Moscow, Moscow, Russian Federation
Presents the results of investigations on the stabilization of carbon nanotubes using ultrasonic treatment. Studied aggregate stability of a solution of carbon nanotubes and the optimal conditions under which for a long time retained its properties, thereby increasing mechanical properties of a cement stone.
ultrasonic treatment, carbon nanotubes, aggregate stability, sedimentation, coagulation, colloi-dal solution, hydrosol, stabilization, plasticizers, disperse system, dispersion medium, cement stone
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