NanoSteel, a provider of proprietary nano-structured steel material designs, has developed new, advanced high-strength steels (AHSS) with superior ductility and strength for use in automotive structures.
A research team from the North Carolina State University has discovered that the bulkiness of ligands, which are organic molecules utilized in the synthesis of gold nanoparticles, determines the size of the nanoparticles, which means the larger the ligands, the smaller the nanoparticles.
The NanoSteel® Company, a leader in nano-structured steel materials design, today announced the development of new advanced high-strength steels with exceptional combinations of strength and ductility for automotive structures.
At the 2012 Nanotech Conference and Expo, SouthWest NanoTechnologies (SWeNT)’s Director of Research and Development, Ricardo Prada Silvy will deliver a presentation entitled, ‘Specialty Multi-Walled Carbon Nanotubes for Advanced Li-ion Battery Cathodes.’
A new Micro and Nano-Fabrication Facility has been opened at the Graphene Research Centre of the National University of Singapore (NUS). The new facility is the first-of-its-kind nano-science and nano-technology center in Asia devoted to graphene research.
Scientists from Trinity College Dublin have made a groundbreaking research, which shows that individual's health may get seriously affected when exposed to nanoparticles and this may lead to rheumatoid arthritis and other serious autoimmune disorders.
DuPont, a materials science company, has signed a financial and strategic development agreement with Nanocomp Technologies, a commercial producer of high performance carbon nanotube (CNT)-based sheets, wires, tapes, and yarns.
A research team headed by Hongjie Dai from the Stanford University has synthesized a multi-walled carbon nanotube complex comprising cylindrical carbon sheets, which can be helpful in reducing the cost of catalytic converters, fuel cells, and other energy-related technologies by providing an economical replacement for high-cost platinum catalysts.
A research team from the Case Western Reserve University has discovered that triangle, cube and other higher-order-structured gold catalysts are capable of growing nanowires two times faster and longer than the process involving standard spherically-shaped catalysts.
Research and Markets has included a report titled ‘Titanium Dioxide Nanomaterials: Volume 1352. MRS Proceedings’ to its catalogue.
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