Porous platinum is of high technological importance due to its various applications in fuel
cells, sensors, stimulation electrodes, mechanical actuators and catalysis in general. Based …

The possibilities of electrochemical synthesis of nanostructures and nanomaterials are
considered. The problems and prospects of the development of research in this field are …

Nanoporous metal ribbons including Au, Pd, Pt, Ag, and Cu can be fabricated through
chemical dealloying of rapidly solidified Al-based alloys under free corrosion conditions. The …

Chemical dealloying of Pt binary alloy precursors has emerged as a novel and important
preparation process for highly active fuel cell catalysts. Dealloying is a selective (electro) …

Dealloying of Pt bimetallic nanoparticles is a promising synthesis method to prepare highly
active electrocatalysts for oxygen reduction reaction (ORR) in alkaline and acidic PEM fuel …

A simple and general dealloying method is employed to fabricate nanoporous Au/Pt alloys
with pre-determined alloy compositions. Structural characterization by electron microscopes …

Voltammetric dealloying of bimetallic platinum–copper (Pt–Cu) alloys has been shown to be
an effective strategy to modify the surface electrocatalytic reactivity of Pt bimetallic …

The parting limit or de-alloying threshold for electrolytic dissolution of the more reactive
component from a homogeneous fcc binary alloy is usually between 50 and 60 at%. The …

Composition‐controlled fabrication of bimetallic catalysts is of significance in
electrochemical energy conversion and storage. A novel nanoporous Pt‐Cu bimetallic …

We present a facile and effective route to fabricate monolithic nanoporous silver (NPS)
ribbons through chemical dealloying of melt-spun Al− Ag alloys comprising α-Al (Ag) and …