Performance of the first prototype of the CALICE scintillator strip electromagnetic calorimeter
Performance of the first prototype of the CALICE scintillator strip electromagnetic calorimeter
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DOI：
10.1016/j.nima.2014.06.039
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发表时间：
2013-11
影响因子：
1.4
通讯作者：
C. Francis;J. Repond;J. Schlereth;J. Smith;L. Xia;E. Baldolemar;J. Li;S. Park;M. Sosebee;A. White;J. Yu;G. Eigen;Y. Mikami;N. Watson;M. Thomson;D. Ward;D. Benchekroun;A. Hoummada;Y. Khoulaki;J. Apostolakis;A. Dotti;G. Folger;V. Ivantchenko;A. Ribon;V. Uzhinskiy;C. Cârloganu;P. Gay;S. Manen;L. Royer;M. Tytgat;N. Zaganidis;G. Blazey;A. Dyshkant;J. Lima;V. Zutshi;J. Hostachy;L. Morin;U. Cornett;D. David;A. Ebrahimi;G. Falley;K. Gadow;P. Goettlicher;C. Guenter;O. Hartbrich;B. Hermberg;S. Karstensen;F. Krivan;K. Krueger;B. Lutz;S. Morozov;V. Morgunov;C. Neubueser;M. Reinecke;F. Sefkow;P. Smirnov;M. Terwort;E. Garutti;S. Laurien;S. Lu;I. Marchesini;M. Matysek;M. Ramilli;K. Briggl;P. Eckert;T. Harion;H. Schultz-Coulon;W. Shen;R. Stamen;B. Bilki;E. Norbeck;D. Northacker;Y. Onel;G. Wilson;K. Kawagoe;Y. Sudo;T. Yoshioka;P. Dauncey;M. Wing;F. Salvatore;E. Gil;S. Mannai;G. Baulieu;P. Calabria;L. Caponetto;C. Combaret;R. D. Negra;G. Grenier;R. Han;J. Ianigro;R. Kieffer;I. Laktineh;N. Lumb;H. Mathez;L. Mirabito;A. Petrukhin;A. Steen;W. Tromeur;M. Donckt;Y. Zoccarato;E. Alamillo;M. Fouz;J. Puerta-Pelayo;F. Corriveau;B. Bobchenko;M. Chadeeva;M. Danilov;A. Epifantsev;O. Markin;R. Mizuk;E. Novikov;V. Popov;V. Rusinov;E. Tarkovsky;D. Besson;P. Buzhan;A. Ilyin;V. Kantserov;V. Kaplin;A. Karakash;E. Popova;V. Tikhomirov;C. Kiesling;K. Seidel;F. Simon;C. Soldner;L. Weuste;M. Amjad;J. Bonis;S. Callier;S. C. D. Lorenzo;P. Cornebise;P. Doublet;F. Dulucq;J. Fleury;T. Frisson;N. Kolk;H. Li;G. Martin-Chassard;F. Richard;C. Taille;R. Poeschl;L. Raux;J. Rouene;N. Seguin-Moreau;M. Anduze;V. Balagura;V. Boudry;J. Brient;R. Cornat;M. Frotin;F. Gastaldi;E. Guliyev;Y. Haddad;F. Magniette;G. Musat;M. Ruan;T. Tran;H. Videau;B. Bulánek;J. Ẑáček;J. Cvach;P. Gallus;M. Havranek;M. Janata;J. Kvasnicka;D. Lednický;M. Marcisovsky;I. Polák;J. Popule;L. Tomášek;M. Tomášek;P. Ruzicka;P. Sicho;J. Smolík;V. Vrba;J. Zálešák;B. Belhorma;H. Ghazlane;K. Kotera;H. Ono;T. Takeshita;S. Uozumi;D. Jeans;S. Chang;A. Khan;D. Kim;D. Kong;Y. Oh;M. Goetze;J. Sauer;S. Weber;C. Zeitnitz
中科院分区：
文献类型：
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作者：
