Exposure of active sites in Mn–SnS2 nanosheets to boost hydrogen evolution reaction

Construction of Quaternary Chalcogenide Ag2BaSnS4 Nanograins for HER/OER Performances and Supercapacitor Applications in Alkaline Media

“…Innovative energy-producing and -storing technologies are in high demand because of the increasing need for renewable and clean energy sources and the decreasing availability of fossil fuels. − Electrocatalytic water splitting offers a versatile and effective method for the production of hydrogen, a nonfossil fuel alternative energy source. However, due to the complicated electron/ion transfer pathways that occur during hydrogen evolution (HER) and oxygen evolution (OER) reactions, water-splitting reactions have substantial overpotential, slow kinetics, and poor energy efficiency .…”

Self-Assembled p–n Homojunction in SnS2 Nanosheets for Electrocatalytic Hydrogen Evolution: The Role of Sulfur Defects

“…Recently, n-type tin disulfide (SnS 2 ) nanosheets emerged as an excellent electrocatalyst for HER. − Zhou et. al investigated that a high concentration of V S boosts HER performance of SnS 2 .…”