The phrase "absorbance function" is correct and usable in written English.
It can be used in scientific or technical contexts, particularly in chemistry or physics, to describe a mathematical function that relates to the absorbance of light by a substance.
Example: "The absorbance function can be plotted to analyze the concentration of the solution."
Alternatives: "absorbance equation" or "absorbance model".
Fig. 6 Evolution of the absorbance in function to time during the reaction of oxidation of Méthidathion for the electrodes BDD and SnO2.
In this work, we characterize the thermo-responsive properties of 8% w/v MC hydrogels, produced in two saline solutions (i.e., Na2SO4 and phosphate buffered saline) at different concentrations, by investigating the rheological properties and the UV-absorbance in function of temperature.
Fig. 10 Contour plot for the absorbance as a function of the angle of incidence (x axis), and as a function of the wavelengths (y axis): (a) plot for the optimized 6 layers structure {46, 34, 19, 64, 60, 200}; (b) plot for the optimized 10 layers structure {73, 15, 10, 61, 14, 59, 26, 46, 60, 200}.
The separate nature of the redox reactions of these forms is clearly evident from spectroelectrochemical measurements, particularly from voltabsorptometry, which involves monitoring of the time-derivative signal of absorbance as a function of the linearly scanned potential.
Curvature at high loadings in the plots of integrated absorbance as a function of sample loading was accounted for using an empirical expression designed for use with the Kubelka Munk treatment and apparent absorbance of the stationary phase due to scattering.
From the graphics of absorbance as a function of the number of bilayers, it was possible to observe that the amount of NiTsPc4 − deposited on the FTO substrate is higher to the SiPy+(GO)/NiTsPc4 − than SiPy+/NiTsPc4 − films, as a consequence of the effective π π interaction between the graphene and phthalocyanine molecules.
b Absorbance as a function of wavelength after irradiation.
Fig. 2 Absorbance as a function of particle volume concentration day 1 and day 10 [66].
