High energy beam transport.

Slides:



Advertisements
Similar presentations
April 6th 2009Olympus Meeting at DESY, F.Brinker1 Detector power supply Detector cooling Polarity switches Kicker pulser Preparation of the experimental.
Advertisements

FAIR Synchrotrons SIS100/300
Peter Spiller, IHEP, Protvino GSI, Peter Spiller IHEP FAIR in kind Contributions.
PLANS JINR PARTICIPATION for JINR PARTICIPATION FAIR PROJECT: in the FAIR PROJECT: - ACCELERATOR TECHNOLOGY A.Kovalenko 103 session of the JINR Scientific.
UNILAC SIS 18 SIS 100/300 HESR Super FRS NESR CR RESR Sergey Kozub Institute for High Energy Physics Protvino, Russia SIS300 meeting 19 March, 2009 Sergey.
F.Brinker, DESY, July 17 st 2008 Injection to Doris and Petra Fitting the detector in the IP-region Radiation issues Beam optic, Target cell Polarisation.
A. Bross MTA RF WS August 22, Welcome MTA RF Workshop.
PEP-II and BaBar DND Review M. Sullivan Mar 23-24, 2009Page 1 PEP-II Overview and MMS Status Michael Sullivan SLAC National Accelerator Laboratory.
LINACs Michael Bevins May 17, GeV Upgrade - Beam Transport Injection, Linac, Extraction, & Correctors Preliminary Design and Safety Review.
1 Warm Magnets Work Package Status J. Bauche, TE-MSC Technical Meeting, 9th January 2014.
BINP for FAIR Yu.Shatunov Moscow May Research and Development Contract between GSI and BINP 1. Kickers for synchrotrons and storage rings.
IHEP participation in SIS300 production UNILAC SIS 18 SIS 100/300 HESR Super FRS NESR CR RESR Institute for High Energy Physics Protvino, Russia FAIR meeting.
Jürgen Florenkowski GSI, Darmstadt Agenda Annual Report Meeting EU construction ( CNI ) contract "DIRAC-PHASE-1" for the FAIR project September 26, 2006.
GSI Helmholtzzentrum für Schwerionenforschung GmbH LINK EXISTING FACILITY I n order to prepare the existing GSI accelerator facility (mainly the SIS18)
International Accelerator Facility for Beams of Ions and Antiprotons at Darmstadt Construction of FAIR Phase-1 December 2005 J. Eschke, GSI Construction.
October, 2009 Magnet Electrical Systems Bob Lambiase October, 2009 Internal Review.
Extraction Michael Bevins May 17, GeV Upgrade - Beam Transport Injection, Linac, Extraction, & Correctors Preliminary Design and Safety Review.
SBS Magnet and Infrastructure Status Robin Wines July 2015.
Vacuum, H-C. Hseuh January 4, 2007 RHIC II Project Internal Cost Review H.-C. Hseuh Vacuum Systems January 4, 2007 Project Overview.
Programme for the Physics Start-up Stable and radioactive beams Jose Alberto Rodriguez, BE-OP-PSB (167538)
Tagger and Vacuum Chamber Design Jim Kellie Glasgow University.
Mini MAC II PEP-II hardware M. Sullivan Apr 23-24, 2009Page 1 PEP-II Hardware Status M. Sullivan SLAC National Accelerator Laboratory Mini-MAC II Frascati,
ELENA installation progress F. Butin / ELENA collaboration.
Peter Spiller, November 2012, Structure and Tasks of the Project Division Primary Beams Peter Spiller Machine Advisory Committee Meeting.
GSI Helmholtzzentrum für Schwerionenforschung GmbH Status of the FAIR Antiproton Target K. Knie.
General overview, layout of the pbar separator Target handling concept FLUKA calculations - for the target station - for the shielding flask Status of.
CERN, 11th November 2011 Hi-lumi meeting
Report Technical Director Storage-Ring-Installation Completed
SIS 100 Vacuum chamber Recooler String system Components
Preparation Phase of the FAIR Project
Status of the FAIR Project
Oleksiy Dolinskyy December 1st, 2014
PANAGIOTIS FARANTATOS(TE/MSC-MNC)* WP3, ESR 4: New Magnet
Schedule for the FAIR Antiproton Target
Status of HESR 18th March Gießen Dieter Prasuhn.
Francois and Lau EATM 17 July 2012
Testing of SC Magnets Status - November 2010
Emergency dumping of proton and ion beams in SIS100 F
Magnet Power Supply System Overview
FAIR ACCELERATORS Peter Spiller EMMI workshop
BINP, Sergey Pivovarov, Panda magnet meeting at GSl, June 07, 2016
FFAG Magnets and Girders Meeting
EFREMOV INSTITUTE SAINT PETERSBURG RUSSIA
Renovation of the 45-year old PS magnets
SIS100 quadrupole status S. Kostromin, H. Khodzhibagiyan, G. Trubnikov, FAIR 11th MAC, GSI, May,
Pierre-Alexandre Thonet
Linac4-PSB 160 MeV connection readiness review ( TE/VSC )
Status of the PANDA Solenoid Magnet Production in BINP
Potential Use of PEP-II Magnets by Project X
XFEL Collimation and Beam Switchyard Vacuum Issues
Injector –Linac Status & Schedule E. Bong LCLS FAC October 12, 2006
The first shipment of SPEAR3 magnets (9 dipoles and 12 quadrupoles) arrived April 3. The second shipment (3 dipoles, 7 quadrupoles, and 6 sextupoles)
Advanced Research Electron Accelerator Laboratory
J. Seeman Assistant Director for PPA/LCLS
Status of the PANDA Solenoid Magnet Production in BINP
Ciprian Plostinar Workshop on Testing and Commissioning
Undulator Cost & Schedule Patric Den Hartog, ANL April 24, 2002
LCLS Undulator System Status and Schedule
Maximum Credible Beam Event Paul Emma et al
Extraction Michael Bevins May 17, 2007
Two-beam Test-stand Design and Construction Status
LCLS Undulator System Status and Schedule
HEBT Magnets beyond Batch2&3
HESR for SPARC 25th November FAIR MAC Dieter Prasuhn.
ThomX – Commissioning Meeting – 25/01/2018
Electron Beam Systems ETC and Methodology
Vacuum Controls Stephen Schuh Tom Porter 25 October 2006
IR Beam Transport Status
LCLS e- Beams Systems Manager
General Overview of WP 12 ESS Vacuum System
Presentation transcript:

