The development of the femtosecond laser (fs laser) with its ability to provide extremely rapid
athermal ablation of materials has initiated a renaissance in materials science. Sample …

Microstructure control of in situ metal matrix nanocomposites (MMNCs) poses a barrier to
their large-scale production. Here, we interrogate in unprecedented detail the formation …

The self‐assembly of triblock Janus particles is simulated from a fluid to 3D open lattices:
pyrochlore, perovskite, and diamond. The coarse‐grained model explicitly takes into …

Chiral compounds are abundantly distributed in both the natural world and biological
systems. It is crucial to identify and detect chiral compounds in living systems or to separate …

Crystal orientation imaging is generally confined to the laboratory, typically following
destructive sectioning, with most current techniques reliant on electron-material interactions …

Eutectic solidification in ternary systems is a complex process involving the interaction of
several material and process parameters resulting in the formation of intriguing patterns …

Zn is a promising biodegradable metal owing to its moderate degradation rate and
acceptable biocompatibility. However, the insufficient mechanical strength and plasticity of …

The melting of 2D lamellar and 3D rod eutectic structures was studied by multi-phase-field
simulations. A binary model eutectic system was investigated in a standard directional …

Screw dislocations play a significant role in the growth of crystalline structures by providing a
continuous source of surface steps which represent available sites for crystal growth. Here …

Laser surface remelting of as-cast Al-Ge eutectic alloy is shown to produce ultrafine lamellar
eutectic morphology with interlamellar spacing refined up to∼ 60 nm and composed of FCC …