It is significant but challenging to develop noble-metal-free electrocatalysts exhibiting high
activity and long-term stability toward hydrogen evolution reaction (HER) to satisfy the ever …

Abstract Co-Mo-TiO 2 composite and Co-Mo alloy thin films were galvanostatically
electrodeposited and their HER electrocatalytic properties assessed, in order to better …

This work is concerned with preparation and characterization of nano-structured composite
electrocatalytic material for hydrogen evolution based on CoPt hyper d-metallic phase and …

Effective and low-price electrocatalyst synthesis is a critical issue for direct methanol fuel
cells. To remedy this, it is necessary to investigate materials that can act synergistically with …

Platinum decorated heterogeneous catalysts for methanol oxidation reaction have crucial
importance for the commercial sustainability of Direct Methanol Fuel Cells (DMFC). In this …

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 …

The idea of an economy supported by hydrogen is still being considered by government
bodies and major oil companies. The extensive use of hydrogen as a fuel has many …

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 effect of using multiwalled carbon nanotubes (MWCNTs) vs. traditional carbon materials
(as eg, Vulcan XC-72) as supports for mixed non-platinum catalysts for hydrogen evolution …

Structural and electrochemical characteristics of hypo–hyper d-electrocatalytic materials
aimed for preparation of electrodes for hydrogen evolution were studied. The basic catalytic …