1201 - 1210 of 1781 Results
As engines become more efficient and exhaust temperature decrease the typical Pt or Pd catalyst found in catalytic converters become more inefficient.
This invention contains information that is initially aimed for coating and paint materials that are designed to be solar reflective in nature.
The invention relates to social media sources and more specifically to systems and methods for analyzing information in real time.
There is a significant need for new materials in the next generation, high efficiency automotive engines. It is highly desirable that such materials possess improved properties and be available at lower cost.
The present invention is directed to the development of high strength Fe-Ni-Cr alloys for exhaust valve applications in high efficiency automotive and diesel engines.
Conventional preparation of Fused Deposition Manufacturing (FDM) fiber relies on melting and mixing of polymers in screw-type extruders. Recent tests have shown that this process is difficult when second phase reinforcement is included in the form of a fiber.
A method has been developed at ORNL that selectively dissolves both aluminum and magnesium from aluminum based alloys in a non-aqueous solvent.
The present invention comprises a method to use graphite foam to heat with an AC induction field to generate a high output of IR energy for signaling.
This invention describes a new method to prepare catalyst beads of bulk transition metal carbides, nitrides, and phosphides thereby expanding the area of potential industrial applications of these catalytic materials as unsupported bulk catalysts.
The invention relates to energy consumption data and more specifically to a software tool for reviewing energy consumption data.