This paper reviews recent advances in physical modeling of interfacial and transport
phenomena in electric double layer capacitors (EDLCs) under both equilibrium and dynamic …

Electrochemical impedance spectroscopy (EIS) consists of plotting so-called Nyquist plots
representing negative of the imaginary versus the real parts of the complex impedance of …

This study aims to provide physical interpretations of electrochemical impedance
spectroscopy (EIS) measurements for redox active electrodes in a three-electrode …

Activated carbons are prepared from raw hemp stem (hurd and bast) via hydrothermal
processing and chemical activation. Both hemp bast and hemp hurd are converted into …

The charging of electrical double layers inside a cylindrical pore has applications to
supercapacitors, batteries, desalination and biosensors. The charging dynamics in the limit …

Abstract Standard models, Helmholtz, Gouy-Chapman, Stern and Grahame models have
been validated on the electrical double layers (EDLs) formed from three different electrode …

This study presents a thermal model, derived from first principles, for electric double layer
capacitors (EDLCs) with multiple ion species and/or asymmetric electrolytes. It accounts for …

This study aims to provide metrics and design rules for hybrid pseudocapacitors consisting
of a transition metal oxide pseudocapacitive electrode and an inert carbon electrode with …

We present the properties of an electrical double layer formed by ions inside a charged
cylindrical pore studied by the grand canonical Monte Carlo simulation and classical density …

Nanoporous membranes with electrically conductive surface represent an important class of
stimuli–responsive materials. The variation of surface potential provides a powerful tool for …