The phrase "as a function of chloride to" is correct and usable in written English.
It is typically used in scientific or mathematical contexts to describe a relationship or dependency between variables, specifically indicating how one variable changes in relation to chloride.
Example: "The reaction rate increases as a function of chloride concentration in the solution."
Alternatives: "in relation to chloride" or "depending on chloride levels".
We used the Truesdell et al. [10] model to calculate the isotopic composition of sulfate as a function of chloride to sulfate concentrations ratios (Figure 2).
Detailed legend: Values of δ34S for sulfide (open circles) and sulfate (closed circles) in the water column of hydrothermal pools as a function of chloride to sulfate ratio.
If the concentration of chloride is > 2.2 mmol L-1, it is a result of dilution and boiling, and only an interval of possible water compositions, rather than exact composition, may be calculated (Figure 3). Figure 2 Sulfur isotope composition in hydrothermal pools as a function of chloride to sulfate ratio.
The purpose of the present experiments was to determine the solubility of rhenium as a function of chloride concentration and pH.
In this work, a simple predictive tool for dissolved oxygen saturation concentrations in aquatic systems as a function of chloride concentration and temperature using a novel Arrhenius-type asymptotic exponential function has been formulated.
Thus, producing a reversing trend in corrosion mass loss as a function of chloride concentration at high temperature condition of 50 °C and high relative humidity of 85%.
Solid lines depict range of parent water body fraction as a function of chloride concentrations calculated from Truesdell et al. [10] model.
The fraction of each metal-chloride compound was calculated as a function of environmental chloride concentration using the relevant thermodynamic equilibrium equations and β values, finding the concentration of each compound by factoring the solubility product of sodium chloride into the equilibrium.
Equilibrium unfolding as a function of guanidinium chloride (GuCl) was monitored by tryptophan fluorescence spectroscopy.
In separate studies, contraction of TSM strips was assessed in vitro at optimal resting length and expressed as a function of maximal force generation to potassium chloride.
A number of authors have used point data acquired from field studies of chloride deposition around Australia to construct relationships to characterise chloride deposition as a function of distance from the coast; these relationships have allowed chloride deposition to be interpolated in different regions around Australia.
