Beam test of a 12-layer scintillating-fiber charged-particle tracking system

B. Abbott,B.L. Howell, D. Koltick,R.L. McIlwain,C.J. Schmitz,E.I. Shibata,Z. Zhou,B. Baumbaugh,M. Ivancic,J. Jaques, R. Kehoe, M. Kelley,M. Mahoney,J. Marchant, R. Ruchti, M. Wayne,M. Atac,A. Baumbaugh,J.E. Elias, A. Romero,D. Chrisman,J. Park,M.R. Adams,M. Chung,H. Goldberg,S. Margulies,J. Solomon,R. Chaney,J. Orgeron,T. Armstrong,R.A. Lewis,G.S. Mitchell,R.S. Moore,J. Passaneau,G.A. Smith,M. Corcoran, D. Adams,F. Bird,H. Fenker,T. Regan, J. Thomas

Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment（1994）

引用 7|浏览20

暂无评分

摘要

A 96-channel, 3-superlayer, scintillating-fiber tracking system has been tested in a 5 GeV/cπ− beam. The scintillating fibers were 830 μm in diameter, spaced 850 μm apart, and 4.3 m in length. They were coupled to 6 m long, clear fiber waveguides and finally to visible light photon counters. A spatial resolution of ∼ 150 μm for a double-layered ribbon was achieved with this tracking system. This first prototype of a charged-particle tracking system configured for the Solenoidal Detector Collaboration at the Superconducting Super Collider is a benchmark in verifying the expected number of photoelectrons from the fibers.

查看译文

关键词

double layer,tracking system,spatial resolution,charged particles,visible light

AI 理解论文

溯源树

样例

生成溯源树，研究论文发展脉络

Chat Paper

正在生成论文摘要