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Comparative Study of Graphite and Intercalated Graphite by Tunneling Microscopy

Gauthier, S. / Rousset, S. / Klein, J. / Sacks, W. / Belin, M.

Abstract Scanning tunneling microscopy (STM) has been established as an important surface sensitive technique both in the domain of atomic imaging [1] and surface electronic spectroscopy [2]. The interpretation of the images relies mostly on the theory of Tersoff and Hamman [3], who have demonstrated that, in the limit of small applied bias and for a spherical tip, the tunneling current is proportionnal to the local density of states of the sample at the Fermi level. To relate this quantity with the positions of the atoms of the surface is a general problem in interpreting STM images [4].

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Comparative Study of Graphite and Intercalated Graphite by Tunneling Microscopy

Gauthier, S. / Rousset, S. / Klein, J. / Sacks, W. / Belin, M.

Abstract Scanning tunneling microscopy (STM) has been established as an important surface sensitive technique both in the domain of atomic imaging [1] and surface electronic spectroscopy [2]. The interpretation of the images relies mostly on the theory of Tersoff and Hamman [3], who have demonstrated that, in the limit of small applied bias and for a spherical tip, the tunneling current is proportionnal to the local density of states of the sample at the Fermi level. To relate this quantity with the positions of the atoms of the surface is a general problem in interpreting STM images [4].

Comparative Study of Graphite and Intercalated Graphite by Tunneling Microscopy

Gauthier, S. / Rousset, S. / Klein, J. / Sacks, W. / Belin, M.

Abstract Scanning tunneling microscopy (STM) has been established as an important surface sensitive technique both in the domain of atomic imaging [1] and surface electronic spectroscopy [2]. The interpretation of the images relies mostly on the theory of Tersoff and Hamman [3], who have demonstrated that, in the limit of small applied bias and for a spherical tip, the tunneling current is proportionnal to the local density of states of the sample at the Fermi level. To relate this quantity with the positions of the atoms of the surface is a general problem in interpreting STM images [4].

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Title:

Comparative Study of Graphite and Intercalated Graphite by Tunneling Microscopy

Contributors:

Gauthier, S. (author) / Rousset, S. (author) / Klein, J. (author) / Sacks, W. (author) / Belin, M. (author)

Published in:

The Structure of Surfaces II ; 71-74

Springer Series in Surface Sciences ; 11

Publication date:

1988-01-01

Size:

4 pages

ISBN:

978-3-642-73345-1 , 978-3-642-73343-7

ISSN:

DOI:

https://doi.org/10.1007/978-3-642-73343-7_13

Type of media:

Article/Chapter (Book)

Type of material:

Electronic Resource

Language:

English

Keywords:

Scan Tunneling Microscopy , Hexagonal Lattice , Tunneling Current , Scan Tunneling Microscopy Image , Pure Graphite Physics , Surface and Interface Science, Thin Films , Surfaces and Interfaces, Thin Films , Crystallography

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