RIBF standard detectors/devices
標準検出器・標準デバイスについて
2022/5/18
加速器実験等安全審査委員長[E]
RIBF standard detectors/devices are restricted to the ones listed below. In theAccelerator-Use Planning Sheet, you are required to list the equipment other than thestandard detectors/devices in the tables as “your own devices/materials” for the mattersto be irradiated by the primary/secondary beam. In addition, as a reference forreviewing the safety aspects of your experiment, the standard detectors/devices should
be described in the drawing of the experimental setup including the beam dump in theAccelerator-Use Planning Sheet.
[J]
標準検出器・標準デバイスは以下の通りとする。放射線発生装置使用計画書には標準検出器・標準デバイス以外のものを「実験者固有の装置・物質」として一次ビーム・二次ビームに照射される物質の表などにリストアップすること。ただし、安全審査の参考のために実験セットアップの図には標準検出器・標準デバイスも記載されていることが望ましい。
特に一次ビーム・二次ビームを止めるものが標準検出器・標準デバイスの場合は、必ず図示すること。

RIBF standard detectors/devices are as follows:⚫

General devices (basically, fixed alongside the beam line)➢Faraday cup➢

Beam slit➢

Beam viewer➢

Window film at the end of the beam line⚫

RIPS➢

Production target➢

Degrader @ F1➢

PPAC, Plastic scintillator, SSD @ F1, F2, F3

RIPS beam diagnosis devices
http://www.nishina.riken.jp/RIBF/RIPS/rips-beamdiag.html

⚫

CRIB➢

Faraday cup in the D1 magnet➢

Beam dump (0 degree direction)➢

Standard production target (Cryogenic gas target, Water-cooled gas target,Water-cooled solid target) @ F0➢

Degrader @ F1➢

PPAC @ F1, F2, F3➢

SSD @ F2Standard detectors/devices on CRIB
F0 target
beamdump

Faradaycup

F1 slitF1
PPACDegrader

F2
F3PPACSSDPPACCRIB
http://www.cns.s.u-tokyo.ac.jp/crib/crib-new/⚫

BigRIPS / ZeroDegree➢

Production target➢

Degrader @ F1, F5（Degraders designed for your experiment are “your owndevices/materials".）

⚫

➢

PPAC

➢

Plastic scintillator➢

Ion chamber 232, Ion chamber 60 @ F7➢

Ge detector @ F7➢

NaI @ F7➢

Beam stopper (aluminum) @ F7➢

CsI @ F11➢

Ion chamber @ F11➢

SSD @ F5, F7

SAMURAI➢BPC (Beam Proportional Chamber) @ F5➢

SBT , SBV (Plastic scintillator for Beam Trigger/Veto)➢

BDC1, BDC2 (Beam Drift Chamber)➢

FDC0, FDC1, FDC2 (Forward Drift Chamber)➢

PDC1, PDC2 (Proton Drift Chamber)➢

ICB, ICF (Ion Chamber for Beam/Fragments)➢

HODF, HODP (Hodoscope for Fragments/Protons)➢HODS (Small Hodoscope)➢

TED (Total Energy Detector)➢

NEBULA (Neutron Detector)➢

Plastic tank of the water beam dump (WATER in the tank is “your owndevices/materials”）⚫

SHARAQ / OEDO➢

MWDC @ F3, F5, F6 (for SHARAQ/OEDO experiments only)➢

Diamond detector @ F3 (for SHARAQ/OEDO experiments only)➢

MWDC, PPAC, Plastic Scintillator @ F-E7, F-E8, F-E9, F-E10, F-E11, F-E12➢

Degrader (t3 mm, 0~80 mr) @ F-E9, F-E11（Degraders designed for yourexperiment are “your own devices/materials".）➢

CRDC, MWDC, Plastic scintillator @ S2

Technical Information of BigRIPS, ZeroDegree, SAMURAI, and OEDO Beamline
http://ribf.riken.jp/BigRIPSInfo/
SAMURAI standard detectors
http://ribf.riken.jp/SAMURAI/index.php?ChargedParticleDetector
OEDO
http://www.cns.s.u-tokyo.ac.jp/oedo/⚫

Rare-RI Ring (R3)
➢Plastic scintillator ＠ R3-ILC1, R3, R3-ELC➢PPAC @ R3-ILC1, R3- ILC2➢

C-foil+MCP @ R3➢

Havar foil @ R3-ELC➢

Ion chamber @ R3-ELC➢

NaI @ R3-ELC

Rare-RI Ring (R3) Configuration
http://www.nishina.riken.jp/RIBF/R3/config.html

⚫

GARIS, GARIS-II, GARIS-III➢

Beam viewer (SiO2, Al2O3) @ target chamber➢

Beam dump (Ta) @ D1 magnet

Beam viewer(SiO2, Al2O3)

Beam dump(Ta)

FPD

D2
Beam
Q3

TargetQ1Q2
D1

GARIS Configuration
http://www.nishina.riken.jp/RIBF/GARIS/config.html⚫

PALIS / SLOWLI➢To be determined after the commissioning.

----- Change Log ----⚫

2022/5/18 Update “BigRIPS/ZeroDegree”➢Add Ion chamber 60 @ F7 (Current IC is renamed as Ion chamber 232)➢Add Beam stopper (aluminum) @ F7⚫

2019/12/24 Add GARIS, GARIS-II, GARIS-III⚫

2019/8/23 Correction at "BigRIPS/ZeroDegree"➢CsI@F7 → NaI@F7➢

NaI@F11 → CsI@F11