Liquid metal dealloying, a method of etching based on different solubilities of each
component of the alloy into the liquid metal, has been extensively developed for …

High-entropy nanomaterials possessing high accessible surface areas have demonstrated
outstanding catalytic performance, beating that found for noble metals. In this …

Low modulus biomaterials are in focus as potential candidates for biomedical implants
ensuring a fast healing of hard tissues. The close match between elastic properties of an …

Surface functionalization is an effective approach to change the surface properties of a
material to achieve a specific goal such as improving the biocompatibility of the material …

The α/γ phase selection mechanism and corrosion resistance of Fe-21% Cr-12% Ni-5% Mo
alloy were investigated by both individual electromagnetic levitation (EML) and EML …

Liquid metal dealloying is a newly available technology used to create bulk porous
materials. In this study, a commercial nickel-based superalloy, Incoloy 800, was dealloyed to …

Open porous dendrite-reinforced TiMo alloy was synthesized by liquid metal dealloying of
the precursor Ti47. 5Mo2. 5Cu50 (at.%) alloy in liquid magnesium (Mg). The porous TiMo …

High/Medium entropy alloys (H/MEAs) represent a new strategy for the design of materials
with properties superior to those of conventional alloys. Here, we show a new field of …

Liquid metal dealloying (LMD) is a new technology to create porous materials. From a
(FeCr) x‐Ni1–x precursor, it is possible to get a bicontinuous structure of FeCr and Mg: a …

The preparation of the wavelength-scale micropores on metallic surfaces is limited by the
high opacity of metal. At present, most micropores reported in the literature are more than 20 …