Abstract
In our present article the concentration is given to the superconducting behaviour of CNTs. The superconductivity of a material depends on transition temperature Tc. the impact of coulomb interaction is also taken into account. A theory have been developed with resistivity and coherence length from the earlier experimental curve between transition temperature and resistivity for a single wall nanotube.The curvature of CNTs leads to the creation of new electron -phonon interaction can introduce superconductivity. In this part the resistivity of carbon nanotube has been derived theoretically with relaxation time and Fermi velocity.
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