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RaDIATE 2018 Collaboration Meeting

17–21 Dec 2018
CERN
Europe/Zurich timezone

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Contribution List

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  1. 3. Introduction to the workshop
    Marco Calviani (CERN)
    17/12/2018, 09:00
  2. 4. RaDIATE collaboration welcome and meeting objectives
    Kavin Ammigan
    17/12/2018, 09:15
  3. 30. Status Report: Research of Materials in Target Environment at European Spallation Source
    Yong Joong Lee (European Spallation Source ERIC), Yong Joong Lee (European Spallation Source ERIC)
    17/12/2018, 09:45

    At the European Spallation Source (ESS), a number of research projects on irradiated materials are undergoing in collaboration with other leading accelerator labs. The research program includes post irradiation examination (PIE) of tungsten as spallation material, in-beam characterization of chromium doped alumina as luminescent coating material, chemical kinetics of selected catalyzers for...

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  4. 43. Beam Dump Facility study at CERN
    Mike Lamont (CERN)
    17/12/2018, 10:30
  5. 38. Operational Status and Upgrade of the J-PARC Neutrino Experimental Facility
    Taku Ishida (KEK)
    17/12/2018, 10:55

    In this presentation I will introduce operational status of the J-PARC Neutrino Experimental Facility and upgrade plan of the facility to 1.3MW for Hyper-Kamiokande project.

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  6. 49. Facility for Rare Isotope Beams Status
    Frederique Pellemoine (Michiagn State University), Frederique Pellemoine
    17/12/2018, 11:20

    Overview of the status of the Facility for Rare isotope Beam (FRIB)

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  7. 50. CERN's beam intercepting devices for projects and operation
    Antonio Perillo Marcone (CERN)
    17/12/2018, 16:50
  8. 60. Operational Status and Upgrade of the Spallation Neutron Source at Oak Ridge National Laboratory (REMOTE)
    Bernard Riemer (ORNL)
    17/12/2018, 17:15

    This presentation will highlight Spallation Neutron Source (SNS) achievements, difficulties and upgrade plans over the past two years. Six mercury target modules were operated without a leak or target related interruption to the neutron science user program. Sustained design improvement, improved fabrication oversight, disciplined target management and – most recently gas bubble injection –...

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  9. 2. Welcome address
    Roberto Losito (CERN)
    18/12/2018, 08:45
  10. 36. Status of LBNF Project
    Patrick Hurh
    18/12/2018, 09:00
  11. 5. Overview of RaDIATE-organized activities
    Patrick Hurh
    18/12/2018, 09:25
  12. 26. Proton irradiation effects on superconducting properties of Nb3Sn
    Tiziana Spina (Fermi National Accelerator Laboratory), Tiziana Spina (CERN)
    18/12/2018, 10:10

    In order to predict the irradiation effects in the MQXF quadrupoles in view of HL-LHC at CERN during operation up to a luminosity of 4'000 fb-1, an irradiation program was carried out on industrial, Ta and Ti added Nb3Sn wires. Wire samples from the same batch were irradiated with high energy protons (65 MeV and 24 GeV, up to 1.4 × 1021 p/m2) and neutrons (1 MeV, up...

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  13. 28. Irradiation damage in structural materials of fission and fusion reactors: effects of dose, dose rate, temperature, neutron versus ion beam irradiation, analysis techniques.
    Dr Philippe Spätig (PSI-EPFL)
    18/12/2018, 10:35

    Understanding and predicting the effects of irradiation on complex alloys such as structural “ferritic” steels used in fission and fusion reactors is a tremendous and complex challenge. Irradiations performed in experimental irradiation facilities always deviate to some extend from the irradiation conditions existing in nuclear reactors. For instance, the neutron spectrum can be different but...

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  14. 32. Status and prospective of STIP Irradiation Experiments and Ti-, Mo-,W-alloys irradiated in STIP
    Dr Yong Dai (Paul Scherrer Institut)
    18/12/2018, 11:00

    STIP irradiation experiments have been conducted in the targets of SINQ (the Swiss Spallation Neutron Source) since 1996, which been the unique irradiation experiment in spallation target irradiation environments in the world. Seven irradiation experiments were performed during 1996 and 2014 and more than 8000 specimens from several tens kinds of materials were irradiated to doses as high as...

