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RaDIATE 2018 Collaboration Meeting

17–21 Dec 2018
CERN
Europe/Zurich timezone

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Session

Irradiation Methods

18 Dec 2018, 13:45
503/1-001 - Council Chamber (CERN)

503/1-001 - Council Chamber

CERN

162
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Conveners

Irradiation Methods: Part 1

  • There are no conveners in this block

Irradiation Methods: Part 2

  • There are no conveners in this block

Irradiation Methods: Working meetings - BLIP Irradiation Experience

  • David Senor (Pacific Northwest National Laboratory)
  • Patrick Hurh

Description

Convener: F. Pellemoine (FRIB)

Presentation materials

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  1. 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...
  2. 22. Perspectives for radiation damage studies at TRIUMF
    Alexander Gottberg (TRIUMF (CA))
    18/12/2018, 14:15
  3. 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...
  4. 65. Radiation-induced displacement damage in FLUKA (a very general introduction)
    Francesc Salvat Pujol (CERN)
    18/12/2018, 15:20
  5. 27. Recent developments and benchmarking of MARS15 and DPA model (REMOTE)
    Nikolai Mokhov (Fermi National Accelerator Lab. (US))
    18/12/2018, 15:45
  6. 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...
  7. 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...
  8. 66. Discussion & working meetings
    David Senor (Pacific Northwest National Laboratory), Patrick Hurh
    18/12/2018, 17:30
  9. 21. Alternative methods to HE proton for radiation damage studies
    Patrick Hurh
  10. 19. BLIP irradiation facility: status and future
  11. 20. Ion Irradiation facilities survey
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