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

The kinetic inductance of single-walled carbon nanotube metal type