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This invention disclosure describes a new electrochemical approach for conducting nanoscale redox reactions including the synthesis of crystalline nanostructured particles and rods with controlled particle size.
This invention disclosure describes a new manufacturing approach for crystalline nanostructured semiconducting metal-containing complexes with controlled particle size with varied stoichiometries for low-cost solid state lighting, photovoltaic, electronic and energy-related ap
The present invention comprises apparatus and method that electro-magnetically heats of a metallic material guide and a print tip instead of conventional heating methods. The coil stays at much lower temperature than the metallic guide and polymer within the guide.
At least three companies have commercialized systems that collect and distribute sunlight via optical fibers for interior lighting: Sunlight Direct, Himawari, and Parans. The invention proposed herewith, a Modular Off-Axis Fiber Optic Solar Concentrator, uses
We report a method of synthesizing and characterizing cross-linked polyethylene (XLPE)-ceramic nanocomposite systems: XLPE with titanium dioxide (TiO2) and XLPE with silicon dioxide (SiO2).
Materials processed with fused deposition modeling (FDM) contain voids and air pockets that are detrimental to final mechanical properties.
Polymer based additive manufacturing is accomplished by several technologies that rely on feeding polymer materials through a nozzle that is precisely located over a preheated polymer substrate.
The present invention provides a method for utilization of waste-derived materials for their value-added use as energy storage materials. These materials can be used in batteries, supercapacitors, water filtering membranes.
The invention relates to sensors and more specifically to a smart alarm that uses mathematical algorithms to detect fires more rapidly than conventional smoke alarms and to discriminate against conditions that would lead to false alarms.