We have exploited the photoemission matrix elements dependence upon the excitation energy and emission angle to emphasize Au 5d, InP valence band, and P surface state features in a synchrotron radiation spectroscopy investigation of the early stages of formation of the Au/InP(110) interface. The transition from submonolayer to monolayer interface growth consists in the start of atomic intermixing after the saturation of a uniformly chemisorbed Au layer ~ 0.5 monolayers thick.
Submonolayer to monolayer transition in the growth of the Au:InP(110) interface / A. Barski, R. Pinchaux, G. Rossi. - In: SURFACE SCIENCE. - ISSN 0039-6028. - 154:2-3(1985), pp. 629-638.
Submonolayer to monolayer transition in the growth of the Au:InP(110) interface
G. RossiUltimo
1985
Abstract
We have exploited the photoemission matrix elements dependence upon the excitation energy and emission angle to emphasize Au 5d, InP valence band, and P surface state features in a synchrotron radiation spectroscopy investigation of the early stages of formation of the Au/InP(110) interface. The transition from submonolayer to monolayer interface growth consists in the start of atomic intermixing after the saturation of a uniformly chemisorbed Au layer ~ 0.5 monolayers thick.
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