Аннотация:For the first time ever, it has been demonstrated that with increase of dispersion of the soil and decrease of the CNT concentration to the optimal level, the binding energy of the film of the new formations in the composite increases, all other conditions being equal. Furthermore, it has been established and quantitatively described that the strength of the studied composites depends exponentially on the film thickness of the new formations with increasing soil dispersion. equation. Stabilization of the growth kinetics of strength in composites with carbon NT comes for a longer period of hardening (~ year). Established structural and energetic patterns for cement composites based on soils of different dispersion with carbon nanotubes.