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The emergence of graphene and the evolution of synthesis methods have given rise to sheer creativity in concentrating on environmentally friendly methods to obtain nanoscale carbon materials. Several complex techniques have been suggested for the synthesis of carbon nanotubes including pyrolysis, graphite exfoliation, arc discharge, laser vaporization and chemical vapor deposition.IntroductionSeveral complex techniques have been suggested for the synthesis of carbon nanotubes including py …

Carbon nanotubes are tiny tubes of carbon that are very small in size that they are measured in the form of nanometers. While graphene is the arrangement of carbon atoms in hexagonal lattice’s form. Both carbon nanotubes and graphene have exceptional characteristics and properties which enable them to lead various ways in which they can be modified and used. One of the main fields is the rubber technology in which these two compounds are excessively being used and doing remarkable work. It …

Carbon nanotubes (CNTs) are cylindrical molecules that comprise sheets of single-layer carbon atoms like graphene rolled up. CNTs can be either single or double-layered. CNTs have many remarkable properties and applications, but we will read mostly about their use in the health sector because of small dimensions and their high surface area, which has the capability of conjugating or absorbing with a broad range of diagnostic and therapeutic agents. Considering these intriguing pr …

Carbon nanotubes are nanoscale structures having remarkable properties in both mechanical and electronic areas.Carbon nanotubes are highly conductive, and they are very elongated nanostructures excellently interacting with electromagnetic radiations. They have the finest electronic and mechanical properties.Introduction Until now, CNT-based macrostructures are in various forms, such as sheets or long fibers yarned from CNT forests and thin films or bucky-papers in which density, alignment, an …