Technical Information のバックアップ(No.8)

• バックアップ一覧
• 差分 を表示
• 現在との差分 を表示
• 現在との差分 - Visual を表示
• ソース を表示
• Technical Information へ行く。
  • 1 (2015-07-28 (火) 17:48:27)
  • 2 (2015-07-28 (火) 18:02:24)
  • 3 (2015-07-29 (水) 15:43:06)
  • 4 (2015-07-30 (木) 01:40:20)
  • 5 (2015-07-30 (木) 02:01:31)
  • 6 (2015-07-30 (木) 11:21:35)
  • 7 (2015-07-30 (木) 14:45:11)
  • 8 (2015-07-30 (木) 15:54:21)
  • 9 (2015-07-31 (金) 11:30:03)
  • 10 (2015-08-06 (木) 20:11:24)
  • 11 (2015-09-02 (水) 18:20:45)
  • 12 (2015-09-02 (水) 18:24:44)
  • 13 (2015-09-17 (木) 11:01:22)
  • 14 (2017-07-28 (金) 13:17:44)
  • 15 (2017-07-28 (金) 17:51:57)
  • 16 (2017-07-28 (金) 19:18:54)
  • 17 (2017-07-28 (金) 20:16:15)

Beam-line configuration

OEDO project requires upgrades of the beam-line which is currently operated as "High-Resolution Beam-line" in RIBF. New devices of a STQ (Superconduting Triplet Quadrupole magnet) and an RF-deflector will be installed, and existing superconducting- and room-temperature magnets will be rearranged as following:

Standard beam-line elements from F0 to F6 will be employed in BigRIPS with optimized modes of ion optics, while elements shown in a following list will be operated with OEDO and SHARAQ spectrometer.

Energy

Acceptance and transmission

Intensity

Typical examples

• Result obtained from the simulation of 132Sn beam degraded to 20AMeV@S0 from 300AMeV@F3.
• Result obtained from the simulation of 135Cs beam degraded to 20AMeV@S0 from 300AMeV@F3.