941 - 950 of 1781 Results
This invention will enable the design and scalable fabrication of ultraconductive Cu composites with a room temperature electrical/thermal conductivity exceeding that of pure Cu, which will have immense technological and economic impact in all energy sectors.
The experimental dental adhesive resins containing nanoparticles (either doped or co-doped) in distinct concentrations are the main objective of the present invention.
The methods used here are expected to outperform conventional sensing material systems; since the intrinsic large surface-area-to-volume ratio of the structures provides enhanced adsorptive capacity and large reaction contact area between the sensing material and the targeted
By exploiting chemical phase-separation in oxide materials, we have demonstrated a novel approach to create three dimensional high-surface area nanostructured composite thin film coatings for enhanced gas sensing.
This invention comprises a method of synthesizing ammonia from nitrogen gas.
The invention describes a method for fabricating a composite phase change material (for example with compressed expanded graphite) that reduces the manufacturing time and complexity in order to produce a composite with high heat transfer performance.
This invention discloses (1) the fabrication and synthetic preparation of a novel class of supported polymer-inorganic hybrid membranes and (2) the innovative prototype membrane separation process that was demonstrated effective molecular separation of water and organic acids
Aluminum-cerium alloys which can be surface treated are important for certain applications where wear resistance is important. Through novel surface refining techniques it is possible to create a very hard surface morphology while maintaining a ductile bulk system.
Disclosed is a manufacturing method and a lightweight scalable inorganic membrane module that reduces cost of fabrication and improves performance compared to standard ceramic honeycomb type membrane structures or tube and shell configurations.
It is estimated that over ten thousand tons of hard disk drive magnets may be available for recycle which contain up to 3 wt.% dysprosium.