A physics-based model of the electrical impedance of ionic polymer metal composites

Keyphrases

• Ionic Polymer-metal Composite 100%
• Physics-based Model 100%
• Electrical Impedance 100%
• Equivalent Model 33%
• Charge Dynamics 33%
• Composite Layer 33%
• Poisson-Nernst-Planck System 33%
• Electrical Properties 16%
• Metal Electrode 16%
• Two-species 16%
• Charge Distribution 16%
• Capacitors 16%
• Resistors 16%
• Double Layer 16%
• Charge Carriers 16%
• Additional Term 16%
• Counterion 16%
• Mass Transfer 16%
• Polymer Membrane 16%
• Interfacial Region 16%
• Lumped Elements 16%
• Connected in Series 16%
• Voltage Range 16%
• Electron Transport 16%
• Warburg Impedance 16%
• Equivalent Circuit Parameters 16%
• Circuit Model 16%
• Step Response 16%
• Stepped-impedance 16%
• Multiphysics 16%
• Microscopic Properties 16%
• Faradaic Impedance 16%
• Impedance Model 16%

Material Science

• Electronic Circuit 100%
• Electrical Impedance 100%
• Charge Carrier 50%
• Electron Transfer 50%
• Capacitor 50%
• Plating 50%

Engineering

• Ionic Polymer Metal Composite 100%
• Electrical Impedance 100%
• Experimental Result 16%
• Circuit Parameter 16%
• Input Voltage 16%
• Equivalent Circuit 16%
• Double Layer 16%
• Interfacial Region 16%
• Circuit Model 16%
• Step Response 16%
• Additional Term 16%
• Charge Carrier 16%