Litcius/Paper detail

Constructing amorphous CoP/Vs-Ni3S2 p-n junction with enhanced interface built-in electric field: A strategy for stable and high-performance overall water splitting catalysis

Zhiwei Liu, Aize Hao, Rongxing He, Nian-Dan Zhao, Yuling Ye, Xiaonan Liu

2025Chemical Engineering Journal14 citationsDOI

Topics & Concepts

Water splittingElectrocatalystCatalysisOxygen evolutionMaterials scienceHydrogenChemical engineeringAmorphous solidHydrogen productionReversible hydrogen electrodeDensity functional theoryElectrodeDesorptionHydrogen fuelChemical physicsCurrent densityChemistryNanotechnologyNickelElectric fieldAdsorptionAlkaline water electrolysisOverpotentialVacancy defectInorganic chemistryOxygenWork (physics)Transition metalElectrocatalysts for Energy ConversionAdvanced battery technologies researchHybrid Renewable Energy Systems
Constructing amorphous CoP/Vs-Ni3S2 p-n junction with enhanced interface built-in electric field: A strategy for stable and high-performance overall water splitting catalysis | Litcius