Kinetic Inductance of a Single-Walled Carbon Nanotube of Metallic Type

The study presents the results of theoretical studies of kinetic inductance of a single-walled carbon nanotube of metallic type, taking into account the electron-electron interaction in the approximation of a right circular cylinder. The system under consideration is a cylindrically symmetric potential well with a final height of the wall. As a part of the theory of two-dimensional electron gas response to the external electromagnetic disturbance we obtained kinetic inductance depending on the nanotube diameter, frequency and intensity of the radiation. Findings of the research show that value increases with the increasing frequency, and decreases with the increasing radiation intensity

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