The development of earth-abundant and high-efficiency bifunctional electrocatalysts is
extremely desirable for electrochemical water splitting, but there are some critical challenges …

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

The main novelty of this developed method is the detection of the hazard organophosphate
pesticide fenitrothion (FNT) in real samples using a nickel cerium oxide (NiCeO) bimetallic …

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 …

CeO 2 is attractive for water splitting due to its various valence oxidation states, however, its
catalytic performance in alkaline medium is challenging. In this study, we synthesized novel …

Noble metals (Pt) and metal oxides (IrC and RuO2) are heavily utilized as benchmark
electrocatalysts for alkaline water splitting; however, these materials possess several …

Anion exchange membrane water electrolysis (AEMWE) offers a sustainable path for
hydrogen production with advantages such as high current density, dynamic …

Rational design and construction of 2D materials play a crucial role in energy storage and
conversion technologies. Herein, we used a cation-exchange strategy, followed by a thermal …

Rationalizing the development of highly active, non-precious electrocatalysts through facile
and cost-effective synthesis methods for the oxygen evolution reaction (OER) constitutes a …

Oxygen evolution reaction (OER) is widely recognized as a bottleneck in the kinetics and
activity of decomposition water. Unique geometric design and compositional regulation are …