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National Facilities

ChemMatCARS
0822838James P. ViccaroUniversity of ChicagoCRIF: Facilities: Reduced Water Density in a Poly(ethylene oxide) Brush
CHESS
0936384Joel D. BrockCornell UniversityRecovering Data from Noise
0936384Joel D. BrockCornell UniversityRecovering Data from Noise
0936384Joel D. BrockCornell UniversityFaster, Better, Cheaper:Record-breaking Organic Electronics
0936384Joel D. BrockCornell UniversityFaster, Better, Cheaper:Record-breaking Organic Electronics
0936384Joel D. BrockCornell UniversityNew Insights into anti-AIDS Drug Action
0936384Joel D. BrockCornell UniversityNew Insights into anti-AIDS Drug Action
0936384Joel D. BrockCornell UniversityNew Insights into anti-AIDS Drug Action
0936384Joel D. BrockCornell UniversityBright Light via Molecular Control
0936384Joel D. BrockCornell UniversityBright Light via Molecular Control
0936384Joel D. BrockCornell UniversityNitrogen coordination and iron pre-catalysts
0936384Joel D. BrockCornell UniversityNitrogen coordination and iron pre-catalysts
0936384Joel D. BrockCornell UniversityNontoxic Nanosheets Could TurnWaste Heat into Power
0936384Joel D. BrockCornell UniversityNontoxic Nanosheets Could TurnWaste Heat into Power
0936384Joel D. BrockCornell UniversityHoneycomb Structure Responsible for Bacteria's Extraordinary Sense
0936384Joel D. BrockCornell UniversityHoneycomb Structure Responsible for Bacteria's Extraordinary Sense
0936384Joel D. BrockCornell UniversityCornell ERL Prototype Successes Grow
0936384Joel D. BrockCornell UniversityCornell ERL Prototype Successes Grow
0936384Joel D. BrockCornell UniversitySirtuins play key role in protein modifications
0936384Joel D. BrockCornell UniversitySirtuins play key role in protein modifications
0936384Joel D. BrockCornell UniversityProtein Shows unexpected Conformational Fluctuations at Cryogenic Temperatures
0936384Joel D. BrockCornell UniversityProtein Shows unexpected Conformational Fluctuations at Cryogenic Temperatures
0936384Joel D. BrockCornell UniversityX-ray Scattering Reveals Secrets Leading to DNA Synthesis
0936384Joel D. BrockCornell UniversityX-ray Scattering Reveals Secrets Leading to DNA Synthesis
0936384Joel D. BrockCornell UniversityHigh-Pressure creates new ways to make valuable technological materials
0936384Joel D. BrockCornell UniversityHigh-Pressure creates new ways to make valuable technological materials
0936384Joel D. BrockCornell UniversityHigh-Pressure creates new ways to make valuable technological materials
0936384Joel D. BrockCornell UniversityIt Only Takes a Drop:  Programmable nanoparticle monolayers at the air-solution interface
0936384Joel D. BrockCornell UniversitySubversion of host cells causing Legionnaires' disease
0936384Joel D. BrockCornell UniversitySubversion of host cells causing Legionnaires' disease
0936384Joel D. BrockCornell UniversityWatching Nanoscale Octahedra Crystallize
0936384Joel D. BrockCornell UniversityWatching Nanoscale Octahedra Crystallize
CHRNS
0944772Dan NeumannNational Institue of Standards and TechnologyEducation and Outreach
0944772Dan NeumannNational Institue of Standards and TechnologySummer Undergraduate Research Fellowship Program
0944772Dan NeumannNational Institue of Standards and TechnologyActivities for students and faculty
0944772Dan NeumannNational Institue of Standards and TechnologySummer Institute for Middle School Science Teachers
0944772Dan NeumannNational Institue of Standards and TechnologyNSF-supported NCNR spectrometers
0944772Dan NeumannNational Institue of Standards and TechnologyElectrochemical Small-Angle Neutron Scattering (eSANS)
0944772Dan NeumannNational Institue of Standards and TechnologyStructure of TraI Protein: First Structural Evidence of Negative Cooperativity of DNA Binding
0944772Dan NeumannNational Institue of Standards and TechnologyIdentifying the shape of copper-seamed nanocapsules in solution
0944772Dan NeumannNational Institue of Standards and TechnologySelf-assembling organohydrogels: liquid dispersions with solid-like behavior
0944772Dan NeumannNational Institue of Standards and TechnologyMultiscale structure, interfacial cohesion, adsorbed layers, and thermodynamics in dense polymer-nanoparticle mixtures