C. Francis;J. Repond;J. Schlereth;J. Smith;L. Xia;E. Baldolemar;J. Li;S. Park;M. Sosebee;A. White;J. Yu;G. Eigen;Y. Mikami;N. Watson;M. Thomson;D. Ward;D. Benchekroun;A. Hoummada;Y. Khoulaki;J. Apostolakis;A. Dotti;G. Folger;V. Ivantchenko;A. Ribon;V. Uzhinskiy;C. Cârloganu;P. Gay;S. Manen;L. Royer;M. Tytgat;N. Zaganidis;G. Blazey;A. Dyshkant;J. Lima;V. Zutshi;J. Hostachy;L. Morin;U. Cornett;D. David;A. Ebrahimi;G. Falley;K. Gadow;P. Goettlicher;C. Guenter;O. Hartbrich;B. Hermberg;S. Karstensen;F. Krivan;K. Krueger;B. Lutz;S. Morozov;V. Morgunov;C. Neubueser;M. Reinecke;F. Sefkow;P. Smirnov;M. Terwort;E. Garutti;S. Laurien;S. Lu;I. Marchesini;M. Matysek;M. Ramilli;K. Briggl;P. Eckert;T. Harion;H. Schultz-Coulon;W. Shen;R. Stamen;B. Bilki;E. Norbeck;D. Northacker;Y. Onel;G. Wilson;K. Kawagoe;Y. Sudo;T. Yoshioka;P. Dauncey;M. Wing;F. Salvatore;E. Gil;S. Mannai;G. Baulieu;P. Calabria;L. Caponetto;C. Combaret;R. D. Negra;G. Grenier;R. Han;J. Ianigro;R. Kieffer;I. Laktineh;N. Lumb;H. Mathez;L. Mirabito;A. Petrukhin;A. Steen;W. Tromeur;M. Donckt;Y. Zoccarato;E. Alamillo;M. Fouz;J. Puerta-Pelayo;F. Corriveau;B. Bobchenko;M. Chadeeva;M. Danilov;A. Epifantsev;O. Markin;R. Mizuk;E. Novikov;V. Popov;V. Rusinov;E. Tarkovsky;D. Besson;P. Buzhan;A. Ilyin;V. Kantserov;V. Kaplin;A. Karakash;E. Popova;V. Tikhomirov;C. Kiesling;K. Seidel;F. Simon;C. Soldner;L. Weuste;M. Amjad;J. Bonis;S. Callier;S. C. D. Lorenzo;P. Cornebise;P. Doublet;F. Dulucq;J. Fleury;T. Frisson;N. Kolk;H. Li;G. Martin-Chassard;F. Richard;C. Taille;R. Poeschl;L. Raux;J. Rouene;N. Seguin-Moreau;M. Anduze;V. Balagura;V. Boudry;J. Brient;R. Cornat;M. Frotin;F. Gastaldi;E. Guliyev;Y. Haddad;F. Magniette;G. Musat;M. Ruan;T. Tran;H. Videau;B. Bulánek;J. Ẑáček;J. Cvach;P. Gallus;M. Havranek;M. Janata;J. Kvasnicka;D. Lednický;M. Marcisovsky;I. Polák;J. Popule;L. Tomášek;M. Tomášek;P. Ruzicka;P. Sicho;J. Smolík;V. Vrba;J. Zálešák;B. Belhorma;H. Ghazlane;K. Kotera;H. Ono;T. Takeshita;S. Uozumi;D. Jeans;S. Chang;A. Khan;D. Kim;D. Kong;Y. Oh;M. Goetze;J. Sauer;S. Weber;C. Zeitnitz
建立了基于闪烁体条的电磁热量计的第一个原型，由26层钨吸收板与45 × 10 × 3 mm 3塑料闪烁体条平面交错组成。数据收集使用正电子测试束在DESY与动量之间的1和6 GeV/c。该原型的性能的线性和分辨率的能量测量。这些结果代表了一个重要的里程碑，在高度颗粒量热计的发展，使用闪烁体条技术。确定了一些可能的设计改进，这些改进应在未来的这类探测器中实施。目前正在为未来的直线对撞机实验开发这项技术，目的是利用粒子流技术精确测量喷流能量。
A first prototype of a scintillator strip-based electromagnetic calorimeter was built, consisting of 26 layers of tungsten absorber plates interleaved with planes of 45×10×3 mm3plastic scintillator strips. Data were collected using a positron test beam at DESY with momenta between 1 and 6 GeV/c. The prototype׳s performance is presented in terms of the linearity and resolution of the energy measurement. These results represent an important milestone in the development of highly granular calorimeters using scintillator strip technology. A number of possible design improvements were identified, which should be implemented in a future detector of this type. This technology is being developed for a future linear collider experiment, aiming at the precise measurement of jet energies using particle flow techniques.