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Luxe dimensions

Louis with inputs from Sasha and Noam

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2.5m

6.4m

4.3m

5.4m

5.9m

6.6m

37.5m

Last XFEL magnet

x

z

1m

y

z

1m

Bremsstrahlung target

Interaction Point

IP detectors

Gamma spectro

Dump

Final wall

12.3m

7.4m

4.5m

6.7m

3.6m

3.0m

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Brem target vacuum box

Dimensions (mm) (X,Y,Z): 700,700,700

Height to floor: 2.4m

Weight:?? kg

Position of front plate along z axis to XFEL magnet: 11.5m

Composition: target tungsten

Function: Vacuum chamber to create brem photons, and intense compton scattering(ICS) photons.

Position precision: Default DESY 100μm (3d neighbour object).

In Simulation: No (only target is)

In CAD: Yes

Design Status: Not started.

Note: Tungsten target 10 x 10 cm2 35μm thick

Structure: None.

Vacuum: 1e-8 mbar (XFEL vacuum)

x

z

y

z

(one square is 10cm in each direction)

(one square is 1m in �each direction)

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Dipole magnet brem target

x

z

y

z

Dimensions (mm) (X,Y,Z): 672,1200,1346

Height to floor: 1.9m

Weight:7500 kg

Position of front plate along z axis to XFEL magnet: 12.3m

Composition: Iron

Function: Magnet used to send XFEL electrons to beam dump in gamma-laser mode.

Position precision: Default DESY 100μm.

In Simulation: Yes

In CAD: Yes

Design Status: In progress

Notes: Currently use 2T field. Magnet being redesigned.

Structure: Concrete block in CAD, metal feets in simulation

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Dipole magnet G4 (simulation) implementation

x

z

y

z

Magnet described in detail in: https://particle-physics.desy.de/e252106/e252107/e252135/e259523/MB-Data-6Pages.pdf

Implementation by hand in G4 made by Sasha.

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Cherenkov and Scintillating screen at brem target

x

z

y

z

Dimensions (mm) (X,Y,Z): 150,260,550

Height to floor: 1.4m

Weight:(<10) kg

Position of front plate along z axis to XFEL magnet: 13.9m

Composition: Not applicable.

Function: Cherenkov detector and scintillating screen placed after brem target to monitor flux of XFEL electrons interacting with brem target or laser-ICS.

Position precision: Default DESY 100μm.

In Simulation: Yes

In CAD: Yes

Design Status: In progress

Structure: None

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Support camera scintillating screen

x

z

y

z

Dimensions (mm) (X,Y,Z):

Height to floor: 1.m -2.m?

Weight:?? kg

Position of front plate along z axis to XFEL magnet: 13.9m

Composition: ??

Function: Hold cameras to point to scintillating screen.

Position precision: Default DESY 100μm.

In Simulation: No

In CAD: No

Design Status: In progress

Structure: None

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Beam split

x

z

y

z

Dimensions (mm) (X,Y,Z): 50,105,2500

Height to floor: 2.4m

Weight:?? kg

Position of front plate along z axis to XFEL magnet: 13.5m

Composition: Not applicable.

Function: Beam pipe split to send XFEL electron to beam dump.

Position precision: Default DESY 100μm.

In Simulation: Yes

In CAD: Yes

Design Status: In progress

Structure: None

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Shielding dump brem target

x

z

y

z

Dimensions (mm) (X,Y,Z): 3000,4000,1500

Height to floor: 0 m

Weight:192000 kg

Position of front plate along z axis to XFEL magnet: 16.6m

Composition: Iron, Al.

Function: Dump XFEL electrons in gamma-laser mode and protect beam line from radiated particles.

Position precision: Default DESY 100μm.

In Simulation: Yes

In CAD: Yes

Design Status: In progress

Note: Was originally designed in Iron Al, need to be redesigned with concrete to reduce size, weight, cost.

