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HIE-ISOLDE HEBT: characteristics

HIE-ISOLDE HEBT: characteristics. Beamline diameter: 40 mm (REX: 100 mm) Beamline height: 1.75 m Beamline vacuum: low 1e-7- high 1e-8 mbar Connection of setups: Beamline ends with fast vacuum valve, DN40

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HIE-ISOLDE HEBT: characteristics

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  1. HIE-ISOLDE HEBT: characteristics Beamline diameter: 40 mm (REX: 100 mm) Beamline height: 1.75 m Beamline vacuum: low 1e-7- high 1e-8 mbar Connection of setups: Beamline ends with fast vacuum valve, DN40 On the setup’s side: permanent KF40 double cross with a Penning and Pirani connected to ISOLDE vacuum interlock Space for experiments – between cable trench and Jura wall Moving equipment: from new SAS, along the wall

  2. Setup • Electronics + dewars • Cable path • Patch panel MINIBALL 5.1 m Surveyors’ reference pole (position to be discussed) 2.6 m Space for experiments – on this side of the trench Trench 88cm Beamine cable trays 1:100 Miniball cables length is 15m

  3. Miniball - Requirements:

  4. Ca. 1.3 m 1.75 m Ca. 1.2 m trench Trench below experiments will be reinforced to keep stability and withstand the weight

  5. 235 cm 270 cm 87 cm

  6. 90 cm

  7. Please mark: • Setup • Electronics • Cable path Surveyors’ reference pole (position to be discussed) Space for experiments – on this side of the trench trench Beamine cable trays Ion beam focus: in the middle of the trench

  8. Please mark: • Setup • Electronics • Cable path ACTAR Surveyors’ reference pole (position to be discussed) Space for experiments – on this side of the trench trench Beamine cable trays Ion beam focus: in the middle of the trench

  9. Requirements for ACTAR TPC:

  10. Electronics Electronics Gas control Active target chamber Electronics Gas control/bottles Beam focal point Middle of the trench Mk: Can it move to the right? Beam pipe,auxiliary detectors,safety valves

  11. If possible: leave space for a CF40 cross with vacuum gauges CF40 valve Beam focus Beam pipe,auxiliary detectors,safety valves Active target chamber Ca. 1.3 m 1.75 m Ca. 1.2 m trench Trench below experiments will be reinforced to keep stability and withstand the weight

  12. Requirements:

  13. Please mark your setup and electronics Beam focal point Middle of the trench

  14. If possible: leave space for a CF40 cross with vacuum gauges Please mark your setup and connections CF40 valve Beam focus Movable Ca. 1.3 m 1.75 m Ca. 1.2 m Movable power box power Demineralised 27-deg water Compressed air, gas lines trench Trench below experiments will be reinforced to keep stability and withstand the weight

  15. Requirements - CORSET: ▪ Reactionchamberwithdiameterof 0.75 - 1 m ▪ 2 racksfor NIM crates; canbeinstalled remote ▪ Nospecialdevicesforthemountingof CORSET areneeded

  16. TOF (MCP detectors) Si stop detector 0.5 – 1 m rotatable The CORSET Spectrometer TOF detector Si detector

  17. The CORSET Spectrometer CORSET reactionchamberat GSI 1 m

  18. Needs forthe Installation of CORSET ▪ Reactionchamberwithdiameterof 0.75 - 1 m ▪ 2 racksfor NIM crates; canbeinstalled remote ▪ Nospecialdevicesforthemountingof CORSET areneeded

  19. TOF (MCP detectors) Si stop detector 0.5 – 1 m rotatable Please mark your setup and electronics Beam focal point Middle of the trench electronics

  20. Requirements – tilted foils:

  21. General overview

  22. General overview

  23. Magnet support –adjustable height

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