0944772Dan NeumannNational Institue of Standards and TechnologyLipid Bilayers and Membrane Dynamics: Insight into Thickness Fluctuations
0944772Dan NeumannNational Institue of Standards and TechnologyThe role of electrostatic interactions in the local dynamics of biological and synthetic polyelectrolytes
0944772Dan NeumannNational Institue of Standards and TechnologySpin-orbital short-range order on a honeycomb-based lattice
0944772Dan NeumannNational Institue of Standards and TechnologyCommon origin of two types of magnetic excitations in high temperature iron superconductors
NHMFL
0603042Mark D. BirdFlorida State UniversityCoil Winding for the Series-Connected Hybrid Magnet
0603042Mark D. BirdFlorida State UniversityCoil Winding for the Series-Connected Hybrid Magnet
0603042Mark D. BirdFlorida State UniversityResistive Shimming for Higher Homogeneity Magnets in the MagLab’s DC Magnet User Program
0603042Mark D. BirdFlorida State UniversityResistive Shimming for Higher Homogeneity Magnets in the MagLab’s DC Magnet User Program
0654118Gregory S. BoebingerFlorida State UniversityHigh Resolution Imaging of Structure and Diffusion
0654118Gregory S. BoebingerFlorida State UniversityHigh Resolution Imaging of Structure and Diffusion
0654118Gregory S. BoebingerFlorida State UniversityRound Wire Bi-2212 – A New High Field Superconductor Technology
0654118Gregory S. BoebingerFlorida State UniversityRound Wire Bi-2212 – A New High Field Superconductor Technology
0654118Gregory S. BoebingerFlorida State UniversityHigh Critical Current Density in Fine-grain (Ba0.6K0.4)Fe2As2
0654118Gregory S. BoebingerFlorida State UniversityHigh Critical Current Density in Fine-grain (Ba0.6K0.4)Fe2As2
0654118Gregory S. BoebingerFlorida State UniversityStatus and Highlights of Educational Programming
0654118Gregory S. BoebingerFlorida State UniversityStatus and Highlights of Educational Programming
0654118Gregory S. BoebingerFlorida State UniversitySuperconductivity: Masses Enhanced by Rattling
0654118Gregory S. BoebingerFlorida State UniversitySuperconductivity: Masses Enhanced by Rattling
0654118Gregory S. BoebingerFlorida State UniversityFirst Solid-State Superfluorescence
0654118Gregory S. BoebingerFlorida State UniversityFirst Solid-State Superfluorescence
0654118Gregory S. BoebingerFlorida State UniversitySymmetry Breaking in Graphene/DC Field Facility
0654118Gregory S. BoebingerFlorida State UniversitySymmetry Breaking in Graphene/DC Field Facility
0654118Gregory S. BoebingerFlorida State UniversityUnderstanding Nanoscale Magnetization Dynamics
0654118Gregory S. BoebingerFlorida State UniversityUnderstanding Nanoscale Magnetization Dynamics
0654118Gregory S. BoebingerFlorida State UniversityBose Glass of Quasiparticles in Doped Quantum Magnet
0654118Gregory S. BoebingerFlorida State UniversityBose Glass of Quasiparticles in Doped Quantum Magnet
0654118Gregory S. BoebingerFlorida State UniversityThe Smallest Stable Fullerene, M@C28 (M = Ti, Zr, U)
0654118Gregory S. BoebingerFlorida State UniversityThe Smallest Stable Fullerene, M@C28 (M = Ti, Zr, U)
0654118Gregory S. BoebingerFlorida State UniversityMaterials R&D for the 100-Tesla Pulsed Magnet
0654118Gregory S. BoebingerFlorida State UniversityMaterials R&D for the 100-Tesla Pulsed Magnet
0654118Gregory S. BoebingerFlorida State UniversityHigh-Temperature Superconducting Cable Testing
0654118Gregory S. BoebingerFlorida State UniversityHTS Cable Testing
0654118Gregory S. BoebingerFlorida State UniversityA Sliding Ring Coil for Neuroimaging at 21.1 T
0654118Gregory S. BoebingerFlorida State UniversityA Sliding Ring Coil for Neuroimaging at 21.1 T
0654118Gregory S. BoebingerFlorida State UniversityStudy of Chalcogenide Glasses via Solid-State NMR
0654118Gregory S. BoebingerFlorida State UniversityStudy of Chalcogenide Glasses via Solid-State NMR
0654118Gregory S. BoebingerFlorida State UniversityNHMFL Breaks the 100 Tesla Barrier
0654118Gregory S. BoebingerFlorida State University100 Tesla User Program
NNIN
0335765Daniel C. RalphCornell UniversityNNIN: Imaging the Electrocatalytic Activity of Single Nanoparticles
0335765Daniel C. RalphCornell UniversityNNIN: Chemical Ordering in Cr3Al and Semiconducting Behavior
