Interfacial hydrogen spillover and coherent lattice matching in ZnIn2S4/ZnCo2S4 enable synchronized electron-proton delivery for efficient photocatalytic H2 evolution

Key Points

• Efficient photocatalytic hydrogen evolution is achieved through synchronized delivery of electrons and protons.
• The mechanism involves interfacial hydrogen spillover and coherent lattice matching between materials.
• Analysis of the materials' interactions enhances understanding of their photocatalytic efficiency.
• The findings could lead to advancements in renewable energy applications and efficient hydrogen production.