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  15. 39. Advanced micromechanical testing techniques of irradiated materials and the ability to predict the bulk mechanical properties from small scale experiments
    Dr Anna Kareer (Department of Materials, University of Oxford)
    18/12/2018, 11:25

    Advanced micromechanical testing techniques of irradiated materials and the ability to predict the bulk mechanical properties from small scale experiments

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  16. 45. Capabilities of the Brookhaven Linear Isotope production Facility for Irradiation Damage Studies
    Dohyun Kim (Brookhaven National Laboratory)
    18/12/2018, 11:50

    BLIP’s energetic proton beams can be used to explore the effects of radiation on
    novel materials under consideration for next generation nuclear reactors and high-power particle accelerators. By studying how proton irradiation affects materials (including different grades of beryllium and graphite, carbon fibers
    and silicon-carbon fiber composites, and super alloys and steels), and assessing...

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  17. 40. Ion Irradiation Facilities
    Prof. Roger Webb (University of Surrey Ion Beam Centre)
    18/12/2018, 13:45

    A summary of ion irradiation facilities will be provided, including the UK National Ion Beam Centre. Facilities from around Europe and the USA will be summarised. Indication will be given on the facilities available at example facilities and where possible (within time and space constraints) some examples will be provided. According to the IAEA Accelerator Knowledge Portal There are over 200...

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  18. 22. Perspectives for radiation damage studies at TRIUMF
    Alexander Gottberg (TRIUMF (CA))
    18/12/2018, 14:15
  19. 44. Computational modeling of materials properties under irradiation
    Izabela Szlufarska (University of Wisconsin-Madison)
    18/12/2018, 14:45

    Materials exposed to radiation can undergo undesirable changes, including radiation-induced swelling and creep, hardening, amorphization, phase segregation, and radiation-enhanced corrosion. At the fundamental level these changes are driven by defects that can aggregate into clusters and dislocations and segregate to interfaces, such as grain boundaries. The nature and dynamics of these...

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  20. 65. Radiation-induced displacement damage in FLUKA (a very general introduction)
    Francesc Salvat Pujol (CERN)
    18/12/2018, 15:20
  21. 27. Recent developments and benchmarking of MARS15 and DPA model (REMOTE)
    Nikolai Mokhov (Fermi National Accelerator Lab. (US))
    18/12/2018, 15:45
  22. 29. Electron Beam Materials Irradiation Station for Evaluating Thermal Shock, Fatigue, and Radiation Damage in High Power Targetry Materials (REMOTE)
    Sujit Bidhar (Fermi National Accelerator Laboratory), Patrick Hurh
    18/12/2018, 16:40

    It is proposed to develop a more efficient method to evaluate radiation damage effects on fatigue life and mechanical/physical properties of future target materials using an existing 9 MeV electron beam machine at Fermilab’s IARC facility. This method is unique in that it replicates the prototypic thermal shock environment of high energy proton target facilities while simultaneously...

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  23. 42. Recommended Best Practices Derived from Test Reactor Irradiation Experiments
    David Senor (Pacific Northwest National Laboratory)
    18/12/2018, 17:05

    Staff members at PNNL have conducted numerous neutron irradiation experiments at research and test reactors in the US and overseas. Many of these experiments were conducted in support of programs that are subject to commercial nuclear quality assurance requirements (NQA-1 or 10 CFR 50 Appendix B). While this degree of quality assurance rigor may not be appropriate for proton irradiation...

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  24. 66. Discussion & working meetings
    David Senor (Pacific Northwest National Laboratory), Patrick Hurh
    18/12/2018, 17:30
  25. 13. Overview of RaDIATE-organised BLIP irradiations
    Dr Kavin Ammigan (FNAL), Kavin Ammigan, Patrick Hurh
    19/12/2018, 09:00
  26. 37. RADIATION DAMAGE STUDIES ON TITANIUM ALLOYS AS HIGH INTENSITY PROTON ACCERELATOR BEAM WINDOW MATERIALS
    Taku Ishida (KEK)
    19/12/2018, 09:20

    Titanium alloys are used as beam windows in several high-intensity proton accelerator facilities. Although there are wide variety of Titanium alloys, knowledge on the radiation damage effects on different alloys are quite limited.
    At the BLIP irradiation during 2017 to 2018, wide variety of the titanium alloy specimens were provided. Accumulated radiation damage was reached to about 1.5 DPA...

