An electrical double layer is formed at the interface between the two phases.
2.
The observeable reaction demonstrates an effect of a non-homogeneous electrical double layer.
3.
All electrified interfaces induce an organized charge distribution near the surface known as the electrical double layer.
4.
An electrical double layer develops near charged surfaces ( or another charged objects ) in aqueous solutions.
5.
Because a higher concentration leads to a shorter Debye length for the electrical double layer at the channel wall.
6.
Potential applications are in electrochemical devices ( electrical double layer devices ) for conversion and storage of energy, charge and information.
7.
The increased ionic strength reduces the thickness of the electrical double layer around colloidal particles, and therefore the stability of emulsions and suspensions.
8.
But I suspect it would be organic molecules as the cations ( depending on concentration ) can create a electrical double layer on the surface thus inhibitng further adsorption.
9.
Typical applications involve measurements of electrical double layer forces and the corresponding surface potentials or surface charge, van der Waals forces, or forces induced by adsorbed polymers.
10.
The reduction of the surface charge is a consequence of the decrease of the repulsive potential of the electrical double layer by the presence of an electrolyte having opposite charge.
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