Study of double-strangeness nuclei with hybrid-emulsion method (KEK-PS E373)

Authors :: K. Oyama
T. Kouketsu
B. Bassalleck
J. Parker
I. G. Park
C. O. Kim
H. Takahashi
Tomoko Yoshida
J. S. Song
N. Ushida
S. Ogawa
K. Hoshino
H. Akikawa
Toshiyuki Takahashi
K. Arai
H. Kanda
J.T. Yang
L. H. Zhu
J. K. Ahn
Michiko Sekimoto
Shigeki Aoki
Y. S. Iwata
Junji Tojo
Y. Nagase
S. J. Kim
Y. H. Iwata
J. Y. Kim
J. H. Chung
H. M. Park
H. Torii
Y. L. Lee
H. Okabe
J. W C McNabb
Atsushi Ichikawa
N. Yasuda
M. Mitsuhara
A. Rusek
Kwang Souk Sim
Y. S. Ra
T. Kawai
K. Imai
H. Tanaka
Saewoong Bahk
K. M. Baik
Fujio Takeutchi
M. Kaneko
Kazuhiro Yamamoto
Seok Kim
P. K. Saha
C.J. Yoon
D. Seki
C. S. Yoon
H. Shibuya
Y. Kondo
K. Tanida
J. T. Rhee
Masaharu Ieiri
M. S. Chung
S. Torikai
M. Yosoi
Hiroyuki Noumi
Kazuma Nakazawa
C. Nagoshi
Source :: Nuclear Physics A. 691:246-249
Publication Year :: 2001
Publisher :: Elsevier BV, 2001.
Abstract: An experiment to search for double-strangeness nuclei in nuclear emulsion is now being carried on as KEK-PS E373. Preliminary results of the data analysis for the K + spectrometer and the scintillating fiber detectors are presented. Status of the automatic track finding method for the emulsion is reported.

Subjects :: Physics
Nuclear and High Energy Physics
Optics
Scintillating fiber
Spectrometer
business.industry
Track (disk drive)
Detector
Emulsion
Nuclear emulsion
Strangeness
business

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