Electronic Structure Engineering in NiFe Layered double hydroxide via A first row transition metals doping as an Efficient Electrochemical oxidation performance of Sulfamethazine in food samples

Key Points

• The research focuses on enhancing the electrochemical oxidation performance of sulfamethazine using doped NiFe-layered double hydroxides.
• Incorporation of first row transition metals into NiFe-layered double hydroxides.
• Electrochemical tests to evaluate oxidation performance.
• Application of doped LDHs in food sample analysis.
• Enhanced electrochemical performance observed in doped NiFe-LDH compared to undoped versions.
• Significant improvement in oxidation efficiency of sulfamethazine detected.
• Proposed mechanism for enhanced electrocatalytic activity.