High energy beam transport. Jens Stadlmann / Synchrotrons 10.10.2011

Overview Introduction and specialties of the HEBT Example of present planning status. Conclusion

HEBT: mod 0 Connection from SIS 18 to SIS100

HEBT: mod 1 Connection from SIS 18 to SIS100 APAR, DUMP, CBM

HEBT: mod 2 Connection from SIS 18 to SIS100 SFRS, DUMP, CBM SFRS, connection SFRS-SIS18

HEBT: mod 3 Connection from SIS 18 to SIS100 SFRS, DUMP, CBM SFRS PBAR, CR, HESR, P-LINAC

HEBT: mod 4 Connection from SIS 18 to SIS100 SFRS, DUMP, CBM SFRS PBAR, CR, HESR, P-LINAC NESR, FLAIR

HEBT: mod 5 Connection from SIS 18 to SIS100 SFRS, DUMP, CBM SFRS PBAR, CR, HESR, P-LINAC NESR, FLAIR RESR

HEBT: mod 6 Connection from SIS 18 to SIS100 SFRS, DUMP, CBM SFRS PBAR, CR, HESR, P-LINAC NESR, FLAIR RESR Line for PP, low energy SFRS, electron ring, SIS300. -> Full FAIR layout

HEBT: mod 3 Connection from SIS 18 to SIS100 SFRS, DUMP, CBM SFRS PBAR, CR, HESR, P-LINAC

Main components of the HEBT Magnets: 617 Magnets, 345 in module 0-3. 31 types of dipoles, 6 different yoke cross sections. 18 types in module 0-3. 12 types of quads, 9 different yoke cross sections. 7 types in module 0-3. Cold magnets in module 6. Power converters: Most magnets have to be individually powered. Beam diagnostics 311 pieces of different beam diagnostics, 213 in module 0-3. 9 types of diagnosis. Three different screen sizes. Vacuum system Magnets and diagnosis devices are assembled with vacuum chamber.

Points to consider The HEBT magnets can be installed in any order. The tunnel allows to bypass already installed magnets anywhere but a few intersections. In contrary to SIS100 the warm magnet's power supplies can be tested as soon as magnets and cabling are installed. Some beam diagnostics components are not needed on day on of the commissioning somewhat relaxing the schedule. Mobile radiation protection walls blocking the transportation ways can only be erected after installation of the main HEBT components.

Magnets: Basics The basis of the schedule: 18 month till first magnet is done after contract signature. 1 every month for DP (different types with same cross section on one line). 2 every month for QP. 3 every month for correctors. Magnet testing done by manufacturer (except few magnets).

Magnets

Dipoles: How many production lines To stay in the time frame of the presented schedule we produce all 6 dipole cross section separately dividing the most abundant one into two batches according to the two bending radii. -> 6 production lines needed. One "CR type" magnet produced together with CR. 3 of the "lines" may start later or work sequentially at the same site.

Quadrupoles Two main types on two production lines CR + SFRS -> produced together with the other machines CBM focussing + figure of eight on one line each. -> 6 production lines needed.

Power converters

Beam diagnostics Not needed at day 0.

Vacuum chambers Most vacuum chambers are bundled with magnets and beam diagnostics. Complete modules are to be installed in the tunnels. Remaining chambers have to be cut into suitable batches. Non critical path. Pumps, valves and diagnostic follow the same schedule. Total production time estimated two years plus three month delivery time of the first components.

Conclusion The main critical path is the series production, testing and installation of the HEBT magnets. To finish in time a sufficient number of parallel production lines have to be used determining the number of batches in the procurement (6+6 for main magnets) . The final acceptance tests of the components are somewhat relaxed compared to the cold SIS100 because work can already start before the complete system is finished.