The phrase "a large affinity for" is correct and usable in written English.
It can be used to express a strong liking or attraction towards something or someone.
Example: "She has a large affinity for classical music, often attending concerts and recitals."
Alternatives: "a strong liking for" or "a deep attraction to".
The modified surface showed a large affinity for selective accumulation of Zr(IV) from acidic solution.
He et al. (2008) prepared an activated nylon-based membrane modified by chitosan and examined its adsorption behavior for Cu2+ ions, the result revealed that its adsorption capacity for Cu2+ ions could arrive at 10.794 mg/g; demonstrating a large affinity for metal Cu2+ ions.
In spite of a large affinity for the hERG-channel, it was observed to cause only moderate QT prolongation.
Thus, NOTT-202a has a large affinity for CO2 and has the potential for its trapping from gas mixtures, as other gases do not show this type of behavior.
As a result, hydrogen interacts more strongly with the B element than the A element in every hydrogen storage alloy, despite the fact that the A element has a larger affinity for hydrogen than the B element in the binary metal hydrogen system.
Potassium has a larger affinity for a quadruplex than sodium.
These two factors are effectively modeled by assigning a larger affinity for mutant protein binding to IP3R1 than PP1a binding the receptor.
It is found that hydrogen interacts more strongly with hydride non-forming elements, B, (e.g. Ni, Mn, Fe) than hydride forming elements, A, (e.g. La, Zr, Ti, Mg) in every hydrogen storage compound, despite that there is a larger affinity of A element for hydrogen than B element in the binary metal-hydrogen system.
It is found that hydrogen interacts more strongly with hydride non-forming elements, B, (e.g., Ni, Mn, Fe) than hydride forming elements, A, (e.g., La, Zr, Ti, Mg) in every hydrogen storage alloy, despite that there is a larger affinity of A element for hydrogen than B element in the binary metal-hydrogen system.
Lithium shows the highest viscosity due to its large affinity for water molecules while cesium shows the lowest viscosity due to its low affinity for water molecules.
Hydrophobic compounds show large affinity for sorption to DOM, and contrary to Fixed Organic Matter (FOM), DOM is mobile and can be transported through the soil pores with the advective flow.
