1421 - 1430 of 1781 Results
The present invention comprises an alloy formulation for castings yielding superior high temperature oxidation and creep resistance in a range of energy production and chemical processing applications. Of particular interest are cast turbine and engine components.
An air-cooled traction drive inverter enables cooling with air thereby eliminating the existing liquid cooled thermal management system.
Miniature sensors are used to identify and locate leaks in fluid pipelines. These sensors, through tailored physical and geometric properties, preferentially seek fluid leaks due to flow streaming.
The nanoscale morphological details of bulk heterojunction solar materials are critical for the performance of a solar cell that is configured from organic photovoltaic materials (OPV materials). Thus, the annealing step is important for the eventual cell performance (e.
A new method for enhanced rates of charging/discharging conductive electrodes in electrolytes systems has been discovered.
The subject invention is an advanced chlorophyll pulse amplitude modulation fluorometer for environmental monitoring. Detection is achieved by algal biosensors that grow naturally in source drinking waters. The principle of detection is chlorophyll fluorescence measurement.
The invention relates to a method for converting 2- and 4-acetylpyridines to perdeuterated 2-vinylpyridine and 4-vinylpyridine. This research developed out of the need to synthesize 2-vinylpyridine-d7 as the building block (monomer) for many important amphiphilic polymers.
The present invention comprises an alternative to conventional stabilization methods (functionalization methods) to chemically crosslink polyolefin-based carbon precursors. This method will help to reduce inter-filament bonding or fusion in carbonized fibers.
The present invention provides improved spatial resolution (100 microns or less) for charge particle detection or cold neutron detection with extremely low sensitivity to other radiation such as x-rays or gamma rays, defining the time of the event within ~1 nanoseconds.
This disclosure describes a passive method for on-demand control of femtoliter-volume droplet formation and fusion, based on interfacial-induced forces that act on droplets due to an abrupt change in channel height at water/oil channel junctions.