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

Atsushi Ichikawa,J. K. Ahn,H. Akikawa,S. Aoki,K. Arai,S. Y. Bahk,K. M. Baik,B. Bassalleck,J.H. Chung,M. S. Chung,K. Hoshino,M. Ieiri,Koji Imai,Y. H. Iwata,Y. S. Iwata,H. Kanda,M. Kaneko,T. Kawai,C. O. Kim,J. Kim,S. J. Kim,S.H. Kim,Y. Kondo,T. Kouketsu,Y. L. Lee,J. W. C. McNabb,M. Mitsuhara,Y. Nagase,C. Nagoshi,K. Nakazawa,H. Noumi,S. Ogawa,H. Okabe,K. Oyama,H. M. Park,I.G. Park,J. Parker,Y. S. Ra,J.T. Rhee,A. Rusek,H. Shibuya,K. S. Sim,P.K.Saha,D. Seki,M. Sekimoto,J.S. Song,H. Takahashi,Takashi Takahashi,F. Takeutchi,H. Tanaka,K. Tanida,J. Tojo,H. Torii,S. Torikai,N. Ushida,K. Yamamoto,N Yasuda,J. T. Yang,C. J. Yoon,C.S. Yoon,M. Yosoi,T. Yoshida,L. Zhu

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

2000

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.

Keywords:

Strangeness
Emulsion
Nuclear emulsion
Spectrometer
Physics
Nuclear magnetic resonance
Detector
Atomic physics
scintillating fiber

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