Preparation of a thin organic film on metallic electrodes can protect substrates against
corrosion. These organic underlayers also help electrodeposition of metallic electrocatalysts …

Protective thin films prepared from natural products can be used as an economical, efficient
and environmentally friendly method to mitigation corrosion. The aim of this study is to …

Direct‐methanol fuel cells are proton‐exchange fuel cell in which methanol is used as the
fuel. The important advantage of these fuel cells is the simplicity of transport and storage of …

In this study, the facile-green method was applied for the production of electroactive
composite anode material. For this purpose, biochar was produced via pyrolysis of Pinus …

Highly ordered porous titanium dioxide nanotube (TiO 2-NT) surfaces were prepared with
anodization method to obtain a larger specific surface area that plays a very important role in …

Abstract Electrodeposited Nano-Ni films at pencil graphite electrode from aqueous acetate
buffer and Ethaline solvent as an example of deep eutectic solvents (DESs) were estimated …

Molybdenum carbide co-catalyst and carbon nanofiber matrix are suggested to improve the
nickel activity toward methanol electrooxidation process. The proposed electrocatalyst has …

As the energy demand and diversity increases human beings need new energy sources or
energy converters. Among energy convertion technologies, direct methanol fuel cells …

In this study, nickel (Ni) and cobalt (Co) with various compositions were galvanostatically
deposited on a nickel-based substrate (NiF); the convenient NiCo-electrode was decorated …

A metal–organic composite thin film composed of polyaniline (PANI) and Ni was prepared
and characterized for methanol electrooxidation reaction. First, PANI thin films were …