This article discusses the development of a new model for the electric double layer (EDL) by scientists at HSE MIEM and the Semenov Research Centre of Chemical Physics. This model uses a modified Poisson-Boltzmann equation to accurately predict ion-electrode interactions and differential capacitance. By accounting for specific ion interactions, space limitations, and electric field effects, the model can predict the behavior of EDL in various ionic solutions. This advancement is crucial for designing efficient supercapacitors for applications in portable electronics and electric vehicles, where rapid energy storage and release are needed.
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