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 Posted: Tue 10:41, 11 Jan 2011 Post subject: Nano-technology vehicles in full swing _7222 |
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Nano-technology vehicles in full swing
Materials technology development, and application of nanotechnology materials technology laid the foundation. Experts predict that ultra-nano interface material technology co amphiphilic binary interface material technology (hydrophile lipophile) and thinning of the interface material over dual technology (hydrophobic sparse oil) can be realized in any material surface, so if the domestic application of rubber materials technology, troubled domestic car oil, oil leakage and other issues will be resolved. Nano car with plastic plastic Seiko United States Institute of KDA After years of research, succeeded in dispersing nano-sized clay particles into the plastic,[link widoczny dla zalogowanych], made of plastic,[link widoczny dla zalogowanych], a new material called nano. It was revealed that nano-plastics can change the characteristics of traditional plastic, show the excellent physical properties: commercial strength, heat resistance and strength, density, smaller. Because nanoparticles smaller than the wavelength of visible light, nano plastic can show good transparency and high gloss. ■ ● Because of this, nano-plastics have been used in the Toyota senior Toyota car, they will not only nano-shell plastic cars, to reduce body mass, increase in vehicle speed; and wear resistance of plastics based on nanotechnology brass 27 times, 7 times the steel and its heat resistance than the original plastic increased 150 ~ C of this feature, made of nano plastic gear, used in place of copper, steel and other metal materials made of car gear. Super Nano-Jushi material thinning of double the basic principles of interface material technology is built on a particular surface geometry of nanometer-sized complementary structure. Since the surface of nano-sized low-lying adsorbed gas atoms can exist stably, so the macro stability of the surface layer of the gas equivalent of film, so that the oil or water can not be in direct contact with the surface, so that the material presented over the surface of double-thinning . Using this principle of manufacturing new materials, modification in the automotive glass, and glass surface contact angle close to zero, with a self-cleaning and anti-fog effect, can reduce the traffic caused by rain and fog days inconvenience. German scientists have used nano-ceramic bearing modified nano-titanium nitride TiC cermets, in the main metal-ceramic titanium carbide nano-titanium nitride can be refined by adding grain, helping improve the material strength, hardness and fracture toughness properties , developed a ceramic bearing, and has been used in the Mercedes-Benz limousine. The study also showed that the nano-mechanical properties of aluminum nitride on the optimization effect on the development of automotive bearing materials play a positive role in promoting. The newly developed nano-TiN modified TiC cermets car bearing has excellent mechanical properties, is a high-tech and high added value new car bearings. Users more than 4 months after the application of that section in the automotive field can replace the conventional bearings, automotive bearings to increase the service life of more than 2 times the cost of production equal to or slightly lower than with traditional bearings, market prospects, economic and social benefits . NRW Nano-electronic switch to nanotechnology research, led by Federation and the University of Essen, Germany number of research institutions, most recently in the use of a single electron as a nano-circuit switch study achieved initial progress. At present,[link widoczny dla zalogowanych], the development of this technology in nano-electronic switch on the Ford trial, has received very good results. Nano car paint Van Gogh WQ French high-tech research developed a liquid phase method using nano-scale titanium powder. They will be tiny nano-titanium powder and resin compound after the formation of a new paint coating by thermal spraying technology to the automotive surface, not only corrosion resistance, coating hardness and wear resistance increased significantly, there are amazing ability to repair itself, as metals, non-metallic materials common repair agent. Nano Titanium paint was also shown to have good self-cleaning coating is thin, with a material saving, strong adhesion and thermal stability is good. Nano-vehicle fuel present, research and development of oil additive technology of nano particles, nano-particles through specific materials and the preparation and optimization of dispersant, the nanostructured inorganic borate powder lubricant was added, and complemented by dispersant and proper decentralization, the formation of nano-particle additives. Added in the lubricant additive nano-particles, can improve the antiwear properties of oil, reduce energy consumption and improve vehicle life, reduce environmental pollution. After a certain percentage added to gasoline, the car can make Santana a class of about 10% lower fuel consumption. Of greater concern is that nanotechnology applications in fuel cells,[link widoczny dla zalogowanych], you can save a lot of cost. Because nano-materials at room temperature with excellent hydrogen storage capacity,[link widoczny dla zalogowanych], according to the experimental results, under atmospheric pressure at room temperature, about 2 / 3 of the hydrogen from these nano-materials can be released. Ng between the world wide. Future nanotechnology applications in the automotive sector has a very broad market opportunities. The key now is broken as soon as possible for technical implementation, so that nano-technology vehicles into commercial production. L1 port 2004 No. 145 of the total
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