A world tour of Radioactive Beam Laboratories

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FRIB at ANL•Driver linac: 200 MeV/u 238 U, 400 kW (5x10 13 uranium ions/s). All requiredaccelerator structures prototyped at ANL;•Rare isotopes for experimental program with stopped, reaccelerated and fastbeams;•Rare isotopes for reacceleration from ANL’s gas stopping technique;•Reacceleration to ~ 15 MeV/u through ATLAS.
FROM ENAM’04 to ENAM’08• GSI/FAIR started• RIKEN operating• SPIRAL 2 started• ISOLDE upgrade• TRIUMF ISACII• RIA ® FRIB• EURISOL R&D• New smaller projects- SPES- <strong>Beam</strong> at EXCYT- CARIBU at ATLAS- TAMU upgrade- High power target at HRIBF- Low energy beams at MSU- Solenoids at Florida State- VEC upgrade- Beijing upgrade- Lanzhou Facility
Page 1 and 2: Kirby W. KemperCurrent and new faci
Page 3 and 4: Florida State University in 1851-Fi
Page 5 and 6: How do we know we have seen new phy
Page 7 and 8: Basic Techniques for Producing RIBs
Page 9 and 10: Inflight + StoppingUse fragmentatio
Page 11 and 12: RIB Facilities(Operating or Under C
Page 13 and 14: GSI todayFuture facilitySIS 100/300
Page 15 and 16: SPIRAL 2@GANIL - A world leading IS
Page 17: ( 6 He, 8 He)
Page 20 and 21: China, India and Japan
Page 22: RIB Facilities at IMP - Lanzhou (Ch
Page 25 and 26: North American Facilities
Page 27 and 28: National Superconducting Cyclotron
Page 29: CARIBU & Energy Upgrade• CARIBU g
Page 32 and 33: RESOLUT: a newradioactive beam faci
Page 34 and 35: São Paulo Pelletron Laboratory8 MV
Page 36 and 37: The European ISOL Road Map• Vigor
Page 38 and 39: U.S. - FRIBRecommendation 2:We reco

A world tour of Radioactive Beam Laboratories

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