The phrase "a function of extraction" is correct and usable in written English.
It can be used in contexts related to processes, operations, or methodologies that involve obtaining or deriving something from a source.
Example: "The efficiency of the process is largely a function of extraction, determining how well we can retrieve the desired materials."
Alternatives: "a process of extraction" or "an aspect of extraction".
The parameters of the model were estimated by multiple linear regression (MLR) providing a mathematical model able to predict the concentration of vitamin E as a function of extraction pressure and temperature when neat CO2 was used as extractant.
On the other hand, the yields due to fast dissociation channels were observed to decrease as a function of extraction delay.
The statistical decay channels show an increase in the yield of daughter ions as a function of extraction delay in the range of 106 s−1.
Moreover, E-24 index and yield for soap nut have been optimized as a function of extraction time and temperature by central composite design (CCD 5 in response surface methodology (RSM 6 using Design Expert Version 8.0.7.1 (StatEase, USA).
A 5-level 3-factor central composite design was used to optimize microwave-assisted extraction (MAE) to obtain maximum yield of target responses as a function of extraction time (X1: 1–5 min), ethanol concentration, (X2: 0–100%) and microwave power (X3: 40–200 W).
Figure 1a illustrates a plot of the number of analytes identified as a function of extraction duration.
Variations of the amounts of extracted drug as a function of the extraction time (adsorption/desorption) are presented in Figs. 2 and 3. From Figs. 2 and 3, it is clearly seen that the highest adsorbed and desorbed amount of linezolid was obtained at 10 min of adsorption and desorption.
The convergence of the method as a function of the extraction degrees of the false components has been studied.
Simulation under changed operating conditions is conducted through the use of expressions that correlate the temperature and enthalpy of the steam as a function of the extraction pressure.
A regression equation for predicting the carotenoid yield as a function of three extraction variables was derived by statistical analysis and a model with predictive ability of 0.97 was obtained.
Table 5 Variation of the projected ground-state energy (in MeV) as a function of the extraction degrees of the false components, in the case of an even even system such as Z = 6, N = 6, G pp = 0.125 MeV, G nn = 0.150 MeV and G np = 0.137 MeV.
