Super Separator Spectrometer Status Report 27th of September 2013 Super Separator Spectrometer Status Report Scientific Committee of GANIL INP

Infrastructure and safety Progress in Magnet design and construction Experimental set-ups: SIRIUS, implantation-decay station REGLIS3, Low Energy Branch FISIC, collider for atomic physics Tasks & Planning Organisation & Operation

Infrastructure & Safety Spiral2 Perimeter Extension  To cover S3 infrastructure : CoDir in Oct. Room under construction  ready for beginning of 2014 Call for tender for Cold Box in progress Call for tender of cryogenic line in Progress (IPN Orsay)  Delivery in Oct 2014 Fluids and power routing under definition  call for tender end 2013/beg. 2014 Safety (Dossier de Mise en Service) Beam dump, X-ray hazard & room Architecture documented for DMES In a further step: Actinide targets lasers

Magnets 3 × Dipoles Open triplet : 7 × SC multipoles Electric Dipole Delivered: March 2013 Open triplet : Under construction By Sigmaphi Kick-off meeting On July the 3rd 7 × SC multipoles Electric Dipole Under design phase Design validated Prototype construction started in March

Implantation-decay station ANR Grant Requests Detection Set-up SIRIUS (Irfu, Ganil, CSNSM, IPHC) : Refused, resubmitted in Oct. Tracker detectors Test with MWPC and micromegas technology Position resolution : 0.7mm FWHM Time resolution : 300ps FWHM Very thin emissive foils built : 0.15µ High-dynamics Front-End electronics Floating point CSA Asic Digital Feedback CSA Both ready for test with a detector Back-end electronics - S3 as an option in NUMEXO2 order Silicon Detectors - Ceramics prototype for the Si box - Detector produced - Resolution with Jordanov 16keV (FWHM)

(mr-TOF-ms, laser system infrastructure, safety, RFQs) Low Energy Branch n x 3 x 2 75 W, 10 kHz Nd:YAG Pump laser - Ti:Sa 3 Ti:Sa 2 Ti:Sa 1 LEUVEN (from IGLIS) GANIL (from GISELE) (Gas cell) (RFQs) (Gas cell, laser system) (mr-TOF-ms, laser system infrastructure, safety, RFQs) Collaboration <10-8 mbar Pulsed drift tube Isobaric purification (A) Mr-TOF-ms 4keV beam Isotopic selection (Z) <=10kV beam + +©◊ Gas cell S-shaped RFQ Extraction S3 beam entrance window Laser beam (in-gas-jet mode) DC repulsion tension Exit hole with de Laval nozzle Laser beam (in-gas-cell mode) QMS 500 mbar High pressure zone (10-2 bar) Low pressure zone (10-3-4 bar) Thermalization Neutralization Gas jet IN Quad deflector RFQ buncher Decay station Pulsed drift tube HT + + + + + + + + + + + + + + + + + + + + + + + + + + + + + HT=5-10kV HT HT=40-60kV Low energy branch REGLIS3 (Ganil, LPC, IPNO, KU Leuven) : ANR Accepted, 784k€ DESIR

FISIC : a collider for Atomic Physics Achievements : Thermal simulation of stripper targets under high intensity beams to optimize resistance Test of a next generation Faraday cup with beam imaging  october High energy beam Charge exchange Low energy beam International ANR Grant Request (741k€ requested) Fit-FISIC (INSP, Jena Univ., GSI, CIMAP) : Ranked 1st on ANR-SIM4, Results in Oct

Tasks & Planning Last work packages of S3 (Vacuum, Interlocks, Automats, supervision…)  Assessment of Resources and skills required with Ganil  Tighter coordination between S3 and Ganil/Spiral2 To be integrated to Ganil and other partners workloads  Development Plan

2 3 1 Organisation & Operation Letters of Intent GANIL Management GANIL SC Campaign setting GANIL PAC Beam time allocation 2 3 Letters of Intent S3 user collaboration board S3 management board S3 User collaboration Physicist Community (Proposal for experiments) 1 Campaign convener physicist S3 Collaboration support : Physicists Spectrometer experts Detection experts DAQ Software GANIL support : Host physicist & Technical coordinator - Target expert - Spectrometer/optics experts - Detection expert - DAQ Software Specific support will also be provided depending on the Campaign setting

Thank you For your Attention S3 Collaboration (LoI signed by 28 laboratoires)  ANL (US), CENBG, CSNSM, JINR-FLNR, (Russia), GANIL, France, GSI (Germany), INFN Legnaro, (Italy), IPHC, France, IPNL, , Irfu CEA Saclay, IPNO, France, JYFL (Finland), K.U. Leuven (Belgium), Liverpool-U, (UK), LNS (Italy), LPSC, MSU (US), LMU, (Germany), Nanjing-U (China), Northern Illinois University (US), SAS Bratislava, (Slovaquia), IFJ PAN Cracow (Poland), Smoluchowski Institute (Poland), CEA-DAM; SUBATECH, TAMU (US), U. Mainz (Germany), York-U (UK), Vinca Institute (Serbia) INP

Operational modes and Performances Reference reaction : 58Ni + 46Ti  100Sn + 4n σ(E) = 1.7% σ(θ) = 20mrad High Resolution mode High transmission mode (target closer)

Optical modes and Performances Reference reaction : 58Ni + 46Ti  100Sn + 4n σ(E) = 1.7% σ(θ) = 20mrad Converging mode for Gas Catcher Cancelled dispersion φ=5cm

Implantation-decay station (α, p, e-,γ spectroscopy) S ~ 900 channels Germanium detector e.x. Exogam2, CLODETTE COPPER SUPPORT TUNNEL DETECTOR INSULATOR Veto + IMPLANTATION DETECTOR Time of flight + ion tracking detector Implantation detector (HI,  and e- decay) Large size (200x150 mm2) Time Resolution < 1ns Position resolution = 1mm Very low thickness Tunnel detector for escaped e- and  Large detector size High resolution FWHM Ability to detect large> 50MeV pulse (≈ 10µs) followed by a weak<15MeV pulse. No Dead time Large size 100x100 mm2 Conversion electrons FWHM <5 keV Escaped alpha FWHM 15 keV Front-end electronic (large & high resolution PA) Back-end electronic & DAQ (triggerless, digital processing)

Expected performances Low Energy Branch Gas cell chamber 10-2 mbar (LEUVEN, GANIL, IPNO, LPC…) électrode extraction HRS RFQ 90o RFQ extraction Identification Station 500 mbar DESIR Cellule gazeuse Faisceau laser 10-5 mbar S3 Pure Beam Expected performances HRS or MRTOF Thermalization, diffusion and transport towards the exit hole 90 % Neutralization in to the atomic in GS 30 % Formation of the gas jet Laser ionization 50 % Capturing efficiency 80 % Detection efficiency 85 % Total efficiency 4 % cocktail beam

Beam Dump Open magnets quadrupole + sextupole Stopping 99.9% of the primary beam charge states Upstream Beam dump Conception Ganil/SACM With IFJ PAN Cracow Downstream Beam Dump ~100 mm Active areas (>1mSv/h) can be fully shielded by lead protection ( <25µSv/h)