Presentation is loading. Please wait.

Presentation is loading. Please wait.

Stephan Aulenbacher MAGIX Collaboration Meeting

Published byPenelope Cummings Modified over 6 years ago

Similar presentations

Presentation on theme: "Stephan Aulenbacher MAGIX Collaboration Meeting"— Presentation transcript:

1 Stephan Aulenbacher MAGIX Collaboration Meeting 2017-02-16
The Stephan Aulenbacher MAGIX Collaboration Meeting

2 Topics A1 Boundaries The Chamber The Catcher Rearrangement of A1
Summary

3 Motivation Target walls causing the major contributions to the background!

4 Boundaries from A1 Parameters: 510 mm diameter of the chamber
Hight of the windows at least 160 mm Window on 90 degree on both sides for adjustment 15 degree smallest angle in forward direction Biggest possible opening angle for the windows Opening of the exit beamline 35 mm

5 Boundaries from the Target
Parameters: DN 320 ISO K Flange for the main connection DN 200 CF Flange on the sinde for a turbo pump Catcher and Nozzle must be adjustable

6 The Catcher/Injection
Catcher position Adjustable in x-y-z Direction Nozzle position Beam Adjustment Carbon foil

7 Bellow to pump connection
The Catcher Catcher position Adjustable in x-y-z Direction Nozzle position Beam Adjustment Carbon foil Beamline Groundplate Bellow to pump connection

8 The Catcher Catcher position Nozzle position Beam
Adjustable in x-y-z Direction Nozzle position Beam Adjustment Carbon foil Pipe to catcher

9 Adjustment of the whole structure throug movement of the bottom
The Catcher Catcher position Adjustable in x-y-z Direction Nozzle position Beam Adjustment Carbon foil Actual catcher Adjustment of the whole structure throug movement of the bottom

10 The Catcher Catcher position Nozzle position Beam
Adjustable in x-y-z Direction Nozzle position Beam Adjustment Carbon foil Injection Nozzle

11 The Catcher Catcher position Nozzle position Beam
Adjustable in x-y-z Direction Nozzle position Beam Adjustment Carbon foil Adjustment

12 The Catcher Catcher position Nozzle position Beam
Adjustable in x-y-z Direction Nozzle position Beam Adjustment Carbon foil Revolver

13 The Catcher Catcher position Nozzle position Beam
Adjustable in x-y-z Direction Nozzle position Beam Adjustment Carbon foil Chamber

14 The Chamber Geometry Windows Turbo pump 510 mm diameter
35 mm exit beamline Windows 90 degree for adjustment 15 degree angle in forward direction Biggest possible opening 160 mm height Turbo pump DN 200 CF Flange

15 Rearrangement of A1 Exchange the chamber
Exchange the chamber‘s platform Place the pumping station Place the control rack in the bunker Electricity support, cooling water, liquid nitrogen,…

16 Rearrangement of A1 Range of Spec A Space for Turbopump Pumps

17

Download ppt "Stephan Aulenbacher MAGIX Collaboration Meeting"

Similar presentations

PANDA Mechanical Workshop Backward Endcap Calorimeter Geometry David Rodríguez Piñeiro GSI Darmstadt PANDA Mechanical Workshop GSI 02. 04. 2009.

PANDA Mechanical Workshop Backward Endcap Calorimeter Geometry David Rodríguez Piñeiro GSI Darmstadt PANDA Mechanical Workshop GSI
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.

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.
Mercury Chamber Update V. Graves NF-IDS Meeting October 4, 2011.

Mercury Chamber Update V. Graves NF-IDS Meeting October 4, 2011.
Internal H0/H- dump Cesare Maglioni, Melanie Delonca Thanks to: R. Chamizo, R. Versaci, O. Aberle, J. Borburgh.

Internal H0/H- dump Cesare Maglioni, Melanie Delonca Thanks to: R. Chamizo, R. Versaci, O. Aberle, J. Borburgh.
Summary of the discussion for the commissioning session 2 nd ATF2 Project Meeting KEK, Tsukuba, Japan 6/ 1/ 2006 T.Okugi (KEK)

Summary of the discussion for the commissioning session 2 nd ATF2 Project Meeting KEK, Tsukuba, Japan 6/ 1/ 2006 T.Okugi (KEK)
PANDA Collaboration Meeting Backward Endcap Calorimeter Geometry David Rodríguez Piñeiro GSI Darmstadt PANDA Collaboration Meeting GSI 05. 03. 2009.

