UCLA scientists have developed approaches to producing conductive polymer polyaniline nanofibers as well as chemical sensors made from such conductive polymer polyaniline nanofibers. This fundamental work has applications to electronic and optical applications, such as lightweight battery electrodes.....
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Yunfeng Lu and colleagues have devised a high-performance energy storage device based on vanadium oxide (V2O5) /carbon nanotube (CNT) nanocomposites that provides an asymmetric supercapacitor with a high energy and power density. Current supercapacitor designs are comprised of organic electrolyte or.....
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• No mechanical force is supplied by a user to clamp the PCB board to the cold plates• Nitinol spring’s reversible mechanism experiences substantially less fatigue than current metal springs• The thermal resistance is reduced by 45%.• The temperature at the center of the board is 20% cooler.• The de.....
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