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Chen, F. et al. Surface segregation of bulk oxygen on oxidation of epitaxially grown Nb-doped SrTiO3 on SrTiO3 001).
The mechanism of surface segregation is also briefly discussed.
Their surface segregation behaviour, both in vacuum and in gas environments, were comprehensively estimated.
The surface segregation and phase separation effects are suggested as the growth mechanism.
Surface segregation using the appropriated annealing conditions allowed us to vary the interfacial chemical composition.
Surface segregation of AO was quantified using surface-resolved X-ray photoelectron spectroscopy (XPS).
Factors involved in the kinetics of polymer surface segregation are discussed, before concluding with a discussion of the role of chain architecture, revealing the role of entropy in driving surface segregation.
A phase-field model that describes the radial distributions of the ordered disordered phase and surface segregation in a single-alloy nanoparticle is introduced to clarify the overall behavior of surface segregation of various Pt-based alloy nanoparticles.
Furthermore, we analyze the factors that control the Ni surface segregation behavior in the Ni3Mo/M 111) surface.
We develop a unified kinetic model for surface segregation during vapor phase growth that concisely and quantitatively describes the observed behavior in silicon-based systems.
Experimental results on surface segregation in Ga–In and Ga Bi alloys and details of the surface wetting transition in Ga Bi are also discussed.
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