|
Institution |
Equipment and/or purpose |
|---|
| Arizona State University | Electron microscopy and material handling equipment upgrades for 3-D characterization of microstructure in surrogate fuel materials with depleted uranium |
| Boise State University | Ion slicer for transmission electron microscopy sample preparation of nuclear materials |
| City College of New York | Enhancement of the capability of reactor thermal-hydraulics and Safety Research Laboratory |
| Idaho State University | Infrastructure support for analytical and health physics laboratory instrumentation |
| Kansas State University | Reactor backup power supply, neutron survey meter, replacement control rod, and dosimetry equipment |
| Massachusetts Institute of Technology | Core loop H2/O2, laser flash thermal diffusivity instrument, video camera, and viscometer |
| Monmouth College | Enhancement of nuclear science education through purchase of new sources and detectors for nuclear physics courses |
| North Carolina State University | Intense pulsed neutron source and gamma monitoring system to be integrated into the Reactor User Facility |
| Oregon State University | Raman spectrometer, microscope, neutron imaging system, and neutron depth profiling system to provide improved analysis capability< |
| Pennsylvania State University | Neutron detectors, computers for student lab enhancements. Detectors, software, and pneumatic sample transfer system for radionuclear laboratory enhancements |
| Purdue University | Laser, filters, spectrograph, gas cell, ion source, and sputter station |
| Rennesslaer Polytechnic Institute | Electronic equipment to support neutron measurements, gamma spectroscopy, and dosimetry in teaching and research laboratories |
| Rhode Island Nuclear Science Center (RINSC) | Equipment to support a new counting classroom and remodeling the RINSC’s control room |
| South Carolina State University | High-purity germanium detector and a multi-channel analyzer to complete development of an advanced undergraduate radiochemistry laboratory |
| Texas Engineering Experiment Station, Texas A&M University | Flow visualization laboratory to promote research in advanced reactor designs |
| University of Alabama | X-ray diffractometer, glovebox, and computer equipment to provide infrastructure for solid state, solution, and theoretical actinide chemistry for the “Introduction into Radiochemistry” Curriculum |
| University of California, Berkeley | Nuclear physics instrumentation and radiation detection equipment for nuclear physics and reactor safety teaching and research |
| University of California,Irvine | Counting equipment, a centrifugal contactor, and a particle size analyzer to develop the education and R&D programs |
| University of Colorado, Boulder | TG-DSC/DTA for use in NE materials science related research |
| University of Florida | Establish a fully digital control system for UFTR |
| University of Idaho | Establish medium-to-higher temperature material characterization capability |
| University of Maryland | UV/VIS, a gamma system, and a neutron generator to expand and enhance nuclear related labs |
| University of Michigan | Alpha/beta/gamma/neutron counting and spectrscopy equipment; euipment for use at ATR user facility to enhance teaching and research capabilities |
| University of Nevada, Las Vegas | Physical property measurement system and system upgrade for D8 Advance XRD for NE fuels research |
| University of Nevada, Reno | Establish friction stir welding/processing facility |
| University of New Mexico | Electronics/counting equipment for teaching lab |
| University of Texas at Austin | Two new gamma spec systems to expand research and teaching capabilities |
| University of Texas, Arlington | Establishment of Radiation Measurement Applications Laboratory |
| University of Wisconsin, Madison | SEM and neutron imaging equipment to facilitate research |
| Utah State University | TMC Tunnel, PIV camera, heater plate models to support transient mixed convection facility |
