Single Walled Carbon Nanotubes – Contributing In Technological Advancement
Single Walled Carbon Nanotubes | Image Resource : technology.nasa.gov
Carbon has been regarded to be among the most abundant elements in nature. Its ability to get combined with itself and other elements has made it widely popular. Carbon materials are hard and duly robust. Also, they are highly dense and comprise of high strength. Carbon may be easily considered suitable for structural applications.
Wide usage of carbon nanotubes in manufacturing of aircraft and racing cars is really an amazing one. Single walled carbon nanotubes are highly conductive in nature. Broad spectrum of properties gets reinforced by the fact that carbon is easy to operate even at high temperatures in extreme conditions.
Single Walled Carbon Nanotubes – Gained High Attention
Carbon has gained high popularity along with attention with discovery of single walled nanotubes of carbon. Traditional materials have played a vital role in contributing to the overall industrial and technological development of the society. Though carbon is of numerous types, but may be easily used for manufacturing a plethora of products.
Simultaneously, the discovery of various structural forms of carbon contributed to the development of new products. Single walled nanotubes are among them. They are being taken into usage in a wide range for numerous purposes like:
Medical application
Manufacturing
Carrying out numerous experiments
Highly appreciable biocompatibility of carbon has enhanced its usage in prosthesis, ligaments, heart ailments and many more. The discovery of single walled carbon nanotubes opened a new era for carbon materials. We are at present dealing with closed structures of carbon that include pentagon, hexagon and many more.
Discovery of Carbon Nanotubes having Single Walls
The discovery of multi-walled structure of carbon stimulated the overall interest o scientists along with engineers into the field of nanotechnology. Such a gigantic discovery has resulted into new applications of materials belonging to the family of graphite that include:
Anode materials for Li-ion battery
Carbon electrodes for double layer super capacitors etc.
Carbon nanotubes play a vital role in the overall development into the field of nanotechnology. Their incomparable transport properties make them suitable candidates for the purpose of building blocks in nano-electronics. High aspect ratio along with strong mechanical properties and thermal stability will contribute a lot in enhancing the usage.
Carbon nanotubes have proved to be the best alternative to fillers. Further research is being carried regarding improving the conductivity of polymers to produce a highly conductive material. Carrying out experiments with carbon may be expected to be fruitful one.