Atom Motion on Surfaces

Max G. Lagally

doi:10.1063/1.881367

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Atom Motion on Surfaces

NOV 01, 1993

When atoms deposited on a surface move easily, they find the optimum crystal sites and form high‐quality films, a process now visible in the scanning tunneling microscope.

DOI: 10.1063/1.881367

Max G. Lagally

Atoms wandering on surfaces lead complex lives. For example, they face many restrictions on their freedom to move. High walls sometimes leave only one road open, and that road may have checkpoints. Such walls and checkpoints are a consequence of the crystal structure of the surface and the interaction between the surface atoms and the wandering atom. The crystal structure in turn is controlled by the nature of the bonding—metallic, covalent, ionic—between atoms in the crystal.

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More about the authors

Max G. Lagally, University of Wisconsin, Madison.