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Vol. 38, No. 3, ( 2005)
The Emerging Nanoscience Revolution- Nanoscience Research at ORNL: Editorial: Joining the Emerging Nanoscience Revolution ... The Next Small Thing ... The Center for Nanophase Materials Sciences ... Neutrons and Nanoscience ... Looking at the World Differently ... Nanoworld Records ... Imaging the Invisible ... A New Attraction ... New Tools for Nanoscience ... Producing Polymers ... A Limitless Potential ... Breaking the Mold ... Researching in Bulk ... Layered Film That Stacks Up ... Catalysis at the Nanoscale ... Nature’s Way ... Nanofabrication in the Clean Room
- Profile: Jim Roberto: Weighing in on Nanoscale Research
- Research Horizons: The “Real” CSI ... Collaboration at a Superfund Site
- Awards: And the Winners Are ...
Vol. 38, No. 2, ( 2005)
Attracting the Next Generation of Great Scientists- Features: Editorial: The Search for New Scientific Superstars ... Filling the Talent Pipeline ... Still Making a Mark ... The Critical Difference ... A Winning Couple ... The Best of Both Worlds ... Mentors and Inventors ... Coming Home ... Finding the Next Small Thing ... The Path of Least Resistance
- Profile: Paul Gilman: Oak Ridge Center for Advanced Studies
- Research Horizons: Superheavy Nuclei: Taking Shape in Theory ... A New Spin
- Awards: And the Winners Are...
Vol. 38, No. 1, ( 2005)
Addressing the World's Energy Challenges- Features: Editorial: An Important Part of the Solution ... Energy Efficiency: Stretching America's Resources ... Energy Prophets: Providing International Solutions ... Energy Prophets: U.S. Oil Dependence ... Aid for the Auto Industry ... Multiple Roads to the Hydrogen Car ... Closer to the Customer ... Pushing the Envelope ... Letting the Sunshine In ... Industry Efficiency ... More Power to the Grid ... Research Tools for the Nation ... Energy Partners
- Profile: John Petersen: Focusing on the UT-ORNL Synergy
- Research Horizons: Fusion: A Big Win for ORNL ... Attractive Materials Process ... Glassy Steel
- Awards: And the Winners Are ...
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. 30, No. 3, ( 1997)
High-Performance Computing- Foreword
- The Future of High-Performance Computing
- The Center for Computational Sciences: High-Performance Computing Comes to ORNL
- Industrial-Strength Computing: ORNL's Computational Center for Industrial Innovation
- Scientific Visualization at ORNL
- Visualization and Virtual Environments Research
- Algorithms, Tools, and Software Aid Use of High-Performance Computers
- Software Components To Facilitate Application Development
- High-Performance Computing: Innovative Assistant to Science
- Computing the Genome
- Developing a Grand Challenge Materials Application Code
- How Solids Melt: ORNL Simulations Support Theory
- Giant Magnetoresistance in Layered Magnetic Materials
- Edge Dislocations in Silicon
- High-Performance Computing in Groundwater Modeling
- Analysis of Material Performance in Automotive Applications
- Optimization of Microstructure—Property Relationship in Materials
- Computational Engine Modeling
- From a Distance: Remote Operation of Research Equipment
- Crisis Management and Collaborative Computing: ORNL's Contributions
Vol. 30, No. 1, ( 1997)
State of the Laboratory- State of the Laboratory—1996
- Neutron Science and Technology Initiatives
- Life Sciences Initiative
- Computational Sciences Initiatives
- Biological Sciences
- Environmental Sciences and Technology
- Energy Production and Energy End-Use Technologies
- Instrumentation, Manufacturing, and Control Technologies
- Advanced Materials Processing, Synthesis, and Characterization
- Physical Sciences and Neutron Science and Technology
- Computational Science, Advanced Computing, and Robotics
- Robotics and Education
- Technology Transfer: CRADAs, Licenses, and Patents
- Awards and Appointments for 1996
Vol. 22, No. 4, ( 1989)
Reactor Technology at ORNL- EDITORIAL: A Resurgence of Nuclear Energy?
- Reactors Are Central to ORNL's Missions
- The Research Reactor Dilemma
- The HFIR: Lessons Learned
- ORNL's Research Reactors
- New Insights on Reactor Vessel Embrittlement
- The Oak Ridge Research Reactor: A Requiem
- Isotope Materials for Research
- Nuclear Healing
- Neutron Scattering at Research Reactors
- The Advanced Neutron Source: An Update
- ORNL and the Modular HTGR
- PIUS-BWR: Concept for a Passively Safe Reactor
- Advanced Controls for Nuclear Facilities
- Take a Number
- Awards and Appointments
- User Facilities: The High Temperature Materials Laboratory
- Educational Activities. Molding tomorrow's scientists
- R&D Updates: STM images of DNA obtained here; clean-air issues evaluated; space studies under way; ORNL selected as site for Gammasphere
- Technical Highlights: Three R&D 100 Awards for ORNL in 1989; NIH grant for ORNL's transgenic mouse program
- Technology Transfer: ORNL ceramic technology licensed to Coors Ceramics Company; motor diagnostic technology licensed to private firms
Vol. 22, No. 2, ( 1989)
Life Sciences at ORNL Editorial Biology Research Genetics- Genetics Research in the Biology Division
- Chromosome Alterations and Cancer
- Targets for Mutagenesis
- Mouse Models of Human Genetic Disorders
- Mouse Genome Characterization
- Pursuing Biology's Holy Grail
- Radiation-Induced Cancers
- Extrapolating Cancer Risk
- In Vitro-In Vivo Models for Cancer Studies. New model systems aid understanding of cancer mechanisms
- Probing Mechanisms for Cancer Suppression. An ORNL technique improves understanding of factors that block tumor growth
- Protein Engineering
- Altering Human Epidermal Growth Factor
- DNA Repair—A Recipe for Survival. Research is zeroing in on the cell's mechanisms for self-repair
- Can the CO2 Fixation Enzyme Be Improved?