The hydrogen evolution reaction, 2H++ 2 e–→ H2, and its converse, the hydrogen oxidation
reaction, H2→ 2H++ 2 e–, are central to any realization of a hydrogen economy. Various …

Abstract Cu/Ni/NiZn-Pd composite coatings were fabricated by combination of
electrochemical and a simple chemical replacing methods to enhance hydrogen evolution …

Mo-coated carbon felt (C) supporting material modified by electrochemical deposition of
trace amounts of MoPd binary composites having various metal ratios and characterized …

There are very rare reports on using metal–organic framework (MOF) catalysts for
electrochemical hydrogen production. In this study, a composite of palladium, single-walled …

Dimethyl phthalate esters (DMPEs) are considered to be endocrine disruptors and
environmentally hazardous materials in plastic industries wastewater because of its low …

In this work, for the first time, effect of different types of surfactants on hydrogen evolution
reaction (HER) is studied. In this way, sodium dodecyl sulfate (SDS), cetyltrimethyl …

The subject of this study is preparation and characterization of hypo–hyper d-
electrocatalysts with reduced amount of precious metals aimed for water electrolysis. The …

Mo was electrochemically deposited over a carbon felt (C) support in order to enhance
hydrogen evolution activity of the support and make it a candidate for further modifications …

The subject of this work is the use of non-stoichiometric titanium oxides–Magneli phases as
support material of Co-based electrocatalysts aimed for hydrogen/oxygen evolution reaction …

The development of an alternate environmental friendly electrocatalyst suitable to replace
the function of the ferrocene, ferricyanide and prussian blue-based redox-mediators is a …