Many modern catalyst materials exploit a strained surface layer as the active component.
Here, we explore how the catalytic activity is affected by changes in the lattice parameter …

Voltage-induced magnetic anisotropy has been quantitatively studied in polycrystalline Ni
thin film deposited on flexible substrate using microstrip ferromagnetic resonance. This …

In this work, the effect of the loading path on the multicracking of Nickel thin films on
Kapton® substrate was studied thanks to an experimental set-up combining controlled …

Comparative studies of the mechanical behavior between copper, tungsten, and W/Cu
nanocomposite based on copper dispersoïd thin films were performed under in-situ …

A general framework is presented for evaluating stress triaxiality fields using five different
configurations of Dirichlet boundary conditions. The latter ones were measured via …

The propagation of cracks from a top layer in trilayer systems (Cr/Cu/Mo) on a polyimide
substrate is studied experimentally by in situ synchrotron x-ray diffraction under equi-biaxial …

We investigate the impact of the surface roughness on the experimental value of the
electrocapillary coupling coefficient, ς. This quantity relates the response of electrode …

A biaxial device developed at DiffAbs beamline of the SOLEIL synchrotron facility has been
employed to determine the applied strains in film–substrate composites using both X-ray …

In this study, the internal stress distribution of a film on substrate structure (FOSS) under
tensile loads has been analyzed. Based on force balance principles, analytical solutions are …

Nanometallic multilayers (NMMs) consist of alternating layers of metals with thicknesses on
the order of nanometers. NMMs have displayed many attractive properties, such as high …