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  27. 41. Recent Post-Irradiation Examination and Testing Results for Proton-Irradiated Ti-Base Alloys
    Dr David Senor (Pacific Northwest National Laboratory)
    19/12/2018, 09:50

    Three capsules containing Ti-base alloys were irradiated as part of the proton irradiation experiment organized by the RaDIATE Collaboration at the Brookhaven Linac Isotope Producer (BLIP). The downstream Ti-1 capsule was opened at PNNL in spring 2018, the upstream Ti capsule was opened at PNNL in fall 2018, and the downstream Ti-2 capsule will be shipped to PNNL from BNL in spring 2019. ...

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  28. 17. CCFE PIE capabilities and plans for BeGrid2 PIE
    Viacheslav Kuksenko
    19/12/2018, 10:40
  29. 33. Current state of the art of the post-mortem irradiation examination (PIE) of one spent AD-Target
    Elvis Fornasiere (EPFL - Ecole Polytechnique Federale Lausanne (CH))
    19/12/2018, 11:05

    Antiprotons are produced by colliding a pulsed 1.5*1013 proton per pulse proton beam of 26 GeV/c momentum from CERN Proton Synchrotron (PS) with a fixed target made of a dense and high-Z material: iridium. In the framework of the Extra Low Energy Antiproton Ring (ELENA) project, in order to address specific requirements for the new designs and operational procedures, a deep understanding of...

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  30. 25. Radiation damage in beryllium
    Viacheslav Kuksenko
    19/12/2018, 11:30
  31. 57. Working meetings - RaDIATE related PIE prioritization & shipping planning
    Patrick Hurh
    19/12/2018, 13:00
  32. 58. Update on Post Irradiation Examination Techniques Employed at the Spallation Neutron Source (REMOTE)
    David McClintock (Oak Ridge National Laboratory)
    19/12/2018, 14:00

    During operation, the mechanical properties of the 316L stainless steel target module at the Spallation Neutron Source (SNS) are altered, and the vessel surfaces are damaged by cavitation-induced erosion. The mechanical properties of other high-dose components, such as the proton beam window, are also affected by radiation during operation, which limit their useful lifetimes. A robust post...

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  33. 46. Further analysis of the ISIS Target Station 2 Proton Beam Window Failure. Service conditions, Design Analysis and Irradiation Effects
    Michael Parkin
    20/12/2018, 09:00

    Analysis of the conditions on the window while in-service.
    Mechanical analysis of the window.
    Possible irradiation effects contributing to the window failure.
    Upcoming physical testing of the irradiated and un-irradiated window material.

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  34. 51. Update on the post-irradiation examinations on high Z materials from HRMT-27 and HRMT-42 experiments
    Josep Busom Descarrega (CERN)
    20/12/2018, 09:25

    In the framework of the Extra Low Energy Antiproton Ring (ELENA) project, a new upgrade of the CERN AD facility is planned, including the replacement of the actual AD-target. Dynamic stresses take place in target materials as a consequence of the sudden increase of temperature after each pulse, leading to their potential failure. In this context, the two HRMT-27 and HRMT-42 experiments have...

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  35. 55. BDF target: beam tests and material R&D
    Edmundo Lopez Sola (CERN), Antonio Perillo Marcone (CERN)
    20/12/2018, 09:50

    BDF target: beam tests and material R&D

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  36. 23. Present Status of NITE-SiC/SiC Composites R&D as proton accelerator target material
    Dr Naofumi Nakazato (OASIS, Muroran Institute of Technology)
    20/12/2018, 10:35

    The development of new target materials toward the increase of the beam intensity of high power proton accelerators has been progressed. Polycrystalline graphite is a principal target material for high power proton accelerator. Graphite has extremely high performance for these applications due to its thermal properties, mechanical properties, and chemical stability. However, graphite is easily...

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  37. 31. Tungsten Alloy Development as Advanced Target Materials For High Power Proton Accelerators (REMOTE)
    Mr Shunsuke Makimura (J-PARC, KEK)
    20/12/2018, 11:00

    This presentation will introduce the current status on advanced materials development activities for neutron- and muon-production target applications in MLF (Material and Life Science Facility) 2nd Target Station at J-PARC (Japan Proton Accelerator Research Complex) which will be submitted as a next master plan to Science Council of Japan.
    Tungsten (W) is a principle candidate as target...

