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Abstract
An abrupt change in the electrophysical properties of aqueous colloidal nanodiamond solutions, which is associated with a change in the spatial structure of nanodiamond-based aqueous nanoassociates, is shown. The freezing point depression and the hysteresis of conductivity and dielectric permeability are determined. The zone crystallization of a detonation nanodiamond in aqueous solutions is studied.
Published Version
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