## 3 Results
### Polar Surface Energy of Organic Solvents
\begin{table}
\begin{tabular}{|c c c|} \hline \multicolumn{3}{|c|}{**S-DVB**} \\ \hline
**Solvents** & **Equation \(\eta_{t}^{P}(T)\)** & \(\mathbf{R}^{2}\) \\ \hline cyclohexane & \(\eta_{t}^{P}(T)+4\times 10^{-4}\,\mathrm{T}-0.116\) & 0.9909 \\ \hline benzene & \(\eta_{t}^{P}(T)=3\times 10^{-5}\,\mathrm{T}-0.010\) & 0.9911 \\ \hline toluene & \(\eta_{t}^{P}(T)=-0.0022\,\mathrm{T}+1.048\) & 0.9984 \\ \hline ethyl acetate & \(\eta_{t}^{P}(T)=-0.0251\,\mathrm{T}+14.11\) & 0.9999 \\ \hline ethanol & \(\eta_{t}^{P}(T)=-0.1807\,\mathrm{T}+90.12\) & 0.9999 \\ \hline n-propanol & \(\eta_{t}^{P}(T)=-0.0637\,\mathrm{T}+30.01\) & 0.9905 \\ \hline i-propanol & \(\eta_{t}^{P}(T)=-0.1111\,\mathrm{T}+55.49\) & 0.9999 \\ \hline n-butanol & \(\eta_{t}^{P}(T)=-0.0197\,\mathrm{T}+9.124\) & 0.9958 \\ \hline i-butanol & \(\eta_{t}^{P}(T)=-0.0547\,\mathrm{T}+28.21\) & 0.9999 \\ \hline n-pentanol & \(\eta_{t}^{P}(T)=-0.0032\,\mathrm{T}+1.766\) & 0.9995 \\ \hline i-pentanol & \(\eta_{t}^{P}(T)=-0.020\,\mathrm{T}+11.360\) & 0.9994 \\ \hline Pyridine & \(\eta_{t}^{P}(T)=-0.0657\,\mathrm{T}+33.38\) & 1 \\ \hline Dichloromethane & \(\eta_{t}^{P}(T)=0.094\,\mathrm{T}-33.51\) & 0.9906 \\ \hline \multicolumn{3}{|c|}{**1\% melamine/S-DVB**} \\ \hline Solvents & Equation \(\eta_{t}^{P}(T)\) & \(\mathbf{R}^{2}\) \\ \hline cyclohexane & \(\eta_{t}^{P}(T)=6\times 10^{-5}\,\mathrm{T}-0.003\) & 0.9999 \\ \hline benzene & \(\eta_{t}^{P}(T)=-6\times 10^{-5}\,\mathrm{T}+0.035\) & 1 \\ \hline toluene & \(\eta_{t}^{P}(T)=-8\times 10^{-4}\,\mathrm{T}+0.437\) & 0.9999 \\ \hline ethylacetate & \(\eta_{t}^{P}(T)=-0.0047\,\mathrm{T}+4.024\) & 0.9999 \\ \hline ethanol & \(\eta_{t}^{P}(T)=-0.205\,\mathrm{T}+105.85\) & 0.9998 \\ \hline n-propanol & \(\eta_{t}^{P}(T)=-0.1227\,\mathrm{T}+60.84\) & 0.9992 \\ \hline i-propanol & \(\eta_{t}^{P}(T)=-0.076\,\mathrm{T}+36.61\) & 0.9966 \\ \hline n-butanol & \(\eta_{t}^{P}(T)=-0.0597\,\mathrm{T}+29.78\) & 0.9997 \\ \hline i-butanol & \(\eta_{t}^{P}(T)=-0.0807\,\mathrm{T}+14.080\) & 0.9846 \\ \hline Dichloromethane & \(\eta_{t}^{P}(T)=0.020\,\mathrm{T}+2.037\) & 0.9995 \\ \hline \multicolumn{3}{|c|}{**2\% melamine/S-DVB**} \\ \hline Solvents & Equation \(\eta_{t}^{P}(T)\) & \(\mathbf{R}^{2}\) \\ \hline cyclohexane & \(\eta_{t}^{P}(T)=-2\times 10^{-5}\,\mathrm{T}+0.013\) & 0.9999 \\ \hline benzene & \(\eta_{t}^{P}(T)=-3\times 10^{-5}\,\mathrm{T}+0.016\) & 0.9999 \\ \hline toluene & \(\eta_{t}^{P}(T)=-8\times 10^{-4}\,\mathrm{T}+0.561\) & 0.9999 \\ \hline ethylacetate & \(\eta_{t}^{P}(T)=-0.0047\,\mathrm{T}+3.351\) & 0.9999 \\ \hline ethanol & \(\eta_{t}^{P}(T)=-0.145\,\mathrm{T}+70.16\) & 0.9966 \\ \hline n-propanol & \(\eta_{t}^{P}(T)=-0.136\,\mathrm{T}+66.86\) & 0.9987 \\ \hline i-propanol & \(\eta_{t}^{P}(T)=-0.147\,\mathrm{T}+99.70\) & 0.9999 \\ \hline n-butanol & \(\eta_{t}^{P}(T)=-0.0887\,\mathrm{T}+43.58\) & 0.9989 \\ \hline \multicolumn{3}{|c|}{\(\mu\)-butanol} & \(\eta_{t}^{P}(T)=-0.0977\,\mathrm{T}+50.92\) & 1 \\ \hline Dichloromethane & \(\eta_{t}^{P}(T)=0.057\,\mathrm{T}-1.415\) & 0.9995 \\ \hline \multicolumn{3}{|c|}{**3\% melamine/S-DVB**} \\ \hline Solvents & Equation \(\eta_{t}^{P}(T)\) & \(\mathbf{R}^{2}\) \\ \hline cyclohexane & \(\eta_{t}^{P}(T)=2\times 10^{-4}\,\mathrm{T}-0.050\) & 0.9977 \\ \hline benzene & \(\eta_{t}^{P}(T)=0.0012\,\mathrm{T}-0.452\) & 0.9969 \\ \hline toluene & \(\eta_{t}^{P}(T)=-0.0012\,\mathrm{T}+0.825\) & 0.9978 \\ \hline ethylacetate & \(\eta_{t}^{P}(T)=0.0020\,\mathrm{T}-4.373\) & 0.9979 \\ \hline ethanol & \(\eta_{t}^{P}(T)=-0.662\,\mathrm{T}+325.2\) & 0.9999 \\ \hline n-propanol & \(\eta_{t}^{P}(T)=-0.409\,\mathrm{T}+197.56\) & 0.999 \\ \hline i-propanol & \(\eta_{t}^{P}(T)=-0.325\,\mathrm{T}+156.67\) & 0.9985 \\ \hline n-butanol & \(\eta_{t}^{P}(T)=-0.263\,\mathrm{T}+126.86\) & 0.9991 \\ \hline i-butanol & \(\eta_{t}^{P}(T)=-0.2017\,\mathrm{T}+96.57\) & 0.9984 \\ \hline Dichloromethane & \(\eta_{t}^{P}(T)=-0.022\,\mathrm{T}+15.682\) & 0.9996 \\ \hline \end{tabular}
\end{table}