981 - 990 of 1781 Results
The present invention comprises a new method for lignin-based fiber processing, and fibers made thereby.
The invention comprises a new formula for corrosion and creep resistant high Cr FeCrAl alloys that contain elements such as niobium, tungsten, molybdenum, titanium, and yttrium. The new alloys also exhibit improved grain structure, oxidation resistance, weldability.
Clostridium thermocellum converts lignocellulosic biomass to a mixture of fermentation products, including ethanol, but it also produces amino acids as fermentation products.
The invention comprises a universal and scalable approach for manufacturing 2D single crystals, with a demonstration of its utility using graphene as an example.
Alkali halide crystals such as LiI, NaI, or CsI that are activated with divalent rare-earth ions such as Eu(2+) have not been widely used as scintillators for radiation detection applications due to their incompatibility with the incorporation of divalent activator ions above
This invention describes a new alloy system with promising permanent magnet properties. The materials contain none of the expensive “critical” rare earth elements (Nd, Dy, Sm) found current high performance magnets.
ORNL has developed advanced adsorbent materials that have demonstrated at least 30% increase in the uranium adsorption capacity after seawater exposure.
The invention relates to insulating materials and more specifically to applications that require thermal insulation with high visible transmittance.
This invention measures very small changes in temperature, below 0.001 degrees Celsius. The geometry and material construction is optimized to measure a temperature change that is caused by a radiant power flux (i.e.
Shape shifting polymers