891 - 900 of 1929 Results
Electricity generation from waste heat offers an enormous opportunity to recover energy back into the grid, and 75% resides in an ultralow form (<100°C).
Electricity generation from waste heat offers an enormous opportunity to recover energy back into the grid, and 75% resides in an ultralow form (<100°C).
Sulfide-based Na-ion-conducting solid electrolytes hold promise to improve battery chemistries on the basis of energy density, safety, and cost, yet inherent limitations, such as water and air stability, represent a grand challenge for such solid electrolytes to meet the
The proposed wireless charging architecture utilizes the existing power electronics in an electric vehicle in a novel way to function as the rectifier thereby increasing the power density and cost effective.
This invention is a low-cost method to produce heavy carbide-based MMC’s net-shaped with limited tooling to produce cutting tools, mining drill bits, and other tools in high-wear applications.
As the need of potable water on earth increases, more economical and sustainable methods of water treatments must be developed.
An ORNL team has developed a method for screening for an immunoregulatory protein, which includes assessing the sequence of a candidate protein to determine if it is an immunoregulatory protein when at least one plasminogen-apple-nematode (PAN) domain with a consensus sequence
Neutron diffraction can be used to measure strain, stress, and temperature in ordered materials based on shifts in their diffraction peaks, and conventional in-situ measurements of these properties for internal combustion engines are either sparsely available or non-existent.
This invention exceptionally improves the mechanical strength of PEO-, or poly(ethylene oxide), based solid polymer electrolytes without sacrificing ionic conductivity.
An advanced manufacturing method to produce complex 3D geometries from refractory ceramics (e.g. SiC and ZrC) and refractory metals has bee described.