Scanning electrochemical cell microscopy (SECCM) facilitates single particle measurements
of battery materials using voltammetry at fast scan rates (1 V s–1), providing detailed insight …

Fast charging is one of the most important features to be accomplished for the improvement
of electric vehicles. In the search for optimal use of active materials for this aim, we present a …

Shedding light onto the processes that limit the fast charging of alkali-ion battery cells
constitutes a hotspot area. In the present work, we study two of the most important ones at …

In this work, we develop a new tool to provide a diagnostic map for alkali‐ion intercalation
materials under galvanostatic conditions. These representations, stated in the form of …

An operational description of the linear potential scan voltammetry of solids experiencing a
solid-state redox transformation with phase changes is described. The modeling is based on …

Ion-intercalation electrochemistry under quasi-equilibrium conditions is described in terms of
a logistic approximation. The theoretical model assumes that the differential capacitance can …

This research employs the voltammetry of immobilized microparticles (VIMP) methodology to
analyze a collection of ceramic samples from the temple of Venus Fisica in the …

Herein, a novel open-source software for predicting the performance of single particles of
electrode materials under galvanostatic charging conditions is presented. The model …