Electrochemical evaluation of ferrocene carboxylic acids confined on surfactant–clay modified glassy carbon electrodes oxidatio

Thestudytitled"Electrochemicalevaluationofferrocenecarboxylicacidsconfinedonsurfactant–claymodifiedglassycarbonelectrodesoxidation"investigatestheelectrochemicalbehaviorofferrocenecarboxylicacidswhenimmobilizedonsurfactant–claymodifiedglassycarbonelectrodes.Thisresearchfocusesontheoxidationprocessesoftheseorganometalliccompounds,whichareknownfortheirredox-activepropertiesandpotentialapplicationsinsensors,catalysis,andmolecularelectronics.Byutilizingsurfactant–claycompositestomodifytheelectrodesurface,thestudyaimstoenhancethestabilityandelectrochemicalperformanceoftheconfinedferrocenederivatives.Themodifiedelectrodesystemischaracterizedusingtechniquessuchascyclicvoltammetryandelectrochemicalimpedancespectroscopytoevaluateelectrontransferkinetics,surfacecoverage,andoxidationmechanisms.Thefindingsprovideinsightsintothedesignofefficientelectrodematerialsforapplicationsinelectrochemicalsensingandenergyconversion,highlightingthesynergisticeffectsofsurfactant–claymatricesinimprovingtheredoxactivityofconfinedferrocenespecies.Thisworkcontributestothebroaderfieldofelectroactivematerialsandmodifiedelectrodesystems.