M
M. Hanabata
Researcher at Gifu University
Publications - 5
Citations - 202
M. Hanabata is an academic researcher from Gifu University. The author has contributed to research in topics: Scattering & Elastic scattering. The author has an hindex of 5, co-authored 5 publications receiving 169 citations.
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Journal ArticleDOI
Nuclear capture at rest of Ξ− hyperons
Shigeki Aoki,Saewoong Bahk,S. H. Chung,H. Funahashi,C.H. Hahn,M. Hanabata,T. Hara,S. Hirata,K. Hoshino,K. Hoshino,Masaharu Ieiri,T. Iijima,Kenichi Imai,Yoshitaka Itow,T. Jin-ya,M. Kazuno,C. O. Kim,J. Y. Kim,Seok Kim,K. Kodama,T. Kuze,Y. Maeda,Akira Masaike,A. Masuoka,Yasuyuki Matsuda,A. Matsui,Y. Nagase,C. Nagoshi,M. Nakamura,S. Nakanishi,Takashi Z. Nakano,Kazuma Nakazawa,Kimio Niwa,H. Oda,H. Okabe,S. Ono,R. Ozaki,B. D. Park,I. G. Park,K. Sakai,T. Sasaki,Yoshihiro Sato,H. Shibuya,Hajime Shimizu,J. S. Song,M. Sugimoto,H. Tajima,Hirotaka Takahashi,Ryuichi Takashima,Fujio Takeutchi,Kazuhiro Tanaka,M. Teranaka,I. Tezuka,H. Togawa,T. Tsunemi,M. Ukai,N. Ushida,Takashi Watanabe,N. Yasuda,J. Yokota,C. S. Yoon +60 more
TL;DR: In this article, the binding energies of Ξ − -( 12 C, 14 N and 16 O) states have been estimated for two events which emit twin single- Λ hypernuclei back to back from the capture point.
Journal ArticleDOI
Sigma- p elastic scattering in the region of 400-MeV/c p(Sigma-) less than 700-MeV/c with a scintillating fiber active target
Y. Kondo,A. K. Ichikawa,H. Funahashi,Masaya Ishino,T. Hayakawa,B. Bassalleck,Masaharu Ieiri,Hiroki Kanda,J. K. Ahn,S. Yokkaichi,J. M. Lee,Atsushige Sato,H. En'yo,Satoshi Mihara,S. V. Golovkin,K. Ozawa,A. M. Gorin,P. Tlusty,H. Torii,Kazunuki Yamamoto,T. Tabaru,T. Akikawa,I. E. Kreslo,Akira Masaike,K. Nakai,Y. Goto,M. Hanabata,J. Arvieux,Y. D. Kim,K. S. Sim,Fujio Takeutchi,Chung,K. Imai,E.N. Kozarenko,Minoru Yoshida,Tsuneo Fukuda,Kazuma Nakazawa,Hikaru Sato +37 more
TL;DR: In this paper, the authors have performed a hyperon-proton scattering experiment with a scintillating fiber active target and obtained the differential cross sections of the Σ − p elastic scattering in the momentum region from 400 to 700 MeV /c.
Journal ArticleDOI
Σ+p elastic scattering in the region of 300 ⩽ pΣ ⩽ 600 MeV/c with a scintillating fiber target
Y. Kondo,J. K. Ahn,J. K. Ahn,H. Akikawa,J. Arvieux,B. Bassalleck,M. S. Chung,M. S. Chung,H. En'yo,Tsuneo Fukuda,H. Funahashi,S. V. Golovkin,A. M. Gorin,Y. Goto,M. Hanabata,T. Hayakawa,A. K. Ichikawa,Masaharu Ieiri,K. Imai,Masaya Ishino,H. Kanda,H. Kanda,Yongsun Kim,E.N. Kozarenko,I. E. Kreslo,J. M. Lee,J. M. Lee,Akira Masaike,Akira Masaike,Satoshi Mihara,Satoshi Mihara,K. Nakai,Kazuma Nakazawa,K. Ozawa,A. Sato,Hirohiko Sato,K. S. Sim,T. Tabaru,Fujio Takeutchi,P. Tlustý,P. Tlustý,H. Torii,Koji Yamamoto,Koji Yamamoto,S. Yokkaichi,Minoru Yoshida,Minoru Yoshida +46 more
TL;DR: In this article, the authors have performed a hyperon-proton scattering experiment with a scintillating fiber active target and obtained the differential cross sections of the Σ − p elastic scattering in the momentum region from 400 to 700 MeV /c.
Journal ArticleDOI
Σ+p elastic scattering cross sections in the region of 350⩽PΣ+⩽750 MeV/c with a scintillating fiber active target
J. K. Ahn,H. Akikawa,J. Arvieux,B. Bassalleck,M. S. Chung,H. En'yo,Tsuneo Fukuda,H. Funahashi,S. V. Golovkin,A. M. Gorin,Y. Goto,M. Hanabata,T. Hayakawa,A. K. Ichikawa,Masaharu Ieiri,K. Imai,Masaya Ishino,H. Kanda,Yongsun Kim,Y. Kondo,E.N. Kozarenko,I. E. Kreslo,J. M. Lee,Akira Masaike,Satoshi Mihara,K. Nakai,Kazuma Nakazawa,K. Ozawa,A. Sato,Hirohiko Sato,K. S. Sim,T. Tabaru,Fujio Takeutchi,P. Tlustý,H. Torii,Kazunuki Yamamoto,S. Yokkaichi,Minoru Yoshida +37 more
TL;DR: In this article, the differential cross sections for Σ+p elastic scattering in the incident momentum range from 350 to 750 MeV/c are presented and compared with theoretical predictions from the Nijmegen group (Nijmmegen Soft Core 97) and the Kyoto-Niigata group (RGM-FSS and fss2).
Journal ArticleDOI
Quasifree p(K−, K+)Ξ− reaction in nuclear emulsion
Shigeki Aoki,S. Asai,Saewoong Bahk,S. H. Chung,H. Funahashi,C.H. Hahn,M. Hanabata,T. Hara,K. Hoshino,Masaharu Ieiri,M. Iida,T. Iijima,K. Imai,Yoshitaka Itow,T. Jin-ya,M. Kazuno,C. O. Kim,D. C. Kim,J. Y. Kim,Koichi Kodama,T. Kuze,Y. Maeda,Akira Masaike,Yasuyuki Matsuda,A. Matsui,K. Murakami,C. Nagoshi,M. Nakamura,S. Nakanishi,Takashi Z. Nakano,Kazuma Nakazawa,Kimio Niwa,S. Ogawa,H. Okabe,S. Ono,R. Ozaki,I. G. Park,M. S. Park,K. Sakai,T. Sasaki,Yoshihiro Sato,H. Shibuya,Hajime Shimizu,Y.B. Sim,J. S. Song,M. Sugimoto,H. Tajima,Ryuichi Takashima,Fujio Takeutchi,Kazuhiro Tanaka,R. Tanaka,M. Teranaka,I. Tezuka,H. Togawa,N. Ushida,N. Yasuda,J. Yokota,C.J. Yoon,C. S. Yoon +58 more
TL;DR: In this article, a study of 1.66 GeV c K − beam induced (K −,K + ) reactions in the nuclear emulsion target is presented and 796 ( K −, K + ) reaction vertices ( p K + ⩾ 1 GeV /c ) containing 18 single hyperfragments are identified.