411 - 420 of 504 Results
There is a need for ferritic (Fe-based) steels that possess superior corrosion resistance while maintaining excellent hardness that is especially desired under high wear applications.
The new and herein described silicon-containing epoxy molding compound (Si-EMC) will possess a unique combination of having high thermal diffusivity, electrically insulative character, and low cost. Epoxy materials are inherently poor thermal conductors by themselves, so
This invention relates, in general, to the manufacture of carbon fibers and their composites materials.
This invention relates, in general, to the manufacture of carbon fibers and their composites materials.
The proposed invention uses inoculants to minimize, or eliminate, solidification undercooling of Sn and Sn-based solders in order to refine the microstructure and improve the mechanical properties of the solder joints.
Mesoporous carbon materials lack sufficient ordering at the atomic scale to exhibit good conductivity properties and good thermal stability.
Successful, economically feasible thermomechanical processing of rare earth free magnesium alloys has been accomplished by a novel rolling method.
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.
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 comprises a method to produce carbon fiber from relatively low-cost precursors from polyolefins and their compounded derivatives.