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ROADMAP

ROADMAP. NANOTECHNOLOGY FOR NUCLEAR NON-PROLIFERATION APPLICATIONS. RESEARCH AND DEVELOPMENT AREAS AND NEEDS. Measurements and Characterization. Fabrication and Processes. Devices and System Architecture. Theory, Modeling and Simulation. Biosystems. Novel Approaches.

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ROADMAP

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  1. ROADMAP NANOTECHNOLOGY FOR NUCLEAR NON-PROLIFERATION APPLICATIONS

  2. RESEARCH AND DEVELOPMENT AREAS AND NEEDS Measurements and Characterization Fabrication and Processes Devices and System Architecture Theory, Modeling and Simulation Biosystems Novel Approaches Technology Transfer Novel Materials and Structures • IMPLEMENTATION STRATEGY Strategic Plan Development of R&D Priorities Formation of R&D Center of Excellence Technology Transfer NANOTECHNOLOGY FOR NUCLEAR NON-PROLIFERATION APPLICATIONS ROADMAP

  3. ROADMAP • RESEARCH AND DEVELOPMENT AREAS AND NEEDS • IMPLEMENTATION STRATEGY Strategic Plan Development of R&D Priorities Formation of R&D Center of Excellence Technology Transfer • RESEARCH AND DEVELOPMENT AREAS AND NEEDS Measurements and Characterization Fabrication and Processes Devices and System Architecture Theory, Modeling and Simulation Biosystems Novel Approaches Technology Transfer Novel Materials and Structures • IMPLEMENTATION STRATEGY Strategic Plan Development of R&D Priorities Formation of R&D Center of Excellence Technology Transfer

  4. ROADMAP NANOTECHNOLOGY • RESEARCH AND DEVELOPMENT AREAS AND NEEDS for • IMPLEMENTATION STRATEGY Strategic Plan NUCLEAR NON-PROLIFERATION Development of R&D Priorities Detection (Isotopes and Radiation) Formation of R&D Center of Excellence Radioisotopes Collection and Separation Technology Transfer Nuclear Power Protection Prevention Response Treatment Fabrication and Processes Devices and System Architecture Novel Materials and Structures Biosystems Measurements and Characterization Theory, Modeling and Simulation Novel Approaches Technology Transfer

  5. NANOTECHNOLOGY Devices and System Architecture Novel Materials and Structures Biosystems Measurements and Characterization Theory, Modeling and Simulation for Novel Approaches Technology Transfer NUCLEAR NON-PROLIFERATION Detection (Isotopes and Radiation) Radioisotopes Collection and Separation Nuclear Power Protection Prevention Response Treatment Fabrication and Processes • Layer-by-Layer Assembly • Molecular Recognition-Based Self-Assembly • Self-Assembly Monolayer • Nanoassembly by Step-Wise Polymerization • X-Ray Nanolithography • e-Beam Nanolitography • Nanoimprint Lithography • Molecular Imprinting • Electroless Deposition with Charged Nanoparticles • Nanofiltration • Chemical Solvation • Molecular Metal-Ion Recognition Fabrication and Processes

  6. Fabrication and Processes • Layer-by-Layer Assembly • Molecular Recognition-Based Self-Assembly • Self-Assembly Monolayer • Nanoassembly by Step-Wise Polymerization • X-Ray Nanolithography • e-Beam Nanolitography • Nanoimprint Lithography • Molecular Imprinting • Electroless Deposition with Charged Nanoparticles • Nanofiltration • Chemical Solvation • Molecular Metal-Ion Recognition

  7. Fabrication and Processes (cont…) • Flame Aerosol Process • Plasma Process • Sol-Gel • Laser Ablation/Pulsed Laser Ablation • Precipitation Synthesis • Electrospinning • Hydrothermal/Solvothermal Processing • Nanoinfiltration • Ultrasonic Spray Pyrolysis • Transient Eutectic-Phase Process • Chemical Etching • Dry Etching • Anodization

  8. Fabrication and Processes (cont…) • Grinding • Ion Exchange • Electrical Arc Discharge • Chemical Vapor Deposition • Metal Organic Vapor Phase Epitaxy • Molecular Beam Epitaxy • Solid-Vapor Phase Sublimation • Vapor-Solid Crystal Growth • Sputtering • Atomic Layer Deposition • Plasma-Enhanced/Laser-Focused Atomic Layer Deposition • Others ____________________________

