As predicted in the next 10 to 20 years humanity could expect considerable breakthroughs in nonmaterials and related processes used to create many of consumers and industrial products.
Technology overview Small is the key word that describes the world of nanotechnology. The concept centers on miniaturization, and involves the creation of particles, fibers, films, coatings, and other materials that are significantly smaller than the typical bacterium—between one and 100nanometers in size.
Because these particles are so tiny, nano-objects can access previously impenetrable areas. Thatmeans they can make consumer products lighter, stronger, and more efficient—creating a significant competitive advantage for the companies incorporating them into their goods.In an era when consumers are demanding products that are more effective, protective, and assistive, nanomaterialsprovide the perfect fit.Industries and consumers are also demanding more efficient use of resources and fewer waste streams.Again, nanomaterials fit the bill. Additionally, rising energy costs and the insecurity of petroleumsupplies are driving research into nanomaterials that can boost production from alternative sources, or cut demand via greater energy efficiency.
Currently, it has to be admitted that manufacturing processes for nanomaterials are extremely expensive,produce only small amounts of material, and generate a significant amount of impurities andwaste. We could compare assembling of nanodevices today with the time in the automobile industry before Henry Ford developed the assembly line. The situation is just at the same stage, so we have a wide sphere of action. What do you think about predictive estimate described?
Technology overview Small is the key word that describes the world of nanotechnology. The concept centers on miniaturization, and involves the creation of particles, fibers, films, coatings, and other materials that are significantly smaller than the typical bacterium—between one and 100nanometers in size.
Because these particles are so tiny, nano-objects can access previously impenetrable areas. Thatmeans they can make consumer products lighter, stronger, and more efficient—creating a significant competitive advantage for the companies incorporating them into their goods.In an era when consumers are demanding products that are more effective, protective, and assistive, nanomaterialsprovide the perfect fit.Industries and consumers are also demanding more efficient use of resources and fewer waste streams.Again, nanomaterials fit the bill. Additionally, rising energy costs and the insecurity of petroleumsupplies are driving research into nanomaterials that can boost production from alternative sources, or cut demand via greater energy efficiency.
Currently, it has to be admitted that manufacturing processes for nanomaterials are extremely expensive,produce only small amounts of material, and generate a significant amount of impurities andwaste. We could compare assembling of nanodevices today with the time in the automobile industry before Henry Ford developed the assembly line. The situation is just at the same stage, so we have a wide sphere of action. What do you think about predictive estimate described?
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Hello Author! Exellent article about nanotechnologies. Please continue to wright more about this things.
With best regards,
Ruslan
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