This work reports improvements and alternatives for the preparation of high area Ni and Ni–
Co coatings as well as the deposition of a highly active Ni–Fe layer on mild steel substrates …

The conversion of carbon dioxide and water into fuels in a solar refinery presents a potential
solution for reducing greenhouse gas emissions, while providing a sustainable source of …

The hydrogen evolution reaction (her) was studied on bright nickel electrodes in alkaline
solutions at several temperatures. The formation of nickel hydrides in the potential region of …

New electrocatalysts consisting of hydrogen storage alloys, such as MmNi3. 6Co0. 75Mn0.
4Al0. 27 alloy (Mm≡ misch metal), LaNi4. 9Si0. 1 alloy and Ti2Ni alloy and nickel …

In an effort to improve the efficiency of alkaline water electrolysis for hydrogen production,
surface modifications to Ni based electrodes were made by means of mechanical polishing …

The hydrogen evolution reaction was studied on vacuum plasma sprayed Ni-Al and Ni-Al-
Mo electrodes in 1 m NaOH and 25% KOH at 70° C. It was found that Ni-Al-Mo electrode is …

Abstract The electrodeposition of Ni–Zn alloy coatings with high nickel content from a Watts
type bath was studied. The investigation was performed by means of cyclic voltammetry …

This work describes the development of a composite material, NiFeZn coatings, prepared
from the electrodeposition of NiFeZn alloys followed by chemical leaching in KOH solution …

Electrodeposited Ni NiMoS 2 electrodes have shown good electrocatalytic activity towards
the hydrogen evolution reaction as well satisfactory long-term operational performance. The …

A novel cathode with a multilayer structure was developed. Mm-based hydride alloys served
as the hydrogen absorbing alloy of the novel cathode. A Ni-Mo alloy coating was used as …