  9. NANOTECHNOLOGY Devices and System Architecture Novel Materials and Structures Biosystems Measurements and Characterization Theory, Modeling and Simulation for Novel Approaches Technology Transfer NUCLEAR NON-PROLIFERATION Detection (Isotopes and Radiation) Radioisotopes Collection and Separation Nuclear Power Protection Prevention Response Treatment Fabrication and Processes (cont…) • Grinding • Ion Exchange • Electrical Arc Discharge • Chemical Vapor Deposition • Metal Organic Vapor Phase Epitaxy • Molecular Beam Epitaxy • Solid-Vapor Phase Sublimation • Vapor-Solid Crystal Growth • Sputtering • Atomic Layer Deposition • Plasma-Enhanced/Laser-Focused Atomic Layer Deposition • Others ____________________________ Fabrication and Processes

  10. NANOTECHNOLOGY Fabrication and Processes Novel Materials and Structures Biosystems Measurements and Characterization Theory, Modeling and Simulation for Novel Approaches Technology Transfer NUCLEAR NON-PROLIFERATION Detection (Isotopes and Radiation) Radioisotopes Collection and Separation Nuclear Power Protection Prevention Response Treatment Devices and System Architecture • Nanoscale Semiconductor Detectors • Nano-Structured Scintillator Detectors • MEMS/NEMS Geiger Counters • Nano-Dust Gas Based Detectors • Nanocantilevers • Quantum Confinement-Based Devices • Molecular-Based Devices • Nanocapsules-Based Devices • Others ____________________________ Devices and System Architecture

  11. Devices and System Architecture • Nanoscale Semiconductor Detectors • Nano-Structured Scintillator Detectors • MEMS/NEMS Geiger Counters • Nano-Dust Gas Based Detectors • Nanocantilevers • Quantum Confinement-Based Devices • Molecular-Based Devices • Nanocapsules-Based Devices • Others ____________________________

  12. NANOTECHNOLOGY Fabrication and Processes Novel Materials and Structures Biosystems Measurements and Characterization Theory, Modeling and Simulation for Technology Transfer Novel Approaches NUCLEAR NON-PROLIFERATION Detection (Isotopes and Radiation) Radioisotopes Collection and Separation Nuclear Power Protection Prevention Response Treatment Devices and System Architecture • Nanoscale Semiconductor Detectors • Nano-Structured Scintillator Detectors • MEMS/NEMS Geiger Counters • Nano-Dust Gas Based Detectors • Nanocantilevers • Quantum Confinement-Based Devices • Molecular-Based Devices • Nanocapsules-Based Devices • Others ____________________________ Devices and System Architecture

  13. NANOTECHNOLOGY Fabrication and Processes Devices and System Architecture Biosystems Measurements and Characterization Theory, Modeling and Simulation for Technology Transfer Novel Approaches NUCLEAR NON-PROLIFERATION Detection (Isotopes and Radiation) Radioisotopes Collection and Separation Nuclear Power Protection Prevention Response Treatment Novel Materials and Structures • Nanoparticles • Nanowires • Nanofibers • Nanobelts • Polymers • Semiconductors • Superconductors • Mesoporous and Nanoporous Materials • Nanofluids • Scintillator Nanomaterials • Others ____________________________ Novel Materials and Structures

  14. Novel Materials and Structures • Nanoparticles • Nanowires • Nanofibers • Nanobelts • Polymers • Semiconductors • Superconductors • Mesoporous and Nanoporous Materials • Nanofluids • Scintillator Nanomaterials • Others ____________________________

  15. NANOTECHNOLOGY Fabrication and Processes Devices and System Architecture Biosystems Measurements and Characterization Theory, Modeling and Simulation for Technology Transfer Novel Approaches NUCLEAR NON-PROLIFERATION Detection (Isotopes and Radiation) Radioisotopes Collection and Separation Nuclear Power Protection Prevention Response Treatment Novel Materials and Structures • Nanoparticles • Nanowires • Nanofibers • Nanobelts • Polymers • Semiconductors • Superconductors • Mesoporous and Nanoporous Materials • Nanofluids • Scintillator Nanomaterials • Others ____________________________ Novel Materials and Structures

