A variety of synthesis protocols for octahedral PtNi nanocatalysts have led to remarkable
improvements in platinum mass and specific activities for the oxygen reduction reaction …

Anisotropic bimetallic nanoparticles are promising candidates for plasmonic and catalytic
applications. Their catalytic performance and plasmonic properties are closely linked to the …

Electron tomography using energy loss and X-ray spectroscopy in the electron microscope
continues to develop in rapidly evolving and diverse directions, enabling new insight into the …

X-ray analysis is one of the most robust approaches to extract quantitative information from
various materials and is widely used in various fields ever since Raimond Castaing …

Intermetallic phases can significantly improve the creep resistance of magnesium alloys,
extending their use to higher temperatures. However, little is known about the deformation …

Meteorites contain a record of their thermal and magnetic history, written in the intergrowths
of iron-rich and nickel-rich phases that formed during slow cooling. Of intense interest from a …

The crystal structure of tetragonal tungsten bronzes, with the general formula
A12A24C4B12B28O30, is flexible both from a chemical and structural viewpoint, resulting in …

Over the past decade, advances in the colloidal syntheses of octahedral-shaped Pt–Ni alloy
nanocatalysts for use in fuel cell cathodes have raised our atomic-scale control of particle …

Quantitative structure determination is needed in order to study and understand
nanomaterials at the atomic scale. Materials characterisation resulting in precise structural …

A new methodology is presented to count the number of atoms in multimetallic nanocrystals
by combining energy dispersive X‐ray spectroscopy (EDX) and high angle annular dark …