NANODYNAMICS

Chemical ceramic materials, namely, oxides, nitrides, and carbides, manufactured at the nanoscale, atomic or molecular level by powder metallurgy or sintering techniques for use as thermal and electrical insulators, coating, catalysts, or in various components and devices, namely batteries, solid oxide fuel cells, and components therefor, gears, wear parts, and structural components, namely automotive structures, air and space structures, building structures, sporting equipment structures, and marine structures; chemical composite materials, namely metal matrix composites, ceramic composites, plastic-fiber composites, plastic-ceramic composites, plastic-metal composites, carbon fiber composites, carbon nanotube composites, manufactured at the nanoscale, atomic or molecular level by powder metallurgy or sintering techniques for use [a]*as* thermal and electrical insulators, coatings, catalysts, and in various components and devices, namely batteries, solid oxide fuel cells, and components therefor, gears, wear parts, and structural components, namely, automotive structures, air and space structures, building structures, sporting equipment structures, and marine structures

Metal materials, namely, transition metals, elemental metals, alloys, intermetallic compounds, and metallic composites, manufactured at the nanoscale, atomic, or molecular level by powder metallurgy or sintering techniques, for use as coatings, catalysts, or in various components and devices, namely batteries, solid oxide fuel cells, and components therefor, gears, wear parts, and structural components, namely, automotive structures, air and space structures, building structures, sporting equipment structures, and marine structures

Electrical components, namely capacitors, power resistors, film resistors, ribbon resistors, electrical inductors, electrical conductors, and shielding components, namely, magnetic, and EMI, namely, electromagnetic interference, shielding components, namely electromagnetic interference shields