SPIRAL 2 phase 1/DESIR Laurent Serani On behalf of SFRE
Outline Perimeter of PHASE1 Development program Status of Design of equipment Status of building definition Time schedule
Perimeter of SPIRAL2 / phase1 Ø Incorporation of DESIR in the SPIRAL2 Phase 1 project as a and delay in the construction of SPIRAL2 Phase 2 u DESIR EQUIPEX embedded in the SFRE group: ü Building & beam lines work packages managed by SFRE (Tech. coord.) u Integration of the purification tool (RFQ-SHIRaC2&HRS) in the beam transport tunnels u New specifications of the DESIR hall to reduce costs (Dec 2013)
Beam lines : WBS Perimeter of Phase 1 WP 8534 HRS CENBG WP 8537 DESIR hall IPNO CENBG WP 8533 SHIRaC LPC WP 8535 MIPPS GANIL WP 8531 S3- DESIR IPNO CENBG WP 8532 S1- DESIR IPNO CENBG
Outline Perimeter of PHASE1 Development program Status of Design of equipment Status of building definition Time schedule
Development plan Organisation SPIRAL2 Management SFRE Division DESIR tech. coord. DESIR EQUIPEX DESIR Collaboration DESIR scientific coord. Steering Committee DECA Scientific program Experimental equipment DESIR facility coord. French Partners: IPNO - Optics design and mechanical design - In charge of the coordination of beam line production CENBG - Control system - HRS LPC - RFQ-SHIRaC International partners: BARC-India- part of beam line construction - under discussion
Operational chart for SP2 / SFRE / ph.1 Development plan Responsable / Resp. adj : F.Varenne / L.Serani - Beam Transp. Coord. : H.Franberg - System Engeneering : F.Varenne (equipment) / L.Serani (transverse) Interface transverse projet SPIRAL2 Interface group system / AMOA : System Engeneering phase 1 (SYS) Interface group SRE : Resp. Nuclear safety ph.1 (SRE) Interface building / MOE : Building construction Engeneer (BIS)
Outline Perimeter of PHASE1 Development program Status of Design of equipment Status of building definition Time schedule
Status of equipment design Beam lines Main caracteristics electrostatic lines, point-to-point transport beams of 10-60 kev, 3-80 π.mm.mrad (2 RMS) S3-LEB->DESIR: 44 m, 2 levels SPIRAL1 -> DESIR: 50 m, 1 level Beam envelop simulations IPN Orsay 122Sn1 @ 60 kev 80 π.mm.mrad - Revue of Preliminary Optical Design made on last September. Résultats lignes comp - Consolidation will be made until March S3-DESIR : - Start of donc detailed Nous allons comparerdesign dans un 1er phase temps les configurations tout hard-edge et ce progressivement et alternativement : 1. Tous éléments d optiques (déflecteurs, quadrupôles et steerers) à bords droits (hard-edge) Résultats lignes complètes 2. Déflecteurs avec cartes de champs (pas 5mm) et quadrupôlessteerers à bords droits 3. Déflecteurs à bords droits avec quadrupôlessteerers en cartes de champs (pas 5mm) S3-DESIR : er temps les configurations tout hard-edge et celle introduisant les cartes deen 4. un 1Tous éléments d optiques (déflecteurs, quadrupôles et steerers) cartes de champs (pas 5m Nous allons donc comparer dans champ progressivement et alternativement : 1. 2. 3. 4. Tous éléments d optiques (déflecteurs, quadrupôles et steerers) à bords droits (hard-edge) Déflecteurs avec cartes de champs (pas 5mm) et quadrupôlessteerers à bords droits Déflecteurs à bords droits avec quadrupôlessteerers en cartes de champs (pas 5mm) Tous éléments d optiques (déflecteurs, quadrupôles et steerers) en cartes de champs (pas 5mm) 1 S3-LEB -> DESIR (44 m)spiral1 -> DESIR (50 m) 2 Prototype of a quad triplet steerer sectiondesign of a 45 deflector 3 4 Courtesy of L. Perrot IPNO L. Perrot, SPIRAL2 Week 2014 Oct. 6/9, 2014 CAEN SPIRAL2 phase 1, lignes de transfert DESIR -18/09/2014 SPIRAL2-Phase 1/DESIR L. Perrot, Page 34 Laurent Serani SPIRAL2 phase 1, lignes de transfert DESIR -18/0
Status of equipment design-production site Objective: take care of optical interface according building design and transportation with as low as possible lose of RIB GANIL production site: SPIRAL1 upgrade ECR: Ne, Ar, Kr, N, O, F Surface Ionization : Li, Na, K, Rb FEBIAD: Mg, Al, P, S, Cl, Fe, Cu <10-8 mbar SPIRAL2 production site: S 3 -LEB Isotopic selection (Z) Gas Thermalizat cell ion Neutralizati on 500 mbar S 3 beams S-shaped RFQ buncher Pulsed drift HT=5-10kV H T DESIR Pulsed drift tube 4keV beam Quad deflect or S 3 Decay station HT=40-60kV Courtesy of B. Bastin Courtesy of P. Delahaye MR- ToF-MS Extraction RFQ RFQ DC repulsion QMS tension Gas jet Laser beam (in-gas-jet mode) Laser beam (in-gas-cell mode) H T
Status of equipment design Purification tool DESIR Building S1 beam line S3 beam line Purification tool area SPIRAL2 Week 2014 Oct. 6/9, 2014 CAEN SPIRAL2-Phase 1/DESIR Laurent Serani 11
Status of equipment design RFQ-SHIRaC2 RFQ- SHIRAC2 To be done: - New design of a «ALARA» vacuum chamber - Continue performance test New diagnostics set-up New design of CEM shielding for 60 kv
RFQ- SHIRaC2 Latest development Status of equipment design RFQ-SHIRaC2 Energy spread measurement with a new detector. Goal: Better sensitivity Beam Beam Detector principle Detector Results Specification for HRS - energy spread of 1eV sensitivity~0.6ev
Status of equipment design HRS HRS-Construction phase More or less 50% of investment are done HRS Magnets delivered to GANIL last July Pumping system Integration and test of an EMS SP2 at Bordeaux HV power supply Stability of 2. 10-5 Vnom PLC system SPIRAL2 Week 2014 Oct. 6/9, 2014 CAEN SPIRAL2-Phase 1/DESIR Laurent Serani
Outline Perimeter of PHASE1 Development program Status of Design of equipment Status of building definition Time schedule
Status of Building Definition December 2013 Modification of DESIR building Program June 2014 2D plans produce by INGEROP June/September 2014 Analyse of propositions October 2014 executive summary by the SFRE and DESIR collaboration supplies, technical rooms, accesses building infrastructure: pillars? equipment handling (cranes) Expected: Beginning of APS Phase in January 2015
Outline Perimeter of PHASE1 Development program Status of Design of equipment Status of building definition Time schedule
Time Schedule 2014 2015 2016 2017 2018
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