This work focused on the interactions that occur between ester solvents and simple aromatic solutes. Solutes were selected from various functional groups in their simplest form, and predictions of activity coefficients at infinite dilution were made using the Modified UNIFAC Dortmund group contribution model. The model computation was set up on a Microsoft Excel spreadsheet specifically designed for this purpose. For polar aromatic solutes, solubility decreased with increase in size of the ester solvent molecule and the opposite was found to be true for non-polar solutes. For all aromatic/ ester solvent interactions there was a decrease in activity coefficients with an increase in the degree of ester unsaturation
M.Tech. (Chemical Engineering)Increasing pressure on industry from national and international commun...
M.Tech. (Chemical Engineering)Increasing pressure on industry from national and international commun...
Solubility of drugs in non-aqueous systems is very important in understanding the partitioning and t...
This work focused on the interactions that occur between ester polymeric solvents and simple aromati...
This work focused on the interactions that occur between ester solvents and simple aromatic solutes....
This work focused on the interactions that occur between ester solvents and simple aromatic solutes....
This work focused on the interactions which occur between ester solvents and alcohol solutes. The al...
This work focused on the interactions that occur between ester polymeric solvents and simple aromati...
This work focused on the interactions between ester solvents and volatile organic compounds of alken...
This work focused on the interactions between ester solvents and volatile organic compounds of alken...
This paper is a continuation of our work reported previously [1] on the interaction between ester so...
This paper is a continuation of our work reported previously [1] on the interaction between ester so...
The interactions of polar and nonpolar volatile organic compounds (VOC) with methyl ester solvents w...
The interactions of polar and nonpolar volatile organic compounds (VOC) with methyl ester solvents w...
M.Tech. (Chemical Engineering)Increasing pressure on industry from national and international commun...
M.Tech. (Chemical Engineering)Increasing pressure on industry from national and international commun...
M.Tech. (Chemical Engineering)Increasing pressure on industry from national and international commun...
Solubility of drugs in non-aqueous systems is very important in understanding the partitioning and t...
This work focused on the interactions that occur between ester polymeric solvents and simple aromati...
This work focused on the interactions that occur between ester solvents and simple aromatic solutes....
This work focused on the interactions that occur between ester solvents and simple aromatic solutes....
This work focused on the interactions which occur between ester solvents and alcohol solutes. The al...
This work focused on the interactions that occur between ester polymeric solvents and simple aromati...
This work focused on the interactions between ester solvents and volatile organic compounds of alken...
This work focused on the interactions between ester solvents and volatile organic compounds of alken...
This paper is a continuation of our work reported previously [1] on the interaction between ester so...
This paper is a continuation of our work reported previously [1] on the interaction between ester so...
The interactions of polar and nonpolar volatile organic compounds (VOC) with methyl ester solvents w...
The interactions of polar and nonpolar volatile organic compounds (VOC) with methyl ester solvents w...
M.Tech. (Chemical Engineering)Increasing pressure on industry from national and international commun...
M.Tech. (Chemical Engineering)Increasing pressure on industry from national and international commun...
M.Tech. (Chemical Engineering)Increasing pressure on industry from national and international commun...
Solubility of drugs in non-aqueous systems is very important in understanding the partitioning and t...