Electrocatalytic water splitting is widely considered a promising method for generating
renewable and sustainable hydrogen energy, but it has been limited by the high …

As an energy-sustainable and environmentally friendly technology, electrochemical water
splitting is a highly recognized approach for the production of clean energy and overcoming …

Electrochemical glucose oxidation reaction (GOR) is a promising alternative anodic reaction
to water oxidation reaction for various electrochemical oxidation reactions owing to the …

Given the rapidly increasing energy demand and environmental pollution, to achieve energy
conservation and emission reduction, hydrogen production has emerged as a promising …

Constructing highly active and noble metal-free electrocatalysts is significant for the anodic
oxygen evolution reaction (OER). Herein, uniform carbon-coated CoP nanospheres (CoP/C) …

Reasonable design and preparation of a versatile catalyst for the ultra-high efficiency energy
conversion system has remarkable practical significance. Herein, a facile phase engineering …

In this study, we prepare a highly efficient BiVO 4 photoanode co-catalyzed with an ultrathin
layer of N, S co-doped FeCo-Metal Organic Frameworks (MOFs) for photoelectrochemical …

Reasonable design of bifunctional catalysts with prominent catalytic activity and excellent
stability is regarded as essential and valuable for alkaline seawater electrolysis. Herein …

Optimizing the electron cloud density on the catalyst surface is the key to achieving fast
kinetics for oxygen evolution reaction (OER). Here, a nn Fe 2 P/NiCoP core/shell with strong …

The development of a simple and large-scale strategy for enhancing the intrinsic activity and
reaction kinetics of nano-electrocatalyst for water splitting is crucial but challenging. Herein …