Evaluating diverse electrode surface patterns of 3D printed carbon thermoplastic electrochemical sensors
Chloe Miller, Oliver Keattch, Ricoveer Singh Shergill, Bhavik Anil Patel
Abstract
values. These differences are most likely due to variations in the accessibility of conductive sites on the electrode surface due to the varying surface roughness of different patterned designs. Our findings highlight that when making electrodes using 3D printing, surface patterning of the electrode surface can be used as an effective approach to enhance the performance of the sensor for varying applications.
Topics & Concepts
ElectrodeMaterials sciencePalladium-hydrogen electrodeWorking electrodeChemically modified electrodeElectrochemistryReference electrodeAnodeSurface roughnessNanotechnologyComposite materialAnalytical Chemistry (journal)ChemistryChromatographyPhysical chemistryConducting polymers and applicationsNeuroscience and Neural EngineeringAdvanced Sensor and Energy Harvesting Materials