In this work we review the use of the medium-energy ion scattering (MEIS) technique to
characterize nanostructures at the surface of a substrate. We discuss here how the …

Spin orientation of photoexcited carriers and their energy relaxation are investigated in bulk
Ge by studying spin-polarized recombination across the direct band gap. The control over …

Material sputtered from CaF 2 single crystals by 180 MeV Au ions impinging at different
incidence angles were collected on high-purity amorphous C-coated Cu grids and Si 1 0 0 …

This paper reveals the fact that the O adatoms (O ad) adsorbed on the 5-fold Ti rows of rutile
TiO 2 (110) react with CO to form CO 2 at room temperature and the oxidation reaction is …

Bimetallic nano-particles taking a core/shell structure dispersed on metal-oxide supports
work more efficiently than the mono-metallic ones as heterogeneous catalyst. In order to …

We analyzed both the elemental depth profile and chemical bonds of Au/p-Si (111)-7× 7
grown at room temperature by medium energy ion scattering combined with photoelectron …

This work presents a novel way to introduce gold nanoparticles (Au NPs) in a multilayer
polymer produced by the layer-by-layer (LbL) assembling technique. The technique chosen …

In the present work, we have analyzed CdSe/ZnS core-shell quantum dots by medium
energy ion scattering (MEIS), which is a powerful technique to explore the synthesis …

Ultrathin high-k layers such as hafnium oxide (Hf O 2) in combination with a subnanometer
Si O 2 or Hf silicate have emerged as Si compatible gate dielectric materials. Medium …

Germanium–tin (GeSn) microdisks are promising structures for complementary metal–oxide–
semiconductor‐compatible lasing. Their emission properties depend on Sn concentration …