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Adsorption of O and Cl on Tl/Si(111)––Suppressed spin polarization via bilayer formation

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Abstract Adsorption of O and Cl on Tl/Si(111) is studied using density functional theory. The surface of the Cl-Tl/Si(111) system was found to be metallic while that for O-Tl/Si(111), semiconducting.… Click to show full abstract

Abstract Adsorption of O and Cl on Tl/Si(111) is studied using density functional theory. The surface of the Cl-Tl/Si(111) system was found to be metallic while that for O-Tl/Si(111), semiconducting. It is found, however, that the O/Tl and Cl/Tl interactions in Tl/Si(111) are very similar in nature and lead to the formation of the Tl-O and Tl-Cl bilayers weakly bonded to the Si(111)-1 × 1 substrate. The spin polarization of the Tl-induced gap states, originally present in Tl/Si(111), is also suppressed in both systems.

Keywords: adsorption 111; spin polarization; formation

Journal Title: Surface Science
Year Published: 2020

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