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Vol. 53, No. 3, (Fall 2020)
- Editorial: Applying diverse expertise at a global scale
- To the Point: Machine learning predicts fire risk in Africa, protein models explore methylmercury formation
- Carbon Cycle: Balancing Carbon: ORNL sets its sights on a global challenge, All-in-one carbon conversion, Making the most of captured carbon
- Focus on Neutrons: Discovery points the way to more practical superconductors, New synthetic polymers rival their protein counterparts
- Focus on Computing: Record-breaking supercomputer simulations aid COVID-19 research, Quantum technologies go the distance
- Focus on Fusion: New device will test materials for fusion reactors
- Focus on Nuclear: Nuclear consortium leaves industry with advanced simulation tool, Remote-controlled system can repair radioactive canisters
- Focus on Physical Sciences: Curved crystals are promising for quantum devices, New material phase may boost ultrathin electronics, New detector sees the origins of elements
- Focus on Hydropower: Fake fish test real impacts of hydropower
- Focus on Biology: New tool offers a better picture of plants
- Why Science? Young researchers explain
- Time Warp: The origins of fusion energy research at ORNL
Vol. 53, No. 2, (Spring 2020)
- Editorial: ORNL is a laboratory of leaders
- Fighting COVID-19: ORNL is in the fight against COVID-19
- To the point: To the Point: Tokamak assembly to begin at ITER, a view of polymers at the oil–water interface, smart traffic lights can save truck fuel
- R&D Leadership: Scientific leadership begins with people, Highly cited research inspires insight and collaboration, ORNL researchers shine in professional societies
- Operations and Mission Support: Experts enable ORNL to keep going strong, New workshops let participants face uncomfortable truths
- Infographic: ORNL by the numbers
- Community Engagement and Leadership: Staff members bring ORNL to the community
- Promoting the Next Generation: Polymer physics pioneer pushes women in STEM, People with purpose power ORNL, Oppenheimer program shapes ORNL leaders
- Eugene Wigner Distinguished Lecturer: John Martinis
- Why Science? Young researchers explain
- Time Warp: Weinberg's legacy of leadership
Vol. 53, No. 1, (Winter 2020)
- Editorial: Neutron scattering for a better world
- To the Point: US ITER gets new director, ORNL fuel tech can make ethanol competitive, ORNL home to nine highly cited researchers
- Focus on Neutrons: Neutrons open a world of research, What makes neutron scattering unique, SNS upgrades will benefit researchers
- Focus on Computing: Farewell, Titan: A long-running supercomputer with tremendous impact, Igniting a new class of combustion research
- Infographic: Neutron scattering at ORNL
- Focus on Biofuels: Getting to the root of better plants
- Focus on Transportation: ORNL engine research supports new fuel development
- Focus on Physical Sciences: Bio-inspired material soaks up oceans’ uranium, Right electrolyte doubles 2D material’s ability to store energy
- Early Career Award Winners: The future is bright: Nine ORNL researchers take home prestigious early career awards
- Why Science? Young researchers explain
- Time Warp: The church that’s not supposed to be there
Vol. 35, No. 3, ( 2002)
New Pathways to Research- Materials Research at ORNL: A Distinguished Past, A Bright Future (Editorial by Jim Roberto)
- HTML User Centers Help U.S. Industry
- HFIR’s Cold Neutrons for New Materials Insights
- SNS Instruments for Materials Research
- Leading Nanofab Lab for ORNL
- Mapping Materials in 3D Using X rays
- Seeing the Unseen in a New Microscope Lab
- Environmentally Quiet Building
- Award-Winning Characterization Tool
- From Ordinary Alloys to Extraordinary Materials
- Niche Applications for ORNL’s Nickel Aluminides
- ORNL Breaks into Metallic Glass Field
- Materials Processing Using ORNL’s Powerful Lamp
- Making Better Billets
- Synthesizing Polymers to Make Sensors
- Nanoporous Materials for Novel Catalysts
- Exploring Carbon Nanotubes
- Self-Assembled Film for Aligning Carbon Nanotubes
- How Do Carbon Nanotubes Grow?
