We are more interested in their concept and explanations above in another post, which is potentially within a set of current research and applications intended to create new porductos structures that would have a great IMPACT in the medical industry ect.
These new structures with atomic precision can usher in a new era. nanotechnology advances staged in this way KNOWLEDGE society with many developments with a major impact on business and social instruments.
Nanoscience, that unit greatly since the 80's to molecular nanotechnology, this is the construction of nanomachines made of atoms, which are themselves able to build other molecular components. HIGHLIGHTS
three major sectors;
Nanoelectronics: follows the development in the field of technology, but much more Diminuito scale. mainly focus on the development of computers.
The Nonomateria: is to control as precisely the morphology of nanoscale dimension of substances or particles to produce nanostructured materials.
of Nanotechnology: combines nanoscale engineering with biology to manipulate living systems or materials for making biologically inspired modular level.
The nanopoartÃculas are being used in a intrustrias number of applications for electronic, magnetic and optoelectronic, biomedical, pharmaceutical, cosmetics, energy, catalytic and materials science.
nanomaterials that can be purchased in dry powder or liquid is combinasn dsipersiones to memudo with other materials to improve the functionality of certain products by increasing the scale of applications.
products available today that benefit the unique characteristics of nanomaterials, including:
1) Paints and coatings to protect against corrosion, scratches and radiation.
2) metar cutting tools.
3) Tennis balls more durable.
4) stronger and lighter rackets to play tennis.
5) Clothing and anti-stain mattresses.
6) Bandages for burns and wounds.
7) Ink.
8) automobile catalytic converters.
9) Complemnetos trucks.
10) Bumpers on cars.
APPLICATIONS OF NANOTECHNOLOGY:
molecular assembly:
molecular assembly machines, create bigger ones. This process will continue until the assembly machines are configured for the final product, using only raw material required quantities of atoms amorphous. For example, human body used in machines molecures of proteins and enzymes that carry out functions at nano or even sub-nano.
A team of scientists has assembled a moving part of a few strands of acid dioxirribonuclico and says it is the first step towards building machines that could one day ultramicroscopic run in microscopic spaces such complex tasks as electronic circuits and clear blood vessels blocked in the brain. The hinge-shaped part which can be moved will have just four ten-thousandths the thickness of a human hair.
Miniaturization:
The reduction of electronic components known as nanotechnology close to the dimensions corresponding to 10-9 or 10-13 is an element that has allowed the computer to realize its diffusion process. The main objective of this process is to increase its portability, its autonomy, in short their mobility and opportunity commutability. As a result you are looking for their forced adaptation to the needs of space and time constraints of modern life.
as medical devices Products:
As for the important area of \u200b\u200bhuman health will allow faricación nanotechnology biosensors and biomaterials for the treatment of dangerous diseases or devices bioengineering that deposited new cells to repair damaged tissue.
In Food:
These new structures with atomic precision can usher in a new era. nanotechnology advances staged in this way KNOWLEDGE society with many developments with a major impact on business and social instruments.
Nanoscience, that unit greatly since the 80's to molecular nanotechnology, this is the construction of nanomachines made of atoms, which are themselves able to build other molecular components. HIGHLIGHTS
three major sectors;
Nanoelectronics: follows the development in the field of technology, but much more Diminuito scale. mainly focus on the development of computers.
The Nonomateria: is to control as precisely the morphology of nanoscale dimension of substances or particles to produce nanostructured materials.
of Nanotechnology: combines nanoscale engineering with biology to manipulate living systems or materials for making biologically inspired modular level.
The nanopoartÃculas are being used in a intrustrias number of applications for electronic, magnetic and optoelectronic, biomedical, pharmaceutical, cosmetics, energy, catalytic and materials science.
nanomaterials that can be purchased in dry powder or liquid is combinasn dsipersiones to memudo with other materials to improve the functionality of certain products by increasing the scale of applications.
products available today that benefit the unique characteristics of nanomaterials, including:
1) Paints and coatings to protect against corrosion, scratches and radiation.
2) metar cutting tools.
3) Tennis balls more durable.
4) stronger and lighter rackets to play tennis.
5) Clothing and anti-stain mattresses.
6) Bandages for burns and wounds.
7) Ink.
8) automobile catalytic converters.
9) Complemnetos trucks.
10) Bumpers on cars.
APPLICATIONS OF NANOTECHNOLOGY:
molecular assembly:
molecular assembly machines, create bigger ones. This process will continue until the assembly machines are configured for the final product, using only raw material required quantities of atoms amorphous. For example, human body used in machines molecures of proteins and enzymes that carry out functions at nano or even sub-nano.
A team of scientists has assembled a moving part of a few strands of acid dioxirribonuclico and says it is the first step towards building machines that could one day ultramicroscopic run in microscopic spaces such complex tasks as electronic circuits and clear blood vessels blocked in the brain. The hinge-shaped part which can be moved will have just four ten-thousandths the thickness of a human hair.
Miniaturization:
The reduction of electronic components known as nanotechnology close to the dimensions corresponding to 10-9 or 10-13 is an element that has allowed the computer to realize its diffusion process. The main objective of this process is to increase its portability, its autonomy, in short their mobility and opportunity commutability. As a result you are looking for their forced adaptation to the needs of space and time constraints of modern life.
as medical devices Products:
As for the important area of \u200b\u200bhuman health will allow faricación nanotechnology biosensors and biomaterials for the treatment of dangerous diseases or devices bioengineering that deposited new cells to repair damaged tissue.
In Food:
The development of nanoparticles and other ingredients such as nanoemulsines, nanocomposites, nanostructures, nanodevices and nanosensors could turn benefeicar much the birth of new food products, their packaging, safety, ect.
is possible to enter through that nanoparticles about antioxidants in foods and beverages.
Cranden are being nanoparticles also contain flavors, fragrances and dyes that can produce the spirit of man as could improve the consistency of dairy foods like cheese, containers and packaging and how to enhance the flavor of food by adding some nano-ingredients.
carbon nanotubes:
The nanotuvo is a tube whose particles were artificially coupled. The tube is 100 times stronger and 6 times lighter than steel also has propoedades electives.
The materials used to manufacture high performance and is already used to strengthen tennis rackets replacing the carbon fibers.
These tubes are only one nanometer in diameter and a length which can reach millimeter.
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