Mikio Tanabe
Max Planck Society
16 Papers
50 Citations
Mikio Tanabe is an academic researcher from Max Planck Society. The author has contributed to research in topics: Beam (structure) & Laser cooling. The author has an hindex of 5, co-authored 16 publications. Previous affiliations of Mikio Tanabe include Kyoto University.
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Papers
Heavy ion storage ring without linear dispersion
TL;DR: In this paper, a possible method to realize a dispersion-free storage ring is described, where simultaneous use of a magnetic field and an electric field in bending regions, where the two fields are set perpendicular to each other, enables us to control the effect of momentum dispersion.
Radial focusing and energy compression of a laser-produced proton beam by a synchronous rf field
Masahiro Ikegami,Shu Nakamura,Yoshihisa Iwashita,Toshiyuki Shirai,Hikaru Souda,Y. Tajima,Mikio Tanabe,Hiromu Tongu,Hiroyuki Itoh,Hiroki Shintaku,Atsushi Yamazaki,Hiroyuki Daido,Akifumi Yogo,Satoshi Orimo,Michiaki Mori,Mamiko Nishiuchi,Koichi Ogura,Akito Sagisaka,Alexander S. Pirozhkov,Hiromitsu Kiriyama,Shyuhei Kanazawa,Shuji Kondo,Yoichi Yamamoto,Takuya Shimomura,Manabu Tanoue,Y. Nakai,Atsushi Akutsu,Sergei V. Bulanov,Toyoaki Kimura,Yuji Oishi,Koshichi Nemoto,Toshiki Tajima,Akira Noda +32 more
TL;DR: In this paper, the authors studied the dynamics of a MeV laser-produced proton beam affected by a radio frequency (RF) electric field and proposed to eliminate the continuous energy component by utilizing a focal length difference between the continuous spectral protons and the protons included in the spectral peak.
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Longitudinal and Transverse Coupling of the Beam Temperature Caused by the Laser Cooling of 24Mg
Mikio Tanabe,Takehiro Ishikawa,Masao Nakao,Hikaru Souda,M. Ikegami,Toshiyuki Shirai,Hiromu Tongu,Akira Noda +7 more
TL;DR: In this paper, a laser-cooling experiment of a 40 keV 24Mg+ beam was carried out in the small laser-equipped storage ring (S-LSR), where a laser copropagating with the beam and an induction accelerator were utilized in the experiment.
Present status and recent activity on laser cooling at s-lsr *
Akira Noda,Masahiro Ikegami,Takehiro Ishikawa,Masao Nakao,Toshiyuko Shirai,Hikaru Souda,Mikio Tanabe,Hiromu Tongu,Igor Meshkov,Alexander Smirnov,Manfred Grieser,Koji Noda +11 more
- 01 Jan 2007
TL;DR: An optical observation system for laser cooling applicable for smaller number of ions has been developed and just installed into S-LSR as discussed by the authors, allowing for reduction of the shear force and with the newly developed optical measurement system, further approaches towards the realization of a multi-dimensional crystalline ion beam are to be started from now on.
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Laser cooling for 3-D crystalline state at S-LSR
Akira Noda,Shinji Fujimoto,Masahiro Ikegami,Toshiyuki Shirai,Hikaru Souda,Mikio Tanabe,Hiromu Tongu,Koji Noda,Satoru Yamada,Shinji Shibuya,Takeshi Takeuchi,Hiromi Okamoto,Manfred Grieser +12 more
- 28 Mar 2006
TL;DR: In this article, an ion storage and cooler ring, S−LSR, was constructed at ICR, Kyoto University, where 24Mg+ ions with the kinetic energy of 35 keV were to be laser-cooled by the frequency doubled ring dye laser with the wavelength of 280 nm.
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