There are mainly two types of Carbon Nanotubes. Aircraft stress reductionĬarbon Nanotubes can also be used in aircraft and spacecraft to reduce the overall weight and stress of all the different components working together. Carbon nanotubes are also able to absorb infrared light and can be used in the IR optics industry. Gas like H 2 can be used as energy for the battery of vehicles, As it can be stored safely inside the carbon nanotubes and thus the H 2 storage problem can be solved. They can also be utilised to trap ions of smaller size from a solution. FiltrationĬarbon nanotubes are used to separate particles from carbon nanotubes if the particle’s size is greater than the diameter of carbon nanotubes by filtering the particles through it. This increases the windmill’s efficiency and helps to produce large electricity at a faster rate. Windmill BladesĬarbon Nanotubes are also used in windmill blades as they have low weight. The antibody along with the help of nanotubes is attached to the proteins by the cancer cells in the body and then the nanotubes absorb the laser beam used for killing the tumour’s bacteria. Thus, carbon nanotubes do not corrode.Ĭarbon nanotubes have applications in various fields such as: For the destruction of Breast cancer tumoursĬarbon Nanotubes are utilised to end breast cancer tumours. Carbon nanotubes are found to be chemically neutral.The young's modulus of a carbon nanotube is high, being around 1 terra pascal for each carbon nanotube, which makes it ten times stronger than steel.Carbon nanotubes have good electrical conductivity.Carbon nanotubes are good conductors of heat.Carbon nanotubes are found to be elastic.A carbon nanotube’s crystalline structure exists in the form of regular hexagons.These covalent bonds of carbons form lattices with a hexagonal shape. In carbon nanotubes, each carbon atom is attached with the other three carbon atoms by using covalent bonds.Hence, carbon nanotubes are used in making bridges and materials for aircraft. Thus, unlike steel, it does not expand on heating. Normally, it is found to be twenty times more heat resistant than steel. Carbon nanotubes tend to have a high thermal capacity.They have great mechanical properties, and hence can be ten times stronger than steel. Carbon nanotubes are much tougher than steel.A carbon nanotube’s density is one-fourth of that of steel.The weight of the carbon nanotube is found to be very low.They are found to be as tough as a diamond (diamond is the hardest natural material). Some of the properties of carbon nanotubes are: Carbon nanotubes can be used for device modelling, energy storage, automotive parts, sporting goods, boat hulls, water filters, coatings, electromagnetic shields. Two-dimensional graphite is rounded or folded into a cylindrical shape structure and is used to produce nanotubes that are concave inside. Another name for carbon nanotubes is Buckytube. Multiwall carbon nanotubes have many concentric cylindrical lattices of carbon atoms, whereas one wall carbon nanotubes have just one cylinder of carbon atoms. They are mainly categorised into two different types, namely, Single Wall and Multiwall Carbon nanotubes. Due to the presence of their phenomenal electrical, thermal and mechanical properties, carbon nanotubes are one of the most researched nanomaterials. Carbon nanotubes are extremely strong and are tough to break, but they are still light. Carbon nanotubes are a kind of carbon allotrope that resembles a tube of carbon atoms.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |