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

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

MINIBALL

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 -

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

trench

Beamine cable trays

Please mark:• Setup• Electronics• Cable path

Ion beam focus: in the middle of the trench

trench

Beamine cable trays

Please mark:• Setup• Electronics• Cable path

Ion beam focus: in the middle of the trench

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---

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

Beam focal pointMiddle of the trench

Active target chamberGas

control/bottles

Gas control

Electronics

Beam pipe,auxiliary detectors,safety valves

Mk: Can it move to the right?

trench

CF40 valve

If possible: leave space for a CF40 cross with vacuum gauges

Beam focus

Ca. 1.3 m

1.75 m Ca. 1.2 m

Active target chamber

Beam pipe,auxiliary detectors,safety valves

Requirements:

Signals from/to ISOLDE (e.g. proton or laser pulse) Cable trays

Cryogenics

Mechanical support structures

Please mark your setup and electronics

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

1.75 m Ca. 1.2 m

Demineralised 27-deg waterCompressed air, gas lines

Movable power box

Requirements - CORSET:

Electricity needs: 2 racks for NIM crates

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

The CORSET Spectrometer

rotatable

Si stop detectorTOF(MCP detectors)

0.5 – 1 m Si detector

TOF detector

The CORSET Spectrometer

CORSET reaction chamber at GSI

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

Please mark your setup and electronics

0.5 – 1 m

electronics

Requirements – tilted foils:Tilted Foils b-NMR setup

1 x 64 Amp (magnet supply + pumps)2 x 16 Amp not required

signals from EBIS

Cable trays No special trays required

Gases No

Cryogenics Not considered for the moment

Mechanical support structures Adjustable height

General overview

Magnet support –adjustable height

HIE-ISOLDE HEBT: characteristics

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