The phrase "a function of the concentration of" is correct and usable in written English.
It is typically used in scientific or mathematical contexts to describe how one variable depends on the concentration of another variable.
Example: "The rate of the reaction is a function of the concentration of the reactants involved."
Alternatives: "dependent on the concentration of" or "related to the concentration of".
The distribution of thiol and iron surface functional groups on the pyrite surface is a function of the concentration of PDIs in solution.
Affinity KD was quantified by analyzing the change in normalized fluorescence (Fnorm = fluorescence after thermophoresis/initial fluorescence) as a function of the concentration of the PBP2x protein.
The yield stress has been determined as a function of the concentration of sorbent molecules.
(d): The ability of an initial 3 minute AMF exposures to dramatically sensitize PA01 biofilm to the antibiotic ciprofloxacin is shown as a function of the concentration of ciprofloxacin.
As hydrogen peroxide is added in the copper slurry, the material removal rate (MRR) increases rapidly and then decreases slowly as a function of the concentration of H2O2.
We assessed the coverage percentage of the 2D nanolattices grown on the mica substrate with CT1 and CT2 as a function of the concentration of the DNA monomer.
We quantified the absolute number of ketone groups displayed on cell surfaces as a function of the concentration of ManLev in the medium.
The model assumes that Cs is sigmoidal in shape with an asymptote that is a function of the concentration of chlorides in the environment.
The enzymatic activities of all three enzymes were a function of the concentration of native RPE microsomes (Fig. 3A) or UV-treated RPE microsomes.
The knowledge of these constants leads to calculate the speciation diagram of Th(IV) species as a function of the concentration of fluoride ions in the salt.
The amounts of deposited Cd atoms are measured as a function of the concentration of the solution and of the electrode potential in UPD and OPD regions.
