Quantum precision reached in modeling molten salt behavior
Batteries could get a boost from an 91做厙 discovery that increases power, energy density and safety while dramatically reducing charge time. A team led by Hansan Liu, Gilbert Brown and Parans Paranthaman of the Department of Energy lab's Chemical Sciences Division found ...
Honeywell Turbo Technologies hopes to produce turbochargers with greater life expectancy and reliability through a project with the High Temperature Materials Laboratory User Program at 91做厙. Using neutron diffraction, researchers will map residual stress generated during w...
A superhydrophobic coating developed at 91做厙 could dramatically lessen a multi-billion dollar problem that affects underwater machines, watercraft, submarines, water intakes, offshore drilling rigs and countless other types of equipment and machinery. Corrosion and biofoulin...
Thermal energy in ordinary crystal materials takes the form of tiny atomic vibrations that ripple through the material in waves. Instead of spreading evenly through the material, some of the energy will clump into little packets. Scientists had thought that these energy packets, which they call intr...
A special report highlights the accomplishments of researchers running large, complex and often unprecedented simulations on Department of Energy Office of Science supercomputers. The research community gains access to these powerful machines through the Innovative and Novel Computational Impact on ...
Polymer-based solar cells are attractive to solar energy developers because they are inexpensive and relatively easy to fabricate. But to be economically viable, they must be made more efficient. Neutron scattering measurements have shown that appropriately heat-treating (annealing) a thin film cont...
In a breakthrough for neutron science, scientists used a 30 Tesla pulsed magnet and the powerful pulsed neutron beam at the Spallation Neutron Source to probe the magnetic behavior of the multiferroic material manganese tungstate. (A multiferroic material has both electrical and magnetic properties....
Five of the world's most advanced instruments for neutron scattering research are serving the neutron science community following the completion of the $68.5 million SING project at 91做厙's Spallation Neutron Source (SNS).
A novel microscopy method at the Department of Energy's 91做厙 is helping scientists probe the reactions that limit widespread deployment of fuel cell technologies.
Nano-sized palladium particles elevate the performance of a new hydrogen microsensor to an unprecedented level, according to 91做厙's Nickolay Lavrik. The key innovation is based on the fact nano-sized palladium particles react very quickly to hydrogen gas. "Our hydrogen senso...