The current status of thermodynamic modeling in aqueous chemistry is reviewed. A number
of recent developments hold considerable promise, but these need to be weighed against …

The phase transition and phase separation in ferromagnetic materials can be regarded as a
special type of liquid-liquid phase transition, and are modeled in this work using four popular …

Ionic liquids (ILs) as green solvents have a promising future in the chemical industry. To
apply the ILs to different industrial processes, knowledge of their phase behavior is …

Biodiesel as an alternative and renewable fuel offers a tremendous promising future.
Knowledge of the physical properties is crucial for the proper use of biodiesels in different …

In recent years, the study of the electrolyte solutions has significantly drawn advantage from
the Pseudolattice Theory, developed through various approaches and successfully applied …

Abstract The Integrated Quadratic Solvation Relationship (IQSR) method is studied with
respect to its applicability to three main classes of quaternary liquid-liquid equilibrium …

This paper describes a procedure to precisely decouple the electrostatic and the
nonelectrostatic contributions to the water activity of an electrolyte solution, using the partial …

This work is the extension of our previous work [Fluid Phase Equil. 2018, 460, 57; Data in
Brief 2018, 19, 485]. In this work, a predictive model has been developed for the electrostatic …