Boosted electrolytic hydrogen production at tailor-tuned nano-dendritic Ni-doped Co foam-like catalyst

Promoted glucose electrooxidation at Ni(OH)2/graphene layers exfoliated facilely from carbon waste material

“…Specifically, the dynamic hydrogen bubbling technique (DHBT) is considered a promising method for electrodeposition due to being simple and fast, producing high surface area by developing a porous structure, and being controllable. 39–41…”

“…Specically, the dynamic hydrogen bubbling technique (DHBT) is considered a promising method for electrodeposition due to being simple and fast, producing high surface area by developing a porous structure, and being controllable. [39][40][41] Therefore, the current research focuses on the preparation of non-precious catalysts on the surface of supporting materials with characteristic properties. Interestingly, seeking supporting materials with characteristic properties from waste materials is still challenging.…”

Copper dendrite stabilized NiFe(OH)x electrocatalyst for durable alkaline hydrogen evolution over 1000 h

“…A recent work confirms that the presence of oxygenated Ni species is the key to stabilizing the metal/oxygenated junctions in alkaline solutions. 22 However, these metal oxides are still at risk of becoming hydrogenated under longer operation times, and they will gradually suffer a performance decay.…”