Evolution of the cylindrical nanopore morphology under diffusion processes

A.B. Vakaeva , G.M. Shuvalov & S.A. Kostyrko
In the present paper, we provide a theoretical approach to the analysis of nanopore morphological stability under diffusion taking into account surface elasticity. It is assumed that the pore shape may change during stress relaxation. The surface atomic flux is caused by the nonuniform distribution of chemical potential, which depends on bulk and surface stresses as well as pore surface curvature. The change in surface relief is described by the linearized evolution equation, which is...
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