Recently, pentlandite materials have been shown to exhibit promising properties with
respect to the hydrogen evolution reaction (HER). A whole series of trimetallic FeCoNi …

We report on synthesis of the heterotrimetallic pentlandite-type material Fe 3 Co 3 Ni 3 S 8
(FCNS) in presence of suitable phosphorus-(FCNSP) and nitrogen-(FCNSN) donors for the …

Abstract The pentlandite Fe 5 Ni 4 S 8 (abbreviated as FNS) is not efficient for water splitting
because of its inferior performance for the oxygen evolution reaction (OER). This issue …

We have utilized carbon sources as milling additives to enable a direct mechanochemical
one-pot synthesis of Fe3Co3Ni3S8/carbon (Pn/C) materials using elemental reaction …

The development of new catalysts for Hydrogen evolution reaction/Hydrogen oxidation
reaction (HER/HOR) is of crucial importance for the commercialization of Proton‐exchange …

Defect engineering plays a key role in regulating intermediate kinetics of OER process.
However, the controlled integration of oxygen vacancy defects into the catalyst remains a …

Designing noble metal-free and high electrocatalytic materials via facile and cost-effective
routes has garnered great importance in the production of hydrogen. Herein, we fabricated …

Co 9 S 8 is a highly promising electrochemically active material for energy devices; its
rational design and manufacture for further enhancing the electrochemical activity and …

Metal sulfides are promising alternatives to noble metal electrocatalysts for water‐based
hydrogen evolution. Pentlandites, notably, exhibit high activity in acidic environments. To …

Designing noble metal-free and high electrocatalytic materials via facile and cost-effective
routes has garnered great importance in the production of hydrogen. Herein, we fabricated …