Structure: Not applicable

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Beam dump

y

x

y

z

Dimensions (mm) (r,z): 195,500

Height to floor: 2.4 m

Weight: 815 kg

Position of front plate along z axis to XFEL magnet: 17m

Composition: Al, Cu.

Function: Dump XFEL electrons in gamma-laser mode.

Position precision: Default DESY 100μm.

In Simulation: Yes

In CAD: Yes

Design Status: In progress

Support: Not applicable.

z

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Interaction box

x

z

y

z

Dimensions (mm) (X,Y,Z): 1550,600,2450

Height to floor: 2.2m

Weight: 6850 kg

Position of front plate along z axis to XFEL magnet: 18.4m

Composition: Steel, Al.

Function: Vacuum chamber to make electrons-laser or gamma-laser collisions.

Position precision: Default DESY 100μm.

In Simulation: Yes

In CAD: Yes

Design Status: In progress

Structure: Metal feets in simulation, None in CAD.

Vacuum: 1e-8 mbar (XFEL vacuum)

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Interaction box G4 more details

Implementation details in G4: �Missing internal components related to laser

● Rough implementation might be important for the background study

● Support structure underneath box not implemented

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Dipole magnet IP

x

z

y

z

Dimensions (mm) (X,Y,Z): 1200,672,1346

Height to floor: 2.2m

Weight: 7500 kg

Position of front plate along z axis to XFEL magnet: 21m

Composition: Iron

Function: Spectrometer magnet to analyse electron positron pair in e-laser and gamma-laser mode. In e-laser mode magnet also used to bring XFEL electron to beam dump.

Position precision: Default DESY 100μm.

In Simulation: Yes

In CAD: Yes

Design Status: In progress

Notes: Currently use 1 to 1.5T field. Magnet being redesigned.

Structure: Concrete block in CAD, metal feets in simulation

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Vacuum chamber dipole magnet IP

x

z

y

z

Dimensions (mm) (X,Y,Z): 1200,75,2300

Height to floor: 2.3m

Weight:?? kg

Position of front plate along z axis to XFEL magnet: 21m

Composition: ??

Function: Vacuum chamber to minimize electron and positron interaction with air and matter in IP magnet.

Position precision: Default DESY 100μm.

In Simulation: Yes

In CAD: Yes

Design Status: In progress

Vacuum: 1e-8 mbar (XFEL vacuum)

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IP detectors

x

z

y

z

Dimensions (mm) (X,Y,Z): 1200,650,600

Height to floor: 1.9m

Weight:?? kg

Position of front plate along z axis to XFEL magnet: 23.5m

Composition: ??

Function: Detectors and support at the IP �(tracker, calorimeter, cherenkov and scintillating screen). Meant to measure electron positron pair after IP.

Position precision: Default DESY 100μm.

In Simulation: Yes

In CAD: Yes

Design Status: In progress

Structure: Concrete block in CAD, metal feets in simulation

Note: Geometry will evolve to following asymmetric concept :

Need to move to latest �version of CAD model:

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More details about IP tracker

Implementation details in G4 (simulation): �● Simplified hexapods and tracker services.

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More details about IP Calo

Implementation details in G4 (simulation): �● No services available yet.

● Simplified casing.

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Support camera scintillating screen

x

z

y

z

Dimensions (mm) (X,Y,Z):

Height to floor: 3.4m?

Weight:?? kg

Position of front plate along z axis to XFEL magnet: 24m

Composition: ??

Function: Hold cameras to point to scintillating screen.

Position precision: Default DESY 100μm.

In Simulation: No

In CAD: No

Design Status: In progress

Structure: None

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Converter target gamma spectrometer

x

z

y

z

Dimensions (mm) (X,Y,Z): 100,100,0.01

Height to floor: 2.4m

Weight:?? kg

Position of front plate along z axis to XFEL magnet: 26.2m

Composition: tungsten

Function: Target to convert photons into electron positron pair in the gamma spectrometer. Probably need vacuum chamber for that?

