A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Transition Metal Surfaces
Abstract Transition metals represent very interesting materials in which one can fairly readily analyze trends in their properties along the transition series. Although there have been recent calculations of their bulk and surface properties in the local-density approximation, our discussion here will be mainly based on the tight-binding method. This is because the latter technique, even at its simplest level of sophistication, has been very successful in describing chemical trends associated with the filling of the d-band. To begin with we thus recall the main features of the band structure of these materials and how it is possible to derive a simple model for their cohesive properties, elastic constants and even phonon dispersion curves.
Transition Metal Surfaces
Abstract Transition metals represent very interesting materials in which one can fairly readily analyze trends in their properties along the transition series. Although there have been recent calculations of their bulk and surface properties in the local-density approximation, our discussion here will be mainly based on the tight-binding method. This is because the latter technique, even at its simplest level of sophistication, has been very successful in describing chemical trends associated with the filling of the d-band. To begin with we thus recall the main features of the band structure of these materials and how it is possible to derive a simple model for their cohesive properties, elastic constants and even phonon dispersion curves.
Transition Metal Surfaces
Dr. Lannoo, Michel (author) / Dr. Friedel, Paul (author)
1991-01-01
27 pages
Article/Chapter (Book)
Electronic Resource
English
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