Table 2.

In this work, we have used the thermodynamic equations below.

Nam of the parameters study	Equations	Parameters	Reference
Energy of Gibbs	$\begin{array}{c}{\text{Ln (K}}_L)=\frac{\mathrm{\Delta }S}{R}-\frac{\mathrm{\Delta }H}{\mathit{RT}}\left(9\right)\\ \mathrm{\Delta }G=\mathrm{\Delta }H-T\mathrm{\Delta }S\left(10\right)\\ \end{array}$	∆G°/∆H°: The energy study of Gibbs free and Enthalpy successively (KJ mol-1)	15