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  38. 35. Irradiation of coated low-Z absorbing materials for the Target Dump Internal (TDI) and SiC-SiC irradiation in the HiRadMat-35 experiment
    Jorge Maestre Heredia (Centro de Investigaciones Energéti cas Medioambientales y Tecno)
    20/12/2018, 11:25

    Irradiation of coated low-Z absorbing materials for the Target Dump Internal (TDI) and SiC-SiC irradiation in the HiRadMat-35 experiment

    C. Bahamonde, J. Maestre and I. Lamas

    Department EN-STI-TCD, CERN, Switzerland

    Abstract

    The Large Hadron Collider (LHC) collimator system is one of the main contributors to the total impedance budget of the LHC machine. The Target Dump Internal (TDI) is a...

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  39. 48. Development, characterisation and testing of advanced materials through ARIES collaboration
    Alessandro Bertarelli (CERN)
    20/12/2018, 11:50

    ...

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  40. 7. HiRadMat facility experience and perspectives for post LS2
    Fiona Jacqueline Harden (CERN), Yacine Kadi (CERN)
    20/12/2018, 13:15
  41. 8. Overview of HRMT24 & HRMT43 experiment
    Kavin Ammigan
    20/12/2018, 13:40
  42. 47. HRMT48-PROTAD Experiment and Relevance for BIDs
    Dr Claudio Torregrosa
    20/12/2018, 14:15

    For antiproton production at CERN, high energy (26 GeV/c), intense, and fast extracted proton beams are impacted into the AD-Target, whose core consists in a small rod made of a dense metal. Temperature rises in the order of 2000 °C and subsequent dynamic stresses of several gigapascals are induced in this rod every time is impacted by the primary proton beam. Several R&D activities have been...

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  43. 11. DPA cross-section measurements and potential for HiRadMat
    Shin-ichiro Meigo (J-PARC/JAEA)
    20/12/2018, 14:40
  44. 56. Overview of some CERN High Radiation to Materials experiments and focus on Post Irradiation Examinations
    Francois-Xavier Nuiry (CERN)
    20/12/2018, 15:05

    This talk will present recent High Radiation to Materials experiments run at CERN, and describe their motivations. A focus on the PIE, and the related outputs useful for beam intercepting devices will be given.

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  45. 62. Working meeting - Collaboration by-laws and Future MOU considerations
    Patrick Hurh
    20/12/2018, 16:00
  46. 63. Working Meeting - Future HiRadMat Planning Satellite meeting
    Fiona Jacqueline Harden (CERN)
    20/12/2018, 17:00
  47. 52. Workshop summary
    Marco Calviani (CERN)
    21/12/2018, 09:00
  48. 53. RaDIATE Collaboration Perspectives
    Patrick Hurh
    21/12/2018, 09:15
  49. 54. Next meeting & adjourn
    Patrick Hurh
    21/12/2018, 09:35
  50. 64. Adhoc working meetings by arrangement
    Patrick Hurh
    21/12/2018, 11:00
  51. 21. Alternative methods to HE proton for radiation damage studies
    Patrick Hurh
  52. 19. BLIP irradiation facility: status and future
  53. 16. BLIP-irradiated Ti-alloys PIE status and results
    Taku Ishida (KEK)
  54. 15. BLIP-related PIE prioritisation
    Kavin Ammigan, Patrick Hurh
  55. 10. Future RaDIATE-related experiments at HiRadMat
    Patrick Hurh
  56. 9. HRMT48 PROTAD experiment and relevance for BIDs
    Claudio Leopoldo Torregrosa Martin (CERN)
  57. 20. Ion Irradiation facilities survey
  58. 6. New partners presentation
  59. 18. Overview of HRMT-43 samples preparation
    David Senor (Pacific Northwest National Laboratory)
  60. 14. PNNL activities overview and scheduling for PIE tests
    David Senor (Pacific Northwest National Laboratory)
  61. 59. Shuttle
  62. 24. Updates on post irradiation examination at SNS
  63. 1. Visit: Patek Philippe Museum
  64. 12. Working meeting - Collaboration by-laws and Future MOU considerations
    Patrick Hurh
  65. 61. Working Meeting - Future HiRadMat Planning Satellite meeting
    Fiona Jacqueline Harden (CERN)