RADNEXT Work Package 10 Proton and Heavy-Ion Facilities - PowerPoint Presentation

1. RADNEXT Work Package 10Proton and Heavy-Ion Facilities1Françoise BEZERRA, CNES, France (WP Leader), Arto JAVANAINEN, JYU, Finland (WP Deputy Leader)G-RAD(NEXT), May 4th 2022https://indico.cern.ch/event/1095485/

2. WP10 Heavy-ion and proton facilities – beam allocationTotal number of hours provided to RADNEXT project and (assigned hours) after 4/12 CFPs.2G-RAD(NEXT), May 4th 2022Facility/CountryHeavy ionsProtonsCHIMERA – Cern/Switzerland *500 (0)GSI SIS18 - Germany64 (16)GSI UNILAC - Germany128 (52)UCLouvain - Belgium140 (84)140(0)GANIL - France158 (24) RADEF - Finland150 (28)150 (45)UMCG PARTREC - The Netherlands238 (40)238 (20)PSI - Switzerland130 (23)CNA - Spain200 (0)TRIUMF - Canada120 (20)HZDR DRACO - Germany120 (0)Status: May 1st 2022* CHIMERA facility not yet operational

3. CHIMERA @ CERN – Heavy ionsCHARM High-energy Ions for Microelectronics Reliability Assurance Part of EU-Horizon proposal “HEARTS” by Cern, GSI, Airbus D&S, Thales Alenia Space, Univ.of PadovaProposal in EC-evaluation but not only dependent on on this.3G-RAD(NEXT), May 4th 2022“The main purpose of the HEARTS proposal is to provide high-energy (>100 MeV/n) heavy ion accelerator access to space users…”Point of contact: Ruben Garcia Alia (ruben.garcia.alia@cern.ch)

4. GANIL – France – Heavy ions4G-RAD(NEXT), May 4th 2022Energies: up to 95 MeV/u Intensity: up to104 ions/cm2/secSingle ion species per campaignTesting in air(Mainly) Component-level testingLocation: Caen, FranceMore information @ https://www.ganil-spiral2.eu/industrial-users-2/applications-industrielles/irradiation-of-electronic-components/ Point of contact: Eloise Dessay (eloise.dessay@ganil.fr)Image: GANIL website

5. UMCG PARTREC - The Netherlands – Heavy ions+Protons5G-RAD(NEXT), May 4th 2022Heavy ionsEnergies: 30 / 90 MeV/uIntensity: ~105 ions/cm2/sec Cocktail beams (wide range of LET)Several ions per campaignFast ion changeTesting in air(Mainly) component-level testingProtonsEnergy: up to 190 MeVIntensity: 1000s to 109 p/cm2/sec (depending on energy)Testing in airLocation: Groningen, The NetherlandsMore information @ https://umcgresearch.org/w/partrec Point of contact: Brian Jones (b.n.jones@umcg.nl)

6. GSI SIS18 – Germany – Heavy ions6G-RAD(NEXT), May 4th 2022Beam energy: 80 – 2000 MeV/nIntensities: 103 – 109 ions/secSingle ion species per campaign (i.e. not cocktail)Testing in airSystem/component-level testingLocation: Darmstadt, GermanyPoint of contact: Marco Durante (m.durante@gsi.de)Image: GSI (2013)

7. GSI UNILAC – Germany – Heavy ions7G-RAD(NEXT), May 4th 2022Microbeam – very uniqueHeavy-ions at E.g. Ca: Au: Spot size (FWHM)Raster scan area max. Beam rate from few up to few tens of HzTesting in vacuumComponent-level testingLocation: Darmstadt, GermanyPoint of contact: Marco Durante (m.durante@gsi.de) Photo: courtesy of K. Obbe-Voss (GSI)

8. UCLouvain – Belgium – Heavy ions+Protons8G-RAD(NEXT), May 4th 2022Heavy-ions:Energies: ~9 MeV/uIntensity: few up to 104 ions/cm2/secCocktail beams (wide range of LET)Several ions per campaignFast ion changeTesting in vacuumComponent-level testingProtons:Energy: 10 - 65 MeVIntensity: 5*103 – 2*108 p/cm2/secTesting in airLocation: Louvain-la-Neuve, BelgiumMore information at https://uclouvain.be/en/research-institutes/irmp/crc/applications-technologiques.html Point of contact: Nancy Postiau (nancy.postiau@uclouvain.be)Photo: courtesy of E Cortina (UCL)

9. RADEF – Finland – Heavy ions+Protons9G-RAD(NEXT), May 4th 2022Heavy ionsEnergies: 9.3 / 10 / 16.3 / 22 MeV/uIntensity: few up to ~106 ions/cm2/secCocktail beams (wide range of LET)Several ions per campaignFast ion changeTesting in air or vacuumComponent-level testingProtonsLEP: 0.4 – 8MeV (Vacuum)HEP: up to 55 MeV (Air)Intensity: 100s to 3*108 p/cm2/sec (depending on energy)Location: Jyväskylä, FinlandMore information @ www.jyu.fi/accelerator/radef Point of contact: Heikki Kettunen (heikki.i.kettunen@jyu.fi)Image: courtesy of H. Kettunen (JYU)HEPHI + LEP

10. Heavy-ion summary – LETs vs. Ranges10G-RAD(NEXT), May 4th 2022Graph prepared by Giuseppe Lerner and Andreas Waets

11. PSI – Switzerland – Protons11G-RAD(NEXT), May 4th 2022Energies: 230, 200, 150, 100 and 74 MeV. With degraders, even down to 6 MeVIntensity: max 2*109 protons/cm2/sec (@230MeV)Testing in airLocation: Villigen, SwitzerlandMore information at http://pif.web.psi.ch/ Point of contact: Wojtek Hajdas (wojtek.hajdas@psi.ch )Image: PIF/PSI website

12. TRIUMF BL1B – Canada – Protons12G-RAD(NEXT), May 4th 2022Energies: 350 MeV and 480 MeV Intensity: 105 - 107 protons/cm2/secTesting in airLocation: Vancouver, CanadaMore information at https://www.triumf.ca/pif-nif Point of contact: Camille Bélanger-Champagne (cbchampagne@triumf.ca)Image: www.triumf.ca

13. CNA – Spain – Protons13G-RAD(NEXT), May 4th 2022Energies: 0.6 - 6 MeV and 10 – 18 MeVIntensity: 108 - 1011 p/cm2/secLower intensities under developmentTesting in vacuumComponent-level testingLocation: Sevilla, SpainMore information at https://cna.us.es/index.php/en/facilities/tandem-3mv-accelerator Point of contact: Yolanda Morilla (ymorilla@us.es) Image: courtesy of A. Coronetti (CERN)

14. HZDR DRACO – Germany – Protons14G-RAD(NEXT), May 4th 2022Laser accelerated proton beamsEnergy: up to 10s MeVTesting in vacuumComponent-level testingTECHNIQUE UNDER DEVELOPMENTLocation: Dresden, GermanyMore information at https://www.hzdr.de/db/Cms?pNid=2096 Point of contact: Anna Ferrari (a.ferrari@hzdr.de)Image: www.hzdr.de

15. Summary15G-RAD(NEXT), May 4th 2022Total of ~2500 hours (~40% of 6000h) provided for users for radiation effects studiesHeavy-ions:7 facilitiesTotal of ~1400 (- 244) hours available for RADNEXTProtons7 facilitiesTotal of ~1100 (-108) hours available for RADNEXTMore informationhttps://radnext.web.cern.ch/transnational-access/radnext.ta@cern.ch