The data is correlated using a ratio of drop to channel diameter (analogous to slot width) against superficial liquid velocity.
Comparison of the prognostic models with SOFA and APACHE II was performed graphically by drawing the superimposed ROC curves and testing the underlying AuROC obtained, taking into account that the data are correlated, using a nonparametric approach as suggested by DeLong et al. [23].
The diffusivity data were correlated using a modification of the Vrentas Duda free-volume theory.
The collected data were correlated using a home-written script in Matlab (Mathworks, Natick, MA) according to the algorithm described in69.
The experimental data were correlated using Freundlich and Langmuir empirical formula.
Finally, the measured solubility data were correlated using three different correlations namely Bartle et al., Mendez-Santiago Teja and KuMendez-Santiago Teja
The obtained equilibrium data were correlated using the competitive Langmuir isotherm equation, a bi-Langmuir model, the ideal adsorbed solution theory and the real adsorbed solution theory.
The measured solubility data were correlated using three models: Chrastil, Sung and Shim (SS), and Jouyban Chan Foster (JCF) semi-empirical models, and satisfied agreements were obtained.
The equilibrium adsorption data were correlated using five equilibrium equations, namely, Langmuir, Freundlich, Langmuir–Freundlich, BET, and Toth isotherm equations.
In order to compare the performance of the PC-SAFT model with previous models, the wax precipitation experimental data were correlated using previous models such as the solid solution model and multi-solid phase model.