  16. NANOTECHNOLOGY Fabrication and Processes Devices and System Architecture Novel Materials and Structures Measurements and Characterization Theory, Modeling and Simulation for Technology Transfer Novel Approaches NUCLEAR NON-PROLIFERATION Detection (Isotopes and Radiation) Radioisotopes Collection and Separation Nuclear Power Protection Prevention Response Treatment Biosystems • Artificial Skin • Biosensors • Bio fuel-Cells • Bio-membranes • Bio-Reactors • Nuclear Virus Tagging • Others ____________________________ Biosystems

  17. Biosystems • Artificial Skin • Biosensors • Bio fuel-Cells • Bio-membranes • Bio-Reactors • Nuclear Virus Tagging • Others ____________________________

  18. NANOTECHNOLOGY Fabrication and Processes Devices and System Architecture Novel Materials and Structures Measurements and Characterization Theory, Modeling and Simulation for Technology Transfer Novel Approaches NUCLEAR NON-PROLIFERATION Detection (Isotopes and Radiation) Radioisotopes Collection and Separation Nuclear Power Protection Prevention Response Treatment Biosystems • Artificial Skin • Biosensors • Bio fuel-Cells • Bio-membranes • Bio-Reactors • Nuclear Virus Tagging • Others ____________________________ Biosystems

  19. NANOTECHNOLOGY Fabrication and Processes Devices and System Architecture Novel Materials and Structures Biosystems Theory, Modeling and Simulation for Technology Transfer Novel Approaches NUCLEAR NON-PROLIFERATION Detection (Isotopes and Radiation) Radioisotopes Collection and Separation Nuclear Power Protection Prevention Response Treatment Measurements and Characterization • Scanning Electron Microscopy (SEM) • Transmission Electron Microscopy (TEM) • Atomic Force Microscopy (AFM) • Scanning Tunneling Microscopy (STM) • X-Ray Photoelectron Spectroscopy (XPS) • Thermogravimetric Analyzer (TGA) • Energy Dispersive X-Ray Spectroscopy (EDS) • Differential Thermal Analysis (DTA) • Differential Scanning Colorimetry (DSC) • Infra Red Spectroscopy (IR) • Visible Spectroscopy (VIS) • Ultra Violet Spectroscopy (UV) Measurements and Characterization

  20. Measurements and Characterization • Scanning Electron Microscopy (SEM) • Transmission Electron Microscopy (TEM) • Atomic Force Microscopy (AFM) • Scanning Tunneling Microscopy (STM) • X-Ray Photoelectron Spectroscopy (XPS) • Thermogravimetric Analyzer (TGA) • Energy Dispersive X-Ray Spectroscopy (EDS) • Differential Thermal Analysis (DTA) • Differential Scanning Colorimetry (DSC) • Infra Red Spectroscopy (IR) • Visible Spectroscopy (VIS) • Ultra Violet Spectroscopy (UV)

  21. Measurements and Characterization (cont…) • Near Infrared Spectroscopy (NIR) • Mass Spectroscopy • X-Ray Diffraction (XRD) • Raman Spectroscopy • Piezoresponsive Force Microscopy (PRFM) • Magnetic Measurements (SQUID) • Nuclear Force Measurements • Small-Angle Scattering (X-ray or Neutron) • Reflectivity • Spin-Polarization Studies with Neutrons • X-ray Absorption Spectroscopy (EXAFS and XANES) • Tomography

  22. Measurements and Characterization (cont…) • Confocal Microscope • Pore Size Analyzer • gas/liquid Chromatography • Crystal Microbalance Technique • Circular Dichroism Spectroscopy (CD) • Fourier Transform Infrared Spectroscopy (FTIS) • Photoreflectance Spectroscopy • Nuclear Magnetic Resonance (NMR) • Others ____________________________

  23. NANOTECHNOLOGY Fabrication and Processes Devices and System Architecture Novel Materials and Structures Biosystems Theory, Modeling and Simulation for Technology Transfer Novel Approaches NUCLEAR NON-PROLIFERATION Detection (Isotopes and Radiation) Radioisotopes Collection and Separation Nuclear Power Protection Prevention Response Treatment Measurements and Characterization (cont…) • Confocal Microscope • Pore Size Analyzer • gas/liquid Chromatography • Crystal Microbalance Technique • Circular Dichroism Spectroscopy (CD) • Fourier Transform Infrared Spectroscopy (FTIS) • Photoreflectance Spectroscopy • Nuclear Magnetic Resonance (NMR) • Others ____________________________ Measurements and Characterization

