HIE-ISOLDE HEBT: characteristics
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Transcript of HIE-ISOLDE HEBT: characteristics
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HIE-ISOLDE HEBT: characteristicsBeamline diameter: 40 mm (REX: 100 mm)Beamline height: 1.75 mBeamline vacuum: low 1e-7- high 1e-8 mbar
Connection of setups:Beamline ends with fast vacuum valve, DN40On 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
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Trench 88cm
Beamine cable trays
Space for experiments – on this side of the trench
• Setup• Electronics + dewars• Cable path• Patch panel
Surveyors’ reference pole (position to be discussed)
Miniball cables length is 15m
5.1 m
2.6 m
1:100
MINIBALL
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Miniball - Requirements:
Electricity needs:• Power – setup, pumps:• Power – electronics:• 3 phase plugs:
63A 32A electronics, 10A PC, 16A setup one 3 phase plug
Signals from/to ISOLDE (e.g. proton or laser pulse)
SC, Proton on target, EBIS, laser pulse
Cable trays yes
Gases -
Cryogenics yes
Mechanical support structures -
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trench
Ca. 1.3 m
Trench below experiments will be reinforced to keep stability and withstand the weight
1.75 m Ca. 1.2 m
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235
cm
87 cm
270
cm
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90 cm
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trench
Beamine cable trays
Space for experiments – on this side of the trench
Please mark:• Setup• Electronics• Cable path
Surveyors’ reference pole (position to be discussed)
Ion beam focus: in the middle of the trench
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trench
Beamine cable trays
Space for experiments – on this side of the trench
Please mark:• Setup• Electronics• Cable path
Surveyors’ reference pole (position to be discussed)
Ion beam focus: in the middle of the trench
ACTAR
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Requirements for ACTAR TPC:
Electricity needs:• Power – setup, pumps: • Power – electronics:• 3 phase plugs:
Standard vacuum system, vol ≈100 lt≈2 kW detector power supplies---
Signals from/to ISOLDE (e.g. proton or laser pulse)
Proton, gate, Laser, EBIS
Cable trays Detector to electronic racks: not necessary
Gases C4H10, D2, He, Ar, CO2…
Cryogenics No
Mechanical support structures To be decided
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Beam focal pointMiddle of the trench
Active target chamberGas
control/bottles
Gas control
Electronics
Electronics
Electronics
Beam pipe,auxiliary detectors,safety valves
Mk: Can it move to the right?
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trench
CF40 valve
If possible: leave space for a CF40 cross with vacuum gauges
Beam focus
Ca. 1.3 m
Trench below experiments will be reinforced to keep stability and withstand the weight
1.75 m Ca. 1.2 m
Active target chamber
Beam pipe,auxiliary detectors,safety valves
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Requirements:
Electricity needs:• Power – setup, pumps:• Power – electronics:• 3 phase plugs:
Signals from/to ISOLDE (e.g. proton or laser pulse) Cable trays
Gases
Cryogenics
Mechanical support structures
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Please mark your setup and electronics
Beam focal pointMiddle of the trench
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Please mark your setup and connections
Movable
trench
CF40 valve
If possible: leave space for a CF40 cross with vacuum gauges
Beam focus
Ca. 1.3 m
Trench below experiments will be reinforced to keep stability and withstand the weight
1.75 m Ca. 1.2 m
Demineralised 27-deg waterCompressed air, gas lines
power
Movable power box
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Requirements - CORSET:
Electricity needs: 2 racks for NIM crates
Signals from/to ISOLDE (e.g. proton or laser pulse)
Pulse arrival
Cable trays -
Gases -
Cryogenics -
Mechanical support structures
▪ Reaction chamber with diameter of 0.75 - 1 m
▪ 2 racks for NIM crates; can be installed remote
▪ No special devices for the mounting of CORSET are needed
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The CORSET Spectrometer
rotatable
Si stop detectorTOF(MCP detectors)
0.5 – 1 m Si detector
TOF detector
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The CORSET Spectrometer
CORSET reaction chamber at GSI
1 m
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Needs for the Installation of CORSET
▪ Reaction chamber with diameter of 0.75 - 1 m
▪ 2 racks for NIM crates; can be installed remote
▪ No special devices for the mounting of CORSET are needed
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Please mark your setup and electronics
Beam focal pointMiddle of the trench
rota
tabl
e
Si st
op d
etec
tor
TOF
(MCP
det
ecto
rs)
0.5 – 1 m
electronics
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Requirements – tilted foils:Tilted Foils b-NMR setup
Electricity needs:• Power – setup, pumps:• Power – electronics:• 3 phase plugs:
1 x 64 Amp (magnet supply + pumps)2 x 16 Amp not required
Signals from/to ISOLDE (e.g. proton or laser pulse)
signals from EBIS
Cable trays No special trays required
Gases No
Cryogenics Not considered for the moment
Mechanical support structures Adjustable height
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General overview
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General overview
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Magnet support –adjustable height