The phrase "a function of concentrations" is correct and usable in written English.
It can be used in scientific or mathematical contexts to describe how one variable depends on the concentrations of substances involved.
Example: "The rate of the reaction is a function of concentrations of the reactants present in the solution."
Alternatives: "dependent on concentrations" or "related to concentrations".
A logistic regression was used to model the probability of growth of L. monocytogenes as a function of concentrations of salt and phenol, and storage temperature.
The molecular weight distributions of the free-radical polymerization of acrylamide in solution and in inverse emulsion are examined as a function of concentrations of initiator and of amount of added chain transfer agent (sodium formate).
Recombination resistance (R rec) of PSCs obtained from b as a function of concentrations for CH3NH3I.
d The ratio of shunt resistance (R sh) to series resistance (R s) and FF as a function of concentrations for CH3NH3I.
Thermal diffusivity value as a function of concentrations and nanoparticles sizes plotted in Fig. 5 which shows a nonlinear increasing with the increasing of concentration of nanoparticles and particles sizes.
Nernst equation describes potential of electrochemical cell as a function of concentrations of ions taking part in the reaction: where E 0 is the standard reduction potential, R is the absolute gas constant = 8.31441 J/(mol K), F is Faraday constant = 96484.6 C/mol, T is the absolute temperature = 295.15 K, n is number or electrons, and Q is the reaction quotient.
Fluorescence polarization of fluorescein-labeled AFF432 67 (5 nM) is plotted as a function of the concentration of the indicated CycT1 variant.
(d) Fraction of folded G-duplex ηf as a function of concentration.
Linear regression plots for the area counts of GSL compounds from (a) GM1a and (b) GD3 standards as a function of concentration.
Millero, F., Huang, F., Graham, T. & Pierrot, D. The dissociation of carbonic acid in NaCl solutions as a function of concentration and temperature.
Figure 1 shows the linear plots of the peak area for the GSLs identified from the standards as a function of concentration.
