sur-Yvette France;Chinese Academy of Sciences;Lanzhou;I. S. University;Iowa City;Ia;J. University;Jazan;Sadui Arabia;Thomas Jefferson National Accelerator Facility;James Madison University;Harrisonburg;K. University;Kobe;Japan.;Kyungpook National University;Daegu;R. Korea.;L. Laboratory;L. Alamos;Nm;Lawrence Berkeley National Lab.;Berkeley;Ca;Lehigh University;Bethlehem;Lawrence Livermore National Laboratory;Livermore;Morehead State University;Morehead;Ky;M. I. O. Technology;Cambridge;Ma;M. S. University;Mississippi State;Mš;National Cheng Kung University;Tainan;National Central University;Chungli;Nihon University;Tokyo;N. University;L. Cruces;National Research Nuclear University MEPhI;Moscow;Russian Federation.;Nuclear Research Center - Negev;Beer-Sheva;National Tsing hua University;Hsinchu;National Taiwan Normal University;Old Dominion University;Norfolk;O. University;Athens;Oh;Oak Ridge National Laboratory;Oak Ridge;Tn;P. N. N. Laboratory-P.-N.-N.-Laboratory-7290024;Richland;Wa;Pusan National University;Busan;R. University;Houston;Tx;Riken Nishina Center;Wako;Saitama;The State University of New Jersey;Piscataway;Nj;Center for Space Science;S. Brook;Stony Brook University;RIKEN-BNL Research Center;Shandong Qingdao;Shandong;Seoul National University;Seoul.;Sejong University;Shinshu University;Matsumoto;Nagano;S. University;Suwon;T. University;T. Aviv;University of Electronic Science;T. China;Hefei;C. University;Tsukuba University of Technology;Tsukuba;Ibaraki;U. C. A. Boulder;Boulder;Co;U. Connecticut;Storrs;Ct;U. Georgia;GA Dahlonega;U. Houston;U. Illinois;Urbana;Il;U. Kansas;Lawrence;Ks;U. Kentucky;Lexington;U. Ljubljana;Ljubljana;Slovenia.;University of New Hampshire;Durham;Nh;U. Oslo;Oslo;Norway.;U. O. Regina;Regina;Sk;Canada.;University of Seoul;U. Tsukuba;U. Texas;Austin;Texas.;U. Tennessee;Knoxville;U. Virginia;Charlottesville;V. University;Nashville;Virginia Tech;Blacksburg;Virginia Union University;Richmond;Wayne State University;Détroit;Mi;Weizmann Institute of Science;Rehovot;T. William;Mary;Williamsburg;Y. University;Yamagata;Yarmouk University;Irbid;Jordan;Y. University;U. York;York;U. Zagreb;Zagreb;Croatia.
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文献类型：
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作者：
F. Bock;N. Schmidt;P. Wang;N. Santiesteban;T. Horn;J. Huang;J. Lajoie;C. Camacho;J. K. Adkins;Y. Akiba;A. Albataineh;M. Amaryan;I. Arsene;C. Gayoso;J. Bae;X. Bai;M. Baker;M. Bashkanov;R. Bellwied;F. Benmokhtar;V. Berdnikov;J. Bernauer;W. Boeglin;M. Borysova;E. Brash;P. Brindza;W. Briscoe;M. Brooks;S. Bueltmann;M. Bukhari;A. Bylinkin;R. Capobianco;W. Chang;Y. Cheon;K. Chen;K.F. Chen;K. Cheng;M. Chiu;T. Chujo;Z. Citron;E. Cline;E. Cohen;T. Cormier;Y. Morales;C. Cotton;J. Crafts;C. Crawford;S. Creekmore;C.Cuevas;J. Cunningham;G. David;C. T. Dean;M. Demarteau;S. Diehl;N. Doshita;R. Dupré;J. Durham;R. Dzhygadlo;R. Ehlers;Lamiaa El