Construction and testing of a large scale prototype of a silicon tungsten electromagnetic calorimeter for a future lepton collider-猫眼课题宝

用于未来轻子对撞机的硅钨电磁量热器大型原型的构建和测试

DOI：

10.1016/j.nima.2013.05.129

发表时间：

2013

期刊：

Nuclear Instruments & Methods in Physics Research Section A-accelerators Spectrometers Detectors and Associated Equipment

影响因子：

1.4

通讯作者：

中科院分区：

物理与天体物理3区

文献类型：

作者：

J. Rouëné

CALICE合作正在为未来的线性正电子对撞机准备高颗粒量热计的大规模原型。经过DESY， CERN和FNAL的几次束流运动，CALICE合作已经用第一个称为物理原型的原型演示了高颗粒电磁量热计的原理。下一个原型，称为技术原型，解决了随着高颗粒量热计的实现而出现的工程挑战。该原型将由30层组成，每层由4片9× 9厘米2的硅片组成。前端电子器件集成到探测器层中。每个像素的大小为5× 5 mm 2。这个原型进入了建造阶段。我们展示了在2012年春季和夏季的光束测试活动中获得的技术原型的第一层结果。根据这些结果，探测器的信噪比超过了研发目标的10:1。

The CALICE collaboration is preparing large scale prototypes of highly granular calorimeters for detectors to be operated at a future linear electron positron collider. After several beam campaigns at DESY, CERN and FNAL, the CALICE collaboration has demonstrated the principle of highly granular electromagnetic calorimeters with a first prototype called physics prototype. The next prototype, called technological prototype, addresses the engineering challenges which come along with the realisation of highly granular calorimeters. This prototype will comprise 30 layers where each layer is composed of four 9× 9 cm 2 silicon wafers. The front end electronics is integrated into the detector layers. The size of each pixel is 5× 5 mm 2. This prototype enters its construction phase. We present results of the first layers of the technological prototype obtained during beam test campaigns in spring and summer 2012. According to these results the signal over noise ratio of the detector exceeds the R & D goal of 10: 1.

Response of the CALICE Si-W Electromagnetic Calorimeter Physics Prototype to Electrons

DOI： 10.1016/j.nima.2009.07.026

发表时间： 2008-11

期刊：

Nuclear Instruments & Methods in Physics Research Section A-accelerators Spectrometers Detectors and Associated Equipment

影响因子： 1.4

作者：

C. Adloff;Y. Karyotakis;J. Repond;Jaehoon Yu;G. Eigen;C. Hawkes;Y. Mikami;O. Miller;N. Watson;J. Wilson;T. Goto;G. Mavromanolakis;M. Thomson;D. Ward;W. Yan;D. Benchekroun;A. Hoummada;M. Krim;M. Benyamna;D. Boumediene;N. Brun;C. Cârloganu;F. Morisseau;G. Blazey;D. Chakraborty;A. Dyshkant;K. Francis;D. Hedin;G. Lima;V. Zutshi;J. Hostachy;L. Morin;N. D’ascenzo;U. Cornett;D. David;R. Fabbri;G. Falley;K. Gadow;E. Garutti;P. Göttlicher;T. Jung;S. Karstensen;V. Korbel;A. Lucaci-Timoce;Benjamin Lutz;N. Meyer;V. Morgunov;M. Reinecke;F. Sefkow;P. Smirnov;A. Vargas-Treviño;N. Wattimena;O. Wendt;N. Feege;M. Groll;J. Haller;R. Heuer;S. Richter;J. Samson;A. Kaplan;H. Schultz-Coulon;W. Shen;A. Tadday;B. Bilki;E. Norbeck;Y. Onel;E. Kim;N. Baek;Daijin Kim;K. Lee;Shih-Chang Lee;K. Kawagoe;Y. Tamura;D. Bowerman;P. Dauncey;A. Magnan;H. Yılmaz;O. Zorba;V. Bartsch;M. Postranecky;M. Warren;M. Wing;M. Giannelli;M. Green;F. Salvatore;M. Bedjidian;R. Kieffer;I. Laktineh;D. Bailey;R. Barlow;M. Kelly;R. Thompson;M. Danilov;E. Tarkovsky;N. Baranova;D. Karmanov;M. Korolev;M. Merkin;A. Voronin;A. Frey;S. Lu;K. Prothmann;F. Simon;B. Bouquet;S. Callier;P. Cornebise;J. Fleury;H. Li;F. Richard;C. Taille;R. Poeschl;L. Raux;M. Ruan;N. Seguin-Moreau;F. Wicek;M. Anduze;V. Boudry;J. Brient;G. Gaycken;P. D. Freitas;G. Musat;M. Reinhard;A. Rougé;J. Vanel;H. Videau;Ki-Hyeon Park;J. Ẑáček;J. Cvach;P. Gallus;M. Havranek;M. Janata;M. Marcisovsky;I. Polák;J. Popule;L. Tomášek;M. Tomášek;P. Ruzicka;P. Sicho;J. Smolík;V. Vrba;J. Zálešák;B. Belhorma;M. Belmir;S. Nam;I. Park;J. Yang;J. Chai;J. Kim;Guinyun Kim;J. Kang;Youngjoon Kwon

通讯作者：

Construction and testing of a large scale prototype of a silicon tungsten electromagnetic calorimeter for a future lepton collider

用于未来轻子对撞机的硅钨电磁量热器大型原型的构建和测试

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