Glassy metals not only exhibit technologically interesting properties, eg high fracture
strength, excellent soft magnetic behaviour and good corrosion resistance, they also …

Titanium and its alloys are widely used as implant materials. Their integration in the bone is
in general very good without fibrous interface layer. However, titanium and its alloys have …

This article summarizes theoretical work on sputtering during the past decade, with the
emphasis on elemental sputtering in the linear cascade and spike regimes as well as alloy …

It is shown that the bulk radiation damage accompanying sputtering events sets ultimate
limits to the depth resolution attainable in sputter profiling. These limits have been reached …

Beginning with some introductory remarks about aims and scope, historical background and
present state of the art, a brief survey of the technique of sputter depth profiling is given. The …

A variety of catalysts have recently been developed for electrocatalytic oxygen evolution, but
very few of them can be readily integrated with semiconducting light absorbers for …

After a brief survey of the various non‐destructive and destructive methods used for
obtaining in‐depth composition profiles, the generally applicable method of ion sputtering in …

The near-edge X-ray absorption fine structure (NEXAFS) technique was applied to
characterize the oxidation states of titanium cations on TiO2 (001) surfaces reduced by …

The bombardment of alloys, oxides, and halides often leads to marked compositional
changes at the surface, and these changes have been attributed to an interplay of mass …

This chapter deals with sputtering of multicomponent systems, ie, materials consisting of
more than one element such as alloys or compounds. The major effects concern …