Fassi;A. Emmert;R. Ent;C. Fanelli;R. Fatémi;S. Fegan;M. Finger;M. Finger;J. Frantz;M. Friedman;I. Friščić;D. Gangadharan;S. Gardner;K. Gates;F. Geurts;R. Gilman;D. Glazier;E. Glimos;Y. Goto;N. Grau;S. Greene;A. Guo;L. Guo;S. Ha;J. Haggerty;T. Hayward;X. He;O. Hen;D. Higinbotham;M. Hoballah;A. Hoghmrtsyan;P. Hsu;G. Huber;A. Hutson;K. Hwang;C. Hyde;M. Inaba;T. Iwata;H. Jo;K. Joo;N. Kalantarians;G. Kalicy;K. Kawade;S. Kay;A. Kim;B. Kim;C. Kim;M. Kim;Y. Kim;E. Kistenev;V. Klimenko;S. Ko;I. Korover;W. Korsch;G. Krintiras;S. Kuhn;C. Kuo;T. Kutz;D. Lawrence;S. Lebedev;H. Lee;J. Lee;S. W. Lee;Y. Lee;W. Li;W. Li;X. Li;Y. Liang;S. Lim;C. Lin;D. Lin;K. Liu;M. Liu;K. Livingston;N. Liyanage;W. Llope;C. Loizides;E. Long;R. Lu;Z. Lu;W. Lynch;S. Mantry;D. Marchand;M. Marcisovsky;C. Markert;P. Markowitz;H. Marukyan;P. McGaughey;M. Mihovilovič;R. Milner;A. Milov;Y. Miyachi;A. Mkrtchyan;P. Monaghan;R. Montgomery;D. Morrison;A. Movsisyan;H. Mkrtchyan;M. Murray;K. Nagai;J. Nagle;I. Nakagawa;C. Nattrass;D. Nguyen;S. Niccolai;R. Nouicer;G. Nukazuka;M. Nycz;V. Okorokov;S. Orešić;J. Osborn;C. Shaughnessy;S. Paganis;Z. Papandreou;S. Pate;M. Patel;C. Paus;G. Penman;M. Perdekamp;D. Perepelitsa;H. D. Costa;K. Peters;W. Phelps;E. Piasetzky;C. Pinkenburg;I. Procházka;T. Protzman;M. Purschke;J. Putschke;J. Pybus;R. Rajput-Ghoshal;J. Rasson;B. Raue;K. Read;K. Røed;R. Reed;J. Reinhold;E. Renner;J. Richards;C. Riedl;T. Rinn;J. Roche;G. Roland;G. Ron;M. Rosati;C. Royon;J. Ryu;S. Salur;R. Santos;M. Sarsour;J. Schambach;A. Schmidt;C. Schwarz;J. Schwiening;R. Seidl;A. Sickles;P. Simmerling;S. Širca;D. Sharma;Z. Shi;T. Shibata;C. Shih;S. Shimizu;U. Shrestha;K. Slifer;K. Smith;D. Sokhan;R. Soltz;W. Sondheim;J. Song;I. Strakovsky;P. Steinberg;P. Stepanov;J. Stevens;J. Strube;P. Sun;X. Sun;K. Suresh;V. Tadevosyan;W. Tang;S. Araya;S. Tarafdar;L. Teodorescu;D. Thomas;A. Timmins;L. Tomášek;N. Trotta;R. Trotta;T. Tveter;Ejiro Naomi Umaka;A. Usman;H. W. Hecke;C. Hulse;J. Velkovska;E. Voutier;Q. Wang;Y. Wang;D. Watts;N. Wickramaarachchi;L. Weinstein;M. Williams;C. Wong;L. Wood;M. Wood;C. Woody;B. Wyslouch;Z. Xiao;Y. Yamazaki;Y. Yang;Z. Ye;H. Yoo;M. Yurov;N. Zachariou;W. Zajc;W. Zha;J. Zhang;J. Zhang;Y. Zhang;Y. Zhao;X. Zheng;P. N. N. Laboratory-P.-N.-N.-Laboratory-7290024;Yerevan;Armenia;Institute of Theoretical Physics;A. Sinica;Taipei;Taiwan;A. University;S. Falls;Sd;Usa;Ben-Gurion University of the Negev Beer-Sheva;Israel.;Brookhaven National Laboratory;Upton;Ny;Usa University College London;Uxbridge;Uk;Canisius College;Buffalo;Central China Normal University;Wuhan;China.;Charles University;Prague;Czech Republic;China China Institute of Atomic Energy-China;Fangshan;Beijing;Christopher Newport University;Newport News;Va;C. University;New York.;Catholic University of America;Dc Washington;Czech Technical University;Duquesne University;Pittsburgh;Pa;D. University;Nc Durham;Florida International University;Miami;Fl;Georgia State University;Atlanta;Ga;U. Glasgow;Glasgow;Gsi GmbH;Darmstadt;Germany;The George Washington University;Washington;Dc;H. University;Hampton;Hebrew