Transition metal phosphides possess novel, structural, physical and chemical properties and
are an emerging new class of materials for various catalytic applications. Electroplated or …

Colloidal chemistry holds promise to prepare uniform and size-controllable pre-catalysts;
however, it remains a challenge to unveil the atomic-level transition from pre-catalysts to …

Electroless Ni–P alloys are produced as coatings on a broad variety of substrates. They
exhibit a corrosion resistance that is superior to pure nickel but do not form a NiO oxide film …

Coatings of Ni–P alloys are increasingly used for their shiny appearance, the high degree of
hardness and very good corrosion resistance. Electroless coatings are preferred in industry …

Ni2P particles are coated homogenously with amorphous Ni by an electroless plating
process. The Ni coating exhibits a nanoflake morphology and has 20–30 nm in thickness …

It is highly attractive but challenging to develop transition-metal electrocatalysts for direct
hydrazine fuel cells (DHzFCs). In this work, a nickel crystalline core@ nickel phosphide …

The crucial problems for the catalysts of CO 2 methanation are the low activity at low
temperature and deactivation caused by metal sintering. In order to overcome the problems …

The sluggish anodic oxygen evolution reaction (OER) is currently the major hinderance for
hydrogen production from water splitting. Iron-based materials are promising cost-effective …

Chemical state identification and quantification based on photoelectron spectra is
challenging in the case of copper and zinc and their alloys. In this work an analytical strategy …

MXenes have extensive applications due to their different properties determined by intrinsic
structures and various functional groups. Exploring different functional groups of MXenes …