By Jack W. Plunkett
This fascinating new will improve applied sciences of every kind. Nanotechology has purposes inside biotechnology, production, aerospace, info structures and lots of different fields. This publication covers such nanotechnology company issues as micro-electro-mechanical platforms (MEMS), microengineering, microsystems, microsensors, carbon tubes and masses extra. this can be a younger box with super floor flooring possibilities. Our very good new reference instrument contains a thorough marketplace research in addition to our hugely revered developments research, all written from a enterprise person's standpoint. you can find an entire evaluate, research and marketplace examine record in a single terrific, value-priced package deal. It includes hundreds of thousands of contacts for company and leaders, institutions, websites and different assets. This booklet additionally contains statistical tables, an word list and thorough indexes. the company profiles element of the ebook comprises our proprietary, in-depth profiles of the three hundred prime businesses in all points of the nanotechnology and microengineering undefined. dealers of both the ebook or PDF model can obtain a unfastened reproduction of the corporate profiles database on CD-ROM, permitting key observe seek and export of key info, addresses, cellphone numbers and govt names with titles for each corporation profiled.
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Extra info for Plunkett's Nanotechnology & Mems Industry Almanac 2010: Nanotechnology & MEMS Industry Market Research, Statistics, Trends & Leading Companies (Plunkett's Nanotechnology & Mems Industry Almanac)
Properly used, nanotubes offer amazing strength. A nanotube can be more than 20 times stronger than steel. com), is using nanotube technology in new sports products. Easton-Bell has introduced nanotube-based bicycle components and baseball bats. For example, EastonBell’s MonkeyLite handlebar offers high strength, minimal weight and high resistance to material fatigue—all qualities that are greatly valued by bicycle enthusiasts. Nanotechnology is impacting golf equipment as well. Nanostructures are being embedded in golf balls to help decrease airborne drag or increase Plunkett Research, Ltd.
Scientists have already seen this daunting phenomenon in labs, where excess heat or inefficient conductivity via tiny wires and electrodes create chaos. com semiconductors, promises to solve these problems, making it possible to construct components for computer circuitry atom by atom, creating the ultimate in miniaturization. net/). The latest executive summary of the roadmap was published in December 2009. Nanoscale solutions to future semiconductor restraints are widely discussed in the forecast.
Com) announced in 2006 an increase in its SWNT manufacturing capacity to 10,000 grams daily, using a high-power plasma torch technique. Today, Raymor is a global leader in the production of carbon SWNTs that have applications in electrodes for super-batteries, supercapacities and fuel cells. By 2009, nanotube advances included printable integrated circuits. Researchers at the University of Illinois at Urbana-Champaign have created flexible, fast printed circuits with semiconducting “inks” using carbon nanotubes.
Plunkett's Nanotechnology & Mems Industry Almanac 2010: Nanotechnology & MEMS Industry Market Research, Statistics, Trends & Leading Companies (Plunkett's Nanotechnology & Mems Industry Almanac) by Jack W. Plunkett