| Contents Notes |
Introduction -- Technology Transfer Activities -- Access to Laboratories and Facilities -- Collaborative Projects with Industry -- Technology and Software Licensing -- User Facilities -- Industrial Interactions -- Contracting Arrangements -- Reimbursable Work with Other Federal Agencies and Nonfederal Entities -- Consulting Arrangements -- Interactions with Academic Institutions -- Technical Personnel Exchanges -- Technical Documents and Software -- Laboratories and Facilities -- Multiprogram Laboratories -- Argonne National Laboratory -- Brookhaven National Laboratory -- Idaho National Engineering Laboratory -- Lawrence Berkeley Laboratory -- Los Aalmos National Laboratory -- Oak Ridge National Laboratory -- Pacific Northwest Laboratory -- Sandia National Laboratories -- Major Single-Program Laboratories -- Ames Laboratory -- Continuous Electron Beam Accelerator Facility -- Fermi National Accelerator Laboratory -- Hanford Site -- Morgantown Energy Technology Center -- National Renewable Energy Laboratory -- Oak Ridge Institute for Science and Education -- Pittsburgh Energy Technology Center -- Princeton Plasma Physics Laboratory -- Savannah River Technology Center -- Stanford River Technology Center -- Stanford Linear Accelerator Center -- Superconducting Super Collider Laboratory -- Other Laboratories and Facilities -- Bartlesville Project Office -- Bates Linear Accelerator Center -- Energy Technology Engineering Center -- Environmental Measurements Laboratory -- Inhalation Toxicology Research Institute -- Kansas City Plant -- Mound Facility -- MSU-DOE Plant Research Laboratory -- National Institute for Petroleum and Energy Research -- Nevada Test Site -- New Brunswick Laboratory -- Notre Dame Radiation Laboratory -- Oak Ridge K-25 Site -- Oak Ridge Y-12 Plant -- Pantex Plant -- Pinellas Plant -- Rocky Flats Plant -- Savannah River Ecology Laboratory -- Doe Offices -- Research Program Offices -- Civilian Radioactive Waste Management -- Defense Programs -- Energy Efficiency and Renewable Energy -- Energy Research -- Environmental Restoration and Waste Management -- Fossil Energy -- Intelligence and National Security -- Nuclear Energy -- Other Offices -- Economic Impact and Diversity -- Laboratory Management -- Science Education and Technical Information Technologies -- Energy -- Polymer Multilayer Solar Control Film -- Intelligent Control of Cupola Furnaces -- Duct Injection Design Handbook and Mathematical Models -- Adjustable-Phase Undulator -- Simple, Low-Cost Method for Coating Superconductor Substrates -- Advanced Wind Turbine Technologies -- Mild Coal Gasification Process -- Hot Dry Rock -- Rolling Float Meter -- Low-Emission Weak Swirl Burner -- Kalina Cycle Demonstration Plant -- Mulled Coal Process to Recover Coal Wastes -- Dish-Stirling Technology -- Successful Slant-Hole Well Completion Test -- Fuel from Renewable Sources -- Electricity for Rural Brazil -- Transportable Reflecting Environment Communication System -- Pollution Minimization and Remediation -- Membrane Technology -- Type B Disposable Molecular Sieve Bed -- Drain Train for Detecting Radioactivity and Physical Defects -- Bacteria-Based Adsorption of Heavy Metals -- Magnetic Separation to Remove Cesium from Milk -- Control of NO(x) Emissions -- Light-Aided Decontamination -- Nuclear Testing Technologies for Environmental Assessments -- Cleaning Waste Streams -- Octapod -- Coal Preparation Technology -- From Trash to Transmission Lines -- Clan Salt Process to Separate Mixed Waste -- Type A Containment System and Waste Package -- High-Energy Corona Technology -- Pyrochemical Processes to Recover and Recycle Transuranium Actinides -- Liquefied Gaseous Fuels Spill Test Facility -- Coal Cleaning with Micronized Magnetite -- Bacterial Degradation of TNT -- Microbial Remediation of Hydrocarbon Vapors -- Miniature Elastic Backscatter Lidar -- Rad Rover II: Mobile Monitor of contamination -- Integrated Management and Disposal of Waste -- Water Cannon -- Gel-Bead Ion-Exchange Technology -- V0tect(TM) Infrared Fiber-Optic Sensor -- Advanced N0(x) Control Concept for Coal-Fired Boilers -- Advanced Materials and Advanced Materials Processing -- Trace-Impurity Analysis for Advanced Integrated Circuits -- Solid-Phase Reactants Condensed from Gases -- Commercial Production of Phase-Pure Superconductors -- Advanced Light-Absorbing Material for Optical Systems -- Laser Processing Consortium -- Plasma-Source Ion Implantation -- New Sulfide Ceramics for High-Temperature, High-Strength Materials -- Optics Manufacturing Operations Development and Integration Laboratory -- Coatings to Protect Computer Hard Disks -- Rapid Thermal Decomposition of Precursors