We use precession electron diffraction to investigate the crystallographic character of copper
(Cu)-tungsten (W) nanocomposites fabricated via physical vapor co-deposition at 400° C …

Morphological and crystallographic structures of multilayered W/Cu nanocomposite thin
films elaborated by physical vapor deposition were studied by varying copper and tungsten …

Nanostructured Cu-W composites ie a mixture of nanometer-sized Cu and W crystallites
were prepared by means of an inert gas condensation technique. Structural investigations …

The mechanical deformation behavior of nanocomposite metals depends on the dimensions
of their constituents, due to the interactions of dislocations with grain and phase boundaries …

We use 3D phase-field simulations to investigate the role of deposition rates and atomic
mobilities on morphological self-structuring in phase-separating, vapor-deposited alloys …

Three‐dimensional nanoarchitectures (see Figure) are formed by the oriented aggregation
of CuO nanoparticles. One‐dimensional orientation in the early stages of aggregation (in the …

Temperature-programmed in situ X-ray diffraction with whole-powder-pattern modeling is
used to investigate the reaction of Au@ Cu2O core–shell nanoparticles to form …

Elevated temperature co-sputtering of immiscible elements results in a variety of self-
organized morphologies due to phase separation. Cu–Ta is used as a model system to …

Co-depositions of immiscible alloy films at specific processing conditions have yielded
hierarchical microstructures which consist of distinct features at multiple length scales, often …

Here, we report an effective nanostructures modulation strategy by W alloying and
annealing treatment in Cu films deposited by magnetron sputtering. The as-deposited Cu …