The simple equations for prediction of the density and viscosity of mixed electrolyte solutions were extended to the related properties of mixed ionic liquid solutions. The density and viscosity were measured for tern...The simple equations for prediction of the density and viscosity of mixed electrolyte solutions were extended to the related properties of mixed ionic liquid solutions. The density and viscosity were measured for ternary solutions [C2q]Br（N-ethylquinolinium bromide）＋[C4q]Br （N-butylquinolinium bromide）＋H2O, [C2q]Br＋[C6q]Br（N-hexylquinolinium bromide）＋H2O, and [C4q]Br＋[C6q]Br＋H2O and their binary subsystems [C2q]Br＋H2O, [C4q]Br＋H2O, and [C6q]Br＋H2O at 15, 20 and 25 °C, respectively. The results were used to test the predictability of the extended equations. The comparison results show that these simple equations can be used to predict the density and viscosity of the mixed ionic liquid solutions from the properties of their binary subsystems of equal ionic strength.展开更多
基金National Natural Science Foundation of China (20976189, 21076224 and 21036008)the Science Foundation of China University of Petroleum, Beijing (qzdx-2011-01)
文摘The simple equations for prediction of the density and viscosity of mixed electrolyte solutions were extended to the related properties of mixed ionic liquid solutions. The density and viscosity were measured for ternary solutions [C2q]Br（N-ethylquinolinium bromide）＋[C4q]Br （N-butylquinolinium bromide）＋H2O, [C2q]Br＋[C6q]Br（N-hexylquinolinium bromide）＋H2O, and [C4q]Br＋[C6q]Br＋H2O and their binary subsystems [C2q]Br＋H2O, [C4q]Br＋H2O, and [C6q]Br＋H2O at 15, 20 and 25 °C, respectively. The results were used to test the predictability of the extended equations. The comparison results show that these simple equations can be used to predict the density and viscosity of the mixed ionic liquid solutions from the properties of their binary subsystems of equal ionic strength.
