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Design and Actual Performance of J-PARC 3 GeV Rapid Cycling Synchrotron for High-Intensity Operation

Kazami Yamamoto,Michikazu Kinsho,Naoki Hayashi,Pranab Kumar Saha,Fumihiko Tamura,Masanobu Yamamoto,Norio Tani,Tomohiro Takayanagi,Junichiro Kamiya,Yoshihiro Shobuda,Masahiro Yoshimoto,Hiroyuki Harada,Hiroki Takahashi,Yasuhiro Watanabe,Kota Okabe,Masahiro Nomura,Taihei Shimada,Takamitsu Nakanoya, Ayato Ono,Katsuhiro Moriya,Yoshio Yamazaki,Kazuaki Suganuma,Kosuke Fujirai,Nobuhiro Kikuzawa,Shin-Ichiro Meigo,Motoki Ooi,Shuichiro Hatakeyama,Tomohito Togashi,Kaoru Wada,Hideaki Hotchi,Masahito Yoshii,Chihiro Ohmori,Takeshi Toyama,Kenichirou Satou,Yoshiro Irie,Tomoaki Ueno, Koki Horino,Toru Yanagibashi, Riuji Saeki,Atsushi Sato,Osamu Takeda, Masato Kawase,Takahiro Suzuki, Kazuhiko Watanabe,Tatsuya Ishiyama,Shinpei Fukuta,Yuki Sawabe,Yuichi Ito,Yuko Kato,Kazuo Hasegawa,Hiromitsu Suzuki,Fumiaki Noda

Journal of Nuclear Science and Technology（2022）

Cited 8|Views3
Key words
J-PARC,RCS,proton synchrotron,design,high intensity,beam loss,operation,commissioning
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