Position precision: Default DESY 100μm.

In Simulation: Yes

In CAD: Yes

Design Status: Not started.

Structure: None

Vacuum: Could be used as separation to less stringent vacuum

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Shielding and dump IP

x

z

y

z

Dimensions (mm) (X,Y,Z): 2000,1000,1000

Height to floor: 1.9m

Weight:13500 kg

Position of front plate along z axis to XFEL magnet: 26.5m

Composition: Al, Lead, concrete.

Function: Dump XFEL electrons in e-laser mode and protect beam line from radiated particles.

Position precision: Default DESY 100μm.

In Simulation: Yes

In CAD: Yes

Design Status: In progress

Note: Was originally designed in Iron Al, need to be redesigned with concrete to reduce size, weight, cost.

Structure: Concrete block

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Collimator

x

z

y

z

Dimensions (r,L): 50,500

Height to floor: 2.4m

Weight:45 kg

Position of front plate along z axis to XFEL magnet: 27.7m

Composition: Lead

Function: Collimate photon beam.

Position precision: Default DESY 100μm.

In Simulation: Yes

In CAD: Yes

Design Status: In progress

Note: Support concrete 460kg.

Structure: Concrete block

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Dipole magnet gamma spectrometer

x

z

y

z

Dimensions (mm) (X,Y,Z): 900,1010,1280

Height to floor: 1.9m

Weight:6330 kg

Position of front plate along z axis to XFEL magnet: 28.9m

Composition: Steel

Function: Spectrometer magnet to measure electron positron pair.

Position precision: Default DESY 100μm.

In Simulation: Yes

In CAD: Yes

Design Status: In progress

Notes: Currently use 1.4T field. Magnet being redesigned.

Structure: Concrete block in CAD, metal feets in simulation

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Dipole magnet gamma spectrometer vacuum chamber

x

z

y

z

Dimensions (mm) (X,Y,Z): 1050,75,2000?

Height to floor: 2.3m

Weight:?? kg

Position of front plate along z axis to XFEL magnet: 28.9m?

Composition: ?

Function: Vacuum chamber to minimize electron and positron interaction with air and matter in gamma spectrometer magnet.

Position precision: Default DESY 100μm.

In Simulation: No

In CAD: No

Design Status: Not started.

Vacuum: Same as gamma spectrometer one.

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Gamma spectrometer detectors

x

z

y

z

Dimensions (mm) (X,Y,Z): 1050,700,500

Height to floor: 2.4m

Weight:?? kg

Position of front plate along z axis to XFEL magnet: 30.7m

Composition: ??

Function: Scintillating screen (and possibly cherenkov detectors) to measure electron positron obtained from photon conversion at target located at 26m.

Position precision: Default DESY 100μm.

In Simulation: Yes

In CAD: Yes

Design Status: In progress

Structure: Concrete block in CAD, metal feets in simulation

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Support camera scintillating screen

x

z

y

z

Dimensions (mm) (X,Y,Z): ?

Height to floor: 3.4m?

Weight:?? kg

Position of front plate along z axis to XFEL magnet: 31m

Composition: ??

Function: Hold cameras to point to scintillating screen.

Position precision: Default DESY 100μm.

In Simulation: No

In CAD: No

Design Status: In progress

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Gamma profiler

x

z

y

z

Dimensions (mm) (X,Y,Z): ?

Height to floor: 2.4m

Weight:?? kg

Position of front plate along z axis to XFEL magnet: 31m?

Composition: ??

Function: Measure photon beam profile.

Position precision: Default DESY 100μm.

In Simulation: Yes

In CAD: No

Design Status: In progress

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Gamma spectrometer shielding

x

z

y

z

Dimensions (mm) (X,Y,Z): 4000,4000,900

Height to floor: 0m

Weight: 50000 kg

Position of front plate along z axis to XFEL magnet: 31.5m

Composition: Iron, Al

Function: Protect gamma spectrometer from radiation coming from photon dump.

