1681 - 1690 of 1959 Results
This disclosure tracks the emergence of an identified technology from initial discovery (via original scientific and conference literature), through critical discoveries (via original scientific, conference literature and patents), transitioning through Technology Readiness Le
The present state of the art of head-end for the processing of commercial spent nuclear fuel is fraught with technical difficulties that make it almost prohibitively expensive.
An external cavity for high power broad-area laser diode array coherent beam combination has been designed and demonstrated. Experimental results confirm the novel external Talbot cavity design is a solution for the broad-area laser diode array coherent beam combination.
An invention related to characterization, particularly via electrical impedance measurements, of large surfaces is described. The invention is based on a large area electrode system where it is applied to a surface for electrical inspection.
It is imperative to improve the flux pinning properties of high temperature superconducting (HTS) thin films in the field and temperature ranges targeted for potential applications, which would in turn yield enhanced performance, increased efficiency, and cost reduction of
The process of the present invention employs membranes to facilitate the nearly complete removal of americium from spent nuclear fuel.
This invention provides an alternative option to increase the power density by the additional smooth third-harmonic torque.
The invention enables multifunctionality to be permanently incorporated onto the surface of glass or glass ceramics or even ceramics.
The invention comprises design and configuration of high-junction number, high-aspect ratio, and very efficient thermoelectric (TE) generators and a low-cost, high-volume, and unique method of making the same.
The invention allows for the physical/mechanical, and chemical, nanoscale features of various material samples to be measured. The invention provides nanoscale surface as well as subsurface information.