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A platform for research: civil engineering, architecture and urbanism
Electronic Structure of Surfaces, Interfaces and Superlattices
Abstract The existence of this Course at the International School of Material Science and Technology on “Dynamical Phenomena at Surfaces, Interfaces, and Superlattices” is, in itself, a strong recognition of the growing importance of this area of research. Clearly, a vast amount of detailed information has been obtained during the past decade , which is due to the development and refinement of sensitive experimental techniques and to highly precise theoretical/computational methods for determining theoretically the phenomena associated with these structures. This advance in research has been spurred by the enormous technological relevance of surface and interface phenomena in areas such as microstructure electronics, catalysis, and corrosion. Associated with this has been the recognition that one of the most important developments in the last decade lies in the preparation of synthetic structures on the sub-micron level. The excitement surrounding this development lies in the promise of producing materials with desired properties to specification, of permitting new scientific phenomena to be investigated and novel device applications to be made on artifical materials not found in nature. In other words, what we are witnessing today is the development of materials engineering on the microstructure scale[1].
Electronic Structure of Surfaces, Interfaces and Superlattices
Abstract The existence of this Course at the International School of Material Science and Technology on “Dynamical Phenomena at Surfaces, Interfaces, and Superlattices” is, in itself, a strong recognition of the growing importance of this area of research. Clearly, a vast amount of detailed information has been obtained during the past decade , which is due to the development and refinement of sensitive experimental techniques and to highly precise theoretical/computational methods for determining theoretically the phenomena associated with these structures. This advance in research has been spurred by the enormous technological relevance of surface and interface phenomena in areas such as microstructure electronics, catalysis, and corrosion. Associated with this has been the recognition that one of the most important developments in the last decade lies in the preparation of synthetic structures on the sub-micron level. The excitement surrounding this development lies in the promise of producing materials with desired properties to specification, of permitting new scientific phenomena to be investigated and novel device applications to be made on artifical materials not found in nature. In other words, what we are witnessing today is the development of materials engineering on the microstructure scale[1].
Electronic Structure of Surfaces, Interfaces and Superlattices
Freeman, A. J. (author)
1985-01-01
14 pages
Article/Chapter (Book)
Electronic Resource
English
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