No. Name Title Page. Introduction 3 Brief History of nanotechnology 5 1 and the first pioneers in t

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No. Name Title Page. Introduction 3 Brief History of nanotechnology 5 1 and the first pioneers in the industry 0 of application 6 2 8 2.1. Medicine 8 2.1.1. Nanoinstruments 9 2.1.2. Nanocrystals 9 2.1.3. Nanosensori monitor health 10 2.2. Electronics 11 2.2.1. Chips 12 2.2.2. 0 Future nanomobilais Phone 13 2.3. Issues 13 2.3.1. Nanoaizsargāts car 14 2.3.2. Food 16 2.4. 13 2.4.1 militarism. Superbly equipment 14 2.4.2. The invisible enemy 14 3 19 4 Negative nanotechnology future 0 material - nanotube 21 Conclusion 23 References 25 Appendices 27
Conclusion Nanotechnology is unique not only because it ties together as a distinct branch of science - physics, chemistry and medicine to information technology and even engineering, as well as with their help it is possible to change the properties of a substance, or even to give it the new one so far was not. It is precisely this new material features "open up" new ways of technological development. Nanotechnology is a scientific and technological innovation that will change the approach to making and manipulating materials in almost all fields of science and technology. Nanotechnology research dates back to the last century 50-ies, but the most rapid stage of development has been in the last twenty years, the development of nanotechnology began to think ilgttermiņā - raised global fundamental in order to develop the industry, scientists were set specific objectives 0 to be met as well as society as a whole was growing. A more precise view of today realized and available nanotechnology products and materials are summarized in the list, such as: - long-life materials for the automotive and aerospace sectors - high efficiency lubricants - mechanical parts surface treatment, - flexible CDs that music recordings with a duration of excess of twenty hours - self-cleaning fabric, ceramic or glass surface - glass with electrically adjustable transparency - heat-proof glass that can withstand extremely high temperatures - nanostructured tin, not scratch and is resistant to corrosion - Diagnostic systems - special Protective in the treatment of masonry structures and buildings. [6] At the moment - no, but after a few years will probably argue that nanotechnology "boom" has begun. They will be implemented in almost all industries around the world and interacting with them will be virtually inevitable. So, right now, while nanotechnology begins only really "run", the scientists should be as detailed as possible to analyze what will be the nanoparticle interaction with the living environment and how they affect the individual life processes in nature, so the only way to guarantee public safety is timely precautionary principle. Well as ourselves, the future of nanotechnology users should evaluate all its advantages and disadvantages. How do they affect us and our next generation of health? Do they really make life easier for us? Perhaps just such issues in the future people will have to have yourself and that will determine the answer to this perspective, the promising, but at the same time dangerous and unpredictable science 0 - nanotechnology - destiny. Either humanity will be ready to accept and use on a daily basis or completely 0 opposite - nanotechnology will be completely isolated from society and forever "turned on" laboratory areas, where the only ones who will be faced with the scientists. ...
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