1. F. Pellemoine PASI Workshop - April 3-5, 2013 Capabilities of NSCL - FRIB

2. Potential or Available Target Test Areas Suitable for low activation, shallow depth radiation damage testing Suitable for bulk sample radiation damage testing Suitable for dynamic, high intensity beam on target / window testing Off-line (non-beam) target test facilities Sum (6 max) ******** Potential or Available Target Areas F. Pellemoine, PASI Workshop April 3-5, 2013, Slide 2  Swift Heavy Ion beams at NSCL Unique material irradiation capability now at NSCL  48 Ca, 86 Kr, 124 Xe @ 140 MeV/A Up to 5 10 11 ion/cm².s  238 U @ 80 MeV/A up to 1.25 10 9 ion/cm².s 2 possibilities: »Parasitic »Dedicated irradiation area  For the future Low energy electron gun with a minimum power of 30kW

3.  Swift Heavy Ion beams at NSCL Unique material irradiation capability now at NSCL » 48 Ca, 86 Kr, 124 Xe @ 140 MeV/A Up to 5 10 11 ion/cm².s » 238 U @ 80 MeV/A Up to 1.25 10 9 ion/cm².s 2 possibilities: »Parasitic »Dedicated irradiation area Unique Facilities and Tools in Place F. Pellemoine, PASI Workshop April 3-5, 2013, Slide 3

4. Facility for Rare Isotope Beams F. Pellemoine, PASI Workshop April 3-5, 2013, Slide 4 Rare isotope production with primary beams up to 400 kW, 200 MeV/u uranium Challenges: High power density, radiation damage Challenge: detectors for high beam rates

5.  Isotope Harvesting enables multi-user capability  Isotope harvesting capability Cooling loops »Provisions for accessing beam dump cooling water »Provisions for dedicated fragment catcher cooling loop Space for equipment reserved Separator design provide space for isotope collection in focal planes  Neutron irradiation capability Irradiation pockets in shielding close to target and beam dump »Material tests »Isotope production »Radiation transport code validation Adding Value by Design Provisions for Future Capabilities F. Pellemoine, PASI Workshop April 3-5, 2013, Slide 5

6.  Statement of Purpose Leverage unique MSU expertise and capabilities to address extreme materials problems of critical local and national importance  Develop and study key materials under extreme radiation, stress, temperature conditions  Develop a broad MSU team to leverage NSCL (and future FRIB) heavy ion beams and MSU’s expertise in material science and engineering  Translate characterization methods and promising materials to applications  Establish international scientific leadership, industrial connections and pursue intellectual property possibilities MatX - Strategic Partnership “FRIB-Materials under Extreme Conditions” F. Pellemoine, PASI Workshop April 3-5, 2013, Slide 6 Focus on graphite, diamond and Ti alloys as representative extreme materials Important for diverse applications (aerospace, nuclear, accelerators) Important for NSCL and critical for FRIB mission

7.  Physics and Astronomy P. Duxbury, C.-Y. Ruan  Electrical and Computer Engineering T. Grotjohn  Chemical Engineering and Material Science C. Boehlert  National Superconducting Cyclotron Laboratory W. Mittig, A. Stolz  Facility for Rare Isotope Beams G. Bollen, F. Pellemoine, R. Ronningen MatX - Strategic Partnership “FRIB-Materials under Extreme Conditions” G. Bollen, RaDIATE Meeting March 20, 2013, Slide 7 SPG funded by MSU Foundation, 2012

8.  TEM and in-situ SEM fracture and fatigue testing and analysis at Department of Chemical Engineering and Material Science C. Boehlert Only a few worldwide  Boehlert has contact ORCBS to qualify his mechanical testing laboratory for performing experiments on activated samples Materials Science MatX - “FRIB-Materials under Extreme Conditions” G. Bollen, RaDIATE Meeting March 20, 2013, Slide 8 Materials Science Basic test systems (optical microscopy, tensile, hardness, etc.) Advanced test systems (SEM, TEM, FIB, Atom probe, etc) Micro-mechanics Expertise (micron scale test specimen) Synch light source & Molecular Dynamics Modelling Acceptance of Activated Samples Other (describe in comments column) CommentsSum (12 max) ** ** ******

9.  Leading Ultrafast Laser Pump / Ultrafast Electron Diffraction Probe Lab at Department of Physics and Astronomy C.-Y. Ruan  Condensed matter theory at Department of Physics and Astronomy C.-Y. Ruan, P. Duxbury Complex materials and understanding/simulation of atomistic/microscopic effects Materials Science MatX - “FRIB-Materials under Extreme Conditions” F. Pellemoine, PASI Workshop April 3-5, 2013, Slide 9

10.  For FRIB, hot cell for highly activated material. In the target building we have foreseen rooms to work in controlled area to work on radioactive material. Remote Handling / hot cell F. Pellemoine, PASI Workshop April 3-5, 2013, Slide 10 Remote Handling/ Hot Cell Advanced Remote Handling Expertise Basic hot cell Machining hot cell Basic testing hot cell Adv Matl test hot cell Other (describe in comments column) CommentsSum (12 max) *** * ****

11.  Codes P. Duxbury »atomistic materials simulations codes (e.g. Molecular Dynamics) R. Ronningen »nuclear transport codes (e.g. SRIM, PHITS, MARS15…)  Thermo-mechanical behavior of FRIB material F. Pellemoine, M. Avilov »ANSYS Design/Analysis/simulation F. Pellemoine, PASI Workshop April 3-5, 2013, Slide 11 Design/ Analysis/ Simulation Monte Carlos particle/material interaction Thermo- mechanical Structural - Dynamic/Fracture CFD (*) w/ fluid/structure interaction (**) Advanced numerical (custom) Other (describe in comments column) CommentsSum (12 max) ** ********

12.  We have NC (our workshop has practically only CNC machines)  UHV capabilities (clean rooms) Design/Analysis/simulation F. Pellemoine, PASI Workshop April 3-5, 2013, Slide 12 Manufacturing Precision NC Machine Shop UHV quality Assembly Quality Assurance Lab (CMM) Welding, Brazing, Bonding Coating, Surface Treatments Other (describe in comments column) CommentsSum (12 max) ** * *******