Abstract

Problems related to the stabilization of suspensions prepared from a dry detonation nanodiamond (DND) powder have been studied. Secondary DND suspensions have been obtained and factors influencing their stability with respect to sedimentation have been analyzed. It is shown that the self-organization of particles in DND suspensions in combination with their periodic ultrasonic treatment can be used to convert the maximum possible mass fraction of DND particles in secondary suspensions into nanodimensional (5–100 nm) forms.

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