Position precision: Default DESY 100μm.

In Simulation: Yes

In CAD: Yes

Design Status: In progress

Note: Was originally designed in Iron Al, need to be redesigned with concrete to reduce size, weight, cost.

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Backscattering calorimeter

x

z

y

z

Dimensions (r,L): 150,450

Height to floor: 2.3m

Weight:46 kg

Position of front plate along z axis to XFEL magnet: 32.7m

Composition: ?

Function: Measure photons back scattered from dump.

Position precision: Default DESY 100μm.

In Simulation: Yes

In CAD: Yes

Design Status: In progress

Structure: Concrete block in CAD, None in simulation

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Gamma dump

x

z

y

z

Dimensions (r,L): 300,1000

Height to floor: 2.1m

Weight:2522 kg

Position of front plate along z axis to XFEL magnet: 33.2m

Composition: Cu, Al

Function: Dump photon beam.

Position precision: Default DESY 100μm.

In Simulation: Yes

In CAD: Yes

Design Status: In progress

Note: Support in concrete 2550kg.

Structure: Concrete block

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Laser main beamline

x

z

y

z

Dimensions (mm) (r,L): 250,13500 (only experimental floor, total is ~40m long)

Height to floor: 6.5m

Weight:?? kg

Position of front plate along z axis to XFEL magnet: 20.5m (input to IP box) 26m exit of laser floor.

Composition: Stainless Steel

Function: Vacuum tube to carry laser to IP.

Position precision: Default DESY 100μm.

In Simulation: No

In CAD: Yes

Design Status: In progress

Vacuum: 1e-8 mbar (XFEL vacuum)

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Laser ICS beamline

x

z

y

z

Dimensions (mm) (r,L): 75,13000 (only experimental floor)

Height to floor: 6.5m

Weight:?? kg

Position of front plate along z axis to XFEL magnet: 20.5m (fan out from main laser at IP box) 11.5m entry to brem target vacuum chamber.

Composition: Stainless steel.

Function: Vacuum tube to carry ICS laser to brem target chamber.

Position precision: Default DESY 100μm.

In Simulation: No

In CAD: Yes

Vacuum: 1e-8 mbar (XFEL vacuum)

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Service rack and chiller

x

z

y

z

Dimensions (mm) (X,Y,Z): 600:2000:800 (rack)

Dimensions (mm) (X,Y,Z): 1000:1000:1000 (chiller)

Height to floor: 0m

Weight:?? kg

Position of front plate along z axis to XFEL magnet: 24.5m

Composition: Not applicable.

Function: Rack: hold electronic front end electronic and calorimeter front end electronic.

(leaded cabinet).

Chiller: Provide water cooling to tracker.

Position precision: Nothing specific needed.

In Simulation: No

In CAD: Yes

Status: Need to be designed.

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Electron main beamline

x

z

Dimensions (mm) (r,z): 48,31000

Height to floor: 2.4m

Weight:?? kg

Position of front plate along z axis to XFEL magnet: 0m

Composition: ??

Function: vacuum tube with main electron beamline.

Position precision: Default DESY 100μm.

In Simulation: Yes

In CAD: Yes

Design Status: In progress

Note: No support. Line finishing before gamma profiler. Vacuum can be separated in different area.

Vacuum: 1e-8 mbar (XFEL vacuum)

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BSM detector

x

z

y

z

Dimensions (mm) (X,Y,Z): ?

Height to floor: ?

Weight:? kg

Position of front plate along z axis to XFEL magnet: 37.5m (close to final wall.)

Composition: ?

Function: Detects BSM particles created after dump.

Position precision: Default DESY 100μm.

In Simulation: No

In CAD: No

Status: Need to be designed.

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Temperature and Humidity in XS1 in one year

Temperature in experimental area

Temperature and humidity in experimental area