Abstract: The rational design of non-noble transition-metal bimetallic substrates represents a promising approach for developing efficient and tunable electrocatalysts for the hydrogen evolution reaction. In this work, we employ density functional theory calculations with van […]
Abstract: Advancing alkaline water electrolysis requires bifunctional catalysts that are both low-cost and scalable. Here, we report a self-adaptive porous nickel sulfide (NixSy) electrode that, under cathodic operation, reconstructs in situ into a Ni3S2-rich phase […]
NiMo–NiCu Inexpensive Composite with High Activity for Hydrogen Evolution Reaction Abstract: In this work, the effect of copper addition on NiMo coating is evaluated in regard to the hydrogen evolution reaction (HER). NiMo and NiMo–NiCu […]
Effect of copper addition on cobalt-molybdenum electrodeposited coatings for the hydrogen evolution reaction in alkaline medium Abstract: Co–Mo materials have been reported as electrocatalysts that present good performance in alkaline electrolytes. In this paper, the […]
Facile One-Step Electrodeposition Fabrication of Amorphous MoS2 Catalysts in Titanium for Hydrogen Evolution Reaction Abstract: Hydrogen is seen as a future energy carrier that will assist the global energy fuel demand. However. it is still […]
Microwave-Electrochemical Deposition of a Fe-Co Alloy with Catalytic Ability in Hydrogen Evolution Abstract: A novel microwave-electrochemical process is shown to allow Fe-Co alloy to be formed at a stainless steel electrode under fast mass transport − […]
Copyright © 2018 | Centro de Desenvolvimento de Materiais Funcionais