University;Jérusalem;Isreal;U. Paris-Saclay;CNRSIN2p3;IJCLab;Orsay;France;Irfu;Cea;Gif-sur-Yvette France;Chinese Academy of Sciences;Lanzhou;I. S. University;Iowa City;Ia;J. University;Jazan;Sadui Arabia;Thomas Jefferson National Accelerator Facility;James Madison University;Harrisonburg;K. University;Kobe;Japan.;Kyungpook National University;Daegu;R. Korea.;L. Laboratory;L. Alamos;Nm;Lawrence Berkeley National Lab.;Berkeley;Ca;Lehigh University;Bethlehem;Lawrence Livermore National Laboratory;Livermore;Morehead State University;Morehead;Ky;M. I. O. Technology;Cambridge;Ma;M. S. University;Mississippi State;Mš;National Cheng Kung University;Tainan;National Central University;Chungli;Nihon University;Tokyo;N. University;L. Cruces;National Research Nuclear University MEPhI;Moscow;Russian Federation.;Nuclear Research Center - Negev;Beer-Sheva;National Tsing hua University;Hsinchu;National Taiwan Normal University;Old Dominion University;Norfolk;O. University;Athens;Oh;Oak Ridge National Laboratory;Oak Ridge;Tn;P. N. N. Laboratory-P.-N.-N.-Laboratory-7290024;Richland;Wa;Pusan National University;Busan;R. University;Houston;Tx;Riken Nishina Center;Wako;Saitama;The State University of New Jersey;Piscataway;Nj;Center for Space Science;S. Brook;Stony Brook University;RIKEN-BNL Research Center;Shandong Qingdao;Shandong;Seoul National University;Seoul.;Sejong University;Shinshu University;Matsumoto;Nagano;S. University;Suwon;T. University;T. Aviv;University of Electronic Science;T. China;Hefei;C. University;Tsukuba University of Technology;Tsukuba;Ibaraki;U. C. A. Boulder;Boulder;Co;U. Connecticut;Storrs;Ct;U. Georgia;GA Dahlonega;U. Houston;U. Illinois;Urbana;Il;U. Kansas;Lawrence;Ks;U. Kentucky;Lexington;U. Ljubljana;Ljubljana;Slovenia.;University of New Hampshire;Durham;Nh;U. Oslo;Oslo;Norway.;U. O. Regina;Regina;Sk;Canada.;University of Seoul;U. Tsukuba;U. Texas;Austin;Texas.;U. Tennessee;Knoxville;U. Virginia;Charlottesville;V. University;Nashville;Virginia Tech;Blacksburg;Virginia Union University;Richmond;Wayne State University;Détroit;Mi;Weizmann Institute of Science;Rehovot;T. William;Mary;Williamsburg;Y. University;Yamagata;Yarmouk University;Irbid;Jordan;Y. University;U. York;York;U. Zagreb;Zagreb;Croatia.
我们描述了 ECCE 探测器中使用的量热计系统的设计和性能，以经济有效地实现总体性能规格，并仔细考虑适当的技术和进度风险。量热计系统由三个电磁量热计组成，覆盖了从− 3.7 到 3.8 的组合赝快度范围，以及两个强子量热计，覆盖了− 1. 1< η< 3. 8 的组合范围。将介绍包括能量和位置分辨率、重建效率和粒子识别在内的关键量热计性能。
We describe the design and performance the calorimeter systems used in the ECCE detector to achieve the overall performance specifications cost-effectively with careful consideration of appropriate technical and schedule risks. The calorimeter systems consist of three electromagnetic calorimeters, covering the combined pseudorapidity range from− 3.7 to 3.8 and two hadronic calorimeters covering a combined range of− 1. 1< η< 3. 8. Key calorimeter performances which include energy and position resolutions, reconstruction efficiency, and particle identification will be presented.