Thermal-Energy Atom-Scattering Study of Lead Submonolayers on Cu(110)

Submonolayers of Pb deposited at room temperature on a Cu(110) substrate undergo, with increasing Pb coverage, a continuous transition \lattice gas - > c(2 x 2) structure\, followed by a first-order transition \c(2 x 2) - > p(4 x 1)\. The further transformation of the p(4 x 1) layer into a qua...

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Published in:Physical review. B, Condensed matter Condensed matter, 1991-08, Vol.44 (8), p.4024-4027
Main Authors: de Beauvais, C, Rouxel, D, Bigeard, B, Mutaftschiev, B
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Language:English
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container_title Physical review. B, Condensed matter
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creator de Beauvais, C
Rouxel, D
Bigeard, B
Mutaftschiev, B
description Submonolayers of Pb deposited at room temperature on a Cu(110) substrate undergo, with increasing Pb coverage, a continuous transition \lattice gas - > c(2 x 2) structure\, followed by a first-order transition \c(2 x 2) - > p(4 x 1)\. The further transformation of the p(4 x 1) layer into a quasicompact hexagonal layer with p(5 x 1) structure occurs by elimination of domain walls, probably with intermediate formation of a p(9 x 1) structure.
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title Thermal-Energy Atom-Scattering Study of Lead Submonolayers on Cu(110)
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