The Fe₂O₃(0001) Surface under Electroreduction Conditions: A DFT Study of L-Cysteine Adsorption

Keyphrases

• Cysteine 100%
• Iron Oxide 100%
• DFT Study 100%
• Electroreduction 100%
• Amino Acids 50%
• Surface Stability 50%
• Fe Atoms 25%
• Surface Structure 25%
• Adsorption 25%
• Carboxylic Acids 25%
• Catalyst Surface 25%
• Density Functional Calculations 25%
• Surface Properties 25%
• Catalytic Activity 25%
• Thiols 25%
• H Atoms 25%
• Amines 25%
• Surface Functionalization 25%
• Catalytic Selectivity 25%
• Binding Mode 25%
• Redox State 25%
• Reducing Conditions 25%
• Surface Termination 25%
• Catalytic System 25%
• Surface Environment 25%
• Oxide Materials 25%
• Peptide Adsorption 25%
• Organic Additives 25%

Engineering

• Electroreduction 100%
• Surface Stability 100%
• Catalyst Surface 50%
• Enzymatic Activity 50%
• Dependent Surface 50%
• Surface Functionalisation 50%
• Surface Termination 50%
• Catalytic System 50%

Material Science

• Cysteine 100%
• Amino Acids 33%
• Density 16%
• Oxide Compound 16%
• Surface Structure 16%
• Surface Property 16%
• Surface Functionalization 16%
• Catalyst Activity 16%