The aim is to improve the efficiency and durability of the oxygen evolution reaction using plasma-engineered nickel iron sulfide.
Utilized plasma engineering to enhance oxygen vacancies in nickel iron sulfide catalysts.
Evaluated the catalytic performance in the oxygen evolution reaction under controlled conditions.
Plasma-engineered NiFe sulfide showed significant improvements in OER kinetics compared to unmodified catalysts.
Achieved notable increases in efficiency and durability, with specific metrics not detailed.
Abstract
The oxygen evolution reaction (OER) in water splitting is a critical bottleneck due to sluggish kinetics. To address this issue and accelerate the OER process, low-cost NiFe-based sulfides exhibit great...