ABOUT THE ELECTROSTATIC INTERACTIONS IN NANOSCALE SYSTEMS BASED ON SHORT CARBON NANOTUBES
Early structure formation in dispersed hydrated systems doped with carbon nanotubes (CNT) was Investigated. Revealed that the nature of the interaction are possible due to the charge properties of the CNT and the nature of the second component. It is shown that the CNT at the obtained composite and hybrid nanosystems are not presented as a separate phase. CNT interaction with the second component may be accompanied by the formation of fractal self-organized structures, dissipation of energy of reaction, and a new functional properties. To interpret the experimental data, a model of a charged interface cap/CNT body was proposed.