in Solution -- Plasma Quench Process -- Mercuric Iodide Crystal Technology -- Ultrafast Infrared Spectrometer -- High-Tech Materials Processing -- Characterization of Chemical Vapor Deposition Processes -- Advanced and Computer-Enhanced Instrumentation and Sensors -- Donor-Acceptor-Donor Molecular Switch -- Dual-Wavelength Laser Surveying Instrument -- Multiple-Event Recorder -- World's Largest Optical Telescope -- Scanning Defect Mapping System for Semiconductors -- All-Purpose, Near-Ideal Digital Filter -- Motor Current Signature Analysis -- Inspection Rabbit -- Single-Shot Transient Digitizer -- Fiber-Optic Temperature Sensor -- VME-Based, High-Voltage Power Supply -- Determination of Interfacial States in Semiconductor Structures -- VXI Data Acquisition System -- Stringed Diagnostic Instruments -- Sol-Gel Indicator -- Ultra-High-Performance Cathode-Ray Tube -- MACHO Camera Biotechnology -- High-Speed Camera System for Three-Dimensional Mapping -- Laser Fluorescence to Open New Biotechnical Horizons -- Tin-117m (Stannic) DTPA -- Novel Materials to Stabilize Proteins -- Cyclohexyl EDTA Monoanhydride Screening -- Method to Promote the Specific Alignment of Short Primer Molecules on Nucleic Acids -- MAP: Software Tool for the Human Genome Project -- Selenium-Based Reagents -- Diagnostic and Laser Debridement System for Burn Patients -- Crystal Structure of a Protein Involved in Cell Division -- Three-Dimensional Ultrasonic Imaging to Design Artificial Limbs -- HIV Protease-Inhibitor Complex Structure -- Photocatalytic Degradation of Organic Contaminants -- Deep-Frozen Fruit Flies -- Substituted 6-Nitroquipanzines -- Phase-Sensitive Flow Cytometer -- Manufacturing -- AMTEX(TM) Partnership -- CimStation Inspection Software -- Partnerships for Training and Technology Transfer -- Materials Testing to Lower Product Costs -- Nondestructive Evaluation Techniques -- Polyphosphazene Membranes -- Deterministic Engineering Approach for Design -- Superconducting Magnet Technology -- Porcelain-Coated Radio-Frequency Antenna -- Aqueous Chelating Etch System -- Precision Multiaxis Seam-Tracking Sensor -- Modular High-Power Laser Diode Array for Pumping Lasers -- New Laser Technology for More Reliable and Flexible Manufacturing -- Charge-Induced Voltage Alteration -- National Machine Tool Partnership -- Improved Ceramic-to-Metal Bonding Technique -- Processes for Patterned Adhesion of Copper on Teflonª -- Automatic Lithium Withdrawal System -- Omnidirectional Holonomic Platform -- The Occasional Trainer's Handbook -- Information and Communication Software -- Management of Chemicals and Hazardous Materials -- EPICURE: A Fixed-Target Control System -- Electronic Mail for the Future -- Multimedia Environmental Pollutant Assessment System -- Computational Testbed for Industry -- 3D-Flow Parallel Processing System -- Emergency Operations and Information Management System -- Mesh-Generation Software to Speed Product Design Cycles -- AdaSAGE Computer Programming Tool -- Physics and Detector Simulation Facility -- Aerospace and Transportation -- Instrumented Head Gasket for Monitoring Engine Combustion -- Superplastic Forming Technique -- Weigh-in-Motion Technology -- SIMPLEV Simulation of Electric Vehicle Performance -- Metallic Thermal Storage Unit -- Proton-Exchange-Membrane Fuel Cell -- SIMSICK Biocybernetic Device -- Index. This document, Technology Transfer 94, is intended to communicate that there are many opportunities available to US industry and academic institutions to work with DOE and its laboratories and facilities in the vital activity of improving technology transfer to meet national needs. It has seven major sections: Introduction, Technology Transfer Activities, Access to Laboratories and Facilities, Laboratories and Facilities, DOE Office, Technologies, and an Index. Technology Transfer Activities highlights DOE`s recent developments in technology transfer and describes plans for the future. Access to Laboratories and Facilities describes the many avenues for cooperative interaction between DOE laboratories or facilities and industry, academia, and other government agencies. Laboratories and Facilities profiles the DOE laboratories and facilities involved in technology transfer and presents information on their missions, programs, expertise, facilities, and equipment, along with data on whom to contact for additional information on technology transfer. DOE Offices summarizes the major research and development programs within DOE. It also contains information on how to access DOE scientific and technical information. Technologies provides descriptions of some of the new technologies developed at DOE laboratories and facilities. |
