adsorbate

The binding energy varies with the combination of the adsorbate and surface.

This implies that there is a limit for the loading of an adsorbate.

Diffusion of the adsorbate is thus an important factor.

The process of the adsorbate binding to the adsorbent is called adsorption.

This process creates a film of the adsorbate on the surface of the adsorbent.

The strong interaction between the adsorbate and the substrate surface creates new types of electronic bonds.

The role of the insulating oxide layer is played by the gap between the tip and the adsorbate.

In the first type, physisorption, induces only small changes to the electronic structure of the adsorbate.

Chemisorption results in the sharing of electrons between the adsorbate and the adsorbent.

K and n are constants for a given adsorbate and adsorbent at a particular temperature.

Adsorption methods where biomolecules adhere to an adsorbate are likely to be an effective way of removing these compounds.

Molecular adsorption, where the adsorbate remains intact.

Wood's notation is a description of the relationship between the simplest repeating unit area of the solid and adsorbate.

Concentration of adsorbate in the solution - low concentrations require longer immersion times and often create highly crystalline domains.

Chemisorption is a kind of adsorption which involves a chemical reaction between the surface and the adsorbate.

The adsorbed material is called the adsorbate, while the surface is called the adsorbent.

Some of the tunneling electrons can lose energy by exciting vibrations of the oxide or the adsorbate.

The nature of the layer of adsorbate formed depends on the interactions between the adsorbed material and the adsorbent.

In terms of catalyst support, the catalyst is the adsorbate and the support is the adsorbent.

In contrast with chemisorption is physisorption, which leaves the chemical species of the adsorbate and surface intact.

An adsorbate is an impurity that is weakly bound (adsorbed) to the surface of the precipitate.

In physiorption, perturbation of the electronic states of adsorbent and adsorbate is minimal.

The molecule that is binding is called the adsorbate, and the surface to which it binds is the adsorbent.

The second type is chemisorptions, in which the adsorbate is strongly perturbed, often with bond-breaking.

However, this practice should be viewed with caution as chemical interactions with the adsorbate may affect the iodine uptake giving false results.