Single H2 nanobubble nucleation is studied at Pt nanodisk electrodes of radii less than 50
nm, where H2 is produced through electrochemical reduction of protons in a strong acid …

Protonated weak acids commonly used in microbial electrolysis cell (MEC) solutions can
affect the hydrogen evolution reaction (HER) through weak acid catalysis, and by lowering …

Organic acids can severely corrode metals, despite rarely reaching particularly low pH
values. The mechanisms underlying the corrosion process in the presence of organic acids …

Citrate is widely used as a complexing agent in electrolytes for deposition of metals and
alloys. While the chemistry of metal-citrate complexes is well known, the electrochemical …

The present study provides a theoretical framework for mechanistic investigation of the
hydrogen evolution reaction (HER) in acidic solutions containing a secondary proton donor …

Recent electrochemical studies have reported aqueous CO 2 reduction to formic acid,
formaldehyde and methanol at potentials of ca.− 600 mV versus SCE, when using a Pt …

Naphthenic acid corrosion has plagued refineries for nearly a century. However, the vast
majority of naphthenic acid corrosion research to date is solely focused on remediation, and …

Acid–base equilibria are generally studied and taught at universities using approaches and
techniques that include the use of dyes, spectrophotometry, conductometry, and …

A recently proposed mechanism for electrochemical CO 2 reduction on Pt (111) catalyzed by
aqueous acidic pyridine solutions suggests that the observed redox potential of ca.− 600 mV …

Sulphate reducing bacteria are known to play a major role in anaerobic microbiological
influenced corrosion of steels, but mechanisms behind their influence are still source of …