Abstract
In many applications of tubular nanostructures it is necessary to describe fluid flows through these systems, which have many specific features. Moreover, these flows play an important role in the processes of nanotubes formation. Our report is devoted to the description of these processes in conical nanostructures. Hydro-thermal method of nanotube formation is very effective. But it is often leads to formation of nanostructures of different morphology, particularly, nanocones. Process of nanocone formation due to rolling from plane structure in hydro-thermal medium is considered. The system comes to equilibrium if there is lattices correspondence between neighbor layers. Due to this reason the conical angle depends on the lattice parameters. This dependence is analyzed. Movement of the conical surface during the formation process leads to the appearance of flow in conical domain which has an influence on the formation process.
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