Theory for SiIL electrical double layers predicts increased aggregation at positive voltages and alkali cation exchange at large negative voltages due to Cayley tree associations.
From this map, we constructed splines to calculate how the surface charge d ensity depends on 38 the potential at the interface
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Electric Field Induced Associations in the Double Layer of Salt-in-Ionic-Liquid Electrolytes
Theory for SiIL electrical double layers predicts increased aggregation at positive voltages and alkali cation exchange at large negative voltages due to Cayley tree associations.