PANDA Collaboration Meeting Backward Endcap Calorimeter Geometry David Rodríguez Piñeiro GSI Darmstadt PANDA Collaboration Meeting GSI
Pipe Supports and Restraints

Pipe Supports and Restraints
Mercury Nozzle Status V.B. Graves Hg Jet Design Meeting Princeton University Nov 15, 2004.

Mercury Nozzle Status V.B. Graves Hg Jet Design Meeting Princeton University Nov 15, 2004.
Tagger and Vacuum Chamber Assembly Procedure. Preassembly of second bottom yokes and poleshoes. a) Install special support. b) Place the second bottom.

Tagger and Vacuum Chamber Assembly Procedure. Preassembly of second bottom yokes and poleshoes. a) Install special support. b) Place the second bottom.
Concept for the New Detector Chamber at the ESR Ion beam Internal Target Region  Lab *)  Flange axis Covered  range Flange size in mm A90° – 80°83°95°

Concept for the New Detector Chamber at the ESR Ion beam Internal Target Region  Lab *)  Flange axis Covered  range Flange size in mm A90° – 80°83°95°
OLYMPUS Collaboration Meeting Cooling Water David Rodríguez Piñeiro Mainz University OLYMPUS Collaboration Meeting DESY 23. 02. 2010.

OLYMPUS Collaboration Meeting Cooling Water David Rodríguez Piñeiro Mainz University OLYMPUS Collaboration Meeting DESY
GlueX Simulations Status Report on CD3 geometry Richard Jones GlueX Collaboration Meeting, Newport News, January 10-12, 2008.

GlueX Simulations Status Report on CD3 geometry Richard Jones GlueX Collaboration Meeting, Newport News, January 10-12, 2008.
Tagger and Vacuum Chamber Design. Outline. Design considerations. Stresses and deformations. Mechanical assembly.

Tagger and Vacuum Chamber Design. Outline. Design considerations. Stresses and deformations. Mechanical assembly.
TAGGER MAGNET DESIGN Presented by Tim Whitlatch Hall D Tagger Magnet Design Review July 10, 2009 1.

TAGGER MAGNET DESIGN Presented by Tim Whitlatch Hall D Tagger Magnet Design Review July 10,
Mercury Chamber Considerations V. Graves IDS-NF Target Studies July 2011.

Mercury Chamber Considerations V. Graves IDS-NF Target Studies July 2011.
UCN Phase 2 Design Status September 10, 2002. Design Components Bulk Shielding Target Crypt Cryogenic Insert Target Insert UCN Port Beam Window Cooling.

UCN Phase 2 Design Status September 10, Design Components Bulk Shielding Target Crypt Cryogenic Insert Target Insert UCN Port Beam Window Cooling.
1Managed by UT-Battelle for the U.S. Department of Energy MERIT Videoconference 5 Aug 2009 Cryostat Front End Design Update Matthew Glisson Van Graves.

1Managed by UT-Battelle for the U.S. Department of Energy MERIT Videoconference 5 Aug 2009 Cryostat Front End Design Update Matthew Glisson Van Graves.
ELI-NP The Way Ahead-Workshop March 10-11, 2011 Vacuum System for Beam Transport Catalin M. Ticos National Institute for Lasers, Plasma and Radiation Physics.

ELI-NP The Way Ahead-Workshop March 10-11, 2011 Vacuum System for Beam Transport Catalin M. Ticos National Institute for Lasers, Plasma and Radiation Physics.
ARIES-IFE Study L. M. Waganer, June 7, 2000 Page 1 Considerations of HI Beam and Vacuum System Arrangement L. Waganer The Boeing Company 7 June 2001 ARIES.

ARIES-IFE Study L. M. Waganer, June 7, 2000 Page 1 Considerations of HI Beam and Vacuum System Arrangement L. Waganer The Boeing Company 7 June 2001 ARIES.
30/05-03/06/2007 LCWS2007 and ILC2007, DESY Hamburg Germany Vacuum System Specifications What needs to be specified in Vacuum Specification for ICL Damping.

30/05-03/06/2007 LCWS2007 and ILC2007, DESY Hamburg Germany Vacuum System Specifications What needs to be specified in Vacuum Specification for ICL Damping.

Similar presentations

Ads by Google