%0 Journal Article
%T The K1.8BR spectrometer system at J-PARC
%A Keizo Agari
%A Shuhei Ajimura
%A George Beer
%A Hyoungchan Bhang
%A Mario Bragadireanu
%A Paul Buehler
%A Luigi Busso
%A Michael Cargnelli
%A Seonho Choi
%A Catalina Curceanu
%A Shun Enomoto
%A Diego Faso
%A Hiroyuki Fujioka
%A Yuya Fujiwara
%A Tomokazu Fukuda
%A Carlo Guaraldo
%A Tadashi Hashimoto
%A Ryugo S. Hayano
%A Toshihiko Hiraiwa
%A Erina Hirose
%A Masaharu Ieiri
%A Masami Iio
%A Mihai Iliescu
%A Kentaro Inoue
%A Yosuke Ishiguro
%A Takashi Ishikawa
%A Shigeru Ishimoto
%A Tomoichi Ishiwatari
%A Kenta Itahashi
%A Masaaki Iwai
%A Masahiko Iwasaki
%A Yutaka Kakiguchi
%A Yohji Katoh
%A Shingo Kawasaki
%A Paul Kienle
%A Hiroshi Kou
%A Yue Ma
%A Johann Marton
%A Yasuyuki Matsuda
%A Michifumi Minakawa
%A Yutaka Mizoi
%A Ombretta Morra
%A Ryotaro Muto
%A Tomofumi Nagae
%A Megumi Naruki
%A Hiroyuki Noumi
%A Hiroaki Ohnishi
%A Shinji Okada
%A Haruhiko Outa
%A Kristian Piscicchia
%A Marco Poli Lener
%A Antonio Romero Vidal
%A Yuta Sada
%A Atsushi Sakaguchi
%A Fuminori Sakuma
%A Masaharu Sato
%A Yoshinori Sato
%A Shin'ya Sawada
%A Alessandro Scordo
%A Michiko Sekimoto
%A Hexi Shi
%A Yoshihisa Shirakabe
%A Diana Sirghi
%A Florin Sirghi
%A Ken Suzuki
%A Shoji Suzuki
%A Takatoshi Suzuki
%A Yoshihiro Suzuki
%A Hitoshi Takahashi
%A Kazuhiro Tanaka
%A Nobuaki Tanaka
%A Hideyuki Tatsuno
%A Makoto Tokuda
%A Akihisa Toyoda
%A Dai Tomono
%A Akihisa Toyoda
%A Kyo Tsukada
%A Oton Vazquez Doce
%A Hiroaki Watanabe
%A Eberhard Widmann
%A Barbara K. Wunschek
%A Yutaka Yamanoi
%A Toshimitsu Yamazaki
%A Heejoong Yim
%A Johann Zmeskal
%J Physics
%D 2012
%I arXiv
%R 10.1093/ptep/pts039
%X A new spectrometer system was designed and constructed at the secondary beam line K1.8BR in the hadron hall of J-PARC to investigate $\bar K N$ interactions and $\bar K$-nuclear bound systems. The spectrometer consists of a high precision beam line spectrometer, a liquid $^3$He/$^4$He/D$_2$ target system, a Cylindrical Detector System that surrounds the target to detect the decay particles from the target region, and a neutron time-of-flight counter array located $\sim$15 m downstream from the target position. Details of the design, construction, and performance of the detector components are described.
%U http://arxiv.org/abs/1206.0077v2