The focus on surface lattice strain in nanostructures as a fundamental research topic has
gained momentum in recent years as scientists investigated its significant impact on the …

Because of their enhanced oxygen reduction reaction (ORR) kinetics (9 and 6-fold)
enhancement of specific activity and mass activity for the ORR relative to those of a …

Dislocation-free core-shell nanowires are a promising material for quantum communication
devices. The synthesis of such nanowires is associated with many expensive experiments …

The misfit strain relaxation via generation of partial and perfect misfit dislocations and their
dipoles at the interface in core-shell nanowires with faceted cores is considered. The core …

In this paper, we consider the mechanism of misfit stress relaxation in lattice-mismatched
core-shell nanowires (NWs) through the formation of a periodic array of misfit prismatic …

Critical (necessary) conditions of misfit stress relaxation in bulk and hollow core–shell
nanoparticles, bulk and hollow core–shell nanowires, and flat bi-and tri-nanolayers …

Linear elasticity problem for a straight wedge disclination, which axially pierces a hollow
sphere (a spherical layer), is solved analytically. The disclination displacements, stresses …

A theoretical model is proposed for stress relaxation in decahedral core-shell nanoparticles
through formation of circular prismatic misfit dislocation loops at the core-shell interface. The …

The possibility of forming the misfit-strain-induced out-of-interface prismatic dislocation loops
(PDLs) in axially inhomogeneous hybrid two-phase nanowires with a transverse interface is …

The initial stages of misfit stress relaxation through the formation of rectangular prismatic
dislocation loops in model composite nanostructures have been considered. The …