Abstract
Paper studies conditions for the formation of 2D allotropes of layered precursors (antimony, graphite) and self-assembled composite structures based on them. The latter assemble from colloidal solution of the inter-layers. The above conditions have been studied both experimentally and theoretically within the framework of our research. The modes for the isopropanol/antimony self-activated colloidal solutions have been set up. These processes are accompanied by the long-term nonlinear hydrodynamic effects in a colloidal solution that correlate with periodic changes of solution particle sizes. It has been proved theoretically that the charge properties of multilayers of antimony are different, whereas the processes observed during the tests indicate the presence of 2D structures within different number of layers of the solution volume, ranging in type and magnitude of the charge. Two types of composite structures have been obtained: a multilayer multigraphene/antimony structure and a polymorphic multigraphene/nanofiber.
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