Status Super-FRS M. Winkler 6 th MAC Meeting, GSI, October 10, 2011 - - PowerPoint PPT Presentation

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Status Super-FRS M. Winkler 6 th MAC Meeting, GSI, October 10, 2011 - - PowerPoint PPT Presentation

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Status Super-FRS M. Winkler 6 th MAC Meeting, GSI, October 10, 2011 Activities Circ = 1.1 km (focus: SC multiplet) Timeline for Super-FRS Commissioning & Experiments Project Structure Next

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SLIDE 1

10.10.2011 dfkgajklajklgadg 1 Martin Winkler, 6th MAC Meeting, GSI, October 10, 2011

Activities (focus: SC multiplet) Timeline for Super-FRS Commissioning & Experiments Project Structure Next Steps

Status Super-FRS

  • M. Winkler

6th MAC Meeting, GSI, October 10, 2011

  • Circ = 1.1 km
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SLIDE 2

10.10.2011 dfkgajklajklgadg 2 Martin Winkler, 6th MAC Meeting, GSI, October 10, 2011

  • Verification of the Parameterlist (including rating tables)
  • Establishing of a time schedule (project leader, technical departments)
  • Establishing of specification for SC multiplets under way
  • German in-kind contribution of SC multiplets presented at last IKRB
  • 1st radiation resistant dipole magnet is delivered and assembled in

‘Testinghalle’ @ GSI

  • SC dipole magnets: French contribution under discussion
  • Polish In-Kind: definition of first item (feedbox)
  • SC Magnet Testing: Discussion initiated with CERN
  • Civil Construction: Approval Planning completed
  • Radiation Protection: License Planning for Target Area and 1st Part of

Separator Tunnel completed

Most important activities since last MAC

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SLIDE 3

10.10.2011 dfkgajklajklgadg 3 Martin Winkler, 6th MAC Meeting, GSI, October 10, 2011

SC Multiplets

(identified as the time critical component) Alltogether 31 multiplets, consisting of

  • Quadrupole triplets

(partly superimposed octupole coils)

  • Sextupole magnets
  • Steerer magnets

Iron dominated, cold iron, warm beam pipe Individual powering of each magnet, I ≈ 300 A

See dedicated talk of H. Leibrock at 5th MAC meeting in May 2011

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SLIDE 4

10.10.2011 dfkgajklajklgadg 4 Martin Winkler, 6th MAC Meeting, GSI, October 10, 2011

Strategy of Multiplett procurement

  • The series production including the 1st Multiplet will be tendered.
  • The contract is organized in two parts:

a) production of 1st Multiplet magnet and b) production of Multiplet series.

  • Breakup into 2 (3) batches is discussed. The present time planning,

however, consider one batch.

  • After the production of the 1st Multiplet, approximately 1 year is

foreseen for testing. Some preparation work for the series will be done during this time.

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SLIDE 5

10.10.2011 dfkgajklajklgadg 5 Martin Winkler, 6th MAC Meeting, GSI, October 10, 2011

Timeline SC Multipletts

At that point all SC multipletts necessary for the Pre-Separator should be available on site Series production: we expect roughly 1 multiplet to be delivered per month

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SLIDE 6

10.10.2011 dfkgajklajklgadg 6 Martin Winkler, 6th MAC Meeting, GSI, October 10, 2011

Timeline of Super-FRS Commissioning & First Experiment

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SLIDE 7

10.10.2011 dfkgajklajklgadg 7 Martin Winkler, 6th MAC Meeting, GSI, October 10, 2011

R3B HISPEC / DESPEC MATS / LASPEC

Commissioning and 1st Experiment

  • f the Pre-Separator

Commissioning is possible using SIS18 beams ! Favourable conditions:

  • 1. The highest yields of exotic nuclei,

isotopic identification up to U.

