1511 - 1520 of 1929 Results
This disclosure covers two separate concepts that are, and will be, investigated for the purpose of mitigating the effects of high frequency induced parasitic losses in conductive materials.
The subject invention is a process for recovering nucleic acids from environments that have been described as refractory, recalcitrant, or intractable to molecular analysis.
Adsorbents made of polyolefin fibers or other polymer fibers and containing amidoxime and hydrophilic groups are capable of recovering dissolved metals from seawater or other aqueous solutions including uranium, vanadium, nickel, cobalt, titanium and other metals.
Surface modification plays a key role in the electrochemical performance of lithium ion battery materials.
Plastic zone extrusion may be provided. First, stock may be placed in a chamber. Then frictional heat may be generated within the stock to heat the stock to a plastic zone of the stock in the chamber.
The invention takes a natural graphite and subjects it to a heat-treatment protocol that must include exposure to forming gas.
Lithium-ion battery packs in hybrid electric vehicles (HEVs) and fully electric vehicles (EVs) in the near term will contain carbon-based active materials in the anode.
This invention disclosure provides details of winding techniques, structural design, and fundamental control concepts which result in improved performance, specific power, and/or power density of Isolated Multiple Flux Path (IMFP) reluctance motors.
The present invention comprises a method and associated apparatus for the treatment of polymeric materials, specifically, 1) in the stabilization and oxidation of thermoplastic materials for the preparation of high temperature processing and 2) the surface treatment of polymer
Manufacturers of solar cells have had significant difficulty scaling up various processes, i.e., reproducing the performance that they have achieved in the laboratory on a manufacturing/production scale.