1. Introduction
In recent years there has been a great deal of attention paid by researchers in investigating ionic liquids (ILs). This has mainly been due to the tremendous potential that ILs have in reaction andseparation technology. Ionic liquids belong to the class of liquid swhich are entirely composed of ions and are fluids at temperaturesbelow 100◦C [1].Interesting features of ILs are their physical, chemical, and biological properties. These properties vary in a wide range and canbe altered by changing the constituent anions and cations of theIL molecule. The high thermal stability, very low vapor pressure,large fluidity range, non-flammability, and high ionic conductiv-ity, to name a few properties, of ILs make them suitable for manyapplications. As mentioned, altering the combination of constituent anions and cations of the ILs varies their properties and hence it ispossible to design and tune the molecule for a specific application[2]. Therefore theoretically if one had a model that could predict theproperties of ILs, it