Содержание
- 2. PLAN: History. Application Area. Main task of nanotechogy. Nanofactors. Conclusion. References.
- 3. history Legendary fabulous wooden horses and carpets, barefoot, sun loungers and hand mirrors, which make the
- 4. APPLICATION AREA Genetics, medicine, cloning, microbes on bacteria and engineering, electronics, etc. D. Obtaining new materials
- 5. MAIN TASKS OF NANOTECHNOLOGY At the present time, scientists have identified three main objectives of the
- 6. NANOFACTORS In 1991, Professor Sumio Iidima noticed a long-carbon cylinder-nanotube. The nanotype was a few nanometers
- 7. CONCLUSIONS The development of modern electronics is on the way to reducing the size of devices.
- 9. References. Nanotechnologies in Russia and in the world Nanotechnology Community RusNanoNet is an information and analytical
- 11. Скачать презентацию
PLAN:
History.
Application Area.
Main task of nanotechogy.
Nanofactors.
Conclusion.
References.
PLAN:
History.
Application Area.
Main task of nanotechogy.
Nanofactors.
Conclusion.
References.
history
Legendary fabulous wooden horses and carpets, barefoot, sun loungers and hand
history
Legendary fabulous wooden horses and carpets, barefoot, sun loungers and hand
APPLICATION AREA
Genetics, medicine, cloning, microbes on bacteria and engineering, electronics, etc.
APPLICATION AREA
Genetics, medicine, cloning, microbes on bacteria and engineering, electronics, etc.
MAIN TASKS OF NANOTECHNOLOGY
At the present time, scientists have identified three
MAIN TASKS OF NANOTECHNOLOGY
At the present time, scientists have identified three
First of all, proceeding from this, atoms can be organized at their own discretion, that is, to materials that have special qualities.
Secondly, it is supposed to organize the production of electronic circuits that have active elements in the same volumes as individual molecules or atoms.
Third, scientists are looking for mechanisms and robots that are equivalent to a molecule, that is, a nanomachine.
NANOFACTORS
In 1991, Professor Sumio Iidima noticed a long-carbon cylinder-nanotube. The nanotype
NANOFACTORS
In 1991, Professor Sumio Iidima noticed a long-carbon cylinder-nanotube. The nanotype
The nanotubes are a molecule consisting of millions of carbon atoms. The nanotubes that were 100,000 times less than the thickness of the human hair were rarely made of solid material. They are 50-100 times stronger than steel and six times less density.
CONCLUSIONS
The development of modern electronics is on the way to reducing
CONCLUSIONS
The development of modern electronics is on the way to reducing
References.
Nanotechnologies in Russia and in the world
Nanotechnology Community
RusNanoNet is an information
References.
Nanotechnologies in Russia and in the world Nanotechnology Community RusNanoNet is an information