At present much attention is given to the scattering properties of the composite materials containing the incorporation of carbon nanotubes due to the prospects for their application to different branches of science and technology. To study successfully the structure and properties of such materials with the radio spectroscopy method it is essential to know their electrodynamical properties. In this case such structures are characterized by a sufficient complexity of their geometry (CNT location and orientation), and, as a result, by a complexity of their electrodynamical properties.

Interaction interference in the composite materials consisting of carbon nanotubes is considered in the report. Mutual resistance dependences on the carbon nanotubes distance and shift relative to each other in a wide frequency range are derived. The obtained results are discussed.