electric double layer

Though the model faces certain limitations, it describes electric double layers very well.

The development of the theory of the electric double layer is described below.

Such regions have been called electric double layers.

A force that has all the attributes of electric double layer repulsion extends from large distances down to the contact.

This ion/counterion layer is known as the electric double layer.

The plasma properties change rapidly across this boundary, which is known as a current-free electric double layer.

The charges orient at the interface to create an electric double layer; the metal then acts like a capacitor.

While the particle moves, the ions in the electric double layer lag behind due to the liquid flow.

Electric double layer forces play an important role whenever fine particles interact with other solid surfaces in an aqueous medium.

The Gouy-Chapman model explains the capacitance-like qualities of the electric double layer.

"Beyond Poisson-Boltzmann: Images and correlations in the electric double layer.

The model dubbed the 'electric double layer' was first introduced by Hermann von Helmholtz.

The thickness of the diffuse electric double layer,is known as the Debye screening length .

This relationship only holds true for non-overlapping electric double layers and for dilute suspensions.

Keywords: electrochemistry, specific adsorption, electric double layer, discreteness-of-charge effect.

The model is valid within the range of applicability of the Gouy-Chapman electric double layer theory.

V is the electrostatic repulsion forces between two identical spherical particles the from the electric double layer of each particle.

Since the repulsion between particles in aqueous suspensions originates from electric double layer forces, the presence of salt has an important effect on surface blocking.

This electric double layer gives the material flexible interlayer distances, high cation exchange capacity, and excellent dielectric capabilities.

Elna Co. Ltd is a Japanese manufacturer of electrolytic and electric double layer capacitors.

Torvén et al. also report that plasma may spontaneously transfer magnetically stored energy into kinetic energy by electric double layers.

In this project, we plan to study three important physical or chemical effects of surfaces on microfluidics: electric double layer, hydrophobicity and roughness of surfaces.

Interfacial potential is responsible for the formation of the electric double layer, which has a broad range of applications in what is termed electrokinetic phenomena.

IEC standard 62391-1 Fixed electric double layer capacitors for use in electronic equipment identifies four application classes:

Simple arguments, based on perturbation theory, are used to derive expressions for the energy of a bulk ionic fluid and the potential difference in an electric double layer.