A porous gold microelectrode (μAuE) was fabricated by dynamic soft templating and used
for the square-wave anodic stripping analysis of As (III). The porous μAuE was fabricated by …

A home‐made gold microelectrode (Au‐μE) was fabricated and its surface was modified
with nanoporous gold structures via a facile electrochemical approach (anodization followed …

A nanoporous gold (NPG) microelectrode with high catalytic activity was prepared by
applying potential cycles to a polycrystalline Au-disk microelectrode in an ionic liquid …

Determination of arsenite [As (III)] without interference in mild condition is crucial for portably
assessing arsenic contamination using electrochemical method. We have developed high …

Selective electrochemical detection of As (III) using a highly sensitive platform based on a
Au (111)-like surface is described. The Au (111)-like surface was achieved for the first time …

A “two-phase protocol” is proposed to prepare gold electrode with controlled surface and
crystallographic properties. Gold nanoparticles were first electrodeposited onto a glassy …

Electrochemical detection of trace arsenic (III) in aqueous phase was studied with a porous
gold (PAu) electrode, which was prepared by paper-based templating method. Square wave …

A simple strategy to fabricate porous three-dimensional gold-film electrodes using gold-
coated microspheres (AuMS) is presented. The AuMS deposited on gold (AuMS/Au) are …

The construction of ultrahighly sensitive electrochemical sensing interfaces is essential for
the accurate determination of trace-level arsenic (III)(As (III)) due to its severe toxicity. In this …

3D-ensembles of gold nanowires electrodes (3D-NEEs) are produced by electroless gold
deposition in track-etched polycarbonate (PC) membranes, followed by partial etching …