Ab initio thermodynamics examination of sulfur species present on Rh, Ni, and binary Rh-Ni surfaces under steam reforming reaction conditions

Keyphrases

• Reaction Conditions 100%
• Ni Surface 100%
• Sulfur Species 100%
• Ab Initio Thermodynamics 100%
• Steam Reforming Reaction 100%
• Low Temperature 66%
• Sulfur 66%
• Adsorption 66%
• Steam Reforming 66%
• Ni(111) 66%
• High-flow Oxygen 66%
• Clean Surface 66%
• Rh(111) 66%
• Ni Metal 66%
• Hydrocarbons 33%
• Bimetallic 33%
• H 2 S 33%
• Thermodynamic Framework 33%
• Transition Temperature 33%
• Density Functional Calculations 33%
• Lower End 33%
• Metals Transition 33%
• Pure Metals 33%
• Metal Surface 33%
• Pressure-temperature 33%
• Metal Sulfide 33%
• Sulfide Formation 33%
• Rh Catalyst 33%
• (111) Surface 33%
• Stable Forms 33%
• Surface Adsorption 33%
• Surface Species 33%
• Binary Metal 33%
• Stepped Surfaces 33%

Material Science

• Density 16%
• Transition Metal 16%
• Metal Surface 16%