The phrase "a function of molar" is not complete and lacks context, but it is grammatically correct and can be used in written English.
It can be used in scientific or mathematical contexts where you are discussing a relationship or dependency involving molar quantities.
Example: "The rate of reaction is a function of molar concentration, indicating how the concentration affects the speed of the reaction."
Alternatives: "dependent on molar" or "related to molar".
However, the same copolymers obtained in cyclohexanone show a deviation from this trend of Tg as a function of molar composition.
Fig. 5 The SPR spectra of AgNPs in aqueous solutions of the different concentrations of SDS (a) and plot of the absorbance intensity of AgNPs as a function of molar concentration of SDS at 410 nm (b).
Over the past few years, much effort was put into the determination of the chemical composition of a broad range of polyolefins as a function of molar mass using this technique (EPDM, LDPE, LLDPE).
In the classical approach, determination of b as a function of molar mass requires time consuming fractionation with subsequent characterization of the fractions to determine the hydrodynamic radius and the radius of gyration.
Here, we demonstrate the relation between SLH and the change as a function of molar mass of a dimensionless size parameter, the ratio of the viscometric radius and the radius of gyration, irrespective of chemical heterogeneity or molar mass polydispersity.
(a) The length of the nanopillars as a function of etching time for the highly doped Si in the λ3 solution and (b) the length of the nanopillars as a function of molar ratio λ for both highly doped Si (square symbols) and lightly doped Si (circular symbols) with a constant etching time of 10 min.
The CuMnOx@MS catalysts were synthesized as a function of various molar ratios of [Mn]/[Cu].
Figure8b shows the nanopillar length as a function of the molar ratio λ.
We show that the catalytic activity of LDO Co is a function of Co molar fraction among metal cations.
a Non-linear relationship of E QD (squares) and PL wavelength (circles) as a function of the molar content of Zn2+.
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.