- Carbon Nanotubes and Chemistry
- Improving Superconductors and Semiconductors
- Unlocking Mysteries of the Nanoscale
- Neutron Science, Nanoscience, and New Simulations
- Predicting a Model Weld
- Novel Materials for Homeland Security
- Hot Spotter: Detecting Radiation from Suspicious Packages
- Faster Computers through Carbon Foam?
Vol. 35, No. 2, ( 2002)
Energy Security- Editorial: Energy Security—Providing Secure Energy Supplies and Protecting Our Energy Infrastructure
- Nuclear Energy: Assuring Future Energy Supplies
- Methane Extraction and Carbon Sequestration
- Gas Pipeline Safety: ORNL’s Role
- Energy from Biomass: Nature’s Power
- Fuel Cells for Buildings and Vehicles
- Clean Coal Power Technologies
- ORNL and Oil Research
- Water and Energy Security
- The Future of Fusion Energy: Meeting National Energy Goals
- ORNL Technologies for Energy Infrastructure Assurance
- Optical Seals for Containers
- Responding to Energy-Related Emergencies
- Power Grid of the Future
- Improving the Global Standard of Living: Aid from ORNL
Vol. 35, No. 1, ( 2002)
Supercomputing for Science- Supercomputing for Science—ORNL’s Commitment to Scientific Discovery
- A National Resource at ORNL: Supercomputers Support Superb Science
- ORNL’s Powerful Tools for Scientific Discovery
- New Home Planned for 10-Teraflops Supercomputer
- Developing Computer Tools for Scientists
- ORNL Leads Effort to Build Better Supercomputer Centers
- From the Stone Age to the Lego Block Age of Computing
- ORNL, IBM, and the Blue Gene Project
- Evaluating Supercomputer Performance
- Retaining and Retrieving Data More Effectively
- Networking: Making Faster Connections among Supercomputers
- Networking for More Powerful Supercomputers
- Visualization Tools: Interacting with Data in Many Dimensions
- Collaborations and Partnerships
- Modeling Magnetic Materials
- The Science Grid
- Designing Electronic Devices Using Supercomputers
- Simulating Supernovae on Supercomputers
- Probing Cells by Computer
- Modeling Blood Flow during CPR
- World-Class Climate Modeling
- SciDAC Funding for Local Climate Modelers
- Chemical Experiments and Predictions by Computer
- Computer Modeling Aids Understanding of Plasma Physics
- Car Crash Simulations May Improve Vehicle Efficiency
- Evaluating Vehicle Emissions Controls
- Computer Modeling and Homeland Security
Vol. 24, No. 3, ( 1991)
Molecular Marriages for Improved Chemical Separations- Molecular Marriages for Improved Chemical Separations
- Chasing Electrons in Gases and Liquids
- Diamond Films Are (Almost) Forever
- Energy Strategies for a Greenhouse Future
- Sensors for Health and Safety
- New Light on Measuring Temperatures
- Awards and Appointments
- Pick a Number
- Educational Activities Waste minimization problem solved by college students
- R&D Updates—Media attention given to ORNL's search for arsenic in Zachary Taylor's remains
- Technical Highlights—Three ORNL R&D 100 Award winners; new technology to evaluate chemical-protection suits; digital recorder made portable by new chip; nonfusion applications for ORNL's pellet propulsion technology; ecological effects of 1988 fire on Yellowstone National Park studied by ORNL researchers
- Technology Transfer—Eleven CRADAs signed in a year; how ORNL transferred advanced controls technology to the nuclear power industry; a successful consortium
- Index of Review Articles (1984-1991)
Vol. 24, No. 2, ( 1991)
State of the Laboratory- State of the Laboratory—1990
- Farewell to Herman Postma
- Single Crystals for Welding Research
- Science Alliance: A Vital ORNL-UT Partnership
- Profiles of ORNL-UT Distinguished Scientists
- The Partnership's Early Years
- ORNL-UT Interactions Outside the Science Alliance
- Awards and Appointments
- Pick a Number—Origin of weather prediction models
- User Facilities—Neutron-scattering users and students back at the HFIR
- R&D Updates—New Mathematical Sciences Building at ORNL; fresh lava deposit on ocean floor observed by ORNL divers; Center for Risk Management established
- Technical Highlights--Demonstration of in situ vitrification to seal up ORNL wastes; electricity from a spinach-platinum system; hollow atom mysteries probed
- Technology Transfer—Two CRADAs signed by state of Tennessee and Energy Systems; radiation monitoring and respirator software licensed
Vol. 24, No. 1, ( 1991)
Hurdling the Barriers- ORNL's High-Temperature Superconductivity Pilot Center
- Superconductivity Research Successes
- The Superconducting Motor
- Waste Site Remediation: Are We Doing It Right?
