ABB HIEE205011R0002 UNS 3670A-Z转换器电子

　　清理污染地下水的有机化学品。研究人员表明，铁纳米颗粒可以有效地清除污染地下水的有机溶剂。铁纳米粒子分散在整个水体中并在适当的位置分解有机溶剂。与需要将水从地下抽出的处理方法相比，这种方法更有效且成本显着降低。

　　在材料生产过程中产生较少的污染。研究人员已经证明，使用银纳米团簇作为催化剂可以显着减少塑料、油漆、清洁剂和制动液等材料生产过程中产生的污染副产物。

　　增加风车产生的电流。含环氧树脂的碳纳米管被用于制造风车叶片。由此产生的叶片更坚固，重量更轻，因此每个风车产生的电压更大。

　　研究人员已经证明，嵌入聚合物中的硅纳米线阵列可以产生低成本但高效率的太阳能电池。这可能会导致太阳能电池的发电成本与煤炭或石油一样具有成本效益。

　　消费产品

　　纳米技术以多种方式满足人们使用的日常基本需求

　　纺织品中的银纳米粒子用于杀死织物中的细菌并使织物具有抗异味。

　　将维生素输送到皮肤更深处

　　使用基于纳米粒子的电极的锂离子电池用于电池电动汽车。

　　体育用品

　　运动中的纳米技术包括：

　　通过在框架中添加纳米管来增加网球拍的强度，从而增加球的力量和操控性。

　　纳米粒子改善了杆身材料的均匀性，从而改善了挥杆。

　　航天工业

　　重量更轻、强度更高的材料将用于飞机制造。从而提高性能并降低油耗。

　　纳米技术的未来

　　目前的产品是用于自行车车身塑料、化妆品、更好的衣服、保健产品和用碳纳米管增强的网球拍的普通纳米技术。

　　但是，根据一场辩论，纳米技术的未来发展有两种阴影。纳米技术是许多科学和非科学推测的主题，它是一个涵盖许多科学、研究和技术领域的术语。许多人担心的是一种文化预测，即自我复制的纳米粒子参与对人类和环境的大规模攻击将带来世界末日。使用纳米技术开发武器将带来大规模的灾难和洪水。

　　另一方面，我们有一种叫做纳米机器人的隐藏武器，它设想在体内和血液中使用纳米颗粒进行修复和防止感染。

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　　⑩Bosch Rexroth(博世力士乐)：Indramat，I/O模块,PLC控制器,驱动模块等。

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　　PLC模块，可编程控制器，CPU模块，IO模块，DO模块，AI模块，DI模块，网通信模块，

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　　Cleaning up organic chemicals polluting groundwater. Researchers have shown that iron nanoparticles can be effective in cleaning up organic solvents that are polluting groundwater. The iron nanoparticles disperse throughout the body of water and decompose the organic solvent in place. This method can be more effective and cost significantly less than treatment methods that require the water to be pumped out of the ground.

　　Generating less pollution during the production of materials. Researchers have demonstrated that the use of silver nanoclusters as catalysts can significantly reduce the polluting by-products generated in the production of materials such as plastics, paints, detergents and brake fluids.

　　Increasing the current generated by windmills. Epoxy-containing carbon nanotubes are being used in making windmill blades. The resulting blades are stronger and lower weight, and therefore the voltage of electricity generated by each windmill is greater.

　　Researchers have demonstrated that an array of silicon nanowires embedded in a polymer, results in low-cost but high-efficiency solar cells. This may result in solar cells that generate electricity as cost-effectively as coal or oil.

　　Consumer Products

　　Nanotechnology included in a numerous ways to serve the daily basic needs that used

　　The silver nanoparticles in textiles used to kill the bacteria in the fabric and making the cloth odour-resistant.

　　Delivering vitamins deeper into the skin

　　Lithium ion batteries that use nanoparticles-based electrodes are used in battery electrical vehicles.

　　Sporting Goods

　　Nanotechnology in sports include:

　　Increasing the strength of the tennis racquets by adding nanotubes to the frames which increase the power and handling control of the ball.

　　Nanoparticles improves the uniformity in the shaft material which improves the swing.

　　Aerospace industry

　　Light weight and stronger materials will be used in aircraft manufacturing. Leading to increased performance with reduced fuel consumption.

　　Future of Nanotechnology

　　Present products are much more ordinary nanotechnology used in plastics for the body of bicycles, cosmetics, better clothes, healthcare products and tennis rackets reinforced with carbon nanotubes.

　　But, According to a debate the futuristic development of Nanotechnology has both shades. Nanotechnology is a subject of many scientific and non-scientific speculations it is a board term that covers many areas of science, research and technology. The fear of many is the cultural prediction that self-replicating nanoparticles taking part in massive assaults on humanity and the environment would bring the doomsday. The development of Weapons using nanotechnology would bring a mass scourge and deluge.

　　On the other hand, we have a hidden weapon called nanobot envisioned use of nanoparticles inside the body and the bloodstream making repairs and guarding against infection.