The concept of coupling a nanometer or subnanometer scale oxide phase to a metal surface
to form a metal–oxide hybrid material with novel properties is an attractive approach in the …

Planar “inverse catalyst” model systems, ie noble metal single crystal surfaces decorated by
oxide nanostructures, have been used to visualise surface processes in the STM with atomic …

We have investigated the structure of thin MnO films grown on a single-crystal Ag (001)
surface in dependence on layer thickness by combination of low energy electron diffraction …

The growth of ultrathin nickel oxide overlayers (nanolayers) on Pd (100) from submonolayer
coverages up to 20 monolayer thick films has been investigated by scanning tunneling …

A joint experimental and theoretical investigation of epitaxial MnO films on Ag (001) also
including the reference systems Ag (001) and MnO (001) is presented using photoelectron …

The surface morphology and the lattice constants of NiO overlayers in the thickness range of
1–20 monolayers (NiO nanolayers) on Pd (100) have been investigated by high-resolution …

The growth morphology and structure of iron oxide films, prepared by postoxidation of Fe
monolayers on a Pd (100) surface, have been investigated in a multitechnique study, using …

We introduce a new approach for ultrafast in situ high-resolution X-ray photoelectron
spectroscopy (XPS) to study surface processes and reaction kinetics on the microsecond …

The lattice misfit between the substrate and an epitaxial film leads in general to static forces,
which define the interface stress, and dynamic responses that modify the thin‐film lattice …

In this work we have studied, employing ab initio periodic calculations, the interaction
between the non-stoichiometric Ni3O4 monolayer (a rhombic distribution of vacancies …