Direct Construction of Mesoporous Metal Sulfides via Reactive Spray Deposition Technology
By Wang, Yang; Wu, Yang; Shirazi-Amin, Alireza; Kerns, Peter; Fee, Jared; He, Junkai; Jin, Lei; Maric, Radenka; Suib, Steven L.
Published in ACS Applied Energy Materials
Abstract
A rapid one-step flame combustion deposition method was developed to fabricate the mesoporous metal sulfides directly on nickel foam without binder and template. The first-row transition metal sulfides, Co9S8, Ni3S4, NiCo2S4, and FeS, were successfully synthesized with three-dimensional architecture, large specific surface area (around 110 m2 g
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