The composition of metal alloy surfaces is often different from that of the bulk. Some alloys exhibit surface segregation, where one or more species reside preferentially at or near the surface. A detailed understanding of this behavior is necessary to correctly model such phenomena as adhesion or catalysis. Several phenomenological approaches to the problem have been put forward, falling into two broad categories: Thermodynamic approaches, where the equilibrium distribution of chemical species is computed. Atomistic approaches, where the tendency of a species to segregate is determined by computation of the energies of single atoms of that species in bulk and surface environments
The study of surface segregation, although of great technological importance, has been largely restr...
The thermodynamics of segregation to surfaces and interfaces establish a framework of solute enrichm...
A review is given of our present understanding of the laws which determine the surface composition o...
A new atomistic simulation method for investigating the interfacial segregation behavior in binary a...
International audienceThe behavior of the surface segregation in infinitely diluted bimetallic alloy...
International audienceThe behavior of the surface segregation in infinitely diluted bimetallic alloy...
International audienceThe behavior of the surface segregation in infinitely diluted bimetallic alloy...
International audienceThe behavior of the surface segregation in infinitely diluted bimetallic alloy...
International audienceThe behavior of the surface segregation in infinitely diluted bimetallic alloy...
International audienceThe behavior of the surface segregation in infinitely diluted bimetallic alloy...
A semiempirical calculation is outlined that allows analysis of experimental results for the apparen...
We present a new, accurate method for determining the properties of defects in alloys at finite temp...
Surface segregation profiles of binary (Cu-Ni, Au-Ni, Cu-Au) and ternary (Cu-Au-Ni) alloys are deter...
A semiempirical calculation is outlined that allows analysis of experimental results for the apparen...
The thermodynamics of segregation to surfaces and interfaces establish a framework of solute enrichm...
The study of surface segregation, although of great technological importance, has been largely restr...
The thermodynamics of segregation to surfaces and interfaces establish a framework of solute enrichm...
A review is given of our present understanding of the laws which determine the surface composition o...
A new atomistic simulation method for investigating the interfacial segregation behavior in binary a...
International audienceThe behavior of the surface segregation in infinitely diluted bimetallic alloy...
International audienceThe behavior of the surface segregation in infinitely diluted bimetallic alloy...
International audienceThe behavior of the surface segregation in infinitely diluted bimetallic alloy...
International audienceThe behavior of the surface segregation in infinitely diluted bimetallic alloy...
International audienceThe behavior of the surface segregation in infinitely diluted bimetallic alloy...
International audienceThe behavior of the surface segregation in infinitely diluted bimetallic alloy...
A semiempirical calculation is outlined that allows analysis of experimental results for the apparen...
We present a new, accurate method for determining the properties of defects in alloys at finite temp...
Surface segregation profiles of binary (Cu-Ni, Au-Ni, Cu-Au) and ternary (Cu-Au-Ni) alloys are deter...
A semiempirical calculation is outlined that allows analysis of experimental results for the apparen...
The thermodynamics of segregation to surfaces and interfaces establish a framework of solute enrichm...
The study of surface segregation, although of great technological importance, has been largely restr...
The thermodynamics of segregation to surfaces and interfaces establish a framework of solute enrichm...
A review is given of our present understanding of the laws which determine the surface composition o...