  24. NANOTECHNOLOGY Fabrication and Processes Devices and System Architecture Novel Materials and Structures Biosystems Measurements and Characterization for Technology Transfer Novel Approaches NUCLEAR NON-PROLIFERATION Detection (Isotopes and Radiation) Radioisotopes Collection and Separation Nuclear Power Protection Prevention Response Treatment Theory, Modeling and Simulation • Ab initio • Semi-Empirical • Density Functional Theory • Molecular Dynamics • Monte-Carlo • Cell Simulator • Membrane Computing • Finite Elements • Others ____________________________ Theory, Modeling and Simulation

  25. Theory, Modeling and Simulation • Ab initio • Semi-Empirical • Density Functional Theory • Molecular Dynamics • Monte-Carlo • Cell Simulator • Membrane Computing • Finite Elements • Others ____________________________

  26. NANOTECHNOLOGY Fabrication and Processes Devices and System Architecture Novel Materials and Structures Biosystems Measurements and Characterization for Technology Transfer Novel Approaches NUCLEAR NON-PROLIFERATION Detection (Isotopes and Radiation) Radioisotopes Collection and Separation Nuclear Power Protection Prevention Response Treatment Theory, Modeling and Simulation • Ab initio • Semi-Empirical • Density Functional Theory • Molecular Dynamics • Monte-Carlo • Cell Simulator • Membrane Computing • Finite Elements • Others ____________________________ Theory, Modeling and Simulation

  27. NANOTECHNOLOGY Fabrication and Processes Devices and System Architecture Novel Materials and Structures Biosystems Measurements and Characterization Theory, Modeling and Simulation for Novel Approaches NUCLEAR NON-PROLIFERATION Detection (Isotopes and Radiation) Radioisotopes Collection and Separation Nuclear Power Protection Prevention Response Treatment Technology Transfer • K-16 • Graduate Education • Workforce Training • Training for Military and Civilian Personnel in Risk Zones • Community Outreach • University/Industry/Government Collaborations • Intellectual Property • Others ____________________________ Technology Transfer

  28. Technology Transfer • K-16 • Graduate Education • Workforce Training • Training for Military and Civilian Personnel in Risk Zones • Community Outreach • University/Industry/Government Collaborations • Intellectual Property • Others ____________________________

  29. NANOTECHNOLOGY Fabrication and Processes Devices and System Architecture Novel Materials and Structures Biosystems Measurements and Characterization Theory, Modeling and Simulation for Novel Approaches NUCLEAR NON-PROLIFERATION Detection (Isotopes and Radiation) Radioisotopes Collection and Separation Nuclear Power Protection Prevention Response Treatment Technology Transfer • K-16 • Graduate Education • Workforce Training • Training for Military and Civilian Personnel in Risk Zones • Community Outreach • University/Industry/Government Collaborations • Intellectual Property • Others ____________________________ Technology Transfer

  30. NANOTECHNOLOGY Fabrication and Processes Devices and System Architecture Novel Materials and Structures Biosystems Measurements and Characterization Theory, Modeling and Simulation for Technology Transfer NUCLEAR NON-PROLIFERATION Detection (Isotopes and Radiation) Radioisotopes Collection and Separation Nuclear Power Protection Prevention Response Treatment Novel Approaches • Nanoencapsulation • Bio-Inspired Methods • Others ____________________________ Novel Approaches

  31. Novel Approaches • Nanoencapsulation • Bio-Inspired Methods • Others ____________________________

  32. NANOTECHNOLOGY Fabrication and Processes Devices and System Architecture Novel Materials and Structures Biosystems Measurements and Characterization Theory, Modeling and Simulation for Technology Transfer NUCLEAR NON-PROLIFERATION Detection (Isotopes and Radiation) Radioisotopes Collection and Separation Nuclear Power Protection Prevention Response Treatment Novel Approaches • Nanoencapsulation • Bio-Inspired Methods • Others ____________________________ Novel Approaches

