1. ISOLDE & HIE ISOLDE Status and Plans Richard Catherall EN-STI ISOLDE Technical Coordinator IEFC Workshop 7 th – 9 th March 2012

2. Outline Status and plans for 2012 experiments Shifts and schedule RILIS and REX operation New experiments for post accelerated beams 2012 HIE-ISOLDE status and plans Reports and recommendations from the IAP Cavity design and tests Civil engineering and installation work LS1 Foreseen activities for LS1 Target area activities Modifications in the experimental hall Other plans

3. Injector schedule 2012 35 weeks of physics (vs 29 in 2010,2011) Protons for ISOLDE restart in spring 2014 Guaranteed protons (46% requested): (Possible increase at next research board)

4. ISOLDE schedule 2012 Status today: 9 IS experiments and 2 LOIs CLOSED this month 79 IS experiments and 9 LOIs OPEN (711 + 30 requested shifts) + 14 IS experiments and 5 LOIs SUBMITTED to this INTC (193 + 17 requested shifts) 1059 remaining shifts for proposals and LOIs 904 + 47 (LOIs) shifts requested so far (66 more might be still requested) Reasonable number of shifts that can be scheduled in 2012: 590

5. 5 BeamSmGaMgAtPbDyNdPrAgTlCdMnNiYbZn Planned8010425616018464136-112208288120272-376 Real891011462692213511049223124239034873407 RILIS operation  2756 h – Total  2527 h – On-line > 50 % of the Total running time of ISOLDE facility 197 (250) shifts in 2011 ~ 250 (300) planned for 2012 Laser ON time in 2011: Ion beams of 15 elements were produced

6. REX Operation Delivered shifts for experiments and LOIs in 2011: – REX – 147 shifts (160 shifts scheduled) Similar plans for 2012: ~200 shifts to be scheduled – Enable 2 ms RF pulse length on all amplifiers for slow extraction tests to be done in 2012 – A few “difficult” light beams will require testing and further tuning

7. New experimental setups using post- accelerated beams Rare decays of 6He with an optical chamber Trigger Recording system d  charge amplification zone GEM foils e ionization electrons light HV electrodes gas at atmospheric pressure incoming 6 He ions gating electrode CCD PMT REX

8. New experimental setups using post- accelerated beams Scattering chamber for studies of nuclosynthesis (rapid proton-capture) Nuclear structure of very light nuclei with an active target p ΔE-EΔE-E E c.m.

9. Source of 44 Ti:PSI Core collapse supernovae Ejected 44Ti becomes gamma emitter => Sensitive diagnostic of explosion mechanism Exotic radionuclides from accelerator waste for science and technology ~10 18 atoms available Offline experiment: Measure 44 Ti( ,p) reaction at supernova energy Extraction and acceleration: Material: Experiment:

10. Outline Status and plans for 2012 experiments Shifts and schedule RILIS and REX operation New experiments for post accelerated beams 2012 HIE-ISOLDE status and plans Reports and recommendations from the IAP Cavity design and tests Civil engineering and installation work LS1 Foreseen activities for LS1 Target area activities Modifications in the experimental hall Other plans

11. Highlights from the IAP report: Cryomodule Design The top loading design is a good choice with examples in ISAC-II, LNL, MSU and ANL. For the cryogenic safety the IAP has the impression that the numbers presented for the burst disk size to mitigate overpressure in the case of a venting accident are over conservative Concerns about the use of MLI => consider nickel plating of thermal shield and electro-polishing large surfaces (mirror-like) helium reservoir The cryomodule assembly sequence should be optimized to give adequate access to the cavities in case they have to be rinsed in the future The capability to helium condition the cavities by adding a leak system to the cryomodule should be analyzed at the cavity testing stage A 1400 W cryogenic plant should have sufficient margin.

