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Article
Open AccessBuffer layer-assisted growth of Ge nanoclusters on Si
In the buffer layer-assisted growth method, a condensed inert gas layer of xenon, with low-surface free energy, is used as a buffer to prevent direct interactions of deposited atoms with substrates. Because of...
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Chapter
Laser-Induced Photodissociation of A12(CH3)6: Gas-Phase and Adsorbed Layer Dissociation Mechanisms for A1 Film Growth
In recent years, photolytic laser-induced chemical vapor deposition (LCVD) has become an important addition to the available thin-film growth techniques.[1] The motivation for LCVD is twofold. By focusing and ...
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Article
Xps, Ups, and Hreels Studies of Excimer-Laser-Induced Dissociation of Al2(Ch3) Adsorbed on Si(100) Surfaces
ArF (193 nm) and KrF (248 nm) laser-induced dissociation of Al2(CH3)6 (TMA) adsorbed on Si(100) surfaces have been investigated using x-ray photo-electron, ultraviolet photoelectron, and high-resolution electron ...
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Article
Adsorption of Oxygen on Sodium Saturated Cu{110}
The adsorption of oxygen on a sodium saturated Cu{110} surface is examined with x-ray photoelectron spectroscopy (XPS) in an extension of a previous study of this system which utilized low energy electron diff...
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Article
Adsorption and Ordering of Oxygen on Cu(110)*
XPS and LEED were used to study the adsorption and ordering of oxygen on Cu(110) at 83±1 K and between 300 and 320 K and to follow changes in the oxygen coverage and surface structure produced by 5-min anneals...
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Article
Characterization of Surface Defect Structure by Low Energy Electron Diffraction*
Low energy electron diffraction is a surface sensitive tool which is most widely used for the determination of surface symmetries and equilibrium atomic positions. Experimental and theoretical advances made in...
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Chapter
The Adsorption and Co-Adsorption with CO of NO on Cu(110) Studied with EELS and LEED
The adsorption of NO on Cu(110) and its interaction with co-adsorbed CO at a crystal temperature of 80 K have been investigated with EELS. Dissociation of NO occurring at higher temperatures or higher exposure...