1331 - 1340 of 1781 Results
The invention disclosure relates to superhydrophobic surfaces and more specifically to articles and methods for creating micron and nanometer-scale glass structures that include structured glass arrays using inexpensive glass in a simple manufacturing process.
The invention relates to power transfer devices and more specifically to variable area linear actuators. Pressurized fluid applied to a piston is routinely used to provide linear actuation force for a variety of applications such as lifting, moving, steering, forming etc...
The invention measures spatial (cylinder-to-cylinder) and temporal (cycle-to-cycle) EGR fluctuations using an optical probe that requires single-port access.
This technology discloses an article having a biaxially textured substrate surface and a plurality of vertically-aligned, epitaxial nanopillars supported on the surface substrate. The article can include a matrix phase deposited on the biaxially textured surface and be
Titanium powder of high surface area when consolidated in the solid state shows an increase in oxygen content that could be attributable to adsorbed water. Welding of the consolidated powder reveals porosity also attributable to the hydrogen constituent of adsorbed water.
The present invention measures a beam of protons that has a high dynamic range. Typically, one uses standard current-transformers to measure this current.
We disclose a personalized content recommendation algorithm through mining user dwell times and other implicit user feedbacks derived from a user’s previously online reading or browsing activities, which would be captured by a set of novel user interfaces in the form of custom
Here we propose a new approach, based on cavitation mechanism, to enhance the stimulation technology for developing effective EGS reservoirs.
The present invention relates to mesoporous carbon placed on 3D structures for use in water purification. The dimension relates to water purification using mesoporous carbon coatings that are placed on 3D structures to allow flow through and higher reaction rates. Cap
A technique for rapid, reproducible functionalization of multiple cantilevers for atomic force attraction measurements or cantilever sensor has been devised and demonstrated that utilizes a special device suitable for simultaneously dipping fragile cantilever probes into multi