12. Highlights from the IAP report RF Cavities Work on the cavity has made good progress and is on the right path although many cold tests are still necessary to get things settled It is almost certain that the very stringent specification on the inner conductor beam port is too tight by probably a factor of ten at least. It is suggested that cavity development should proceed with this as a fact while beam simulations are done in parallel to confirm. It is noted that one of the RF performance curves reaches the high field value 6 MV/m and has a very low Q-slope for a sputtered cavity but a Qo which is a factor of ten from the goal. – evaluate influence of tuner plate

13. Highlights from the IAP report: General Possible concerns are related to realities of funding which may cause complicated procurement strategies Synergies between ESS and HIE-ISOLDE should be explored with regard to the training of people The goal of having the 5.5 MeV/u linac commissioned in 2014 is tight but still possible => risk analysis by Sep. 2012 Diagnostics look well thought out and conceptually well advanced for this stage of the project. Compare safety protocols with other operating facilities A finalization of the experimental layout is required The IAP suggests that attention must be given on the production of x- rays The IAP strongly support the addition of the storage ring to the ISOLDE infrastructure

15. RF Measurements @ 4.5K (2011)

16. RF Measurements (2012) ~ 70 W @ 6 MV/m ~ 35 W @ 6 MV/m

17. Outlook for 2012  Completion of Civil Engineering Works by Q3 2012  Installation of Main Services (EL, CV, Transport)  Launch procurement of Cryogenic Plant (FC Mar. 2012)  Launch procurement of first batch of 5 (+5 option) high-beta cavities + ancillaries by Q1 2012.  Review Cryomodule Design (26-27 Apr. 2012) and launch procurement of CM1 by Q2 2012.  Review HEBT Layout (25 Apr. 2012) and launch procurement  Validate LLRF system and tuner plate design

18. 18 Q1Q2Q3Q4Q1Q2Q3Q4Q1Q2Q3Q4Q1Q2Q3Q4Q1Q2Q3Q4Q1Q2Q3Q4 201120122013201420152016 Civil Main services Cryo CM 1&2 CM 3&4 5.5MeV/u 10MeV/u Beam Transfer Lines CM 5&6 Hie-Isolde Planning A simplified presentation of the different stages: -What is the impact on operations? Dec 2012 - Apr 2014 sd CM1&2 Isolde & REX Ops shutdown LS1 Cryo Mod 1 & 2 install (Isolde normal operations) (REX perturbations) Timeline: sd Ventilation Demi water Electrical syst.s

19. Civil Engineering New SAS January 2012

20. Main Services Electrical systems, Cooling & Ventilation Start installation main services July 2012

21. Electrical systems Electrical systems: July 2012 – June 2013

22. Cooling & Ventilation Cooling & Ventilation: July 2012 – June 2013

23. 23 Cryogenics Compressors: July 2013 – December 2013 Cold Box: Jan 2014 – June 2014

24. Tunnel and Cryo Line Cutting walls & install tunnel: Sep 2013 LS1 Cryo Cold Line: January 2014 – June 2014

25. Hie-Isolde SC Linac First 10MeV/u by March 2016 Hie-Isolde SC Linac: Bunched beam by 2017 ? 5.5MeV/u by the autumn of 2014

26. Outline Status and plans for 2012 experiments Shifts and schedule RILIS and REX operation New experiments for post accelerated beams 2012 HIE-ISOLDE status and plans Reports and recommendations from the IAP Cavity design and tests Civil engineering and installation work LS1 Foreseen activities for LS1 Target area activities Modifications in the experimental hall Other plans

27. LS1 Activities for ISOLDE Robot replacement Hot Cell Installation Medicis Target storage area Miniball move ISOLTRAP platform RFQ Cooler alignment HIE-ISOLDE PAD-MAD installation – Building 115 move/installation – Building 507 (light building) Target Area Experimental Area

28. Target Area: Robot replacement The current ISOLDE robots: – are coming to the end of their lifetime. No compatible spare parts – Are prone to faults – Have no back-up redundancy – Are limited in flexibility No further programming possible Part of the long term improvements in operation is to replace the existing robots.

29. Target Area: Replacement robot New robot system based on “known” system. Installation in target area – Q4 2013

30. Target Area: ISOLDE Hot Cell For the dismantling and oxidation of used ISOLDE targets Pre-conditioning prior to shipment to PSI for waste treatment Location of new Hot Cell Installation scheduled for long shutdown 2013 Building 179 with target area

31. Target Area: Medicis Medical Isotopes Collected from ISOLDE At present 1.4GeV, 2μA p. May have 2GeV, 4-8μA protons in 2018, of which 90% can be recuperated at the dump position. Samples can be transferred to Class A labs via a pneumatic transport system "Presentation at ICTR-PHE 2012 conference“ by Thierry STORA

32. - Ta(p,X)149Tb is one of the most efficient production method. G. Beyer et al., Radiochim. Acta 90, 247 (2002) Can use CERN specific technologies for isotope production (i.e. nano-structured target, patent WO2010/034364, CERN) Large variety of isotopes accessible Target Area: Medicis

