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March 13, 2026Journal of Materials Chemistry C0 citations

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

DPDon Disouza Francis PackiarajNational Taipei University of Technology AJAntony Jasmine Vincent JohnNational Taipei University of Technology SCShen-Ming ChenNational Taipei University of Technology

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.

Abstract

Layered double hydroxides (LDHs) are among the most promising electrocatalysts due to their excellent electrochemical performance for their electrochemical oxidation behaviour. On the other hand, NiFe-LDH suffers from several drawbacks,...

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