Tracking Performance of the Scintillating Fiber Detector in the K2K
  Experiment

A. Suzuki; Adams; Ahn; Ambrogiani; Annis; Ansorge; B.J. Kim; Billoir; C.K. Jung; C.W. Walter; E. Kearns; E. Sharkey; E.J. Jeon; Fruhwirth; Fukuda; G. Kume; H. Ishino; H. Park; H. Yokoyama; H.C. Bhang; H.G. Berns; H.I. Kim; Harr; Innocente; Ishii; J. Hill; J. Wilkes; J. Yoo; J.H. Kim; J.L. Stone; J.Y. Kim; K. Fujii; K. Nakamura; K. Nishikawa; K. Sato; K. Scholberg; K. Takenaka; Kalman; Kalman; M. Nakamura; M. Onchi; M. Sakuda; M. Takatsuki; M. Yoshida; N. Tamura; Nakahata; S. Aoki; S. Boyd; S. Matsuno; S. Mine; S.B. Kim; Suzuki; T. Hara; T. Ishida; T. Ishii; T. Iwashita; T. Kobayashi; T. Otaki; Wolin; Y. Hayato; Y. Oyama; Y. Tanaka

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Tracking Performance of the Scintillating Fiber Detector in the K2K Experiment

Abstract

The K2K long-baseline neutrino oscillation experiment uses a Scintillating Fiber Detector (SciFi) to reconstruct charged particles produced in neutrino interactions in the near detector. We describe the track reconstruction algorithm and the performance of the SciFi after three years of operation.Comment: 24pages,18 figures, and 1 table. Preprint submitted to NI

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