541 - 550 of 628 Results
Low-cost, wide-area, Ferroelectric and Multiferroic, (111)-, (101)-, and (001)-oriented polycrystalline BiFeO3 films are supported by RABiTS substrates and specific arrangements of buffer, barrier, and seed layers.
The electrochemical energy storage systems based on Li-based insertion and reconstitution chemistries are a vital component of future energy technologies.
The concept presented in the technical description is summarized here.
The basic idea is to use a chemical solution based seed layer of the double perovskite phase for growing the seed layer on RABiTS tapes.
The basic idea is to use a cap layer of a double perovskite phase for growing the superconducting film. Since this phase has a large lattice mismatch with REBCO or YBCO films, it is expected that the c-axis of YBCO phase will sharply tilt towards the substrate normal.
A new type of high efficiency, low grade waste heat energy converter is disclosed that can be used to actively cool electronic devices, computer systems, data centers and larger waste heat producing systems, while generating electricity that can be used to power monitoring se
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 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 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.