  • 2. High-resolution momentum

measurements

  • 3. Ideal condition for in-flight decay

(t1/2~ps) Year 3/2018

  • Commissioning Pre-Separator
  • Test of separation performance
  • Production of new isiotopes /

isomers

  • beta-decay and spectroscopy
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SLIDE 8

10.10.2011 dfkgajklajklgadg 8 Martin Winkler, 6th MAC Meeting, GSI, October 10, 2011

Commissioning Possible Using SIS18 beams

FPF4 (Pre-Separator) Target Super-FRS SIS18

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SLIDE 9

10.10.2011 dfkgajklajklgadg 9 Martin Winkler, 6th MAC Meeting, GSI, October 10, 2011

Target chamber Beam catcher (3 chambers) Focal plane chamber (FPF2, FPF4) (with robot handling) 1) Focussing system (3 multipletts, SC magnets) 2) Target chamber (1) 3) Radiation resistant magnets (NC magnets) 4) Beam catcher chamber (3) 5) Separator dipole magnets and multipletts (SC magnets)

Main Installation of the Pre-Separator

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SLIDE 10

10.10.2011 dfkgajklajklgadg 10 Martin Winkler, 6th MAC Meeting, GSI, October 10, 2011

Target chamber Beam catcher (3 chambers) Focal plane chamber (FPF2, FPF4) (with robot handling)

Main Installation of the Pre-Separator Almost all equipment is used at least once

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SLIDE 11

10.10.2011 dfkgajklajklgadg 11 Martin Winkler, 6th MAC Meeting, GSI, October 10, 2011

R3B HISPEC / DESPEC MATS / LASPEC

Year 3/2018

  • Commissioning Pre-Separator
  • Test of separation performance
  • Production of new isiotopes / isomers
  • beta-decay and spectroscopy

Year 7/2018

  • Commissioning first half of the Main-Separator
  • Reaction studies, momentum measurement
  • New skin and halo-nuclei
  • Total interaction cross section measurements

Commissioning and 1st Experiment

  • f the Main-Separator (midplane)
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SLIDE 12

10.10.2011 dfkgajklajklgadg 12 Martin Winkler, 6th MAC Meeting, GSI, October 10, 2011 Year 12/2018

  • Commissioning of the full Main-Separator
  • Spectroscopy experiments
  • r-nuclei, half-lives
  • Kinematical complete experiments

R3B HISPEC / DESPEC MATS / LASPEC

Commissioning and 1st Experiment

  • f the Main-Separator (full HEB)

Year 3/2018

  • Commissioning Pre-Separator
  • Test of separation performance
  • Production of new isiotopes
  • beta-decay and spectroscopy

Year 7/2018

  • Commissioning first half of the Main-Separator
  • Reaction studies, momentum measurement
  • New skin and halo-nuclei
  • Total interaction cross section measurements
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SLIDE 13

10.10.2011 dfkgajklajklgadg 13 Martin Winkler, 6th MAC Meeting, GSI, October 10, 2011

Requirements to Achieve Timeline

  • Contracting of SC multiplets in spring 2012
  • Availability SC multiplet test in early 2014
  • Buildings / Tunnel are ready to move in in 10/2016

(including the installation of the iron shielding, see presentation H. Weick, 5th MAC meeting, May 2011)

  • Primary Beams (could be delivered from SIS 18)

Risk: Beam commissioning and beam line installation partly in parallel

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SLIDE 14

10.10.2011 dfkgajklajklgadg 14 Martin Winkler, 6th MAC Meeting, GSI, October 10, 2011

The Project Structure of Super-FRS

Super-FRS

(H. Geissel

  • M. Winkler)

Target Area

(H. Weick

  • C. Karagiannis)

Separator

(M. Winkler)

Diagnostics

(H. Simon

  • C. Nociforo)

Buildings

(M. Winkler K.H. Behr)

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SLIDE 15

10.10.2011 dfkgajklajklgadg 15 Martin Winkler, 6th MAC Meeting, GSI, October 10, 2011

  • Finalizing specs for the multipletts, tendering, contracting
  • Finalizing the time schedule
  • Magnet testing (CERN)
  • SC dipoles: Agreement with France (in frame of G-F agreement)
  • Remote handling for the radiation resistant dipole has to be proven
  • Civil Construction: next planning step
  • Radiation Protection: License Planning for 2nd Part of Separator Tunnel and

Experimental Cave

  • …

Next Steps