- "No Option Would Satisfy Everyone"
- Enzymes for Extracting Energy from Trash
- Awards and Appointments
- Pick a Number—New math columnist for the Review
- Educational Activities—ORNL participants in WATTec's Science in Action program
- R&D Updates—Gordon Bell Prize for scientific computing to ORNL; A-E firm for ANS chosen; the HPRR closed; global change data book published; changes in ORNL's work for the SSC
- Technical Highlights—Female-specific mutagens discovered at ORNL; viewing DNA features with near-atomic resolution using X-ray analysis and crystals made of chicken blood
- Technology Transfer—SERS continuous monitoring technology licensed to GAMMA-METRICS; ORNL involved in first DOE CRADA; new class patent waiver in DOE-Energy Systems contract
Vol. 18, No. 4, ( 1985)
- Parallel Computing at ORNL. Computer scientists are learning how to use new parallel processing machines to meet ORNL's research needs. New parallel algorithms for solving large systems of equations have been developed at ORNL.
- Protecting Human Health: The Chemical Challenge. Scientists at ORNL have developed several methods of detecting human responses to hazardous energy-related chemicals. They are using interferon as a bioeffects marker and are developing the "fluoroimmunosensor," which detects minute amounts of polynuclear aromatic hydrocarbons in body fluids and tissues.
- The Technology Transfer Fund: A Status Report on the ORNL Projects. ORNL, DOE, and the Office of Technology Applications of Martin Marietta Energy Systems, Inc., have committed funds to stimulate innovation and bring ORNL technologies to the stage where their commercial potential can be judged. The status of five technology-transfer projects is described.
- Pion Emission from Low-Energy Nuclear Reactions. A theorist said it couldn't be done, but nuclear physicists at ORNL's Holifield Heavy Ion Research Facility accelerator have detected the emission of pions, short-lived particles that serve as the "glue" in the nucleus, from low-energy nuclear reactions. Current theory is being revised to explain how pions can be produced at unexpectedly low energies.
- Managing Hazardous Waste: ORNL Examines the Options. ORNL is playing an important role in managing the nation's defense-chemical wastes and in devising better ways of dealing with its own hazardous materials.
- Books. Chancing It: Why We Take Risks is reviewed by W. S. Lyon.
- Take a Number
- Technical Capsules. Device to measure metal deformation wins IR 100 award; technology transfer and cell freezing.
- Lab Anecdote. The story of the radiation-danger symbol.
- News Notes. ORNL Director Herman Postma talks to President Reagan; Radio Frequency Test Facility completed; Associate Director Fred Mynatt testifies on advanced reactors for space; fusion magnet facility begins 6-coil tests; Athens power-distribution experiment under way; Life Sciences Complex plans told; Cummins Engine licensing breaks new ground.
- Awards and Appointments