RESEARCH

• Photobiological energy conversion
• Mesoporous materials
• Electrochemical capacitors & batteries
• Waste heat energy harvesting
• Foams/microfoams
• Biomedical optics
• Materials and energy efficiency

Interfacial and transport phenomena in electrochemical capacitors

Introduction

Electrochemical energy storage systems

Modeling

Generalized Modified Poisson-Nerst-Planck Model for asymmetric electrolytes

Electric Double Layer Capacitors (EDLCs)

Equilibrium Modeling of Electrical Double Layer Capacitors

	Equilibrium Model of EDLCs with mesoporous electrodes

Dynamic Modeling of Electrical Double Layer Capacitors

Physical interpretation of cyclic voltammetry of EDLCs Physical interpretation of Nyquist plots for EDLCs electrodes and devices

Heat Generation in Electrical Double Layer Capacitors

First-principles thermal modeling of EDLCs under galvanostatic cycling Calorimetric measurements of irreversible and reversible heat generation in EDLCs

Pseudocapacitors

Dynamic Modeling of Hybrid Pseudocapacitors
	Physical interpretation of cyclic voltammetry for hybrid pseudocapacitors Enhancing faradaic charge storage in hybrid pseudocapacitors Electrochemical transport phenomena in hybrid pseudocapacitors under galvanostatic cycling
Heat Generation in Hybrid Pseudocapacitors
	First-principles thermal modeling of hybrid pseudocapacitors under galvanostatic cycling

Financial support

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Financial support by the following organizations is gratefully acknowledged: