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Electronic States at Covalent Semiconductor Surfaces

Dr. Lannoo, Michel / Dr. Friedel, Paul

Abstract The (111) and (100) surfaces of covalent semiconductors are among the most extensively studied systems, particularly in the case of silicon. We do not intend to give here a complete review of the numerous experimental as well as theoretical studies of these surfaces. Instead we try to select what we believe to be the most important results. We discuss them on the grounds of chemical-like models which allow us to obtain very simple pictures of the few essentially different situations.

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Electronic States at Covalent Semiconductor Surfaces

Dr. Lannoo, Michel / Dr. Friedel, Paul

Abstract The (111) and (100) surfaces of covalent semiconductors are among the most extensively studied systems, particularly in the case of silicon. We do not intend to give here a complete review of the numerous experimental as well as theoretical studies of these surfaces. Instead we try to select what we believe to be the most important results. We discuss them on the grounds of chemical-like models which allow us to obtain very simple pictures of the few essentially different situations.

Electronic States at Covalent Semiconductor Surfaces

Dr. Lannoo, Michel / Dr. Friedel, Paul

Abstract The (111) and (100) surfaces of covalent semiconductors are among the most extensively studied systems, particularly in the case of silicon. We do not intend to give here a complete review of the numerous experimental as well as theoretical studies of these surfaces. Instead we try to select what we believe to be the most important results. We discuss them on the grounds of chemical-like models which allow us to obtain very simple pictures of the few essentially different situations.

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Title:

Electronic States at Covalent Semiconductor Surfaces

Contributors:

Dr. Lannoo, Michel (author) / Dr. Friedel, Paul (author)

Published in:

Atomic and Electronic Structure of Surfaces ; 83-109

Springer Series in Surface Sciences ; 16

Publication date:

1991-01-01

Size:

27 pages

ISBN:

978-3-662-02714-1 , 978-3-642-08094-4

ISSN:

DOI:

https://doi.org/10.1007/978-3-662-02714-1_4

Type of media:

Article/Chapter (Book)

Type of material:

Electronic Resource

Language:

English

Keywords:

Surface Atom , Dime Model , Dangling Bond , Surface Unit Cell , Ionic Semiconductor Physics , Atomic, Molecular, Optical and Plasma Physics , Surfaces and Interfaces, Thin Films , Crystallography , Electronics and Microelectronics, Instrumentation

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