The GaAs(110)-oxygen interaction: A LEED analysis. II

A. Kahn; D. Kanani; P. Mark

doi:10.1016/0039-6028(80)90025-4

The GaAs(110)-oxygen interaction: A LEED analysis. II

A. Kahn, D. Kanani, P. Mark

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Abstract

The room temperature LEED study of the GaAs(110)-oxygen interaction has been further investigated. The structure model proposed by Kahn et al. (Surface Sci. 87 (1979) 325) for the oxygen exposed surface has been tested on several additional diffracted beam via single scattering theory. The study of the LEED pattern for the transition exposures (10³-10⁸ L) illustrates the evolution of the surface with increasing oxygen exposure. The LEED pattern was also observed for high (10¹⁴ L) oxygen exposures. Furthermore, the experiment was repeated using excited oxygen and according changes in the kinetics of the reaction (100 times faster) were recorded. This final result seems to confirm the dissociative-defect-induced character of the reaction.

Original language	English (US)
Pages (from-to)	547-554
Number of pages	8
Journal	Surface Science
Volume	94
Issue number	2-3
DOIs	https://doi.org/10.1016/0039-6028(80)90025-4
State	Published - Apr 2 1980

All Science Journal Classification (ASJC) codes

Condensed Matter Physics
Surfaces and Interfaces
Surfaces, Coatings and Films
Materials Chemistry

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10.1016/0039-6028(80)90025-4

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title = "The GaAs(110)-oxygen interaction: A LEED analysis. II",

abstract = "The room temperature LEED study of the GaAs(110)-oxygen interaction has been further investigated. The structure model proposed by Kahn et al. (Surface Sci. 87 (1979) 325) for the oxygen exposed surface has been tested on several additional diffracted beam via single scattering theory. The study of the LEED pattern for the transition exposures (103-108 L) illustrates the evolution of the surface with increasing oxygen exposure. The LEED pattern was also observed for high (1014 L) oxygen exposures. Furthermore, the experiment was repeated using excited oxygen and according changes in the kinetics of the reaction (100 times faster) were recorded. This final result seems to confirm the dissociative-defect-induced character of the reaction.",

author = "A. Kahn and D. Kanani and P. Mark",

note = "Funding Information: * Supported in part by the Office of Naval Research (N00014-75-C-0394), Army Research Office (DAA29-77G-O116), National Science Foundation (NSF-ENG75-18529) and Mobil Oil Foundation.",

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T2 - A LEED analysis. II

AU - Kahn, A.

AU - Kanani, D.

AU - Mark, P.

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PY - 1980/4/2

Y1 - 1980/4/2

N2 - The room temperature LEED study of the GaAs(110)-oxygen interaction has been further investigated. The structure model proposed by Kahn et al. (Surface Sci. 87 (1979) 325) for the oxygen exposed surface has been tested on several additional diffracted beam via single scattering theory. The study of the LEED pattern for the transition exposures (103-108 L) illustrates the evolution of the surface with increasing oxygen exposure. The LEED pattern was also observed for high (1014 L) oxygen exposures. Furthermore, the experiment was repeated using excited oxygen and according changes in the kinetics of the reaction (100 times faster) were recorded. This final result seems to confirm the dissociative-defect-induced character of the reaction.

AB - The room temperature LEED study of the GaAs(110)-oxygen interaction has been further investigated. The structure model proposed by Kahn et al. (Surface Sci. 87 (1979) 325) for the oxygen exposed surface has been tested on several additional diffracted beam via single scattering theory. The study of the LEED pattern for the transition exposures (103-108 L) illustrates the evolution of the surface with increasing oxygen exposure. The LEED pattern was also observed for high (1014 L) oxygen exposures. Furthermore, the experiment was repeated using excited oxygen and according changes in the kinetics of the reaction (100 times faster) were recorded. This final result seems to confirm the dissociative-defect-induced character of the reaction.

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The GaAs(110)-oxygen interaction: A LEED analysis. II

Abstract

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