Study on
- H. Sugimura
- M. Agnello
- J.K. Ahn
- S. Ajimura
- Y. Akazawa
- N. Amano
- K. Aoki
- H.C. Bhang
- M. Endo
- P. Evtoukhovitch
- A. Feliciello
- H. Fujioka
- T. Fukuda
- S. Hasegawa
- S. Hayakawa
- R. Honda
- K. Hosomi
- S.H. Hwang
- Y. Ichikawa
- Y. Igarashi
- K. Imai
- N. Ishibashi
- R. Iwasaki
- C.W. Joo
- R. Kiuchi
- J.K. Lee
- J.Y. Lee
- K. Matsuda
- Y. Matsumoto
- K. Matsuoka
- K. Miwa
- Y. Mizoi
- M. Moritsu
- T. Nagae
- S. Nagamiya
- M. Nakagawa
- M. Naruki
- H. Noumi
- R. Ota
- B.J Roy
- P.K Saha
- A. Sakaguchi
- H. Sako
- C. Samanta
- V. Samoilov
- Y. Sasaki
- S. Sato
- M. Sekimoto
- Y. Shimizu
- T. Shiozaki
- K. Shirotori
- T. Soyama
- T. Takahashi
- T.N. Takahashi
- H. Tamura
- K. Tanabe
- T. Tanaka
- K. Tanida
- A.O Tokiyasu
- Z. Tsamalaidze
- M. Ukai
- T.O. Yamamoto
- Y. Yamamoto
- S.B. Yang
- K. Yoshida
DOIAbstract
We carried out an experiment to produce the neutron-rich hypernucleus Λ6H via the (π−, K+) reaction on 6Li target at the pion beam momentum of 1.2 GeV/c (J-PARC E10). In order to calibrate the scale of the missing-mass or of the Λ binding energy of the hypernucleus, we also measured the 12C(π+, K+) Λ12C, p(π−, K+)Σ− and p(π+, K+)Σ+reactions. The experiment was performed at the J-PARC Hadron Hall K1.8 beam line in December 2012 and January 2013. The overall collected data sample corresponds to an integrated beam intensity of 1.65 × 1012 pions
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