The phrase "as a function of the molar" is correct and usable in written English.
It is typically used in scientific or mathematical contexts to describe a relationship or dependency involving molar quantities.
Example: "The reaction rate increases as a function of the molar concentration of the reactants."
Alternatives: "in relation to the molar" or "depending on the molar".
In case of gas detection, a generic calculation of the minima concentrations to be detected as a function of the molar absorption for any working wavelength is presented.
The average volume of the conducting domains in contact with the electrode was expressed as a function of the molar fraction of the conducting species.
Therefore, a generalized equation was presented for the c parameter as a function of the molar composition of the polar solvent and the molecular weight of the ionic liquid.
An analytical model is presented for the calculation of sulfur emissions and sulfur retention by sorbent stones in fluidized bed coal combustors as a function of the molar calcium to sulfur feed ratio.
Fortunately, by application of size exclusion chromatography (SEC) in combination with only multi-angle laser light scattering (MALLS) and using the universal calibration principle, it appeared possible to determine the g and g′ as a function of the molar mass.
On the basis of these findings, two solvent conditions were selected for a detailed investigation of the coil size as a function of the molar mass Mw: aqueous 0.1 M NaCl represents a thermodynamically good solvent and aqueous 1.5 M NaCl is close to a Θ-solvent.
The CMC is a function of the molar ratio between the AM and NIPAM, as well as the distribution (block or random).
As we have previously defined (Equation 17), y∞ is a function of the 1/3 power of the relative molar fractions in the droplet and in the reservoir (dilution factor), while in the FM y∞ is a function of the molar volumes of water and precipitant, and of the respective number of moles in the droplet and in the reservoir [3].
Particle size, charge and entrapment efficiencies were investigated as a function of the CH TPP molar ratio (2.0 1.0 5.0 1.0).
The formulation of these oligomers were evaluated as a function of the reactant molar ration, pH, and temperature.
The maximum fluorescence intensity of each spectrum was normalized and plotted as a function of the SDS/DDM molar ratio.