33. Beam transfer line – 1 straight section with 2 branches – Oct 2013 – Sept 2014 MINIBALL move – Oct 2013 – April 2014 Planning to be discussed in upcoming MINIBALL Collaboration meeting in 2 weeks Miniball Actar / Helios Beam diagnostics Exp. station Miniball Exp. Hall: MINIBALL Move

34. Exp Hall: ISOLTRAP Mass measurement experiment situated in the middle of the ISOLDE hall Platform made of wood – Inacceptable for a Class C type laboratory Plans to re-furbish the platform – Replace wooden platform with an aluminium platform

35. Exp Hall: RFQ Cooler RFQ Cooler Alignment check Laser at limit of transmission for optical cooling experiments External alignment checks done at the end of 2011 – But to no avail Internal alignment checks need to be done

36. PAD & MAD Installation

37. Integration currently under discussion Limited space in hall (especially near HRS entrance) Integration in target area – Conflict with hot cell operations – Access difficulties for large equipment (eg. FE’s, BTY magnets)

38. 38 Present situation (ground floor Jura side): Control room Buildings 115 & 507

39. 39 Solid State Lab 115 1. Increasing the surface of the Solid State Lab in B.115: Control room

40. 40 Replace building 507 Control room 2. Replacing the existing building 507 by a new building - Ground floor (only accessible from within the surveyed area):

41. 41 Control room 2. Replacing the existing building 507 by a new building - First floor (accessible from outside the surveyed area): Replace building 507

42. Building status Building 115 (extended solid state laboratory) – Plans completed – Costs 407kCHF (to be secured) – Make building 275 available for other users – Implies all handling of radioactive sources to within the confines of the ISOLDE perimeter Building 507 (light building) – Under discussion – HIE-ISOLDE data acquisition rooms outside hall – Visitor’s room – access to visitors will be denied in future when the hall will be defined as a controlled area. – A new version being considered based on partly metallic structure and partly “portacabin” type modules

43. 2 new Kuka linear Robots In Isolde Target Area (2013) Target Storage Area Deliver the new target to the exchange point for the Kuka robots Remove hot target and place on the shelf (during shut down) Move the 3 years decayed target from shelf to hot cell Move waste containers (with “standard” trans-pallet) Handling with 1 remote controlled vehicle To PSI New hot Cell (2013) New Target S. Marzari

44. 44 201220132014 Isolde LS1 Planning Q1Q2Q3Q4Q1Q2Q3Q4Q1Q2Q3Q4 Robots Hot Cell PAD/MAD? Medicis ISOLTRAP RFQ Cooler Building 115 Building 507? Target storage? Miniball move Target area Exp. hall HIE-ISOLDE installation ISOLDE operation

45. Summary Operations 2012 – A busy year ahead with a little more planned due to the extended operation time. – The shift backlog clearly indicates the growing demand for physics at ISOLDE HIE-ISOLDE – Moving out of the R&D phase and into the procurement phase. – Important milestones to attain in 2012 to maintain the current schedule ISOLDE LS1 planning – A few tasks remain to be confirmed – A clear overlap of activities in the target area in Q4 2013 – A potential conflict between HIE-ISOLDE installation and ISOLDE operation in April 2014.

46. Thank you for your attention Acknowledgements GS/SE: DANIEL PARCHET, ELISEO PEREZ-DUENAS EN/MEF: STEPHANE MARIDOR BE/ABP: FREDRIK WENANDER BE/OP: DIDIER VOULOT, ERWIN SIESLING PH/SME: MAGDA KOWALSKA, SUZANNE KREIM EN/HDO: YACINE KADI BE/RF: MATTEO PASINI, MATTHEW FRASER EN/CV: PAUL PEPINSTER, BENOIT LACARELLE EN/EL: RENE NECCA TE/CRG: NICOLAS DELRUELLE, JOS METSELAAR EN/STI: THIERRY STORA, ANA-PAULA BERNARDES, VALETINE FEDOSSEEV, BRUCE MARSH, STEFANO MARZARI GS/DI: CYRILLE BEDEL TE/MSC: JEAN-PHILIPE TOCK, YANN LECLERCQ, LLOYD WILLIAMS, ARNAUD BOUZOUD EN/HE: BRUNO FERAL, JEAN LOUIS GRENARD, KEITH KERSHAW