0335765Daniel C. RalphCornell UniversityNNIN: Thermal Transport in InAs Nanowires
0335765Daniel C. RalphCornell UniversityNNIN: Tailoring Electrical Transport Across Grain Boundaries in Polycrystalline Graphene
0335765Daniel C. RalphCornell UniversityNNIN: Quantitative Super-resolution Imaging Uncovers Reactivity Patterns on Single Nanocatalysts
0335765Daniel C. RalphCornell UniversityNNIN: Contactless Measurement of Surface Dominated Recombination in Silicon Nanowires
0335765Daniel C. RalphCornell UniversityNNIN: Membraneless, Room-Temperature, Direct Borohydride/Cerium Fuel Cell with Power Density Over 0.25 W/cm2
0335765Daniel C. RalphCornell UniversityNNIN: Tailored Redox Functionality Of Small Organics For Pseudocapacitive Electrodes
0335765Daniel C. RalphCornell UniversityNNIN: High Pressure Ices
0335765Daniel C. RalphCornell UniversityNNIN: C Virtual Vault for Pseudopotentials
0335765Daniel C. RalphCornell UniversityNNIN: Nanoparticles Surface Modification, Seed Growth and SERS Sctivity
0335765Daniel C. RalphCornell UniversityNNIN: Nb/Ni Bilayers: Superconductivity
0335765Daniel C. RalphCornell UniversityNNIN: Development of Low Cost, Efficient CZTS Thin Films and Solar Cells
0335765Daniel C. RalphCornell UniversityNNIN: Carbon Nanotubes for Supercapacitors
0335765Daniel C. RalphCornell UniversityNNIN: Single Step Formation of Hierarchical Copper Oxide Nanostructures for Phase Change Applications
0335765Daniel C. RalphCornell UniversityNNIN: CVD of Thin Film Materials for Microelectronics
0335765Daniel C. RalphCornell UniversityNNIN: Nanoscale Thermal Conductivity Measurement
0335765Daniel C. RalphCornell UniversityNNIN: Nanoscale Thermoelectric Measurement
0335765Daniel C. RalphCornell UniversityNNIN: The Origins of the Catalytic Activity of Supported Gold Nanoparticles
0335765Daniel C. RalphCornell UniversityNNIN: Electron Spin Resonance Of Nitrogen-vacancy Centers In Optically Trapped Nanodiamonds
0335765Daniel C. RalphCornell UniversityNNIN: Electromechanical Resonance Behavior Of Suspended Single Walled Carbon Nanotubes Under High Bias Voltages
0335765Daniel C. RalphCornell UniversityNNIN: Stability of Tensile-strained Ge Studied by Transmission Electron Microscopy
0335765Daniel C. RalphCornell UniversityNNIN: Three-Dimensional Ni/TiO2 Nanowire Network for High Areal Capacity Lithium Ion Microbattery Applications
0335765Daniel C. RalphCornell UniversityNNIN: Ultrafast Thermoreflectance Techniques For Measuring Thermal Conductivity Of Thin Films
0335765Daniel C. RalphCornell UniversityNNIN: A Universal Microscale Mechanical Tester
0335765Daniel C. RalphCornell UniversityNNIN: Bismuth Telluride and Antimony Telluride Based Co-Evaporated Thermoelectric Thin Films
0335765Daniel C. RalphCornell UniversityNNIN: A new class of room temperature multiferroic Bi3Fe2Mn2O10+d thin films
0335765Daniel C. RalphCornell UniversityNNIN: Probing the Tunnel Density of States with Magnetic Junctions
0335765Daniel C. RalphCornell UniversityNNIN: Cerium-based Oxides for Solar Fuel Production
0335765Daniel C. RalphCornell UniversityNNIN: Morphology of Block Copolymer Ionomer Thin Films for Micro Fuel Cell Devices
0335765Daniel C. RalphCornell UniversityNNIN: Iron Nanoelectrodes for Powerful Air Batteries
0335765Daniel C. RalphCornell UniversityNNIN: Nanolaminated Material Characterization
0335765Daniel C. RalphCornell UniversityNNIN: Formation of Metal Nanoparticles in Hollow Polymer Nanocapsules
0335765Daniel C. RalphCornell UniversityNNIN: SPM studies of Electromagnetic Properties of Graphene
0335765Daniel C. RalphCornell UniversityNNIN: Surface Plasmon Modes of a Silver Nanorod
0335765Daniel C. RalphCornell UniversityNNIN: Lithium Ion Battery Cathode Material Development
0335765Daniel C. RalphCornell UniversityNNIN: Plasmonic Planet-Satellite Analogues: Hierarchical Self-Assembly of Gold Nanostructures
0335765Daniel C. RalphCornell UniversityNNIN: Facile Development of Crumpled Graphene Nanoballs for Energy & Environmental Applications
0335765Daniel C. RalphCornell UniversityNNIN: Engineered nanoscale iron oxide for environmental sensing and remediation

 

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