PHENIX central arm particle ID detectors

PHENIX central arm particle ID detectors
复制标题

DOI：
10.1016/s0168-9002(02)01953-8
复制
发表时间：
2003-03
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：
M. Aizawa;Y. Akiba;R. Begay;J. Burward-Hoy;R. Chappell;C. Chi;M. Chiu;T. Chujo;D. W. Crook;A. Danmura;K. Ebisu;M. Emery;K. Enosawa;S. Esumi;J. Ferrierra;A. Frawley;V. Griffin;H. Hamagaki;H. Hara;R. Hayano;H. Hayashi;T. Hemmick;M. Hibino;R. Higuchi;T. Hirano;R. Hoade;R. Hutter;M. Inaba;K. Jones;S. Kametani;S. Kato;M. Kennedy;J. Kikuchi;A. Kiyomichi;K. Koseki;M. Kurata-Nishimura;K. Kurita;Y. Kuroki;Takehiko Matsumoto;Y. Miake;Y. Miyamoto;G. Moscone;Y. Nagasaka;S. Nishimura;M. Ono;K. Oyama;R. Raynis;T. Sakaguchi;S. Sakai;H. Sako;S. Salomone;S. Sato;K. Shigaki;T. Shimada;M. Suzuki-Nara;M. Tamai;Y. Tanaka;H. Tsuruoka;S. Urasawa;T. Ushiroda;J. Walker;S. Wang;A. Wintenberg;L. W. Wright;K. Yagi;Y. Yokota;G. Young
M. Aizawa;Y. Akiba;R. Begay;J. Burward-Hoy;R. Chappell;C. Chi;M. Chiu;T. Chujo;D. W. Crook;A. Danmura;K. Ebisu;M. Emery;K. Enosawa;S. Esumi;J. Ferrierra;A. Frawley;V. Griffin;H. Hamagaki;H. Hara;R. Hayano;H. Hayashi;T. Hemmick;M. Hibino;R. Higuchi;T. Hirano;R. Hoade;R. Hutter;M. Inaba;K. Jones;S. Kametani;S. Kato;M. Kennedy;J. Kikuchi;A. Kiyomichi;K. Koseki;M. Kurata-Nishimura;K. Kurita;Y. Kuroki;Takehiko Matsumoto;Y. Miake;Y. Miyamoto;G. Moscone;Y. Nagasaka;S. Nishimura;M. Ono;K. Oyama;R. Raynis;T. Sakaguchi;S. Sakai;H. Sako;S. Salomone;S. Sato;K. Shigaki;T. Shimada;M. Suzuki-Nara;M. Tamai;Y. Tanaka;H. Tsuruoka;S. Urasawa;T. Ushiroda;J. Walker;S. Wang;A. Wintenberg;L. W. Wright;K. Yagi;Y. Yokota;G. Young
中科院分区：
物理与天体物理3区
文献类型：
--
作者：
M. Aizawa;Y. Akiba;R. Begay;J. Burward-Hoy;R. Chappell;C. Chi;M. Chiu;T. Chujo;D. W. Crook;A. Danmura;K. Ebisu;M. Emery;K. Enosawa;S. Esumi;J. Ferrierra;A. Frawley;V. Griffin;H. Hamagaki;H. Hara;R. Hayano;H. Hayashi;T. Hemmick;M. Hibino;R. Higuchi;T. Hirano;R. Hoade;R. Hutter;M. Inaba;K. Jones;S. Kametani;S. Kato;M. Kennedy;J. Kikuchi;A. Kiyomichi;K. Koseki;M. Kurata-Nishimura;K. Kurita;Y. Kuroki;Takehiko Matsumoto;Y. Miake;Y. Miyamoto;G. Moscone;Y. Nagasaka;S. Nishimura;M. Ono;K. Oyama;R. Raynis;T. Sakaguchi;S. Sakai;H. Sako;S. Salomone;S. Sato;K. Shigaki;T. Shimada;M. Suzuki-Nara;M. Tamai;Y. Tanaka;H. Tsuruoka;S. Urasawa;T. Ushiroda;J. Walker;S. Wang;A. Wintenberg;L. W. Wright;K. Yagi;Y. Yokota;G. Young

文献摘要

被引文献

相似文献

环形成像切伦科夫（Ring-Imaging Cherenkov，RICH）和飞行时间（Time-of-Flight，ToF）系统为PHENIX中心臂提供带电粒子的识别。RICH位于内部和外部跟踪单元之间，是在大量带电π介子中识别电子的主要设备之一。ToF用于识别强子，位于最外面的垫室（PC 3）和电磁量能器之间。本文介绍了一种用于增强p-p碰撞中带电粒子测量的时间零点（T0）计数器。沿着了RICH、ToF和T0的结构和性能的详细信息，以及第一次PHENIX数据采集运行的典型结果。
The Ring-Imaging Cherenkov (RICH) and the Time-of-Flight (ToF) systems provide identification of charged particles for the PHENIX central arm. The RICH is located between the inner and outer tracking units and is one of the primary devices for identifying electrons among the very large number of charged pions. The ToF is used to identify hadrons and is located between the most outer pad chamber (PC3) and the electromagnetic calorimeter. A Time Zero (T0) counter that enhances charged particle measurements in p–p collisions is described. Details of the construction and performance of both the RICH, ToF and T0 are given along with typical results from the first PHENIX data taking run.