Nano particles are constructed with the concept of resizing any bulk object. This resizing occurs on a scale of one billionth of the original size of the particle. Several times the experimentation doesn’t result in favourable outcomes, Most of the time the nano materials obtained proves to be highly beneficial and share several industrial applications. As technology grows by the hour, more and more spheres of science have found the necessity of nano materials. Metallic Carbon Nanotubes contribute in a major share to the growth of various research domains.

 

 

To understand the concept of manufacturing these particles one needs to be familiar with organic chemistry. CNT as they are commonly known are members of the fullerene family. Structure wise they are observed to be cylindrical and this makes them stand apart from other nano particles. Upon rolling the sheets of carbon at specific chiral angles these tubes are formed.

 

Majority use of this product is in the form of a semi conductor and conductor.  Their skeleton helps us determining whether the particle is single wall Nanotubes or multiwall Nanotubes. Each term has the self explanatory terms as their name suggests.

 

Valuable discovery for nanotechnology is the reputation it carries in the industry. Thermodynamics, a branch of science that deals with heat and its applications uses the services offered by these nano tubes to make progress and innovations in the field. Manufacturing technology and Material science engineering has a whole set of applications that can be derived from the nature of these Nanotubes.