SPES Selective Production of Exotic Species

SPES Steering Committee - Operative since july meetings – next on March All documents (minutes, recommendations, presentations, letters…) are on the DocServer presentations, letters…) are on the DocServer of LNL: of LNL: - Renewed on july 2010

Paolo 2010 up to now

Evaluation of the Status of the project: Work done on: - production target - Trasco project – BNCT Discussion on the p driver: a) Trips-RFQ-DTL b) Commercial ciclotron Initial work

ISOL Possible configurations: 1 STEP: 1 STEP: Direct beam on target 2 STEP : converter + Production Target Multi MW power 100KW power UC x Beam n,  Converter p,d UC x Proton Beam p

SPES project 2002 (d) (1- 3 mA) The project was evaluated on 100Meuro The target handling is very challenging 4Kg 100KW

Alberto Andrighetto 2007 The SPES Multislices Target The SPES Multislices Target DTL or Cyclotron

SPES Project: the accelerators 1E13 f/s A direct target with 8KW power capability was studied to allow the use of a 40 MeV proton beam to produce 1E 13 f/s P-40 MeV 0.2 mA High. res selection X +1 Charge breeder On +20kV X +n Bunching RFQ PIAVE SRFQ ALPI DTL Separation high and low radiation zones 238 U target +20 kV 30 g UCx 8kW RFQ Source TRIPS BNCT Neutron source 30 mA 150 kW 5 MeV Low res selection 11 MeV/u for 132 Sn keV/u 2.5 keV/u

Brasatura del Terzo modulo dell’RFQ (CERN, ): allineamento degli elettrodi Preliminarmente alla brasatura dei 4 elettrodi si è proceduto all’allineamento degli stessi in base ai setting forniti in fase di caratterizzazione RF del modulo Estrazione degli elettrodi laterali A e B di 50  m per mezzo di spessori calibrati Per la misura di allineamento è stato usato un comparatore con precisione mm Specifiche di allineamento raggiunte entro 10  m di precisione (quindi entro il tuning range) Tavolo di grafite Comparatore Supporto di Al AB Setup di misura Allineamento elettrodi mediante spessori calibrati e blocchetti rettificati RFQ3 pronto per la brasatura Tavolo di marmo (planarità mm)

Best Cyclotron INC. Main Characteristics: Beamsp ENERGY MeV Current750  A Extracted BeamsDual Port Exit  A Beam Loss< 5% Affidability5000 hours/year Main Characteristics: Beamsp ENERGY MeV Current750  A Extracted BeamsDual Port Exit  A Beam Loss< 5% Affidability5000 hours/year

-Definition of project layout -Long term plan: financial, manpower -Master plan of the activities (milestones) -Tecnical Design Report (TDR) Scientific part Scientific part Initial Work

- Choise of the driver: commercial ciclotron Comparative table of the two solutions on the base of doscussions with the experts of LNL and LNS.Tabella_comparativa_ SPES.pdfTabella_comparativa_ SPES.pdf -Organization: formation of tasks with referents. Subgroups of the Steering to follow specific Task activities. Contact with the task leaders. Plenary meetings: - reports from the Steering subgroups, - presentations from the task leaders Recommendations

Sinergies between the Tasks Manpower (LNL-LNS, collaboration with other Institutions, strengthening) Working progress and critical points Delay in the Milestones due to the organization and/or the lack of manpower (ALPI Low beta upgrade) Recommendations

Internationalization: - Construction of the facility MoU with foreign laboratories (SPIRAL2, ISOLDE, Oak Ridge…) - Physics: Workshops, LoI, Instrumentation, International Committees (Discussion with LNL PAC) Recommendations

● Italian Community Initiative in the CSN3 ● Strategy for the future Recommendations

FINANCIAL REQUESTS -Evaluation and approval of financial requests from the project leader (SPES allocated and ordinary funds) -Discussed and approved the financial planes 2011 and 2012

SPES in the European Context

Recommendations Radioactive Ion Beam (RIB) Facilities The continued strongest support for the full completion and utilization of the international RIB facilities, and SPIRAL2, in coherence with the ESFRI recommendations (2005, updated in 2008) which had prioritized their implementation. The strongest support for the full completion and utilization of HIE-ISOLDE, recently approved (2009) by CERN, and SPES, funded by INFN. These advanced ISOL facilities, together with SPIRAL2, will bridge the technological gap between present day facilities and EURISOL, the next generation ISOL facility for Europe. The realization of EURISOL. This long-term goal is the highest priority of our community for a future major facility that offers unique physics opportunities. Accession to the ESFRI list, based on the extensive Design Study for EURISOL carried out during the last decade, should be promoted in the near future NUPECC Long Range Plan 2010 SPIRAL2, HIE-ISOLDE and SPES form a network of advanced radioactive beam facilities that are paving the way for the ultimate European ISOL facility EURISOL.

Sinergies and Complementarities between the II generation RIB facilities ● Different primary beams, Production methods and Beam handling developments of a variety of new and complementary techniques which will be all essential for EURISOL ● Different capabilities in providing RIBs, with limited duty cycle Complementarity in satisfyng the future beam time requests (Importance of an european coord.)

SPES project UNI_PVUNI_PDUNI_TN DIMDSCDEI DESIGNMATERIALS DIM DSC CERN- ISOLDE GANIL-SPIRAL 2 ORSAY-ALTO TRIUMF- ISACORNL- HRIBF HANDLING CONTROLS The SPES collaborations network KEK- TRIAC Active Collaborations Future Collaborations INFN- Pavia INFN- Milano INFN- LNS INFN- Bologna INFN- Padova UNI_VI DMT SAFETY UNI_PA DIN INFN- LNL ENSAR SPIRAL2pp Important role of SPES for the International Community

SPES and the Italian Nuclear Physics Community In tha last decade the italian nuclear physics community has been deeply involved in activities related to RIB’s: (Besides work directly devoted to SPES) ● Light RIB production EXCYT, FRIBS (LNS), EXOTIC (LNL) ● Experiments with RIB’S National Laboratories, GSI, SPIRAL, ISOLDE ● Instrumentation Available (LNL, LNS) and development of new generation detectors, to be used with RIB’s 150 italian researchers (110 FTE) involved SPES will be the landingplace of these activities

EVALUATIONS ● SPES is well integrated in the european context and plays an important role for the international and the italian nuclear physics community. ● The italian nuclear physics community has been and is very active in the field of RIBs, either on the physics, or on the instrumentation. This can consitute a solid preparatory phase for SPES. ● There are the conditions for the project to be completed within

PERSPECTIVES Progetto Premiale PRIN