The phrase "adsorption strength" is correct and usable in written English.
It can be used in scientific or technical contexts, particularly in chemistry or materials science, to describe the intensity of the adhesion of molecules to a surface.
Example: "The adsorption strength of the catalyst was measured to determine its efficiency in the reaction."
Alternatives: "adsorption capacity" or "adsorption intensity".
Dispersive forces simply increase the adsorption strength by ∼0.35 eV.
Effects of the curvature of nanotubes on the adsorption strength and ion conductivity are also explored.
Our theory reveals that for every thermodynamically isolated, experimentally synthesized thiolate-protected NC, there is a perfect energy balance between the adsorption strength of the ligand shell to the metal core and the CE of the core.
The thiolated-Au shell network binds the core in a way that is counterintuitive to the common belief: as the average CN of the NC increases, the adsorption strength of the shell increases as well.
To obtain the adsorption strength is the key point for materials design and parameters optimization in chemical engineering.
Consequently, the adsorption strength of small species is enhanced to provide a thermodynamic driving force for CO bond scission.
The distribution is also evaluated by a sequential adsorption experiment, in which the chains are fractionated by the adsorption strength.
For metal ions of close radii, Lewis acidity increases with valence state, corresponding to larger adsorption strength and capacity.
Adsorption strength of C12 amine containing both ether and ester amine is almost equivalent to that of C16 ester amine.
Gradient operation of a simulated moving bed (SMB) can improve the separation and purification performance by adjusting adsorption strength in each individual zone according to its functional role.
It is shown that for all considered molecules the adsorption strength is mainly due to the latter, with the electronic interaction being relatively small and repulsive.
