S
S. Michizono
Researcher at KEK
Publications - 21
Citations - 205
S. Michizono is an academic researcher from KEK. The author has contributed to research in topics: KEKB & Control system. The author has an hindex of 9, co-authored 21 publications receiving 190 citations.
Papers
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Journal ArticleDOI
The KEKB injector linac
Isamu Abe,N. Akasaka,M. Akemoto,S. Anami,A. Enomoto,J.W. Flanagan,Shigeki Fukuda,H. Fukuma,Y. Funakoshi,Kazuro Furukawa,Hirofumi Hanaki,Hiroyuki Honma,Naoko Iida,M. Ikeda,Kazuhisa Kakihara,Norihiko Kamikubota,Takuya Kamitani,Hiroaki Katagiri,T. Kawamoto,Mitsuo Kikuchi,Hitoshi Kobayashi,Haruyo Koiso,Toshihiro Matsumoto,S. Michizono,K. Nakahara,Hiromitsu Nakajima,Katsumi Nakao,Yujiro Ogawa,Yukiyoshi Ohnishi,Satoshi Ohsawa,Katsunobu Oide,T. Oogoe,Y.Otake,I. Sato,Kotaro Satoh,Tetsuo Shidara,A. Shirakawa,Masaaki Suetake,Tsuyoshi Suwada,T. Urano,S. Yamaguchi,Yoshiharu Yano +41 more
TL;DR: An 8-GeV electron/3.5 GeV positron injector for KEKB was completed in 1998 by upgrading the existing 2.5 -GeV linac.
Journal ArticleDOI
The KEKB injector linac
Mitsuo Akemoto,Dai Arakawa,A. Enomoto,Shigeki Fukuda,Y. Funakoshi,Kazuro Furukawa,Toshiyasu Higo,Tohru Honda,Hiroyuki Honma,Naoko Iida,M. Ikeda,Kazuhisa Kakihara,Takuya Kamitani,T. Kasuga,Hiroaki Katagiri,Sergey Kazakov,Mitsuo Kikuchi,Yukinori Kobayashi,Haruyo Koiso,Noboru Kudou,Miho Kurashina,H. Matsushita,Toshihiro Matsumoto,Shuji Matsumoto,S. Michizono,Toshihiro Mimashi,Toshiyuki Mitsuhashi,Takako Miura,Tsukasa Miyajima,Shinya Nagahashi,Hiromitsu Nakajima,Katsumi Nakao,Takashi Obina,Yujiro Ogawa,Yukiyoshi Ohnishi,Satoshi Ohsawa,Katsunobu Oide,T. Oogoe,Masanori Satoh,Tetsuo Shidara,A. Shirakawa,Masaaki Suetake,Takashi Sugimura,Tsuyoshi Suwada,M. Tadano,Tateru Takenaka,Masafumi Tawada,Akira Ueda,Yoshiharu Yano,K. Yokoyama,Mitsuhiro Yoshida +50 more
TL;DR: An 8-GeV electron/3.5-geV positron injector for KEKB was completed in 1998 by upgrading the existing 2.5 GeV linac as discussed by the authors.
Journal ArticleDOI
Surface characteristics and electrical breakdown of alumina materials
TL;DR: In this article, the authors evaluated several commercial alumina ceramics using a scanning electron microscope and comparing these observations with high-power rf transmission tests and found that they are feasible for higher electric field operation.
Performance of a Digital LLRF Field Control System for the J-PARC Linac
TL;DR: In this article, a digital feedback and feed-forward system with FPGAs and a commercially available DSP board was used to achieve high-power klystrons installed in the JPARC linac.
Proceedings ArticleDOI
Performance of J-PARC linac RF system
T. Kobayashi,E. Chishiro,Toshihiko Hori,H. Suzuki,M. Yamazaki,S. Anami,Z. Fang,Yuji Fukui,M.Kawamura,S. Michizono,Kesao Nanmo,S. Yamaguchi +11 more
TL;DR: In this article, the high power operation of all the RF systems of J-PARC linac was started for the cavity conditioning in October 2006, and 20 324-MHz klystrons have supplied the power to the accelerating cavities successfully, and the beam commissioning was started in November 2006.