  33. NANOTECHNOLOGY Fabrication and Processes Devices and System Architecture Novel Materials and Structures Biosystems Measurements and Characterization Theory, Modeling and Simulation for Technology Transfer Novel Approaches NUCLEAR NON-PROLIFERATION Radioisotopes Collection and Separation Nuclear Power Protection Prevention Response Treatment Detection (Isotopes and Radiation) DETECTION NEEDS • Conventional Detection System Miniaturization • Sample Collection and Preparation • Ultra-Sensitive Detection Approaches • Shielded Nuclear Materials • Neutron Detection • Weapons-Grade Fissionables • Nuclear Reactor Safety Sensors • Production and Proliferation Tracking Devices • Field Detection Devices • Smart Networked Radiation/Isotopes Sensors • Radioisotope-Free Fabrication Materials • Data Mining • Others ____________________________ Detection (Isotopes and Radiation)

  34. Detection (Isotopes and Radiation) DETECTION NEEDS • Conventional Detection System Miniaturization • Sample Collection and Preparation • Ultra-Sensitive Detection Approaches • Shielded Nuclear Materials • Neutron Detection • Weapons-Grade Fissionables • Nuclear Reactor Safety Sensors • Production and Proliferation Tracking Devices • Field Detection Devices • Smart Networked Radiation/Isotopes Sensors • Radioisotope-Free Fabrication Materials • Data Mining • Others ____________________________

  35. NANOTECHNOLOGY Fabrication and Processes Devices and System Architecture Novel Materials and Structures Biosystems Measurements and Characterization Theory, Modeling and Simulation for Technology Transfer Novel Approaches NUCLEAR NON-PROLIFERATION Radioisotopes Collection and Separation Protection Prevention Response Treatment Nuclear Power Detection (Isotopes and Radiation) DETECTION NEEDS • Conventional Detection System Miniaturization • Sample Collection and Preparation • Ultra-Sensitive Detection Approaches • Shielded Nuclear Materials • Neutron Detection • Weapons-Grade Fissionables • Nuclear Reactor Safety Sensors • Production and Proliferation Tracking Devices • Field Detection Devices • Smart Networked Radiation/Isotopes Sensors • Radioisotope-Free Fabrication Materials • Data Mining • Others ____________________________ Detection (Isotopes and Radiation)

  36. NANOTECHNOLOGY Fabrication and Processes Devices and System Architecture Novel Materials and Structures Biosystems Measurements and Characterization Theory, Modeling and Simulation for Technology Transfer Novel Approaches NUCLEAR NON-PROLIFERATION Detection (Isotopes and Radiation) Protection Prevention Response Treatment Nuclear Power Radioisotopes Collection and Separation • Chemical Complexation • Nano-Filtration • Composite Materials • Others ____________________________ Radioisotopes Collection and Separation

  37. Radioisotopes Collection and Separation • Chemical Complexation • Nano-Filtration • Composite Materials • Others ____________________________

  38. NANOTECHNOLOGY Fabrication and Processes Devices and System Architecture Novel Materials and Structures Biosystems Measurements and Characterization Theory, Modeling and Simulation for Technology Transfer Novel Approaches NUCLEAR NON-PROLIFERATION Detection (Isotopes and Radiation) Nuclear Power Protection Prevention Response Treatment Radioisotopes Collection and Separation • Chemical Complexation • Nano-Filtration • Composite Materials • Others ____________________________ Radioisotopes Collection and Separation

  39. ROADMAP NANOTECHNOLOGY • RESEARCH AND DEVELOPMENT AREAS AND NEEDS for • IMPLEMENTATION STRATEGY Strategic Plan NUCLEAR NON-PROLIFERATION Development of R&D Priorities Detection (Isotopes and Radiation) Formation of R&D Center of Excellence Radioisotopes Collection and Separation Technology Transfer Nuclear Power Protection Prevention Response Treatment Fabrication and Processes Devices and System Architecture Novel Materials and Structures Biosystems Measurements and Characterization Theory, Modeling and Simulation Novel Approaches Technology Transfer

  40. RESEARCH AND DEVELOPMENT AREAS AND NEEDS Measurements and Characterization Fabrication and Processes Devices and System Architecture Theory, Modeling and Simulation Technology Transfer Novel Materials and Structures Biosystems Novel Approaches • IMPLEMENTATION STRATEGY Strategic Plan Development of R&D Priorities Formation of R&D Center of Excellence Technology Transfer ROADMAP

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