Publication | Closed Access
Surface-control enhanced crater-like electrode in a gelatin/polyvinyl alcohol/carbon composite for biodegradable multi-modal sensing systems with human-affinity
15
Citations
50
References
2021
Year
EngineeringPorous MembranePorous PolymerBiomedical EngineeringPore Size ChangesChemical EngineeringBiosensing SystemsPore SizeNanosensorPorous SensorPolymer ChemistryBiopolymersPore Formation MechanismPore StructureGelatin/polyvinyl Alcohol/carbon CompositeBiomedical DiagnosticsPolymer ScienceCrater-like ElectrodeSensor DesignElectroanalytical Sensor
The pore formation mechanism and variation of pore size in gelatin–PVA–carbon system was studied. As pore size changes, different conductivity, strain and air/light transmittance can meet the needs of human-affinity and biodegradable applications.
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