Deforming metals during recording X-ray diffraction patterns is a useful tool to get a deeper
understanding of the coupling between microstructure and mechanical behaviour. With the …

In-situ time-resolved Synchrotron X-ray diffraction analyses were performed on zirconium
alloy (Zircaloy-4) sheet samples, during their heating, isothermal oxidation at 700, 800 and …

Aiming at increasing the yield strength of transformation and twinning induced plasticity
(TRIP and TWIP) titanium alloys while maintaining a good work-hardening, a dual-phase α/β …

Strain-transformable Ti-based alloys are known to display a superior combination of
strength, ductility and strain-hardening and attracted considerable interest on recent years …

An in situ X-ray diffraction experiment was set up to study the microstructural evolution of a
nanostructured oxide dispersion-strengthened ferritic steel produced by high-energy ball …

The performance of hematite and Ti-substituted hematite nanorods as photoanodes for solar
water splitting was quantitatively evaluated from the photoelectrochemical point of view. The …

In this work, we reexamine Ge rejection in Ge-rich GeTe thin films with a slight deviation from
stoichiometry using a unique combination of in situ measurements: curvature and x-ray …

Fossils, including those that occasionally preserve decay-prone soft tissues, are mostly
made of minerals. Accessing their chemical composition provides unique insight into their …

Structural anisotropy, for example texture, may govern important physical properties of thin
film, such as electrical, magnetic and/or mechanical ones. Texture (orientation information) …

In situ synchrotron X-ray diffraction was used to study the decomposition kinetics of a
metastable Cu–2.5 Ni–0.6 Si (wt%) alloy after severe plastic deformation by equal-channel …